From ecd7e35c4a299035ba63c9c51c046509fe6f546e Mon Sep 17 00:00:00 2001 From: REDA Clemence Date: Tue, 21 Feb 2023 13:21:20 +0100 Subject: [PATCH] Adding simulation functions; creating networks from OmniPath --- notebooks/NORDic Drug Repurposing (DR).ipynb | 633 +- notebooks/NORDic Drug Simulation (DS).ipynb | 425 +- ...c Network Identification (NI) Part I.ipynb | 124 +- ... Network Identification (NI) Part II.ipynb | 491 +- ...Network Identification (NI) Part III.ipynb | 626 +- ... Network Identification (NI) Part IV.ipynb | 411 +- ...itization of Master Regulators (PMR).ipynb | 35597 ++++++++-------- 7 files changed, 18348 insertions(+), 19959 deletions(-) diff --git a/notebooks/NORDic Drug Repurposing (DR).ipynb b/notebooks/NORDic Drug Repurposing (DR).ipynb index adc2997..9714329 100644 --- a/notebooks/NORDic Drug Repurposing (DR).ipynb +++ b/notebooks/NORDic Drug Repurposing (DR).ipynb @@ -34,7 +34,7 @@ "name": "stdout", "output_type": "stream", "text": [ - "NORDic==2.2.7\r\n" + "NORDic==2.3.0\r\n" ] } ], @@ -266,47 +266,47 @@ "name": "stderr", "output_type": "stream", "text": [ - " 0%| | 0/10 [00:00 Avg. #samples = 41, avg. runtime 0.4880843162536621 sec (over 1 iterations)\n" + " Avg. #samples = 41, avg. runtime 0.47907328605651855 sec (over 1 iterations)\n" ] } ], @@ -1486,493 +1485,493 @@ "name": "stderr", "output_type": "stream", "text": [ - "domRec ignored: No domain atoms found.\n", "domRec ignored: No domain atoms found.\n", "\r", " 0%| | 0/1 [00:00 Initial state Case7\n", + "Drug T1 (1/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T2 (2/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T3 (3/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T4 (4/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T5 (5/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", "\t Initial state Case1\n", "Drug T1 (1/6) in state Case1 - nexponential_depth{}\tnexponential_rates{}\n", - "\t Initial state Case2\n", - "Drug T1 (1/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T2 (2/6) in state Case1 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T2 (2/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T3 (3/6) in state Case1 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T3 (3/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", + "\t Initial state Case3\n", "Drug T4 (4/6) in state Case1 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T1 (1/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T5 (5/6) in state Case1 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case1 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T5 (5/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n" + "Drug T2 (2/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", + "\t Initial state Case4\n", + "Drug T1 (1/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "domRec ignored: No domain atoms found.\n", "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 62777.70it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 56656.81it/s]domRec ignored: No domain atoms found.\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 55401.07it/s]\r", " 0%| | 0/1 [00:00 Initial state Case3\n", - "Drug T1 (1/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T2 (2/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T3 (3/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", "\t Initial state Case5\n", "Drug T1 (1/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T5 (5/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T3 (3/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case1 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T2 (2/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", "\t Initial state Case6\n", "Drug T1 (1/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", - "\t Initial state Case8\n", - "Drug T1 (1/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T4 (4/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T2 (2/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", - "\t Initial state Case4\n", - "Drug T1 (1/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", - "\t Initial state Case7\n", - "Drug T1 (1/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", - "\t Initial state Case9\n", - "Drug T1 (1/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T3 (3/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T2 (2/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T3 (3/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T5 (5/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T4 (4/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T3 (3/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", + "\t Initial state Case8\n", + "Drug T4 (4/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T1 (1/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case3 - nexponential_depth{}\tnexponential_rates{}\n", + "\t Initial state Case2\n", + "Drug T1 (1/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T5 (5/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T4 (4/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T5 (5/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T2 (2/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T2 (2/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T2 (2/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T2 (2/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", "\t Initial state Case10\n", "Drug T1 (1/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T2 (2/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T3 (3/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T5 (5/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", + "\t Initial state Case9\n", + "Drug T1 (1/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T3 (3/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T3 (3/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T3 (3/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T3 (3/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T2 (2/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T4 (4/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T2 (2/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T4 (4/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T3 (3/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T5 (5/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T3 (3/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case5 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T5 (5/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T5 (5/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T3 (3/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T4 (4/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T4 (4/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T5 (5/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T5 (5/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T5 (5/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T6 (6/6) in state Case8 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T5 (5/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", "Drug T5 (5/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case6 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case4 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case7 - nexponential_depth{}\tnexponential_rates{}\n", - "Drug T6 (6/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n" + "Drug T6 (6/6) in state Case2 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case9 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T4 (4/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T5 (5/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n", + "Drug T6 (6/6) in state Case10 - nexponential_depth{}\tnexponential_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1000 [00:00 Accuracy of the model 1.00\n", - "\t Initial state Case3\n", - "Drug Cure (1/6) in state Case3 - nexponential_depth{}\tuniform_rates{}\n", + "\t Initial state Case8\n", + "Drug Cure (1/6) in state Case8 - nexponential_depth{}\tuniform_rates{}\n", "\t Initial state Case7\n", "Drug Cure (1/6) in state Case7 - nexponential_depth{}\tuniform_rates{}\n", - "Drug Sham1 (2/6) in state Case3 - nexponential_depth{}\tuniform_rates{}\n", + "Drug Sham1 (2/6) in state Case8 - nexponential_depth{}\tuniform_rates{}\n", + "Drug CureX8 (3/6) in state Case8 - nexponential_depth{}\tuniform_rates{}\n", "Drug Sham1 (2/6) in state Case7 - nexponential_depth{}\tuniform_rates{}\n", - "Drug CureX8 (3/6) in state Case3 - nexponential_depth{}\tuniform_rates{}\n", "Drug CureX8 (3/6) in state Case7 - nexponential_depth{}\tuniform_rates{}\n", - "Drug CureX8WrongX1 (4/6) in state Case3 - nexponential_depth{}\tuniform_rates{}\n", + "Drug CureX8WrongX1 (4/6) in state Case8 - nexponential_depth{}\tuniform_rates{}\n", "Drug CureX8WrongX1 (4/6) in state Case7 - nexponential_depth{}\tuniform_rates{}\n" ] }, @@ -1219,80 +1219,86 @@ "name": "stderr", "output_type": "stream", "text": [ - "100%|██████████| 1/1 [00:00<00:00, 18078.90it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 25266.89it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 20984.32it/s]domRec ignored: No domain atoms found.\n", + "100%|██████████| 1/1 [00:00<00:00, 18236.10it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 19328.59it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 21857.40it/s]domRec ignored: No domain atoms found.\n", "\n", - "100%|██████████| 1/1 [00:00<00:00, 7825.19it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 20633.54it/s]domRec ignored: No domain atoms found.\n", - "\n", - "100%|██████████| 1/1 [00:00<00:00, 9177.91it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 53641.77it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 38836.15it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 54496.25it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 29537.35it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 18564.04it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 39199.10it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 19424.64it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 38479.85it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 16039.96it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 14873.42it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 10771.97it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 9098.27it/s]\n", - "100%|██████████| 1000/1000 [00:00<00:00, 17944.62it/s]domRec ignored: No domain atoms found.\n", + "100%|██████████| 1/1 [00:00<00:00, 10280.16it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 16796.23it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 25731.93it/s]\n", + " 0%| | 0/1000 [00:00 Initial state Case1\n", - "\t Initial state Case2\n", "Drug Cure (1/6) in state Case1 - nexponential_depth{}\tuniform_rates{}\n", + "Drug CureX1 (5/6) in state Case7 - nexponential_depth{}\tuniform_rates{}\n", + "\t Initial state Case2\n", + "\t Initial state Case3\n", "Drug Cure (1/6) in state Case2 - nexponential_depth{}\tuniform_rates{}\n", + "Drug Cure (1/6) in state Case3 - nexponential_depth{}\tuniform_rates{}\n", + "Drug Sham2 (6/6) in state Case8 - nexponential_depth{}\tuniform_rates{}\n", "\t Initial state Case4\n", "Drug Cure (1/6) in state Case4 - nexponential_depth{}\tuniform_rates{}\n", "\t Initial state Case5\n", "Drug Cure (1/6) in state Case5 - nexponential_depth{}\tuniform_rates{}\n", - "Drug Sham2 (6/6) in state Case7 - nexponential_depth{}\tuniform_rates{}\n", "\t Initial state Case6\n", - "\t Initial state Case8\n", "Drug Cure (1/6) in state Case6 - nexponential_depth{}\tuniform_rates{}\n", - "Drug Cure (1/6) in state Case8 - nexponential_depth{}\tuniform_rates{}\n", "\t Initial state Case9\n", - "Drug Cure (1/6) in state Case9 - nexponential_depth{}\tuniform_rates{}\n", "\t Initial state Case10\n", + "Drug Cure (1/6) in state Case9 - nexponential_depth{}\tuniform_rates{}\n", + "Drug Sham2 (6/6) in state Case7 - nexponential_depth{}\tuniform_rates{}\n", "Drug Cure (1/6) in state Case10 - nexponential_depth{}\tuniform_rates{}\n", - "Drug Sham1 (2/6) in state Case2 - nexponential_depth{}\tuniform_rates{}\n", "Drug Sham1 (2/6) in state Case1 - nexponential_depth{}\tuniform_rates{}\n", - "Drug Sham1 (2/6) in state Case4 - nexponential_depth{}\tuniform_rates{}\n", - "Drug Sham1 (2/6) in state Case5 - nexponential_depth{}\tuniform_rates{}\n" + "Drug Sham1 (2/6) in state Case2 - nexponential_depth{}\tuniform_rates{}\n", + "Drug Sham1 (2/6) in state Case3 - nexponential_depth{}\tuniform_rates{}\n", + "Drug CureX8 (3/6) in state Case1 - nexponential_depth{}\tuniform_rates{}\n", + "Drug Sham1 (2/6) in state Case4 - nexponential_depth{}\tuniform_rates{}\n" ] }, { @@ -1303,297 +1309,288 @@ "\n", "\r", " 0%| | 0/1 [00:00 Retrieving genes... 1/1\n", - "... 7 genes imported.\n", - "2. Import network from STRING... ... 15 edges in model (including 0 directed edges) with a total of 6 non-isolated genes\n", - "3. Import experiments from LINCS L1000... \n", - "\t2 cell lines are considered (['NPC', 'SHSY5Y'])\n", - "\t6 genes available (convertable to EntrezIDs)\n", - "\t\t6/6 genes retrieved in LINCS L1000\n", - " Gene 1/6 Cell 1/2 Type 1/3\n", - " Gene 2/6 Cell 1/2 Type 1/3\n", - " Gene 3/6 Cell 1/2 Type 1/3\n", - " Gene 4/6 Cell 1/2 Type 1/3\n", - " Gene 5/6 Cell 1/2 Type 1/3\n", - " Gene 6/6 Cell 1/2 Type 1/3\n", - " Gene 1/6 Cell 1/2 Type 2/3\n", - " Gene 2/6 Cell 1/2 Type 2/3\n", - " Gene 3/6 Cell 1/2 Type 2/3\n", - " Gene 4/6 Cell 1/2 Type 2/3\n", - " Gene 5/6 Cell 1/2 Type 2/3\n", - " Gene 6/6 Cell 1/2 Type 2/3\n", - " Gene 1/6 Cell 1/2 Type 3/3\n", - " Gene 2/6 Cell 1/2 Type 3/3\n", - " Gene 3/6 Cell 1/2 Type 3/3\n", - " Gene 4/6 Cell 1/2 Type 3/3\n", - " Gene 5/6 Cell 1/2 Type 3/3\n", - " Gene 6/6 Cell 1/2 Type 3/3\n", - " Gene 1/6 Cell 2/2 Type 1/3\n", - " Gene 2/6 Cell 2/2 Type 1/3\n", - "\t (BDNF,SHSY5Y,trt_sh): 2\n", - " Gene 3/6 Cell 2/2 Type 1/3\n", - " Gene 4/6 Cell 2/2 Type 1/3\n", - " Gene 5/6 Cell 2/2 Type 1/3\n", - " Gene 6/6 Cell 2/2 Type 1/3\n", - " 0 experiments so far\n", - "\t Treatment BDNF (entrez_id 627)... 1/1\n", - " 2 TREATED experiments ('brew_prefix') (3 profiles 'distil_id' in average)\n", - " Selected distil_ss = 3.76598\n", - " 3 same-plate profiles\n", - " 18 CONTROL experiments ('brew_prefix') (5 profiles 'distil_id' in average)\n", - " Selected distil_ss = 3.75211\n", - " 3 same-plate profiles\n", - " KD Perturbed 627 = 1.01391 || Most stable control 7846 = 1.00000\n", - " -0.01391\n", - "... 5 genes, 6 profiles\n", - " 1 experiments so far\n", - "\t Duplicated treatment:BDNF, cell:SHSY5Y, type:trt_sh\n", - " Gene 1/6 Cell 2/2 Type 2/3\n", - " Gene 2/6 Cell 2/2 Type 2/3\n", - " Gene 3/6 Cell 2/2 Type 2/3\n", - " Gene 4/6 Cell 2/2 Type 2/3\n", - " Gene 5/6 Cell 2/2 Type 2/3\n", - " Gene 6/6 Cell 2/2 Type 2/3\n", - " Gene 1/6 Cell 2/2 Type 3/3\n", - " Gene 2/6 Cell 2/2 Type 3/3\n", - " Gene 3/6 Cell 2/2 Type 3/3\n", - " Gene 4/6 Cell 2/2 Type 3/3\n", - " Gene 5/6 Cell 2/2 Type 3/3\n", - " Gene 6/6 Cell 2/2 Type 3/3\n", - "\t\t1 unique experiments (including 1 with criterion thres_iscale > None, min_value None)\n", - "... 6 genes in 6 profiles (1 experiments)\n", - "\n", - "--- CONSTRAINT BUILDING ---\n", - "1. Filtering out edges by minimum set of edges with highest score which preserve connectivity... ... 15 unique edges involving genes both in experiments (6 genes in total)\n", - "... score_STRING 0.000000\t6 genes (non isolated in PPI)\t60 edges in PPI\n", - "2. Build topological constraints from filtered edges using gene expression data... ...... 14 negative, 16 positive undirected interactions (30 edges in total), 6 non isolated genes in experiments\n", - "3. Build dynamical constraints by binarization of experimental profiles... ... Cell SHSY5Y (1/1)... 303 (good) profiles | 50 (best) profiles (capped at 50 or min>=4) (distil_ss max=6.206, min=4.141)\n", - "... 1 experiments on 1 cell lines and 6/6 genes (Frobenius norm signature matrix: 3.464, 5 possibly constant genes: 83.3%, 0 genes with undetermined status\n", - "\n", - "--- INFER BOOLEAN NETWORK ---\n", - "1. Generate solutions from topological & dynamical constraints... ... Maximum possible #activators=5\n", - " 30 interactions (maximum # of clauses = 3)\n", - "\n", - " 1 experiments\n", - " PHOX2B EDN3 RET GDNF BDNF ASCL1\n", - "Exp1_init 1 1 1 1 0 0\n", - "Exp1_final 1 1 1 0 0 0\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - " 0%| | 0/1 [00:00 Minimal solution: 30 edges\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n" - ] - }, - { - "name": "stdout", - "output_type": "stream", - "text": [ + " Minimal solution: 30 edges\n", " Maximal solution: 30 edges\n", " 1\n", "GTP 0.858009\n", diff --git a/notebooks/NORDic Network Identification (NI) Part II.ipynb b/notebooks/NORDic Network Identification (NI) Part II.ipynb index 92fe72d..cace16f 100644 --- a/notebooks/NORDic Network Identification (NI) Part II.ipynb +++ b/notebooks/NORDic Network Identification (NI) Part II.ipynb @@ -34,7 +34,7 @@ "name": "stdout", "output_type": "stream", "text": [ - "NORDic==2.2.7\r\n" + "NORDic==2.3.0\r\n" ] } ], @@ -268,40 +268,40 @@ " \n", " \n", " 0\n", - " APP\n", - " EDN3\n", + " GDNF\n", + " PIK3CA\n", " 2\n", " 0\n", - " 0.900\n", + " 0.902\n", " \n", " \n", " 1\n", - " EDN3\n", - " NTSR2\n", + " GAB2\n", + " GDNF\n", " 2\n", " 0\n", - " 0.912\n", + " 0.900\n", " \n", " \n", " 2\n", - " GPR39\n", " EDN3\n", + " BDKRB1\n", " 2\n", " 0\n", " 0.912\n", " \n", " \n", " 3\n", - " NMS\n", - " EDN3\n", + " GDNF\n", + " RAP1A\n", " 2\n", " 0\n", " 0.900\n", " \n", " \n", " 4\n", - " LPAR6\n", " EDN3\n", + " P2RY1\n", " 2\n", " 0\n", " 0.900\n", @@ -315,65 +315,65 @@ " ...\n", " \n", " \n", - " 456\n", - " UTS2R\n", + " 462\n", + " NMB\n", " EDN3\n", " 2\n", " 0\n", - " 0.912\n", + " 0.901\n", " \n", " \n", - " 457\n", - " NRTN\n", - " GDNF\n", + " 463\n", + " GRP\n", + " EDN3\n", " 2\n", " 0\n", - " 0.905\n", + " 0.900\n", " \n", " \n", - " 458\n", - " GDNF\n", - " NCAM1\n", - " 2\n", + " 464\n", + " BDNF\n", + " INSR\n", + " 1\n", " 0\n", - " 0.900\n", + " 0.660\n", " \n", " \n", - " 459\n", - " NPFFR2\n", + " 465\n", " EDN3\n", + " APP\n", " 2\n", " 0\n", - " 0.912\n", + " 0.900\n", " \n", " \n", - " 460\n", + " 466\n", + " GPR68\n", " EDN3\n", - " BDKRB1\n", " 2\n", " 0\n", - " 0.912\n", + " 0.900\n", " \n", " \n", "\n", - "

461 rows × 5 columns

\n", + "

467 rows × 5 columns

\n", "" ], "text/plain": [ " preferredName_A preferredName_B sign directed score\n", - "0 APP EDN3 2 0 0.900\n", - "1 EDN3 NTSR2 2 0 0.912\n", - "2 GPR39 EDN3 2 0 0.912\n", - "3 NMS EDN3 2 0 0.900\n", - "4 LPAR6 EDN3 2 0 0.900\n", + "0 GDNF PIK3CA 2 0 0.902\n", + "1 GAB2 GDNF 2 0 0.900\n", + "2 EDN3 BDKRB1 2 0 0.912\n", + "3 GDNF RAP1A 2 0 0.900\n", + "4 EDN3 P2RY1 2 0 0.900\n", ".. ... ... ... ... ...\n", - "456 UTS2R EDN3 2 0 0.912\n", - "457 NRTN GDNF 2 0 0.905\n", - "458 GDNF NCAM1 2 0 0.900\n", - "459 NPFFR2 EDN3 2 0 0.912\n", - "460 EDN3 BDKRB1 2 0 0.912\n", + "462 NMB EDN3 2 0 0.901\n", + "463 GRP EDN3 2 0 0.900\n", + "464 BDNF INSR 1 0 0.660\n", + "465 EDN3 APP 2 0 0.900\n", + "466 GPR68 EDN3 2 0 0.900\n", "\n", - "[461 rows x 5 columns]" + "[467 rows x 5 columns]" ] }, "execution_count": 6, @@ -476,414 +476,7 @@ "name": "stdout", "output_type": "stream", "text": [ - "--- DATA IMPORT ---\n", - "1. Import gene set from DisGeNET... ... 285 genes imported.\n", - "2. Import network from MODELS/Ondine_existing_network/full_PPI.tsv... ... 470 edges in model (including 36 directed edges) with a total of 285 non-isolated genes\n", - "3. Import experiments from LINCS L1000... \n", - "\t2 cell lines are considered (['NPC', 'SHSY5Y'])\n", - "\t285 genes available (convertable to EntrezIDs)\n", - "\t\t282/285 genes retrieved in LINCS L1000\n", - "... 240 genes in 144 profiles (20 experiments)\n", - "\n", - "--- CONSTRAINT BUILDING ---\n", - "1. Filtering out edges by minimum set of edges with highest score which preserve connectivity... ... 359 unique edges involving genes both in experiments (285 genes in total)\n", - "... score_STRING 0.000000\t285 genes (non isolated in PPI)\t1270 edges in PPI\n", - "2. Build topological constraints from filtered edges using gene expression data... ...... 158 negative, 524 positive undirected interactions (682 edges in total), 285 non isolated genes in experiments\n", - "3. Build dynamical constraints by binarization of experimental profiles... ... Cell SHSY5Y (1/2)... Cell NPC (2/2)... ... 20 experiments on 2 cell lines and 107/285 genes (Frobenius norm signature matrix: 16.155, 249 possibly constant genes: 87.4%, 204 genes with undetermined status\n", - "\n", - "--- INFER BOOLEAN NETWORK ---\n", - "1. Generate solutions from topological & dynamical constraints... ... Maximum possible #activators=115\n", - " 682 interactions (maximum # of clauses = 3)\n", - "\n", - " 19 experiments\n", - " CCKBR XCL1 AVPR1A APP HTR2B CASR TRH NMBR P2RY1 GNG10 GCG GNA15 \\\n", - "Exp1_init 0 0 0 0 1 1 1 0 1 0 0 0 \n", - "Exp1_final 0 1 \n", - "Exp4_init 0 0 0 0 1 1 1 0 1 0 0 0 \n", - "Exp19_init 0 0 0 0 1 1 1 0 1 0 0 0 \n", - "Exp19_final 0 1 \n", - "Exp2_init 0 1 1 \n", - "Exp3_init 0 1 1 \n", - "Exp5_init 0 1 1 \n", - "Exp6_init 0 1 1 \n", - "Exp7_init 0 1 1 \n", - "Exp8_init 0 1 1 \n", - "Exp9_init 0 1 1 \n", - "Exp10_init 0 1 1 \n", - "Exp11_init 0 1 1 \n", - "Exp12_init 0 1 1 \n", - "Exp12_final 0 1 1 0 \n", - "Exp13_init 0 1 1 \n", - "Exp14_init 0 1 1 \n", - "Exp14_final 0 1 0 0 0 \n", - "Exp15_init 0 1 1 \n", - "Exp16_init 0 1 1 \n", - "Exp17_init 0 1 1 \n", - "Exp18_init 0 1 1 \n", - "Exp3_final 1 0 1 \n", - "Exp4_final 1 0 1 0 \n", - "Exp5_final 1 \n", - "Exp6_final 1 0 \n", - "Exp7_final 1 1 \n", - "Exp8_final 1 0 \n", - "Exp9_final 1 0 0 1 \n", - "Exp10_final 1 0 \n", - "Exp11_final 1 0 0 1 \n", - "Exp13_final 1 0 \n", - "Exp15_final 1 0 0 1 0 \n", - "Exp16_final 1 0 1 0 \n", - "Exp17_final 1 1 \n", - "Exp18_final 1 0 \n", - "Exp2_final 0 1 0 \n", - "\n", - " GNGT1 CDC42 GNB2 GNG3 NTSR1 EDN2 TRHR TACR2 ADRA1D NMU CREB1 \\\n", - "Exp1_init 0 0 \n", - "Exp1_final 0 1 1 0 1 0 0 \n", - "Exp4_init 0 \n", - "Exp19_init 0 \n", - "Exp19_final \n", - "Exp2_init 1 0 0 0 0 \n", - "Exp3_init 1 0 0 0 \n", - "Exp5_init 1 0 0 0 \n", - "Exp6_init 1 0 0 0 \n", - "Exp7_init 1 0 0 0 \n", - "Exp8_init 1 0 0 0 \n", - "Exp9_init 1 0 0 0 \n", - "Exp10_init 1 0 0 0 \n", - "Exp11_init 1 0 0 0 \n", - "Exp12_init 1 0 0 0 \n", - "Exp12_final 1 0 0 0 \n", - "Exp13_init 1 0 0 0 \n", - "Exp14_init 1 0 0 0 \n", - "Exp14_final 1 1 \n", - "Exp15_init 1 0 0 0 \n", - "Exp16_init 1 0 0 0 \n", - "Exp17_init 1 0 0 0 \n", - "Exp18_init 1 0 0 0 \n", - "Exp3_final 1 0 \n", - "Exp4_final 0 0 \n", - "Exp5_final \n", - "Exp6_final 1 0 0 \n", - "Exp7_final \n", - "Exp8_final 0 \n", - "Exp9_final 1 \n", - "Exp10_final 0 \n", - "Exp11_final \n", - "Exp13_final \n", - "Exp15_final 1 0 \n", - "Exp16_final 1 0 0 \n", - "Exp17_final \n", - "Exp18_final 1 \n", - "Exp2_final 1 1 0 0 \n", - "\n", - " P2RY10 FFAR3 MCHR1 GRM5 GNG11 CRKL BRS3 FPR2 KNG1 CYSLTR2 OXT \\\n", - "Exp1_init \n", - "Exp1_final \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp19_final \n", - "Exp2_init \n", - "Exp3_init 0 \n", - "Exp5_init \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp12_final \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp14_final 0 0 \n", - "Exp15_init \n", - "Exp16_init \n", - "Exp17_init \n", - "Exp18_init \n", - "Exp3_final 0 0 0 0 0 0 \n", - "Exp4_final 0 0 \n", - "Exp5_final 0 \n", - "Exp6_final 0 \n", - "Exp7_final 0 \n", - "Exp8_final 0 \n", - "Exp9_final \n", - "Exp10_final 0 1 0 0 \n", - "Exp11_final 0 0 \n", - "Exp13_final 0 0 \n", - "Exp15_final \n", - "Exp16_final 0 \n", - "Exp17_final \n", - "Exp18_final 0 \n", - "Exp2_final 0 0 0 0 1 \n", - "\n", - " TAC3 ANXA1 PTGER1 NPFFR1 CTNNB1 XCR1 GNB5 UTS2 GPR132 NTSR2 OXTR \\\n", - "Exp1_init \n", - "Exp1_final \n", - "Exp4_init 0 \n", - "Exp19_init \n", - "Exp19_final 0 0 \n", - "Exp2_init \n", - "Exp3_init \n", - "Exp5_init \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp10_init 0 \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp12_final \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp14_final 0 \n", - "Exp15_init \n", - "Exp16_init \n", - "Exp17_init \n", - "Exp18_init \n", - "Exp3_final 0 0 0 0 \n", - "Exp4_final 0 0 1 0 0 0 1 \n", - "Exp5_final 0 \n", - "Exp6_final \n", - "Exp7_final \n", - "Exp8_final 0 0 0 \n", - "Exp9_final 0 0 \n", - "Exp10_final 0 \n", - "Exp11_final 0 0 0 \n", - "Exp13_final 0 \n", - "Exp15_final 0 1 \n", - "Exp16_final 0 \n", - "Exp17_final 0 0 \n", - "Exp18_final 0 0 \n", - "Exp2_final \n", - "\n", - " GHSR CYSLTR1 TBXA2R CHRM5 ADRA1A CTNND1 GRM1 GNRH2 TAC1 P2RY6 \\\n", - "Exp1_init \n", - "Exp1_final \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp19_final 0 0 \n", - "Exp2_init \n", - "Exp3_init \n", - "Exp5_init 0 \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp12_final 0 \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp14_final 0 0 \n", - "Exp15_init \n", - "Exp16_init \n", - "Exp17_init \n", - "Exp18_init \n", - "Exp3_final \n", - "Exp4_final 0 0 0 0 0 \n", - "Exp5_final 0 1 0 0 0 \n", - "Exp6_final 0 0 0 \n", - "Exp7_final \n", - "Exp8_final \n", - "Exp9_final \n", - "Exp10_final \n", - "Exp11_final \n", - "Exp13_final \n", - "Exp15_final 0 \n", - "Exp16_final 0 0 0 1 \n", - "Exp17_final \n", - "Exp18_final 0 \n", - "Exp2_final \n", - "\n", - " GPR17 GNA14 DOK4 EDN1 HCRT GNAQ GAST TACR3 MLN TACR1 CCKAR EGFR \\\n", - "Exp1_init \n", - "Exp1_final \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp19_final 1 \n", - "Exp2_init \n", - "Exp3_init \n", - "Exp5_init \n", - "Exp6_init 0 \n", - "Exp7_init 0 \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp12_final 1 \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp14_final 1 1 \n", - "Exp15_init \n", - "Exp16_init \n", - "Exp17_init \n", - "Exp18_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_final 1 1 \n", - "Exp6_final 0 1 0 0 0 0 0 0 1 \n", - "Exp7_final 0 0 \n", - "Exp8_final 0 \n", - "Exp9_final \n", - "Exp10_final 1 \n", - "Exp11_final \n", - "Exp13_final 1 \n", - "Exp15_final \n", - "Exp16_final 0 \n", - "Exp17_final \n", - "Exp18_final \n", - "Exp2_final \n", - "\n", - " NTS FOS LPAR6 GNA11 P2RY2 GCGR IGF1R F2RL1 MAP2K5 EDNRA F2R GNG4 \\\n", - "Exp1_init \n", - "Exp1_final \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp19_final 1 0 0 \n", - "Exp2_init \n", - "Exp3_init \n", - "Exp5_init \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp8_init 0 \n", - "Exp9_init 0 \n", - "Exp10_init \n", - "Exp11_init 0 \n", - "Exp12_init 0 \n", - "Exp12_final 0 0 1 1 \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp14_final 1 1 \n", - "Exp15_init \n", - "Exp16_init \n", - "Exp17_init \n", - "Exp18_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_final \n", - "Exp6_final \n", - "Exp7_final 0 \n", - "Exp8_final 0 1 \n", - "Exp9_final 0 0 \n", - "Exp10_final 0 0 \n", - "Exp11_final 1 0 0 \n", - "Exp13_final 0 1 \n", - "Exp15_final \n", - "Exp16_final 0 1 \n", - "Exp17_final 0 1 0 0 \n", - "Exp18_final 0 \n", - "Exp2_final \n", - "\n", - " MAPK9 GNG12 LPAR2 NRAS EDNRB HTR2C MLNR PTK2 RAP1A GRPR NMUR1 \\\n", - "Exp1_init \n", - "Exp1_final \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp19_final \n", - "Exp2_init \n", - "Exp3_init \n", - "Exp5_init \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp12_final \n", - "Exp13_init 0 \n", - "Exp14_init 0 \n", - "Exp14_final 0 1 0 0 \n", - "Exp15_init 0 \n", - "Exp16_init 0 \n", - "Exp17_init \n", - "Exp18_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_final \n", - "Exp6_final \n", - "Exp7_final \n", - "Exp8_final \n", - "Exp9_final \n", - "Exp10_final \n", - "Exp11_final \n", - "Exp13_final 0 0 1 \n", - "Exp15_final 0 \n", - "Exp16_final 1 0 0 0 \n", - "Exp17_final \n", - "Exp18_final 1 \n", - "Exp2_final \n", - "\n", - " LPAR4 RAP1GAP PMCH TIAM1 PTAFR GNG13 TP53 GNG7 \n", - "Exp1_init \n", - "Exp1_final \n", - "Exp4_init \n", - "Exp19_init 0 \n", - "Exp19_final 0 1 \n", - "Exp2_init \n", - "Exp3_init \n", - "Exp5_init \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp12_final \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp14_final \n", - "Exp15_init \n", - "Exp16_init \n", - "Exp17_init 0 \n", - "Exp18_init 0 \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_final \n", - "Exp6_final \n", - "Exp7_final \n", - "Exp8_final \n", - "Exp9_final \n", - "Exp10_final \n", - "Exp11_final \n", - "Exp13_final \n", - "Exp15_final \n", - "Exp16_final 1 \n", - "Exp17_final 0 1 \n", - "Exp18_final 0 0 0 \n", - "Exp2_final \n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - " 0%| | 0/1 [00:00\n", " \n", " 0\n", - " MAPK7\n", + " GRB10\n", " RET\n", " 2\n", " 0\n", - " 0.906\n", + " 0.905\n", " \n", " \n", " 1\n", - " GRB7\n", - " RET\n", + " PRKCA\n", + " GDNF\n", " 2\n", " 0\n", - " 0.905\n", + " 0.900\n", " \n", " \n", " 2\n", - " EDN3\n", - " KISS1\n", + " PIK3CA\n", + " RET\n", " 2\n", " 0\n", - " 0.900\n", + " 0.904\n", " \n", " \n", " 3\n", - " LPAR4\n", - " EDN3\n", + " DOK2\n", + " RET\n", " 2\n", " 0\n", - " 0.904\n", + " 0.916\n", " \n", " \n", " 4\n", - " EDN3\n", - " P2RY11\n", + " BDNF\n", + " IGF1\n", " 2\n", " 0\n", - " 0.900\n", + " 0.538\n", " \n", " \n", " ...\n", @@ -288,65 +288,65 @@ " ...\n", " \n", " \n", - " 455\n", - " RET\n", - " PDLIM7\n", + " 464\n", + " GDNF\n", + " SHC3\n", " 2\n", " 0\n", - " 0.902\n", + " 0.900\n", " \n", " \n", - " 456\n", - " PRKACA\n", - " GDNF\n", - " 2\n", + " 465\n", + " BDNF\n", + " KRAS\n", " 1\n", - " 0.900\n", + " 0\n", + " 0.907\n", " \n", " \n", - " 457\n", - " NTS\n", - " EDN3\n", + " 466\n", + " GFRA3\n", + " GDNF\n", " 2\n", " 0\n", - " 0.900\n", + " 0.911\n", " \n", " \n", - " 458\n", - " NKX2-1\n", - " RET\n", + " 467\n", + " NGF\n", + " BDNF\n", " 1\n", " 0\n", - " 0.800\n", + " 0.900\n", " \n", " \n", - " 459\n", - " PRKACG\n", - " RET\n", + " 468\n", + " EDN3\n", + " ADRA1B\n", " 2\n", " 0\n", - " 0.902\n", + " 0.918\n", " \n", " \n", "\n", - "

460 rows × 5 columns

\n", + "

469 rows × 5 columns

\n", "" ], "text/plain": [ " preferredName_A preferredName_B sign directed score\n", - "0 MAPK7 RET 2 0 0.906\n", - "1 GRB7 RET 2 0 0.905\n", - "2 EDN3 KISS1 2 0 0.900\n", - "3 LPAR4 EDN3 2 0 0.904\n", - "4 EDN3 P2RY11 2 0 0.900\n", + "0 GRB10 RET 2 0 0.905\n", + "1 PRKCA GDNF 2 0 0.900\n", + "2 PIK3CA RET 2 0 0.904\n", + "3 DOK2 RET 2 0 0.916\n", + "4 BDNF IGF1 2 0 0.538\n", ".. ... ... ... ... ...\n", - "455 RET PDLIM7 2 0 0.902\n", - "456 PRKACA GDNF 2 1 0.900\n", - "457 NTS EDN3 2 0 0.900\n", - "458 NKX2-1 RET 1 0 0.800\n", - "459 PRKACG RET 2 0 0.902\n", + "464 GDNF SHC3 2 0 0.900\n", + "465 BDNF KRAS 1 0 0.907\n", + "466 GFRA3 GDNF 2 0 0.911\n", + "467 NGF BDNF 1 0 0.900\n", + "468 EDN3 ADRA1B 2 0 0.918\n", "\n", - "[460 rows x 5 columns]" + "[469 rows x 5 columns]" ] }, "execution_count": 5, @@ -435,535 +435,7 @@ "name": "stdout", "output_type": "stream", "text": [ - "--- DATA IMPORT ---\n", - "1. Import gene set from MODELS/Ondine_existing_genes/genes.txt... ... 284 genes imported.\n", - "2. Import network from STRING... ... 11491 edges in model (including 0 directed edges) with a total of 281 non-isolated genes\n", - "3. Import experiments from LINCS L1000... \n", - "\t2 cell lines are considered (['NPC', 'SHSY5Y'])\n", - "\t282 genes available (convertable to EntrezIDs)\n", - "\t\t279/282 genes retrieved in LINCS L1000\n", - "\t\t33 unique experiments (including 20 with criterion thres_iscale > 0, min_value 0.015275875758038127)\n", - "... 240 genes in 144 profiles (20 experiments)\n", - "\n", - "--- CONSTRAINT BUILDING ---\n", - "1. Filtering out edges by minimum set of edges with highest score which preserve connectivity... ... 8490 unique edges involving genes both in experiments (230 genes in total)\n", - "... score_STRING 0.900000\t230 genes (non isolated in PPI)\t6100 edges in PPI\n", - "2. Build topological constraints from filtered edges using gene expression data... ...... 318 negative, 2732 positive undirected interactions (3050 edges in total), 230 non isolated genes in experiments\n", - "3. Build dynamical constraints by binarization of experimental profiles... ... Cell NPC (1/2)... Cell SHSY5Y (2/2)... ... 20 experiments on 2 cell lines and 230/230 genes (Frobenius norm signature matrix: 17.720, 118 possibly constant genes: 51.3%, 104 genes with undetermined status\n", - "\n", - "--- INFER BOOLEAN NETWORK ---\n", - "1. Generate solutions from topological & dynamical constraints... ... Maximum possible #activators=62\n", - " 3050 interactions (maximum # of clauses = 3)\n", - "\n", - " 19 experiments\n", - " TRH FGFR3 PIK3CA NMBR GFRA1 GNGT1 FGF2 NTF3 UTS2 GNA15 PRKCA FLT1 \\\n", - "Exp1_init 1 0 0 0 0 0 1 0 0 0 1 0 \n", - "Exp4_init 1 0 0 0 0 0 1 0 0 0 1 0 \n", - "Exp19_init 1 0 0 0 0 0 1 0 0 0 1 0 \n", - "Exp1_final 0 0 \n", - "Exp2_init 0 \n", - "Exp2_final 0 0 \n", - "Exp3_init 0 \n", - "Exp3_final 0 \n", - "Exp4_final 0 1 0 0 \n", - "Exp5_init 0 \n", - "Exp5_final 0 \n", - "Exp6_init 0 \n", - "Exp7_init 0 \n", - "Exp7_final 0 1 \n", - "Exp8_init 0 \n", - "Exp9_init 0 \n", - "Exp9_final 0 \n", - "Exp10_init 0 \n", - "Exp11_init 0 \n", - "Exp12_init 0 \n", - "Exp13_init 0 \n", - "Exp14_init 0 \n", - "Exp15_init 0 \n", - "Exp15_final 0 0 \n", - "Exp16_init 0 \n", - "Exp16_final 0 0 \n", - "Exp17_init 0 \n", - "Exp17_final 0 \n", - "Exp18_init 0 \n", - "Exp13_final 1 \n", - "Exp6_final 1 0 \n", - "Exp12_final 0 \n", - "Exp14_final 0 \n", - "Exp19_final \n", - "Exp8_final \n", - "Exp18_final \n", - "Exp11_final \n", - "Exp10_final \n", - "\n", - " SRC FGFR2 XCL1 CDC42 AVPR1A GCG APP CDH1 GRB7 NRAS TRHR PLG XCR1 \\\n", - "Exp1_init 1 0 0 0 0 0 0 0 0 1 \n", - "Exp4_init 1 0 0 0 0 0 0 0 1 \n", - "Exp19_init 1 0 0 0 0 0 0 0 1 \n", - "Exp1_final 0 0 0 1 0 0 0 \n", - "Exp2_init 0 \n", - "Exp2_final 0 0 \n", - "Exp3_init 0 \n", - "Exp3_final 0 \n", - "Exp4_final 0 \n", - "Exp5_init 0 \n", - "Exp5_final 0 1 \n", - "Exp6_init 0 \n", - "Exp7_init 0 \n", - "Exp7_final 1 \n", - "Exp8_init 0 \n", - "Exp9_init 0 \n", - "Exp9_final \n", - "Exp10_init 0 \n", - "Exp11_init 0 \n", - "Exp12_init 0 \n", - "Exp13_init 0 \n", - "Exp14_init 0 0 \n", - "Exp15_init 0 \n", - "Exp15_final 1 1 0 0 \n", - "Exp16_init 0 \n", - "Exp16_final 0 0 \n", - "Exp17_init 0 \n", - "Exp17_final 1 \n", - "Exp18_init 0 \n", - "Exp13_final 1 \n", - "Exp6_final 1 0 \n", - "Exp12_final 1 0 \n", - "Exp14_final 1 0 1 0 \n", - "Exp19_final 0 1 \n", - "Exp8_final 1 \n", - "Exp18_final 1 \n", - "Exp11_final \n", - "Exp10_final \n", - "\n", - " GFRA4 GRIN2B CRK SHC3 GNB2 GRB2 GNG3 GNG12 IGF1R TACR2 MMP7 FGFR4 \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final 0 0 1 0 1 1 1 1 1 0 \n", - "Exp2_init 0 0 \n", - "Exp2_final 1 1 1 1 \n", - "Exp3_init 0 0 \n", - "Exp3_final 1 0 0 \n", - "Exp4_final \n", - "Exp5_init 0 0 \n", - "Exp5_final 1 0 \n", - "Exp6_init 0 0 \n", - "Exp7_init 0 0 \n", - "Exp7_final \n", - "Exp8_init 0 0 \n", - "Exp9_init 0 0 \n", - "Exp9_final 0 \n", - "Exp10_init 0 0 \n", - "Exp11_init 0 0 0 \n", - "Exp12_init 0 0 \n", - "Exp13_init 0 0 \n", - "Exp14_init 0 0 \n", - "Exp15_init 0 0 \n", - "Exp15_final 1 1 1 \n", - "Exp16_init 0 0 \n", - "Exp16_final 1 1 0 \n", - "Exp17_init 0 0 \n", - "Exp17_final \n", - "Exp18_init 0 0 \n", - "Exp13_final 0 \n", - "Exp6_final 1 0 \n", - "Exp12_final 1 0 0 \n", - "Exp14_final 1 0 0 \n", - "Exp19_final 0 \n", - "Exp8_final \n", - "Exp18_final 1 \n", - "Exp11_final 0 \n", - "Exp10_final \n", - "\n", - " VEGFA TEK PTK2 NCK1 CREB1 FOS GRM5 GFRA3 CRKL NCAM1 HRAS SIX2 \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init 1 0 1 0 0 0 \n", - "Exp2_final 1 0 0 1 \n", - "Exp3_init 1 0 1 0 0 0 \n", - "Exp3_final 1 1 0 1 1 1 \n", - "Exp4_final 1 0 \n", - "Exp5_init 1 0 1 0 0 \n", - "Exp5_final 1 \n", - "Exp6_init 1 0 1 0 0 \n", - "Exp7_init 1 0 1 0 0 \n", - "Exp7_final 1 0 \n", - "Exp8_init 1 0 1 0 0 \n", - "Exp9_init 1 0 1 0 0 \n", - "Exp9_final 1 0 0 1 \n", - "Exp10_init 1 0 1 0 0 \n", - "Exp11_init 1 0 1 0 0 \n", - "Exp12_init 1 0 1 0 0 \n", - "Exp13_init 1 0 1 0 0 \n", - "Exp14_init 1 0 1 0 0 \n", - "Exp15_init 1 0 0 0 0 \n", - "Exp15_final 0 0 1 \n", - "Exp16_init 1 0 1 0 0 \n", - "Exp16_final 1 0 0 1 \n", - "Exp17_init 1 0 1 0 0 \n", - "Exp17_final 1 1 \n", - "Exp18_init 1 0 1 0 0 \n", - "Exp13_final 1 \n", - "Exp6_final 0 \n", - "Exp12_final 1 0 0 1 \n", - "Exp14_final 0 1 1 \n", - "Exp19_final 1 \n", - "Exp8_final 0 0 \n", - "Exp18_final 1 0 1 \n", - "Exp11_final 1 1 0 1 \n", - "Exp10_final 1 \n", - "\n", - " CTNND1 ANXA1 PTGER1 TAC3 KNG1 BRS3 CTNNB1 KDR CDH2 CYSLTR2 OXTR \\\n", - "Exp1_init \n", - "Exp4_init 0 \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final 1 0 0 0 0 0 \n", - "Exp4_final 0 0 0 1 0 1 \n", - "Exp5_init 0 \n", - "Exp5_final 0 \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp7_final 0 \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp9_final \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final 0 \n", - "Exp16_init \n", - "Exp16_final 0 0 1 \n", - "Exp17_init \n", - "Exp17_final 0 \n", - "Exp18_init \n", - "Exp13_final 1 0 \n", - "Exp6_final \n", - "Exp12_final 0 \n", - "Exp14_final 0 \n", - "Exp19_final 1 0 \n", - "Exp8_final \n", - "Exp18_final 0 \n", - "Exp11_final 1 0 \n", - "Exp10_final 1 \n", - "\n", - " CHRM5 NMU TBXA2R NTSR2 ADRA1A GNG10 GPR17 TNFSF11 P2RY6 P2RY10 \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final \n", - "Exp4_final 0 0 0 0 0 \n", - "Exp5_init \n", - "Exp5_final 0 1 1 1 0 0 \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp7_final \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp9_final \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final 1 \n", - "Exp16_init \n", - "Exp16_final 0 1 \n", - "Exp17_init \n", - "Exp17_final \n", - "Exp18_init \n", - "Exp13_final \n", - "Exp6_final 0 \n", - "Exp12_final 0 \n", - "Exp14_final \n", - "Exp19_final 0 \n", - "Exp8_final 0 \n", - "Exp18_final 0 \n", - "Exp11_final 0 \n", - "Exp10_final \n", - "\n", - " DOK4 DYNLT1 KIT CYSLTR1 GNRH2 TACR1 TIAM1 GAST GNAQ CSF1R RAP1B \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_init \n", - "Exp5_final \n", - "Exp6_init 0 \n", - "Exp7_init \n", - "Exp7_final 0 \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp9_final \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final \n", - "Exp16_init \n", - "Exp16_final \n", - "Exp17_init \n", - "Exp17_final \n", - "Exp18_init 0 \n", - "Exp13_final \n", - "Exp6_final 0 1 0 0 0 0 1 0 0 0 1 \n", - "Exp12_final 0 \n", - "Exp14_final 0 \n", - "Exp19_final \n", - "Exp8_final \n", - "Exp18_final 0 0 \n", - "Exp11_final \n", - "Exp10_final \n", - "\n", - " TACR3 MLN HCRT EGFR PIK3R1 MAPK10 LPAR6 CRH GNA11 GNB5 GRM1 DOK1 \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_init \n", - "Exp5_final \n", - "Exp6_init \n", - "Exp7_init 0 \n", - "Exp7_final 0 \n", - "Exp8_init \n", - "Exp9_init 0 \n", - "Exp9_final 0 \n", - "Exp10_init 0 \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final \n", - "Exp16_init \n", - "Exp16_final 0 \n", - "Exp17_init \n", - "Exp17_final 0 0 \n", - "Exp18_init \n", - "Exp13_final 0 \n", - "Exp6_final 0 0 0 \n", - "Exp12_final \n", - "Exp14_final 0 \n", - "Exp19_final 0 0 \n", - "Exp8_final 0 0 1 1 0 \n", - "Exp18_final 0 0 0 \n", - "Exp11_final 0 \n", - "Exp10_final 0 0 0 0 0 \n", - "\n", - " EDN2 MAPK7 SHC1 EDN1 OXT FPR2 MAPK9 MAP2K5 EDNRA ADRA1D ERBB2 \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_init \n", - "Exp5_final \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp7_final \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp9_final \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init 0 \n", - "Exp13_init 0 \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final \n", - "Exp16_init \n", - "Exp16_final 1 0 \n", - "Exp17_init \n", - "Exp17_final \n", - "Exp18_init \n", - "Exp13_final 1 0 0 \n", - "Exp6_final \n", - "Exp12_final 0 0 0 0 1 \n", - "Exp14_final \n", - "Exp19_final 1 \n", - "Exp8_final \n", - "Exp18_final 0 \n", - "Exp11_final \n", - "Exp10_final 0 1 1 1 0 0 1 \n", - "\n", - " FGFR1 TP53 SLC12A5 VGF RAP1A GRB10 GAB2 NTS PIK3R3 GHSR MLNR \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init 0 \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_init \n", - "Exp5_final \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp7_final \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp9_final \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final \n", - "Exp16_init 0 \n", - "Exp16_final 0 0 \n", - "Exp17_init \n", - "Exp17_final \n", - "Exp18_init \n", - "Exp13_final 1 1 0 1 0 \n", - "Exp6_final \n", - "Exp12_final 1 1 0 \n", - "Exp14_final 0 1 0 0 \n", - "Exp19_final 0 \n", - "Exp8_final \n", - "Exp18_final \n", - "Exp11_final \n", - "Exp10_final \n", - "\n", - " HTR2C PLCG1 ARTN PTPN11 NMUR1 TRAF6 GCGR GRPR CDK5R1 RAP1GAP \\\n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_init \n", - "Exp5_final \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp7_final \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp9_final \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final 1 \n", - "Exp16_init \n", - "Exp16_final 1 0 1 0 0 1 \n", - "Exp17_init 0 \n", - "Exp17_final 0 \n", - "Exp18_init \n", - "Exp13_final \n", - "Exp6_final \n", - "Exp12_final \n", - "Exp14_final 0 1 0 \n", - "Exp19_final 0 \n", - "Exp8_final \n", - "Exp18_final \n", - "Exp11_final \n", - "Exp10_final \n", - "\n", - " PIK3CB TRPV1 XK NTRK3 GNG7 CCKBR \n", - "Exp1_init \n", - "Exp4_init \n", - "Exp19_init \n", - "Exp1_final \n", - "Exp2_init \n", - "Exp2_final \n", - "Exp3_init \n", - "Exp3_final \n", - "Exp4_final \n", - "Exp5_init \n", - "Exp5_final \n", - "Exp6_init \n", - "Exp7_init \n", - "Exp7_final \n", - "Exp8_init \n", - "Exp9_init \n", - "Exp9_final \n", - "Exp10_init \n", - "Exp11_init \n", - "Exp12_init \n", - "Exp13_init \n", - "Exp14_init \n", - "Exp15_init \n", - "Exp15_final \n", - "Exp16_init \n", - "Exp16_final \n", - "Exp17_init \n", - "Exp17_final 0 1 \n", - "Exp18_init \n", - "Exp13_final \n", - "Exp6_final \n", - "Exp12_final \n", - "Exp14_final \n", - "Exp19_final 0 1 0 \n", - "Exp8_final \n", - "Exp18_final 0 \n", - "Exp11_final \n", - "Exp10_final \n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - " 0%| | 0/1 [00:00\n", - " if (typeof Jupyter != 'undefined') {\n", - " \n", - "function detect_import(cell, module) {\n", - " var code = cell.get_text();\n", - " code = code.replace(/\\\\\\n/g, \"\");\n", - " var lines = code.split(\"\\n\");\n", - " var r_simple = new RegExp(\"^(\"+module+\")$\");\n", - " var r_alias = new RegExp(\"^\"+module+\"\\\\s+as\\\\s+(\\\\w+)$\");\n", - " for (var i = 0; i < lines.length; ++i) {\n", - 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" if (comment) {\n", - " code += \"#\"+lines[i]+\"\\n\";\n", - " }\n", - " code += lines[i].replace(call_replacer, \".\"+dest+\"($1\"+strargs+\")\")\n", - " lines[i] = code;\n", - " }\n", - " }\n", - " cell.set_text(code)\n", - "}\n", - "\n", - "function colomoto_upload(Jupyter, ssid, input, py_callback_name, orig, dest) {\n", - "\n", - " function callback(out_data) {\n", - " var cell_element = $(\"#\"+ssid).parents('.cell');\n", - " var cell_idx = Jupyter.notebook.get_cell_elements().index(cell_element);\n", - " var cell = Jupyter.notebook.get_cell(cell_idx);\n", - "\n", - " var filename = out_data.content.text;\n", - "\n", - " var code = cell.get_text();\n", - " code = code.replace(new RegExp(\"\\\\b\" + orig.replace('.', '\\\\.')\n", - " + \"\\\\(\\\\s*((\\\\w+)=[^\\\\)]*)?\\\\)\"),\n", - " dest+\"(\\\"\"+filename+\"\\\",$1)\");\n", - " code = code.replace('\",)', '\")')\n", - " cell.set_text(code);\n", - "\n", - " Jupyter.notebook.select(cell_idx);\n", - " Jupyter.notebook.execute_cell_and_select_below();\n", - 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'left' : 'right';\n", - " for (var j=0; j= 0) {\n", - " to_remove = i;\n", - " break;\n", - " }\n", - " }\n", - " if (to_remove == -1) {\n", - " console.log(\"cannot find toberemoved\");\n", - " } else {\n", - " cell.output_area.outputs.splice(to_remove, 1);\n", - " }\n", - " }\n", - "\n", - " function toolbar_setup(actions) {\n", - " var buttons = [];\n", - " for (var i = 0; i < actions.length; ++i) {\n", - " var setup = actions[i].setup;\n", - " if (typeof setup.handler == 'string') {\n", - " setup.handler = resolve_function(tool_api, setup.handler);\n", - " }\n", - " buttons.push(Jupyter.actions.register(actions[i].setup,\n", - " actions[i].name, name));\n", - " }\n", - " $(\"#\"+name+\"-toolbar\").remove();\n", - " Jupyter.toolbar.add_buttons_group(buttons, name+\"-toolbar\");\n", - " }\n", - "\n", - " function replace_menu_snippets(menu_spec, orig, dest) {\n", - " if (menu_spec.hasOwnProperty(\"snippet\")) {\n", - " var snippet = menu_spec.snippet;\n", - " if (typeof snippet == \"string\" || snippet instanceof String) {\n", - " menu_spec[\"snippet\"] = snippet.replace(orig, dest);\n", - " } else {\n", - " for (var i = 0; i < snippet.length; ++i) {\n", - " menu_spec[\"snippet\"][i] = snippet[i].replace(orig, dest);\n", - " }\n", - " }\n", - " }\n", - " if (menu_spec.hasOwnProperty(\"sub-menu\")) {\n", - " for (var i = 0; i < menu_spec[\"sub-menu\"].length; ++i) {\n", - " replace_menu_snippets(menu_spec[\"sub-menu\"][i], orig, dest);\n", - " }\n", - " }\n", - " }\n", - "\n", - " function load_ipython_extension() {\n", - "\n", - " var mycellelt = $(\"#\"+ssid).parents('.cell');\n", - " var myidx = Jupyter.notebook.get_cell_elements().index(mycellelt);\n", - " var import_cell = Jupyter.notebook.get_cell(myidx);\n", - "\n", - " var alias = detect_import(import_cell, name);\n", - " tool_api.module_alias = alias;\n", - " if (alias && alias != name) {\n", - " var orig = new RegExp(\"\\\\b\"+name+\"\\\\b\", \"g\");\n", - " replace_menu_snippets(menu, orig, alias);\n", - " }\n", - "\n", - " if (toolbar) {\n", - " toolbar_setup(toolbar);\n", - " }\n", - "\n", - " $(\"#\"+name+\"_menu\").parent().remove();\n", - " if (menu) {\n", - " menu_setup([menu], $(\"#help_menu\").parent(), true);\n", - " }\n", - "\n", - " if (tool_api.hasOwnProperty(\"post_install_callback\")) {\n", - " tool_api.post_install_callback();\n", - " }\n", - "\n", - " setTimeout(self_cleanup, 5000);\n", - " };\n", - "\n", - " load_ipython_extension();\n", - "}\n", - "\n", - "function resolve_toolbar_handlers(tool_api, toolbar_spec) {\n", - " for (var i = 0; i < toolbar_spec.length; ++i) {\n", - " func = resolve_function(tool_api, toolbar_spec[i][\"setup\"][\"handler\"]);\n", - " toolbar_spec[i][\"setup\"][\"handler\"] = func;\n", - " }\n", - " return toolbar_spec\n", - "}\n", - "\n", - "\n", - " var minibn_jsapi = { };\n", - " colomoto_extension(Jupyter, \"colomoto-setup-1636733\", \"minibn\", null, null, minibn_jsapi);\n", - " }" - ], - "text/plain": [ - "" - ] - }, - "metadata": {}, - "output_type": "display_data" - }, { "name": "stdout", "output_type": "stream", "text": [ - "--- DATA IMPORT ---\n", - "1. Import gene set from DisGeNET... ... 3 genes imported.\n", - "2. Import network from MODELS/dummy_NI/full_PPI.tsv... ... 3 edges in model (including 2 directed edges) with a total of 3 non-isolated genes\n", - "3. Import experiments from MODELS/dummy_NI/experiments.csv... \n", - "\t1 cell lines are considered (['Cell'])\n", - "... 3 genes in 3 profiles (3 experiments)\n", - "\n", - "--- CONSTRAINT BUILDING ---\n", - "1. Filtering out edges by minimum set of edges with highest score which preserve connectivity... ... 3 unique edges involving genes both in experiments (3 genes in total)\n", - "... score_STRING 0.000000\t3 genes (non isolated in PPI)\t7 edges in PPI\n", - "2. Build topological constraints from filtered edges using gene expression data... ...... 1 negative, 3 positive undirected interactions (4 edges in total), 3 non isolated genes in experiments\n", - "3. Build dynamical constraints by binarization of experimental profiles... ...... 2 experiments on 1 cell lines and 3/3 genes (Frobenius norm signature matrix: 2.236, 1 possibly constant genes: 33.3%, 1 genes with undetermined status\n", - "\n", - "--- INFER BOOLEAN NETWORK ---\n", - "1. Generate solutions from topological & dynamical constraints... ... Maximum possible #activators=1\n", - " 4 interactions (maximum # of clauses = 1)\n", - "\n", - " 2 experiments\n", - " a c b\n", - "Exp1_init 1 \n", - "Exp1_final 1 0 \n", - "Exp2_init 0 0\n", - "Exp2_final 1 0 0\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - " 0%| | 0/1 [00:00 Minimal solution: 0 edges\n", " Maximal solution: 2 edges\n", " 1 2 3 4 5 6 7\n", - "GTP 0.692201 0.843846 0.843846 0.843846 0.843846 0.692201 0.899887\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n" - ] - }, - { - "name": "stdout", - "output_type": "stream", - "text": [ + "GTP 0.692201 0.843846 0.843846 0.843846 0.843846 0.692201 0.899887\n", " Saving optimal model in 'MODELS/dummy_NI//solution.bnet' ...\n", "a, 1\n", "b, a\n", diff --git a/notebooks/NORDic Prioritization of Master Regulators (PMR).ipynb b/notebooks/NORDic Prioritization of Master Regulators (PMR).ipynb index 86f9dc6..046501c 100644 --- a/notebooks/NORDic Prioritization of Master Regulators (PMR).ipynb +++ b/notebooks/NORDic Prioritization of Master Regulators (PMR).ipynb @@ -34,7 +34,7 @@ "name": "stdout", "output_type": "stream", "text": [ - "NORDic==2.2.7\r\n" + "NORDic==2.3.0\r\n" ] } ], @@ -432,14 +432,14 @@ "text": [ "X0, 1\n", "X1, 1\n", - "X2, X1&X0\n", - "X3, X1&X0\n", - "X4, X1&X0\n", - "X5, X1&X0\n", - "X6, X1&X0&X2\n", - "X7, X3&X1&X0\n", - "X8, X1&X0&X4\n", - "X9, X1&X5&X0\n", + "X2, X0&X1\n", + "X3, X0&X1\n", + "X4, X0&X1\n", + "X5, X0&X1\n", + "X6, X0&X1&X2\n", + "X7, X3&X0&X1\n", + "X8, X0&X1&X4\n", + "X9, X0&X1&X5\n", "X10, 1\n" ] } @@ -531,40 +531,40 @@ " X0\n", " 0\n", " 0\n", - " 0\n", " 1\n", " 1\n", " 1\n", " 0\n", - " 0\n", " 1\n", " 0\n", + " 1\n", + " 1\n", " ...\n", - " 0\n", - " 0\n", - " 0\n", - " 0\n", - " 0\n", " 1\n", " 1\n", " 1\n", " 0\n", + " 1\n", + " 1\n", + " 0\n", + " 1\n", " 0\n", + " 1\n", " \n", " \n", " X1\n", + " 0\n", " 1\n", + " 0\n", + " 0\n", " 1\n", " 1\n", - " 1\n", - " 1\n", - " 1\n", + " 0\n", " 1\n", " 1\n", " 0\n", - " 1\n", " ...\n", - " 0\n", + " 1\n", " 0\n", " 0\n", " 0\n", @@ -572,52 +572,52 @@ " 1\n", " 0\n", " 0\n", - " 1\n", + " 0\n", " 1\n", " \n", " \n", " X2\n", - " 0\n", - " 0\n", " 1\n", - " 0\n", + " 1\n", " 1\n", " 1\n", " 0\n", " 1\n", " 0\n", + " 0\n", + " 1\n", " 1\n", " ...\n", - " 0\n", " 1\n", " 1\n", " 0\n", " 1\n", - " 1\n", + " 0\n", " 1\n", " 0\n", " 1\n", " 1\n", + " 1\n", " \n", " \n", " X3\n", - " 0\n", " 1\n", - " 0\n", - " 0\n", + " 1\n", + " 1\n", " 0\n", " 0\n", " 0\n", " 0\n", " 1\n", + " 0\n", " 1\n", " ...\n", " 0\n", " 0\n", - " 1\n", " 0\n", " 0\n", - " 1\n", + " 0\n", + " 0\n", " 0\n", " 1\n", " 1\n", @@ -625,99 +625,99 @@ " \n", " \n", " X4\n", - " 1\n", - " 1\n", - " 1\n", - " 1\n", " 0\n", " 0\n", " 0\n", " 0\n", " 0\n", " 0\n", - " ...\n", - " 1\n", " 1\n", " 0\n", " 0\n", - " 0\n", - " 0\n", + " 1\n", + " ...\n", + " 1\n", + " 1\n", + " 1\n", + " 1\n", " 1\n", " 1\n", " 0\n", " 1\n", + " 0\n", + " 0\n", " \n", " \n", " X5\n", - " 0\n", " 1\n", " 0\n", " 0\n", - " 0\n", " 1\n", - " 0\n", " 1\n", " 0\n", " 0\n", - " ...\n", - " 0\n", " 0\n", " 1\n", - " 1\n", " 0\n", + " ...\n", " 1\n", + " 0\n", + " 0\n", + " 0\n", " 1\n", " 1\n", " 1\n", " 0\n", + " 0\n", + " 0\n", " \n", " \n", " X6\n", " 1\n", " 0\n", - " 0\n", - " 1\n", " 1\n", - " 0\n", " 1\n", " 1\n", " 1\n", " 0\n", - " ...\n", - " 1\n", " 0\n", - " 1\n", " 0\n", + " 0\n", + " ...\n", " 1\n", " 1\n", + " 0\n", + " 0\n", " 1\n", - " 1\n", + " 0\n", + " 0\n", " 0\n", " 1\n", + " 0\n", " \n", " \n", " X7\n", " 1\n", " 1\n", - " 1\n", - " 1\n", - " 1\n", + " 0\n", + " 0\n", " 0\n", " 0\n", " 1\n", " 1\n", " 0\n", + " 0\n", " ...\n", " 1\n", + " 0\n", + " 0\n", + " 0\n", " 1\n", " 1\n", " 1\n", " 0\n", " 1\n", " 0\n", - " 1\n", - " 0\n", - " 1\n", " \n", " \n", " X8\n", @@ -725,71 +725,71 @@ " 0\n", " 1\n", " 1\n", - " 0\n", - " 0\n", + " 1\n", " 1\n", " 0\n", + " 1\n", " 0\n", - " 0\n", + " 1\n", " ...\n", " 1\n", - " 0\n", - " 0\n", - " 0\n", + " 1\n", " 0\n", " 0\n", " 1\n", + " 1\n", " 0\n", " 1\n", " 1\n", + " 1\n", " \n", " \n", " X9\n", - " 0\n", - " 1\n", - " 0\n", " 1\n", " 1\n", " 0\n", " 1\n", + " 0\n", + " 0\n", " 1\n", " 1\n", - " 1\n", + " 0\n", + " 0\n", " ...\n", " 1\n", - " 0\n", " 1\n", " 0\n", - " 0\n", + " 1\n", + " 1\n", " 0\n", " 0\n", " 1\n", - " 0\n", + " 1\n", " 1\n", " \n", " \n", " X10\n", " 1\n", - " 0\n", - " 0\n", " 1\n", " 0\n", " 0\n", " 0\n", - " 0\n", + " 1\n", + " 1\n", + " 1\n", " 1\n", " 0\n", " ...\n", " 1\n", - " 1\n", + " 0\n", " 0\n", " 1\n", " 1\n", " 1\n", " 0\n", - " 0\n", - " 0\n", - " 0\n", + " 1\n", + " 1\n", + " 1\n", " \n", " \n", "\n", @@ -798,30 +798,30 @@ ], "text/plain": [ " 0 1 2 3 4 5 6 7 8 9 ... 190 191 192 \\\n", - "X0 0 0 0 1 1 1 0 0 1 0 ... 0 0 0 \n", - "X1 1 1 1 1 1 1 1 1 0 1 ... 0 0 0 \n", - "X2 0 0 1 0 1 1 0 1 0 1 ... 0 1 1 \n", - "X3 0 1 0 0 0 0 0 0 1 1 ... 0 0 1 \n", - "X4 1 1 1 1 0 0 0 0 0 0 ... 1 1 0 \n", - "X5 0 1 0 0 0 1 0 1 0 0 ... 0 0 1 \n", - "X6 1 0 0 1 1 0 1 1 1 0 ... 1 0 1 \n", - "X7 1 1 1 1 1 0 0 1 1 0 ... 1 1 1 \n", - "X8 0 0 1 1 0 0 1 0 0 0 ... 1 0 0 \n", - "X9 0 1 0 1 1 0 1 1 1 1 ... 1 0 1 \n", - "X10 1 0 0 1 0 0 0 0 1 0 ... 1 1 0 \n", + "X0 0 0 1 1 1 0 1 0 1 1 ... 1 1 1 \n", + "X1 0 1 0 0 1 1 0 1 1 0 ... 1 0 0 \n", + "X2 1 1 1 1 0 1 0 0 1 1 ... 1 1 0 \n", + "X3 1 1 1 0 0 0 0 1 0 1 ... 0 0 0 \n", + "X4 0 0 0 0 0 0 1 0 0 1 ... 1 1 1 \n", + "X5 1 0 0 1 1 0 0 0 1 0 ... 1 0 0 \n", + "X6 1 0 1 1 1 1 0 0 0 0 ... 1 1 0 \n", + "X7 1 1 0 0 0 0 1 1 0 0 ... 1 0 0 \n", + "X8 0 0 1 1 1 1 0 1 0 1 ... 1 1 0 \n", + "X9 1 1 0 1 0 0 1 1 0 0 ... 1 1 0 \n", + "X10 1 1 0 0 0 1 1 1 1 0 ... 1 0 0 \n", "\n", " 193 194 195 196 197 198 199 \n", - "X0 0 0 1 1 1 0 0 \n", - "X1 0 0 1 0 0 1 1 \n", - "X2 0 1 1 1 0 1 1 \n", - "X3 0 0 1 0 1 1 1 \n", - "X4 0 0 0 1 1 0 1 \n", - "X5 1 0 1 1 1 1 0 \n", - "X6 0 1 1 1 1 0 1 \n", - "X7 1 0 1 0 1 0 1 \n", - "X8 0 0 0 1 0 1 1 \n", - "X9 0 0 0 0 1 0 1 \n", - "X10 1 1 1 0 0 0 0 \n", + "X0 0 1 1 0 1 0 1 \n", + "X1 0 0 1 0 0 0 1 \n", + "X2 1 0 1 0 1 1 1 \n", + "X3 0 0 0 0 1 1 1 \n", + "X4 1 1 1 0 1 0 0 \n", + "X5 0 1 1 1 0 0 0 \n", + "X6 0 1 0 0 0 1 0 \n", + "X7 0 1 1 1 0 1 0 \n", + "X8 0 1 1 0 1 1 1 \n", + "X9 1 1 0 0 1 1 1 \n", + "X10 1 1 1 0 1 1 1 \n", "\n", "[11 rows x 200 columns]" ] @@ -1001,127 +1001,118 @@ "output_type": "stream", "text": [ " Iteration k=1\n", - "\t Initial state 0 (gene(s):X0)\n", - "\t Initial state 1 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 0)\n", - "Gene X0 (1/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 2 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 1)\n", - "Gene X0 (1/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 4 (gene(s):X0)\n", - "Gene X1 (2/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 2)\n", - "Gene X0 (1/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 3 (gene(s):X0)\n", - "Gene X2 (3/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 2 (gene(s):X0)\n", + "\t Initial state 0 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 4)\n", "Gene X0 (1/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 3)\n", - "Gene X3 (4/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 0)\n", + "Gene X0 (1/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 2)\n", + "Gene X1 (2/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 1 (gene(s):X0)\n", + "Gene X1 (2/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "100%|██████████| 1/1 [00:00<00:00, 35848.75it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 25731.93it/s]1it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 23967.45it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 37449.14it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 25731.93it/s]\n", + "\n", + "100%|██████████| 1000/1000 [00:00<00:00, 34054.63it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 31068.92it/s]\n", " 0%| | 0/1000 [00:00 0 (initial state 1)\n", + "Gene X4 (5/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (10/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -1165,171 +1157,162 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31524.74it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31729.12it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 5 (gene(s):X0)\n", + "Gene X10 (11/11) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 6 (gene(s):X0)\n", - "Gene X10 (11/11) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 5)\n", "Gene X0 (1/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 7 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 6)\n", "Gene X0 (1/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 8 (gene(s):X0)\n", "Gene X1 (2/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 7)\n", - "Gene X0 (1/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 8 (gene(s):X0)\n", - "\t Initial state 9 (gene(s):X0)\n", - "Gene X1 (2/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X0 (1/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -1339,233 +1322,225 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 9)\n", - "Gene X0 (1/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 8)\n", "Gene X0 (1/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 9 (gene(s):X0)\n", + "Gene X2 (3/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 9)\n", + "Gene X0 (1/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X5 (6/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 37174.32it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 30036.98it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 10 (gene(s):X0)\n", - "Gene X8 (9/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 11 (gene(s):X0)\n", - "Gene X9 (10/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 12 (gene(s):X0)\n", "Gene X9 (10/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 10)\n", - "Gene X0 (1/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 11)\n", - "Gene X0 (1/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 12)\n", - "Gene X0 (1/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -1748,202 +1685,162 @@ "text": [ "\n", "\r", - " 0%| | 0/1 [00:00 Initial state 10 (gene(s):X0)\n", + "\t Initial state 11 (gene(s):X0)\n", + "Gene X10 (11/11) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 12 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 11)\n", + "Gene X0 (1/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 13 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 10)\n", + "Gene X0 (1/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 12)\n", + "Gene X0 (1/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 14 (gene(s):X0)\n", "Gene X1 (2/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 13)\n", - "Gene X2 (3/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 14)\n", - "Gene X0 (1/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (10/11) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -1953,144 +1850,138 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 14 (gene(s):X0)\n", + "Gene X5 (6/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 14)\n", + "Gene X0 (1/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 15 (gene(s):X0)\n", - "Gene X10 (11/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 16 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 15)\n", - "Gene X0 (1/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (4/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -2164,360 +2042,332 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 17 (gene(s):X0)\n", - "Gene X10 (11/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 18 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 17)\n", + "Gene X7 (8/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 15 (gene(s):X0)\n", + "Gene X8 (9/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 16 (gene(s):X0)\n", + "Gene X5 (6/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 15)\n", + "Gene X0 (1/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 16)\n", "Gene X0 (1/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 19 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 18)\n", - "Gene X0 (1/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 19)\n", - "Gene X0 (1/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 17 (gene(s):X0)\n", "Gene X3 (4/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1000 [00:00 0 (initial state 17)\n", + "Gene X0 (1/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 18 (gene(s):X0)\n", "Gene X5 (6/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 18)\n", "Gene X6 (7/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 19 (gene(s):X0)\n", + "Gene X5 (6/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 19)\n", + "Gene X0 (1/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (5/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -2561,199 +2412,203 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34529.83it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34462.87it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 44651.61it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 27310.76it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 41064.67it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 38808.84it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 20 (gene(s):X0)\n", - "Gene X10 (11/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 21 (gene(s):X0)\n", - "\t Initial state 22 (gene(s):X0)\n", + "Gene X6 (7/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 20 (gene(s):X0)\n", + "Gene X4 (5/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 20)\n", "Gene X0 (1/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 23 (gene(s):X0)\n", - "Gene X9 (10/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 21)\n", - "Gene X0 (1/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 22)\n", - "Gene X0 (1/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 23)\n", - "Gene X0 (1/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 24 (gene(s):X0)\n", - "Gene X2 (3/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 24)\n", - "Gene X0 (1/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (7/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 21 (gene(s):X0)\n", + "Gene X7 (8/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 22 (gene(s):X0)\n", + "Gene X2 (3/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -2761,383 +2616,409 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38094.37it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31904.34it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 48685.49it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 36601.43it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 21)\n", + "Gene X0 (1/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 22)\n", + "Gene X0 (1/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 23 (gene(s):X0)\n", + "Gene X2 (3/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 24 (gene(s):X0)\n", "Gene X3 (4/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 23)\n", + "Gene X6 (7/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 24)\n", + "Gene X0 (1/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1 [00:00 Initial state 25 (gene(s):X0)\n", - "Gene X7 (8/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 26 (gene(s):X0)\n", - "Gene X10 (11/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 25)\n", + "Gene X7 (8/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 27 (gene(s):X0)\n", - "Gene X8 (9/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 26)\n", - "Gene X0 (1/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 28 (gene(s):X0)\n", - "Gene X1 (2/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 27)\n", - "Gene X0 (1/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 28)\n", - "Gene X0 (1/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (7/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -3145,142 +3026,142 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 42785.92it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 35834.05it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 34077.31it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 41400.69it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 37525.87it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 26 (gene(s):X0)\n", + "Gene X8 (9/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 27 (gene(s):X0)\n", + "Gene X8 (9/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 26)\n", + "Gene X2 (3/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 27)\n", + "Gene X0 (1/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 28 (gene(s):X0)\n", + "Gene X10 (11/11) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 29 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 28)\n", + "Gene X2 (3/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 29)\n", - "Gene X0 (1/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X0 (1/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 47300.27it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 30 (gene(s):X0)\n", - "Gene X10 (11/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 31 (gene(s):X0)\n", - "Gene X10 (11/11) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 32 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 30)\n", - "Gene X0 (1/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 33 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 31)\n", - "Gene X0 (1/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 32)\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ + " 0%| | 0/1000 [00:00 Initial state 30 (gene(s):X0)\n", + "Gene X9 (10/11) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 48091.54it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 49633.80it/s]\n", + "\r", + " 0%| | 0/1 [00:00 Initial state 31 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 30)\n", + "Gene X0 (1/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 32 (gene(s):X0)\n", + "Gene X7 (8/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 33 (gene(s):X0)\n", + "Gene X1 (2/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 31)\n", + "Gene X0 (1/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 32)\n", "Gene X0 (1/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 33)\n", "Gene X0 (1/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 34 (gene(s):X0)\n", - "Gene X2 (3/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 34)\n", - "Gene X3 (4/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X2 (3/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 34 (gene(s):X0)\n", + "Gene X3 (4/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 34)\n", + "Gene X0 (1/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 35 (gene(s):X0)\n" + "Gene X5 (6/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -3925,193 +3872,196 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38013.23it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 48240.33it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 35 (gene(s):X0)\n", + "Gene X10 (11/11) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 36 (gene(s):X0)\n", - "\t Initial state 37 (gene(s):X0)\n", - "Gene X9 (10/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 35)\n", "Gene X0 (1/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 37 (gene(s):X0)\n", + "Gene X10 (11/11) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 36)\n", "Gene X0 (1/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 37)\n", "Gene X0 (1/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 38 (gene(s):X0)\n", - "Gene X1 (2/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 39 (gene(s):X0)\n", + "Gene X3 (4/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 38)\n", - "Gene X0 (1/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 39)\n", - "Gene X0 (1/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X0 (1/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -4121,182 +4071,197 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 39)\n", + "Gene X0 (1/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, @@ -4304,588 +4269,642 @@ "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 33652.43it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 37321.18it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 40 (gene(s):X0)\n", - "Gene X10 (11/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 41 (gene(s):X0)\n", + "Gene X9 (10/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 40)\n", + "Gene X9 (10/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 42 (gene(s):X0)\n", "Gene X9 (10/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 43 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 41)\n", + "Gene X10 (11/11) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 42)\n", - "Gene X0 (1/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 43)\n", - "Gene X0 (1/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 41 (gene(s):X0)\n", + "\t Initial state 42 (gene(s):X0)\n", + "Gene X2 (3/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 43 (gene(s):X0)\n", + "\t Initial state 44 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 41)\n", + "Gene X0 (1/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31636.50it/s]\n", + " 0%| | 0/1000 [00:00 Initial state 44 (gene(s):X0)\n", - "Gene X1 (2/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 42)\n", "Gene X3 (4/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 43)\n", + "Gene X0 (1/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 44)\n", + "Gene X1 (2/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X5 (6/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 35078.52it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 42200.04it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 45 (gene(s):X0)\n", - "Gene X8 (9/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 46 (gene(s):X0)\n", "Gene X7 (8/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 45)\n", + "Gene X8 (9/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 46 (gene(s):X0)\n", + "Gene X8 (9/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 47 (gene(s):X0)\n", - "Gene X9 (10/11) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 46)\n", - "Gene X8 (9/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 47)\n", - "Gene X0 (1/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -4895,37 +4914,43 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 47)\n", + "Gene X0 (1/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 48 (gene(s):X0)\n", - "Gene X10 (11/11) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 49 (gene(s):X0)\n", "Gene X3 (4/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 48)\n", - "\t Initial state 49 (gene(s):X0)\n", "Gene X0 (1/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 49)\n", + "Gene X0 (1/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 49)\n", - "Gene X0 (1/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (5/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 45702.03it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 50 (gene(s):X0)\n", - "\t Initial state 51 (gene(s):X0)\n", - "Gene X7 (8/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 52 (gene(s):X0)\n", + "Gene X9 (10/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 50)\n", "Gene X0 (1/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 51)\n", - "Gene X0 (1/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 51 (gene(s):X0)\n", + "\t Initial state 52 (gene(s):X0)\n" ] }, { @@ -5287,198 +5329,205 @@ "text": [ "\n", "\r", - " 0%| | 0/1000 [00:00 Initial state 53 (gene(s):X0)\n", + "Gene X10 (11/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 51)\n", "1 wild type attractors with proba > 0 (initial state 52)\n", + "Gene X0 (1/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 53)\n", + "\t Initial state 54 (gene(s):X0)\n", + "Gene X0 (1/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 54)\n", + "Gene X0 (1/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 53 (gene(s):X0)\n", - "Gene X9 (10/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 53)\n", - "Gene X0 (1/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (5/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -5486,172 +5535,182 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38420.28it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 42452.47it/s]\n", + " 0%| | 0/1 [00:00 Initial state 54 (gene(s):X0)\n", "Gene X6 (7/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 54)\n", - "Gene X0 (1/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 55 (gene(s):X0)\n", - "Gene X7 (8/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 56 (gene(s):X0)\n", + "Gene X9 (10/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 55)\n", - "Gene X8 (9/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 56)\n", + "Gene X0 (1/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32915.61it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 57 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 56)\n", - "Gene X0 (1/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 57)\n", - "Gene X0 (1/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 57 (gene(s):X0)\n", "\t Initial state 58 (gene(s):X0)\n", "Gene X2 (3/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 57)\n", + "Gene X0 (1/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 59 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 58)\n", "Gene X0 (1/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 59)\n", + "Gene X0 (1/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -5903,741 +5966,777 @@ "text": [ "\n", "\r", + " 0%| | 0/1 [00:00 Initial state 59 (gene(s):X0)\n", - "Gene X8 (9/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 59)\n", - "Gene X0 (1/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 60 (gene(s):X0)\n", - "\t Initial state 61 (gene(s):X0)\n" + "\t Initial state 61 (gene(s):X0)\n", + "Gene X6 (7/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 60)\n", + "Gene X0 (1/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 61)\n", + "Gene X7 (8/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 62 (gene(s):X0)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 43250.06it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 30988.12it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 40184.95it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 39242.38it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 60)\n", - "Gene X0 (1/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 61)\n", - "Gene X0 (1/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 62 (gene(s):X0)\n", - "\t Initial state 63 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 62)\n", + "Gene X0 (1/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 62)\n", - "Gene X0 (1/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 63 (gene(s):X0)\n", + "Gene X4 (5/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 64 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 63)\n", "Gene X0 (1/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X5 (6/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 64)\n", + "Gene X0 (1/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 27839.16it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 64 (gene(s):X0)\n", - "Gene X10 (11/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (5/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 65 (gene(s):X0)\n", + "\t Initial state 66 (gene(s):X0)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\n", "\r", " 0%| | 0/1 [00:00 Initial state 65 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 64)\n", - "Gene X0 (1/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 66 (gene(s):X0)\n", - "Gene X1 (2/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 65)\n", "Gene X0 (1/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 66)\n", "Gene X0 (1/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 67 (gene(s):X0)\n", + "Gene X2 (3/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 67)\n", + "Gene X0 (1/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 68 (gene(s):X0)\n", "Gene X3 (4/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (4/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 68)\n", + "Gene X0 (1/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 67 (gene(s):X0)\n", - "Gene X4 (5/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 68 (gene(s):X0)\n", - "Gene X3 (4/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 69 (gene(s):X0)\n", "Gene X5 (6/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 67)\n", - "Gene X0 (1/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 69)\n", + "Gene X0 (1/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 68)\n", - "Gene X0 (1/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (10/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 28513.48it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 43744.89it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 40465.64it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 69 (gene(s):X0)\n", - "Gene X8 (9/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 70 (gene(s):X0)\n", - "Gene X6 (7/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 69)\n", - "Gene X0 (1/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 71 (gene(s):X0)\n", + "Gene X6 (7/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 71)\n", + "Gene X6 (7/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 72 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 70)\n", + "Gene X7 (8/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 72)\n", + "Gene X0 (1/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 71 (gene(s):X0)\n", - "Gene X3 (4/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 34951.08it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 33541.82it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 71)\n", - "Gene X0 (1/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 72 (gene(s):X0)\n", - "Gene X5 (6/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 72)\n", - "Gene X0 (1/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 73 (gene(s):X0)\n", - "Gene X7 (8/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 74 (gene(s):X0)\n", + "Gene X3 (4/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 73)\n", "Gene X0 (1/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 74)\n", + "Gene X0 (1/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X7 (8/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 28941.20it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 74 (gene(s):X0)\n", - "Gene X9 (10/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 74)\n", - "Gene X0 (1/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 75 (gene(s):X0)\n", - "Gene X8 (9/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 75 (gene(s):X0)\n", + "Gene X5 (6/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 75)\n", + "Gene X6 (7/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (7/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 76 (gene(s):X0)\n", + "Gene X10 (11/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 76)\n", + "\t Initial state 77 (gene(s):X0)\n", + "Gene X0 (1/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -7456,583 +7576,541 @@ "text": [ "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32101.89it/s]\r", " 0%| | 0/1 [00:00 Initial state 76 (gene(s):X0)\n", - "Gene X6 (7/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 76)\n", - "Gene X0 (1/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 77 (gene(s):X0)\n", "Gene X4 (5/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 77)\n", "Gene X5 (6/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 78 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 77)\n", "Gene X0 (1/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 79 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 78)\n", + "Gene X0 (1/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 79)\n", + "Gene X0 (1/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (10/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31989.75it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 78 (gene(s):X0)\n", + "Gene X4 (5/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 78)\n", - "Gene X0 (1/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 79 (gene(s):X0)\n", + "Gene X2 (3/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 80 (gene(s):X0)\n", "Gene X5 (6/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 80)\n", + "Gene X0 (1/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 79)\n", - "Gene X0 (1/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 80 (gene(s):X0)\n" + "Gene X3 (4/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 36639.16it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 33894.46it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 41571.39it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 80)\n", - "Gene X0 (1/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 81 (gene(s):X0)\n", + "Gene X4 (5/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 81 (gene(s):X0)\n", + "\t Initial state 82 (gene(s):X0)\n", + "Gene X8 (9/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 81)\n", "Gene X0 (1/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 82 (gene(s):X0)\n", - "Gene X5 (6/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 82)\n", - "Gene X0 (1/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X0 (1/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -8040,171 +8118,135 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38733.93it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 42467.51it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 83 (gene(s):X0)\n", + "Gene X10 (11/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 84 (gene(s):X0)\n", "Gene X2 (3/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 85 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 83)\n", + "Gene X2 (3/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 84)\n", + "Gene X0 (1/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 85)\n", + "Gene X0 (1/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 83 (gene(s):X0)\n", - "Gene X9 (10/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 84 (gene(s):X0)\n", - "Gene X9 (10/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -8247,161 +8286,130 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32328.04it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38632.97it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 37703.64it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 83)\n", - "Gene X10 (11/11) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 84)\n", - "Gene X10 (11/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 85 (gene(s):X0)\n", - "Gene X1 (2/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 86 (gene(s):X0)\n", - "Gene X1 (2/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 85)\n", - "1 wild type attractors with proba > 0 (initial state 86)\n", - "Gene X0 (1/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 87 (gene(s):X0)\n" + "Gene X5 (6/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -8447,159 +8449,148 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 46285.55it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 35853.35it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 37235.70it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 28756.08it/s]\n", + "\r", + " 0%| | 0/1 [00:00 Initial state 86 (gene(s):X0)\n", + "\t Initial state 87 (gene(s):X0)\n", + "Gene X10 (11/11) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 88 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 87)\n", "Gene X0 (1/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 86)\n", + "Gene X0 (1/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 89 (gene(s):X0)\n", "Gene X1 (2/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 90 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 88)\n", + "Gene X0 (1/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 89)\n", + "Gene X0 (1/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -8640,512 +8635,522 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38889.80it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25756.10it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 32988.61it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 18058.19it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 40014.73it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 34231.67it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 90)\n", + "Gene X3 (4/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 88 (gene(s):X0)\n", - "Gene X8 (9/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 88)\n", - "Gene X0 (1/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 89 (gene(s):X0)\n", - "Gene X1 (2/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 90 (gene(s):X0)\n", - "Gene X10 (11/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 91 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 89)\n", - "Gene X0 (1/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 90)\n" + "Gene X4 (5/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 92 (gene(s):X0)\n", - "Gene X3 (4/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 91 (gene(s):X0)\n", + "Gene X4 (5/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 91)\n", "Gene X0 (1/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 92)\n", - "Gene X1 (2/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (7/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 39078.58it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 92 (gene(s):X0)\n", + "\t Initial state 93 (gene(s):X0)\n", + "Gene X10 (11/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 92)\n", + "Gene X0 (1/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 93)\n", + "Gene X0 (1/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 94 (gene(s):X0)\n", "Gene X4 (5/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 94)\n", + "Gene X2 (3/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 93 (gene(s):X0)\n", - "Gene X9 (10/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X2 (3/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -9155,185 +9160,199 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 94 (gene(s):X0)\n", - "Gene X10 (11/11) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 93)\n", - "Gene X0 (1/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 95 (gene(s):X0)\n", - "\t Initial state 96 (gene(s):X0)\n", - "\t Initial state 97 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 94)\n", - "Gene X0 (1/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 95)\n", - "Gene X1 (2/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 97)\n", "Gene X0 (1/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 96 (gene(s):X0)\n", + "Gene X7 (8/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 96)\n", "Gene X0 (1/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (9/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -9342,169 +9361,204 @@ "text": [ "\n", "\r", + " 0%| | 0/1000 [00:00 Initial state 97 (gene(s):X0)\n", + "Gene X9 (10/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 97)\n", + "Gene X0 (1/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 98 (gene(s):X0)\n", "Gene X3 (4/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 98)\n", + "Gene X0 (1/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X2 (3/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -9513,194 +9567,196 @@ "text": [ "\n", "\r", - " 0%| | 0/1 [00:00 Initial state 98 (gene(s):X0)\n", - "Gene X9 (10/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 99 (gene(s):X0)\n", - "\t Initial state 100 (gene(s):X0)\n", - "\t Initial state 101 (gene(s):X0)\n", "Gene X10 (11/11) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 98)\n", - "Gene X0 (1/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 99)\n", "Gene X0 (1/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 100 (gene(s):X0)\n", + "Gene X8 (9/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 100)\n", - "Gene X0 (1/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X0 (1/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 101 (gene(s):X0)\n", + "Gene X2 (3/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -9708,184 +9764,179 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31569.11it/s]\n", - "\r", - " 0%| | 0/1 [00:00 0 (initial state 101)\n", "Gene X0 (1/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 102 (gene(s):X0)\n", - "Gene X1 (2/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 102 (gene(s):X0)\n", + "Gene X2 (3/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 102)\n", - "Gene X2 (3/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X0 (1/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 103 (gene(s):X0)\n", + "Gene X8 (9/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -9895,208 +9946,193 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 103)\n", + "Gene X0 (1/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 104 (gene(s):X0)\n", "Gene X9 (10/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 104)\n", + "Gene X6 (7/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 103 (gene(s):X0)\n", - "\t Initial state 104 (gene(s):X0)\n", + "Gene X0 (1/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 105 (gene(s):X0)\n", - "\t Initial state 106 (gene(s):X0)\n" + "Gene X5 (6/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -10105,170 +10141,181 @@ "text": [ "\n", "\r", + " 0%| | 0/1 [00:00 0 (initial state 103)\n", - "Gene X0 (1/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 104)\n", - "Gene X0 (1/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 107 (gene(s):X0)\n", + "Gene X2 (3/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 105)\n", "Gene X0 (1/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 106 (gene(s):X0)\n", + "Gene X7 (8/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 106)\n", "Gene X0 (1/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 107)\n", - "Gene X0 (1/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 107 (gene(s):X0)\n", + "Gene X5 (6/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 107)\n", + "Gene X0 (1/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 108 (gene(s):X0)\n", "Gene X4 (5/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (7/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 108)\n", + "Gene X0 (1/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -10316,576 +10363,586 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 40144.95it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38400.23it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38844.06it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 36069.80it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 33513.68it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 41721.50it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 37397.39it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 109 (gene(s):X0)\n", + "Gene X9 (10/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 109)\n", + "Gene X0 (1/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30538.90it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 108 (gene(s):X0)\n", - "Gene X10 (11/11) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 109 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 108)\n", - "Gene X0 (1/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 110 (gene(s):X0)\n", + "Gene X7 (8/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 110)\n", + "Gene X0 (1/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 111 (gene(s):X0)\n", + "Gene X3 (4/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 112 (gene(s):X0)\n", - "Gene X1 (2/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 109)\n", - "Gene X0 (1/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 111)\n", - "1 wild type attractors with proba > 0 (initial state 112)\n", "Gene X0 (1/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 110)\n", - "Gene X0 (1/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, + "Gene X4 (5/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 113 (gene(s):X0)\n", + "Gene X3 (4/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 112)\n", + "Gene X0 (1/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1 [00:00 0 (initial state 113)\n", + "Gene X0 (1/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (10/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -10893,330 +10950,223 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 41243.14it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 37153.90it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 113 (gene(s):X0)\n", - "Gene X8 (9/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 113)\n", - "Gene X0 (1/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 114 (gene(s):X0)\n", - "Gene X9 (10/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 114)\n", - "Gene X10 (11/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 115 (gene(s):X0)\n", - "Gene X1 (2/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ + "100%|██████████| 1000/1000 [00:00<00:00, 40079.73it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 39592.06it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 36796.34it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 46667.68it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 116 (gene(s):X0)\n", - "Gene X2 (3/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 114 (gene(s):X0)\n", + "Gene X10 (11/11) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 115 (gene(s):X0)\n", + "Gene X7 (8/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 114)\n", + "Gene X0 (1/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 115)\n", "Gene X0 (1/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 116)\n", - "Gene X0 (1/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 117 (gene(s):X0)\n", - "Gene X5 (6/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 117)\n", - "Gene X0 (1/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 116 (gene(s):X0)\n", + "\t Initial state 117 (gene(s):X0)\n", + "Gene X10 (11/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (4/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 116)\n", + "Gene X0 (1/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 118 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 117)\n" ] }, { @@ -11226,409 +11176,417 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 118)\n", + "Gene X0 (1/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 119 (gene(s):X0)\n", - "\t Initial state 118 (gene(s):X0)\n", - "Gene X8 (9/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 119)\n", - "Gene X0 (1/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (9/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 0 (initial state 118)\n", - "Gene X0 (1/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 119 (gene(s):X0)\n", + "Gene X7 (8/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 120 (gene(s):X0)\n", - "Gene X9 (10/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 119)\n", + "Gene X0 (1/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 120)\n", "Gene X0 (1/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 121 (gene(s):X0)\n", - "Gene X5 (6/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 122 (gene(s):X0)\n", - "Gene X2 (3/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - " 0%| | 0/1 [00:00 Initial state 121 (gene(s):X0)\n", + "\t Initial state 122 (gene(s):X0)\n", + "Gene X2 (3/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 123 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 121)\n", "Gene X0 (1/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 122)\n", "Gene X0 (1/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 123)\n", + "Gene X0 (1/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (3/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 123 (gene(s):X0)\n", - "\t Initial state 124 (gene(s):X0)\n" + "Gene X3 (4/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -11795,342 +11766,415 @@ "\n", "\r", " 0%| | 0/1000 [00:00 0 (initial state 123)\n", - "1 wild type attractors with proba > 0 (initial state 124)\n", - "Gene X0 (1/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 124 (gene(s):X0)\n", + "Gene X6 (7/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 124)\n", + "Gene X0 (1/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 125 (gene(s):X0)\n", - "Gene X7 (8/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 126 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 125)\n", - "Gene X0 (1/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X0 (1/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", + "\r", + " 0%| | 0/1 [00:00 Initial state 126 (gene(s):X0)\n", - "Gene X5 (6/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 126)\n", "Gene X0 (1/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 127 (gene(s):X0)\n", "Gene X1 (2/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 128 (gene(s):X0)\n", + "Gene X2 (3/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 127)\n", + "Gene X0 (1/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (5/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 128)\n", + "Gene X0 (1/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (5/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -12139,307 +12183,395 @@ "text": [ "\n", "\r", - " 0%| | 0/1 [00:00 Initial state 127 (gene(s):X0)\n", - "Gene X7 (8/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 127)\n", - "Gene X0 (1/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 128 (gene(s):X0)\n", - "Gene X9 (10/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (7/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 128)\n", + "Gene X3 (4/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 129 (gene(s):X0)\n", + "Gene X5 (6/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 130 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 129)\n", + "Gene X10 (11/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 130)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32012.94it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 129 (gene(s):X0)\n", - "Gene X8 (9/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 129)\n", - "Gene X0 (1/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 130 (gene(s):X0)\n", - "Gene X9 (10/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 130)\n", "Gene X0 (1/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 131 (gene(s):X0)\n", - "Gene X5 (6/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 131)\n", + "Gene X0 (1/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 132 (gene(s):X0)\n", + "Gene X3 (4/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 132)\n", + "Gene X0 (1/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 133 (gene(s):X0)\n", + "Gene X4 (5/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -12449,443 +12581,524 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 131)\n", - "Gene X0 (1/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 133)\n", + "Gene X0 (1/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (6/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (4/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1/1 [00:00<00:00, 10645.44it/s]\n", + " 0%| | 0/1 [00:00 Initial state 134 (gene(s):X0)\n", "Gene X7 (8/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 132 (gene(s):X0)\n", + "\t Initial state 135 (gene(s):X0)\n", + "Gene X6 (7/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 134)\n", + "Gene X0 (1/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (9/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 133 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 132)\n", - "Gene X0 (1/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 135)\n", + "Gene X1 (2/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 133)\n", - "Gene X0 (1/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (10/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 136 (gene(s):X0)\n", + "Gene X7 (8/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34995.11it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 39619.74it/s]\n", + " 0%| | 0/1000 [00:00 Initial state 134 (gene(s):X0)\n", - "Gene X9 (10/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 134)\n", - "Gene X10 (11/11) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 135 (gene(s):X0)\n", - "Gene X1 (2/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 136 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 135)\n", - "Gene X0 (1/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (4/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 137 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 136)\n", + "Gene X0 (1/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 137)\n", + "Gene X1 (2/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -12893,173 +13106,184 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 18040.09it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 28505.34it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25009.56it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 32605.74it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 136)\n", - "Gene X0 (1/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 137 (gene(s):X0)\n", - "Gene X4 (5/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 138 (gene(s):X0)\n", + "Gene X4 (5/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 138)\n", + "Gene X0 (1/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 139 (gene(s):X0)\n", + "Gene X9 (10/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 139)\n", + "Gene X0 (1/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 140 (gene(s):X0)\n", + "Gene X7 (8/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -13069,131 +13293,131 @@ "\n", "\r", " 0%| | 0/1000 [00:00 Initial state 138 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 137)\n", - "Gene X0 (1/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 138)\n", - "Gene X0 (1/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (4/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "100%|██████████| 1/1 [00:00<00:00, 33554.43it/s]\n", - " 0%| | 0/1000 [00:00 Initial state 139 (gene(s):X0)\n", - "Gene X8 (9/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 139)\n", - "Gene X0 (1/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 140 (gene(s):X0)\n", - "Gene X6 (7/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 140)\n", "Gene X0 (1/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (10/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 141 (gene(s):X0)\n", + "Gene X4 (5/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 141 (gene(s):X0)\n", + "\t Initial state 142 (gene(s):X0)\n", + "Gene X6 (7/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 141)\n", + "1 wild type attractors with proba > 0 (initial state 142)\n", + "Gene X0 (1/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -13362,201 +13463,193 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 141)\n", - "Gene X0 (1/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 142 (gene(s):X0)\n", - "Gene X2 (3/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (11/11) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 142)\n", - "Gene X0 (1/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "\t Initial state 143 (gene(s):X0)\n", - "Gene X2 (3/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 144 (gene(s):X0)\n", "1 wild type attractors with proba > 0 (initial state 143)\n", "Gene X0 (1/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X1 (2/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 144)\n", + "Gene X0 (1/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -13564,603 +13657,753 @@ "output_type": "stream", "text": [ "\n", + "100%|██████████| 1000/1000 [00:00<00:00, 43373.50it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 28149.69it/s]\n", + " 0%| | 0/1000 [00:00 Initial state 145 (gene(s):X0)\n", + "Gene X4 (5/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 146 (gene(s):X0)\n", + "\t Initial state 147 (gene(s):X0)\n", + "Gene X3 (4/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 145)\n", + "Gene X0 (1/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 146)\n", + "Gene X0 (1/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 147)\n", + "Gene X0 (1/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 35038.67it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 144 (gene(s):X0)\n", - "Gene X6 (7/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 144)\n", - "Gene X0 (1/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 145 (gene(s):X0)\n", - "\t Initial state 146 (gene(s):X0)\n", - "Gene X8 (9/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", + "Gene X2 (3/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 148 (gene(s):X0)\n", + "Gene X5 (6/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 148)\n", + "Gene X0 (1/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 44307.74it/s]\n", + "\r", " 0%| | 0/1 [00:00 0 (initial state 145)\n", - "1 wild type attractors with proba > 0 (initial state 146)\n", - "Gene X0 (1/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 147 (gene(s):X0)\n", - "Gene X1 (2/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 148 (gene(s):X0)\n", - "Gene X2 (3/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 147)\n", - "Gene X0 (1/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 148)\n", - "Gene X0 (1/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 149 (gene(s):X0)\n", + "Gene X7 (8/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 149)\n", + "Gene X0 (1/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 150 (gene(s):X0)\n", + "Gene X5 (6/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 151 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 150)\n", + "Gene X0 (1/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 152 (gene(s):X0)\n", + "Gene X4 (5/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1 [00:00 0 (initial state 151)\n", + "Gene X0 (1/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (8/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 149 (gene(s):X0)\n", - "Gene X10 (11/11) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X5 (6/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 152)\n", + "Gene X0 (1/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 153 (gene(s):X0)\n", + "Gene X9 (10/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -14168,185 +14411,214 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 42459.78it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31542.29it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 33822.03it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 38846.94it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 41499.82it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 36226.50it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 149)\n", - "Gene X0 (1/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 150 (gene(s):X0)\n", - "\t Initial state 151 (gene(s):X0)\n", - "Gene X9 (10/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 150)\n", - "Gene X0 (1/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 151)\n", - "Gene X0 (1/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 152 (gene(s):X0)\n", - "Gene X3 (4/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 152)\n", - "Gene X2 (3/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 153 (gene(s):X0)\n", - "Gene X3 (4/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 153)\n", + "Gene X0 (1/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 154 (gene(s):X0)\n", + "Gene X1 (2/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 154)\n", + "Gene X0 (1/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 155 (gene(s):X0)\n", + "Gene X2 (3/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 156 (gene(s):X0)\n", + "Gene X10 (11/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 155)\n", + "Gene X0 (1/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -14354,188 +14626,219 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31717.60it/s]\n", - "\r", - " 0%| | 0/1 [00:00 0 (initial state 153)\n", - "Gene X0 (1/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 157 (gene(s):X0)\n", + "Gene X6 (7/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 156)\n", + "Gene X0 (1/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 157)\n", + "Gene X0 (1/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 158 (gene(s):X0)\n", + "Gene X6 (7/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -14544,165 +14847,185 @@ "text": [ "\n", "\r", + " 0%| | 0/1000 [00:00 Initial state 154 (gene(s):X0)\n", - "Gene X4 (5/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 154)\n", - "Gene X5 (6/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 155 (gene(s):X0)\n", - "\t Initial state 156 (gene(s):X0)\n", - "Gene X2 (3/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 157 (gene(s):X0)\n", - "Gene X7 (8/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 156)\n", - "1 wild type attractors with proba > 0 (initial state 155)\n", - "Gene X0 (1/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 157)\n", - "Gene X0 (1/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", + "Gene X7 (8/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 158)\n", + "Gene X0 (1/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 159 (gene(s):X0)\n", + "Gene X8 (9/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 160 (gene(s):X0)\n", + "Gene X8 (9/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 159)\n", + "Gene X0 (1/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 160)\n", + "Gene X0 (1/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1 [00:00 Initial state 158 (gene(s):X0)\n", - "Gene X5 (6/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 158)\n", - "Gene X0 (1/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 161 (gene(s):X0)\n", + "Gene X6 (7/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 162 (gene(s):X0)\n", + "Gene X2 (3/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 161)\n", + "Gene X0 (1/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 162)\n", + "Gene X0 (1/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 163 (gene(s):X0)\n", + "Gene X3 (4/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 163)\n", + "Gene X0 (1/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", " 0%| | 0/1 [00:00 Initial state 159 (gene(s):X0)\n", - "Gene X8 (9/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 159)\n", - "Gene X0 (1/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 160 (gene(s):X0)\n", - "Gene X1 (2/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 161 (gene(s):X0)\n", - "Gene X10 (11/11) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 160)\n", - "Gene X0 (1/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", + " 0%| | 0/1000 [00:00 Initial state 164 (gene(s):X0)\n", + "Gene X6 (7/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 164)\n", + "Gene X0 (1/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 165 (gene(s):X0)\n", + "Gene X1 (2/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 165)\n", + "Gene X0 (1/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 162 (gene(s):X0)\n", - "Gene X6 (7/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 161)\n", - "Gene X0 (1/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 162)\n", - "Gene X0 (1/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 163 (gene(s):X0)\n" + "Gene X3 (4/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 166 (gene(s):X0)\n", + "Gene X10 (11/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 166)\n", + "\t Initial state 167 (gene(s):X0)\n", + "Gene X0 (1/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 168 (gene(s):X0)\n", + "Gene X5 (6/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 167)\n", + "Gene X0 (1/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 168)\n", + "Gene X0 (1/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -15343,906 +15682,981 @@ "text": [ "\n", "\r", + " 0%| | 0/1000 [00:00 0 (initial state 163)\n", - "Gene X0 (1/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 164 (gene(s):X0)\n", - "Gene X10 (11/11) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 165 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 164)\n", - "\t Initial state 166 (gene(s):X0)\n", - "Gene X0 (1/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (9/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 169 (gene(s):X0)\n", + "Gene X10 (11/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 169)\n", + "Gene X0 (1/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 170 (gene(s):X0)\n", + "Gene X5 (6/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 29277.57it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 165)\n", - "1 wild type attractors with proba > 0 (initial state 166)\n", - "Gene X0 (1/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 167 (gene(s):X0)\n", - "Gene X3 (4/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 167)\n", - "Gene X0 (1/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X5 (6/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 170)\n", + "Gene X0 (1/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 171 (gene(s):X0)\n", + "Gene X10 (11/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32277.78it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 27469.23it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 168 (gene(s):X0)\n", - "Gene X7 (8/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 168)\n", - "Gene X8 (9/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X7 (8/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 172 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 171)\n", + "Gene X8 (9/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 173 (gene(s):X0)\n", + "Gene X6 (7/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 172)\n", + "Gene X0 (1/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 173)\n", + "Gene X7 (8/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 174 (gene(s):X0)\n", + "Gene X2 (3/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 174)\n", + "Gene X0 (1/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 35185.93it/s]\n", + " 0%| | 0/1 [00:00 Initial state 169 (gene(s):X0)\n", - "Gene X2 (3/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 169)\n", - "Gene X3 (4/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 170 (gene(s):X0)\n", - "Gene X4 (5/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 171 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 170)\n", - "Gene X0 (1/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 171)\n", - "Gene X0 (1/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (4/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 175 (gene(s):X0)\n", + "Gene X6 (7/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 175)\n", + "Gene X0 (1/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 42323.10it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 172 (gene(s):X0)\n", - "Gene X8 (9/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 172)\n", - "Gene X0 (1/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 173 (gene(s):X0)\n", - "Gene X6 (7/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 176 (gene(s):X0)\n", + "Gene X9 (10/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 177 (gene(s):X0)\n", + "Gene X9 (10/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 176)\n", + "Gene X10 (11/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 177)\n", + "Gene X0 (1/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 178 (gene(s):X0)\n", + "\t Initial state 179 (gene(s):X0)\n", + "Gene X1 (2/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 178)\n", + "Gene X0 (1/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 179)\n", + "Gene X0 (1/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -16251,338 +16665,381 @@ "text": [ "\n", "\r", - " 0%| | 0/1000 [00:00 0 (initial state 173)\n", - "Gene X0 (1/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 174 (gene(s):X0)\n", - "Gene X7 (8/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 175 (gene(s):X0)\n" + "Gene X3 (4/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 180 (gene(s):X0)\n", + "Gene X1 (2/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 180)\n", + "Gene X2 (3/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 176 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 174)\n", - "Gene X8 (9/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 175)\n", - "Gene X0 (1/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 176)\n", - "Gene X0 (1/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 177 (gene(s):X0)\n", - "Gene X2 (3/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 177)\n" + "Gene X6 (7/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 181 (gene(s):X0)\n", + "Gene X8 (9/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 181)\n", + "Gene X0 (1/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 182 (gene(s):X0)\n", + "Gene X9 (10/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 182)\n", + "Gene X0 (1/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -16591,320 +17048,363 @@ "text": [ "\n", "\r", - " 0%| | 0/1000 [00:00 Initial state 183 (gene(s):X0)\n", + "\t Initial state 184 (gene(s):X0)\n", + "Gene X1 (2/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 185 (gene(s):X0)\n", + "Gene X3 (4/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 183)\n", + "Gene X0 (1/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 184)\n", + "Gene X0 (1/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 185)\n", + "Gene X0 (1/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", + "\r", + " 0%| | 0/1000 [00:00 Initial state 178 (gene(s):X0)\n", - "Gene X5 (6/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 179 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 178)\n", - "Gene X0 (1/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 179)\n", - "Gene X0 (1/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 180 (gene(s):X0)\n", - "Gene X9 (10/11) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 181 (gene(s):X0)\n", - "Gene X3 (4/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (7/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 186 (gene(s):X0)\n", + "Gene X7 (8/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 187 (gene(s):X0)\n" ] }, { @@ -16914,157 +17414,191 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 181)\n", - "1 wild type attractors with proba > 0 (initial state 180)\n", - "Gene X0 (1/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 182 (gene(s):X0)\n", - "Gene X1 (2/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 182)\n", - "Gene X0 (1/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 186)\n", + "Gene X0 (1/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 187)\n", + "Gene X0 (1/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 188 (gene(s):X0)\n", + "Gene X10 (11/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 189 (gene(s):X0)\n", + "\t Initial state 190 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 188)\n", + "Gene X0 (1/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 190)\n", + "1 wild type attractors with proba > 0 (initial state 189)\n", + "Gene X0 (1/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X0 (1/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -17072,302 +17606,356 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 39047.66it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 24728.23it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26099.56it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 10232.38it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 37029.26it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 35840.79it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 183 (gene(s):X0)\n", - "Gene X9 (10/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (2/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 191 (gene(s):X0)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26670.63it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30388.22it/s]\n", + " 0%| | 0/1 [00:00 0 (initial state 183)\n", - "Gene X0 (1/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 184 (gene(s):X0)\n", - "\t Initial state 185 (gene(s):X0)\n", - "Gene X9 (10/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 185)\n", - "1 wild type attractors with proba > 0 (initial state 184)\n", - "Gene X0 (1/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 186 (gene(s):X0)\n", - "Gene X3 (4/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X7 (8/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 192 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 191)\n", + "Gene X0 (1/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 192)\n", + "Gene X0 (1/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 193 (gene(s):X0)\n", + "Gene X3 (4/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 194 (gene(s):X0)\n", + "Gene X4 (5/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 193)\n", + "Gene X0 (1/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -17406,487 +18000,418 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 27925.91it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 23707.48it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 22685.16it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 30181.80it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 37278.06it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 27171.52it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 187 (gene(s):X0)\n", - "Gene X1 (2/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 186)\n", - "Gene X0 (1/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 187)\n", - "Gene X0 (1/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 194)\n", + "Gene X0 (1/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 195 (gene(s):X0)\n", + "Gene X5 (6/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 195)\n", + "Gene X0 (1/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 188 (gene(s):X0)\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 29628.11it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26561.19it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 31775.03it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 28316.93it/s]\n", "\n", "\r", - " 0%| | 0/1 [00:00 0 (initial state 188)\n", - "Gene X0 (1/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 189 (gene(s):X0)\n", - "Gene X8 (9/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 190 (gene(s):X0)\n", - "Gene X10 (11/11) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 189)\n", - "Gene X0 (1/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 190)\n", - "Gene X0 (1/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 191 (gene(s):X0)\n", - "Gene X1 (2/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 191)\n", - "Gene X0 (1/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 196 (gene(s):X0)\n", + "Gene X6 (7/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 196)\n", + "Gene X0 (1/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 197 (gene(s):X0)\n", + "Gene X10 (11/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 197)\n", + "Gene X0 (1/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 198 (gene(s):X0)\n", + "Gene X9 (10/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 198)\n", + "Gene X0 (1/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 199 (gene(s):X0)\n" ] }, { @@ -17896,152 +18421,158 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 192 (gene(s):X0)\n", - "Gene X3 (4/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 192)\n", - "Gene X0 (1/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (7/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (5/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 199)\n", + "Gene X0 (1/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (2/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (3/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (4/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (5/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (6/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 48328.71it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 38232.57it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 41505.98it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 40335.28it/s]\n", "\n", "\r", " 0%| | 0/1 [00:00 Initial state 193 (gene(s):X0)\n", - "Gene X6 (7/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (8/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 194 (gene(s):X0)\n", - "Gene X7 (8/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 195 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 193)\n", - "Gene X0 (1/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (9/11) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 194)\n", - "Gene X0 (1/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 195)\n", - "Gene X0 (1/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (11/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (7/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (8/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (9/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (10/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (11/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + " Iteration k=2\n", + "\t Initial state 0 (gene(s):X1)\n", + "\t Initial state 1 (gene(s):X1)\n", + "\t Initial state 2 (gene(s):X1)\n", + "\t Initial state 4 (gene(s):X1)\n", + "\t Initial state 3 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 0)\n", + "1 wild type attractors with proba > 0 (initial state 4)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 196 (gene(s):X0)\n", - "Gene X2 (3/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 197 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 196)\n", - "Gene X0 (1/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (4/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 197)\n", - "Gene X0 (1/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (6/11) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (5/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (1/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 2)\n", + "Gene X1 (1/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 3)\n", + "Gene X1 (1/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 1)\n", + "Gene X1 (1/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\n", "\r", - " 0%| | 0/1000 [00:00 Initial state 5 (gene(s):X1)\n", + "Gene X9 (9/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 6 (gene(s):X1)\n", + "\t Initial state 7 (gene(s):X1)\n", + "\t Initial state 8 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 5)\n", + "Gene X1 (1/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 6)\n", + "Gene X1 (1/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 7)\n", + "Gene X1 (1/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 8)\n", + "Gene X1 (1/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", " 0%| | 0/1 [00:00 Initial state 198 (gene(s):X0)\n", - "Gene X10 (11/11) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (10/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 198)\n", - "Gene X0 (1/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (11/11) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 199 (gene(s):X0)\n", - "Gene X10 (11/11) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 199)\n", - "Gene X0 (1/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (3/11) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X1 (2/11) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 9 (gene(s):X1)\n", + "Gene X2 (2/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 9)\n", + "Gene X3 (3/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -18757,631 +19399,613 @@ "\n", "\r", " 0%| | 0/1 [00:00 Iteration k=2\n", - "\t Initial state 0 (gene(s):X0)\n", - "\t Initial state 1 (gene(s):X0)\n", - "\t Initial state 2 (gene(s):X0)\n", - "\t Initial state 3 (gene(s):X0)\n", - "\t Initial state 4 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 3)\n", - "Gene X0 (1/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 1)\n", - "Gene X0 (1/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 4)\n", - "1 wild type attractors with proba > 0 (initial state 2)\n", - "1 wild type attractors with proba > 0 (initial state 0)\n", - "Gene X0 (1/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 3 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 1 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 2 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X7 (7/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 10 (gene(s):X1)\n", + "Gene X10 (10/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 11 (gene(s):X1)\n", + "\t Initial state 12 (gene(s):X1)\n", + "Gene X10 (10/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 10)\n", + "\t Initial state 13 (gene(s):X1)\n", + "Gene X1 (1/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 11)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1000 [00:00 0 (initial state 12)\n", + "\t Initial state 14 (gene(s):X1)\n", + "Gene X1 (1/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 13)\n", + "Gene X1 (1/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 14)\n", + "Gene X1 (1/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31101.17it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 37157.52it/s]\n", + " 0%| | 0/1000 [00:00 Initial state 5 (gene(s):X0)\n", - "Gene X10 (10/10) in state 4 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 6 (gene(s):X0)\n", - "Gene X10 (10/10) in state 0 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 7 (gene(s):X0)\n", - "\t Initial state 8 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 5)\n", - "Gene X0 (1/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 9 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 6)\n", - "Gene X0 (1/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 7)\n", - "Gene X0 (1/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 8)\n", - "Gene X0 (1/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 9)\n", - "Gene X0 (1/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 5 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 6 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (8/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 15 (gene(s):X1)\n", + "\t Initial state 16 (gene(s):X1)\n", + "Gene X9 (9/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 15)\n", + "Gene X1 (1/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 16)\n", + "Gene X9 (9/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 17 (gene(s):X1)\n", + "\t Initial state 18 (gene(s):X1)\n", + "Gene X10 (10/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -19389,492 +20013,590 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 37207.96it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 38065.33it/s]\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26186.58it/s]\r", " 0%| | 0/1 [00:00 0 (initial state 17)\n", + "Gene X1 (1/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 19 (gene(s):X1)\n", + "Gene X3 (3/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 18)\n", + "Gene X1 (1/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 19)\n", + "Gene X1 (1/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31916.24it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 10 (gene(s):X0)\n", - "\t Initial state 11 (gene(s):X0)\n", - "Gene X10 (10/10) in state 7 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 9 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 10)\n", - "Gene X0 (1/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 12 (gene(s):X0)\n", - "\t Initial state 13 (gene(s):X0)\n", - "Gene X10 (10/10) in state 8 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 11)\n", - "Gene X0 (1/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", + "Gene X7 (7/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 20 (gene(s):X1)\n", + "Gene X9 (9/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 20)\n", + "Gene X1 (1/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 21 (gene(s):X1)\n", + "\t Initial state 22 (gene(s):X1)\n", + "Gene X2 (2/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 23 (gene(s):X1)\n", + "Gene X10 (10/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 21)\n", + "Gene X1 (1/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 22)\n", + "Gene X1 (1/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 23)\n", + "Gene X1 (1/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 31504.38it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 31330.70it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 12)\n", - "Gene X0 (1/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 14 (gene(s):X0)\n", - "Gene X2 (2/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 13)\n", - "Gene X0 (1/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 14)\n", - "Gene X0 (1/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 13 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 10 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 24 (gene(s):X1)\n", + "Gene X4 (4/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 24)\n", + "Gene X1 (1/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -19919,713 +20643,825 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 15 (gene(s):X0)\n", - "Gene X10 (10/10) in state 11 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 12 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { + "Gene X7 (7/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 25 (gene(s):X1)\n", + "Gene X7 (7/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 25)\n", + "Gene X1 (1/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 26 (gene(s):X1)\n", + "Gene X2 (2/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 27 (gene(s):X1)\n", + "\t Initial state 28 (gene(s):X1)\n", + "Gene X3 (3/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 26)\n", + "Gene X1 (1/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 29 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 27)\n", + "Gene X1 (1/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { "name": "stderr", "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30595.48it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 33443.67it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 36157.48it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 39781.70it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 34322.15it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 16 (gene(s):X0)\n", - "Gene X10 (10/10) in state 14 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 15)\n", - "Gene X0 (1/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 17 (gene(s):X0)\n", - "\t Initial state 18 (gene(s):X0)\n", - "\t Initial state 19 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 16)\n", - "Gene X0 (1/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 17)\n", - "Gene X0 (1/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 18)\n", - "Gene X0 (1/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 19)\n", - "Gene X0 (1/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 16 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 17 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 28)\n", + "Gene X1 (1/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 29)\n", + "Gene X2 (2/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26006.99it/s]\n", - "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 62147.96it/s]\r", " 0%| | 0/1 [00:00 Initial state 30 (gene(s):X1)\n", + "Gene X8 (8/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 31 (gene(s):X1)\n", + "Gene X10 (10/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 30)\n", + "Gene X1 (1/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 31)\n", + "Gene X1 (1/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 32 (gene(s):X1)\n", + "Gene X10 (10/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 33 (gene(s):X1)\n", + "\t Initial state 34 (gene(s):X1)\n", + "Gene X3 (3/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 32)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 39621.24it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 20 (gene(s):X0)\n", - "Gene X10 (10/10) in state 15 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 18 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 21 (gene(s):X0)\n", - "Gene X9 (9/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 22 (gene(s):X0)\n", - "\t Initial state 23 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 20)\n", - "Gene X0 (1/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 21)\n", - "Gene X0 (1/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 19 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 23)\n", - "1 wild type attractors with proba > 0 (initial state 22)\n", - "Gene X0 (1/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 24 (gene(s):X0)\n", - "Gene X3 (3/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (1/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 33)\n", + "Gene X1 (1/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 34)\n", + "Gene X4 (4/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -20634,331 +21470,377 @@ "text": [ "\n", "\r", - " 0%| | 0/1000 [00:00 0 (initial state 24)\n", - "Gene X4 (4/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 20 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 21 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (6/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 35 (gene(s):X1)\n", + "Gene X8 (8/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 36 (gene(s):X1)\n", + "Gene X9 (9/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 35)\n", + "Gene X10 (10/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 37 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 36)\n", + "Gene X2 (2/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 38 (gene(s):X1)\n", + "Gene X10 (10/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31062.94it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 25 (gene(s):X0)\n", - "Gene X10 (10/10) in state 22 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 23 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 26 (gene(s):X0)\n", - "Gene X8 (8/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 27 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 25)\n", - "Gene X0 (1/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 28 (gene(s):X0)\n", - "Gene X9 (9/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 37)\n", + "1 wild type attractors with proba > 0 (initial state 38)\n", + "Gene X1 (1/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 39 (gene(s):X1)\n", + "Gene X4 (4/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 39)\n", + "Gene X1 (1/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -20966,301 +21848,380 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26382.75it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 38403.40it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 27)\n", - "1 wild type attractors with proba > 0 (initial state 26)\n", - "Gene X0 (1/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 28)\n", - "Gene X0 (1/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 24 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 29 (gene(s):X0)\n", - "Gene X4 (4/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 29)\n", - "Gene X0 (1/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 27 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 28 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 25 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X6 (6/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 40 (gene(s):X1)\n", + "Gene X8 (8/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 40)\n", + "Gene X1 (1/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 41 (gene(s):X1)\n", + "\t Initial state 42 (gene(s):X1)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 35598.35it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 43 (gene(s):X1)\n", + "\t Initial state 44 (gene(s):X1)\n", + "Gene X4 (4/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 41)\n", + "Gene X1 (1/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 42)\n", + "Gene X1 (1/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 43)\n", + "Gene X5 (5/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 44)\n", + "Gene X1 (1/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -21300,682 +22271,586 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 29172.69it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26076.36it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 35019.65it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 33014.84it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 50316.75it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 32516.25it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 30 (gene(s):X0)\n", - "Gene X10 (10/10) in state 26 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 31 (gene(s):X0)\n", - "\t Initial state 32 (gene(s):X0)\n", - "Gene X9 (9/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 30)\n", - "Gene X0 (1/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 33 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 32)\n", - "Gene X0 (1/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 31)\n", - "Gene X0 (1/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 29 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 33)\n", - "Gene X0 (1/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 34 (gene(s):X0)\n", - "Gene X3 (3/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 31 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 34)\n", - "Gene X4 (4/10) in state 30 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 33 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 32 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", + "100%|██████████| 1000/1000 [00:00<00:00, 45181.66it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 45 (gene(s):X1)\n", + "Gene X7 (7/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 45)\n", + "Gene X9 (9/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 46 (gene(s):X1)\n", + "Gene X10 (10/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 47 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 46)\n", + "Gene X1 (1/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 48 (gene(s):X1)\n", + "Gene X10 (10/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\n", + "\r", + " 0%| | 0/1 [00:00 0 (initial state 47)\n", + "Gene X1 (1/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 48)\n", + "Gene X1 (1/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 49 (gene(s):X1)\n", + "Gene X3 (3/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 49)\n", + "Gene X1 (1/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 35 (gene(s):X0)\n", - "Gene X8 (8/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 36 (gene(s):X0)\n", - "\t Initial state 37 (gene(s):X0)\n", - "\t Initial state 38 (gene(s):X0)\n", - "Gene X9 (9/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 35)\n", - "Gene X0 (1/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 37)\n", - "1 wild type attractors with proba > 0 (initial state 38)\n", - "1 wild type attractors with proba > 0 (initial state 36)\n", - "Gene X0 (1/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 34 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 39 (gene(s):X0)\n", - "Gene X2 (2/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 35107.30it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 26315.88it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 21622.13it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 28205.34it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 26871.06it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 39)\n", - "Gene X0 (1/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 37 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 38 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X5 (5/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 50 (gene(s):X1)\n", + "Gene X8 (8/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 51 (gene(s):X1)\n", + "Gene X10 (10/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 52 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 50)\n", + "Gene X1 (1/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 51)\n", + "Gene X1 (1/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 52)\n", + "Gene X1 (1/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -22014,333 +22898,432 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 28323.24it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 28245.42it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 43465.19it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 40585.46it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 44162.66it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 40 (gene(s):X0)\n", - "Gene X9 (9/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 35 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 41 (gene(s):X0)\n", - "Gene X10 (10/10) in state 36 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 40)\n", - "Gene X0 (1/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 42 (gene(s):X0)\n" + "\t Initial state 53 (gene(s):X1)\n", + "Gene X2 (2/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 54 (gene(s):X1)\n", + "Gene X3 (3/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 53)\n", + "Gene X1 (1/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 54)\n", + "Gene X1 (1/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 41)\n", - "Gene X0 (1/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 43 (gene(s):X0)\n", - "Gene X2 (2/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 39 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 42)\n", - "Gene X0 (1/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 43)\n", - "Gene X0 (1/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 44 (gene(s):X0)\n", - "Gene X3 (3/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 44)\n", - "Gene X0 (1/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 40 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (8/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 55 (gene(s):X1)\n", + "Gene X8 (8/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 56 (gene(s):X1)\n", + "Gene X9 (9/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 57 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 55)\n", + "Gene X9 (9/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 56)\n", + "Gene X1 (1/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 57)\n", + "Gene X1 (1/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 58 (gene(s):X1)\n", + "Gene X2 (2/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 59 (gene(s):X1)\n" ] }, { @@ -22348,174 +23331,224 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 22240.57it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31040.87it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 36606.22it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32334.02it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 44133.38it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 45 (gene(s):X0)\n", - "Gene X10 (10/10) in state 43 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 41 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 58)\n", + "Gene X1 (1/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 59)\n", + "Gene X4 (4/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -22523,633 +23556,660 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32514.49it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 43807.94it/s]\n", "\r", - " 0%| | 0/1 [00:00 Initial state 46 (gene(s):X0)\n", - "\t Initial state 47 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 45)\n", - "Gene X0 (1/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 46)\n", - "Gene X0 (1/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 47)\n", - "Gene X0 (1/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 42 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 44 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 48 (gene(s):X0)\n", - "Gene X4 (4/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 49 (gene(s):X0)\n", - "Gene X4 (4/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", " 0%| | 0/1 [00:00 Initial state 60 (gene(s):X1)\n", + "\t Initial state 61 (gene(s):X1)\n", + "\t Initial state 62 (gene(s):X1)\n", + "Gene X7 (7/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 60)\n", + "Gene X1 (1/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 61)\n", + "Gene X8 (8/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 62)\n", + "Gene X1 (1/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 63 (gene(s):X1)\n", + "Gene X3 (3/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 63)\n", + "Gene X1 (1/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 37688.06it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 34883.35it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 46820.31it/s]\n", + "\r", + " 0%| | 0/1 [00:00 0 (initial state 48)\n", - "Gene X0 (1/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 49)\n", - "Gene X0 (1/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 45 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 46 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 47 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 64 (gene(s):X1)\n", + "Gene X4 (4/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 64)\n", + "Gene X1 (1/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 65 (gene(s):X1)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 36898.63it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 50 (gene(s):X0)\n", - "\t Initial state 51 (gene(s):X0)\n", - "\t Initial state 52 (gene(s):X0)\n", - "Gene X6 (6/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 50)\n", - "Gene X7 (7/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 52)\n", - "Gene X0 (1/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 51)\n", - "Gene X0 (1/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 49 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 48 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "100%|██████████| 1000/1000 [00:00<00:00, 27781.82it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 34379.54it/s]\n", - " 0%| | 0/1000 [00:00 Initial state 53 (gene(s):X0)\n", - "Gene X5 (5/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 54 (gene(s):X0)\n", - "Gene X5 (5/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 53)\n", - "Gene X0 (1/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 54)\n", - "Gene X0 (1/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 50 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 52 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 66 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 65)\n", + "Gene X1 (1/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 66)\n", + "Gene X1 (1/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 67 (gene(s):X1)\n", + "Gene X9 (9/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 67)\n", + "Gene X1 (1/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 68 (gene(s):X1)\n", + "Gene X4 (4/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 69 (gene(s):X1)\n", + "Gene X5 (5/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 68)\n", + "Gene X3 (3/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -23158,58 +24218,80 @@ "text": [ "\n", "\r", - " 0%| | 0/1 [00:00 Initial state 55 (gene(s):X0)\n", - "Gene X7 (7/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 56 (gene(s):X0)\n", - "Gene X10 (10/10) in state 51 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 55)\n", - "Gene X0 (1/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 53 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 57 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 56)\n" + "Gene X4 (4/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 69)\n", + "Gene X1 (1/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 70 (gene(s):X1)\n", + "Gene X10 (10/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 32604.72it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 57)\n", - "Gene X0 (1/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 58 (gene(s):X0)\n", - "Gene X2 (2/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 58)\n", - "Gene X0 (1/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 54 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 71 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 70)\n", + "Gene X1 (1/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 72 (gene(s):X1)\n", + "Gene X8 (8/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 71)\n", + "Gene X1 (1/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 72)\n", + "Gene X1 (1/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 73 (gene(s):X1)\n", + "\t Initial state 74 (gene(s):X1)\n", + "Gene X5 (5/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 74)\n", + "Gene X1 (1/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 73)\n", + "Gene X1 (1/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1/1 [00:00<00:00, 33288.13it/s]\n", + " 0%| | 0/1 [00:00 Initial state 59 (gene(s):X0)\n", - "Gene X3 (3/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 59)\n", - "Gene X0 (1/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 55 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 56 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 60 (gene(s):X0)\n", - "Gene X6 (6/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (4/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 75 (gene(s):X1)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25175.59it/s]\n", + " 0%| | 0/1000 [00:00 Initial state 61 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 60)\n", - "Gene X0 (1/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 61)\n", - "Gene X0 (1/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 57 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 58 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 62 (gene(s):X0)\n", - "Gene X4 (4/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 63 (gene(s):X0)\n", - "Gene X5 (5/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 76 (gene(s):X1)\n", + "Gene X9 (9/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 75)\n", + "Gene X1 (1/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 76)\n", + "Gene X1 (1/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 77 (gene(s):X1)\n", + "Gene X3 (3/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 78 (gene(s):X1)\n", + "Gene X2 (2/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 77)\n", + "Gene X1 (1/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 78)\n", + "Gene X1 (1/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 79 (gene(s):X1)\n", + "Gene X4 (4/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -23841,165 +25038,196 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 62)\n", - "Gene X0 (1/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 63)\n", - "Gene X0 (1/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 59 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 64 (gene(s):X0)\n", - "Gene X10 (10/10) in state 60 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 79)\n", + "Gene X1 (1/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 80 (gene(s):X1)\n", + "Gene X3 (3/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 80)\n", + "Gene X1 (1/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -24008,142 +25236,170 @@ "text": [ "\n", "\r", + " 0%| | 0/1 [00:00 Initial state 65 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 64)\n", - "Gene X9 (9/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 65)\n", - "Gene X10 (10/10) in state 61 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 66 (gene(s):X0)\n", - "Gene X2 (2/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 62 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 66)\n", - "Gene X0 (1/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 81 (gene(s):X1)\n", + "\t Initial state 82 (gene(s):X1)\n", + "Gene X7 (7/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 81)\n", + "Gene X1 (1/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 82)\n", + "Gene X1 (1/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 83 (gene(s):X1)\n", + "Gene X8 (8/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 83)\n", + "Gene X1 (1/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 84 (gene(s):X1)\n" ] }, { @@ -24186,173 +25447,199 @@ "text": [ "\n", "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 27606.46it/s]\r", " 0%| | 0/1 [00:00 Initial state 67 (gene(s):X0)\n", - "Gene X5 (5/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 63 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 68 (gene(s):X0)\n", - "Gene X3 (3/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 67)\n", - "Gene X0 (1/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 68)\n", - "Gene X0 (1/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 65 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 64 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (4/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 84)\n", + "Gene X5 (5/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 85 (gene(s):X1)\n", + "Gene X3 (3/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 85)\n", + "Gene X1 (1/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -24361,183 +25648,197 @@ "text": [ "\n", "\r", - " 0%| | 0/1000 [00:00 Initial state 69 (gene(s):X0)\n", - "Gene X8 (8/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 70 (gene(s):X0)\n", - "Gene X5 (5/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 69)\n", - "Gene X0 (1/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 70)\n", - "Gene X0 (1/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 66 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 67 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 71 (gene(s):X0)\n" + "Gene X9 (9/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 86 (gene(s):X1)\n", + "Gene X7 (7/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 87 (gene(s):X1)\n", + "Gene X8 (8/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 87)\n", + "1 wild type attractors with proba > 0 (initial state 86)\n", + "Gene X10 (10/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 88 (gene(s):X1)\n", + "Gene X2 (2/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -24547,1866 +25848,403 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 71)\n", - "Gene X0 (1/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 72 (gene(s):X0)\n", - "Gene X6 (6/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 68 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 72)\n", - "Gene X0 (1/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 73 (gene(s):X0)\n", - "Gene X9 (9/10) in state 69 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 89 (gene(s):X1)\n", + "\t Initial state 90 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 88)\n", + "Gene X1 (1/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 89)\n", + "Gene X2 (2/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 90)\n", + "Gene X1 (1/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\r", + " 0%| | 0/1 [00:00 0 (initial state 73)\n", - "Gene X0 (1/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 74 (gene(s):X0)\n", - "Gene X6 (6/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 74)\n", - "Gene X0 (1/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 70 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 75 (gene(s):X0)\n", - "Gene X9 (9/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 71 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 75)\n", - "Gene X0 (1/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ + "100%|██████████| 1000/1000 [00:00<00:00, 43929.99it/s]\n", + "\r", + " 0%| | 0/1 [00:00 Initial state 76 (gene(s):X0)\n", - "Gene X4 (4/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 76)\n", - "Gene X0 (1/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 72 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 77 (gene(s):X0)\n", - "Gene X7 (7/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 73 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 74 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 77)\n", - "Gene X6 (6/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 78 (gene(s):X0)\n", - "\t Initial state 79 (gene(s):X0)\n", - "Gene X7 (7/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 75 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 78)\n", - "Gene X0 (1/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 79)\n", - "Gene X0 (1/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", - " 0%| | 0/1000 [00:00 Initial state 80 (gene(s):X0)\n", - "Gene X2 (2/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 76 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 80)\n", - "Gene X0 (1/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 81 (gene(s):X0)\n", - "Gene X8 (8/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 81)\n", - "Gene X0 (1/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 77 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 82 (gene(s):X0)\n", - "Gene X3 (3/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 0 (initial state 82)\n", - "Gene X0 (1/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 79 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 78 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 83 (gene(s):X0)\n", - "Gene X8 (8/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32028.35it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 84 (gene(s):X0)\n", - "Gene X10 (10/10) in state 80 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 83)\n", - "Gene X0 (1/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 84)\n", - "Gene X0 (1/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 85 (gene(s):X0)\n", - "Gene X10 (10/10) in state 81 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 86 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 85)\n", - "Gene X0 (1/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 86)\n", - "Gene X0 (1/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 82 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 41172.29it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 87 (gene(s):X0)\n", - "Gene X6 (6/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 87)\n", - "Gene X0 (1/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 84 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 35734.22it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 88 (gene(s):X0)\n", - "Gene X6 (6/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 83 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 88)\n", - "Gene X6 (6/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 89 (gene(s):X0)\n", - "Gene X9 (9/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 85 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 89)\n", - "Gene X0 (1/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 87 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 90 (gene(s):X0)\n", - "Gene X2 (2/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34283.15it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31013.32it/s]\n", - "\r", - " 0%| | 0/1 [00:00 0 (initial state 90)\n", - "Gene X0 (1/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 91 (gene(s):X0)\n", - "\t Initial state 92 (gene(s):X0)\n", - "Gene X2 (2/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 91)\n", - "Gene X0 (1/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 92)\n", - "Gene X0 (1/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", - " 0%| | 0/1000 [00:00 Initial state 91 (gene(s):X1)\n", + "Gene X9 (9/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 93 (gene(s):X0)\n", - "Gene X10 (10/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 86 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 91)\n", + "Gene X1 (1/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 94 (gene(s):X0)\n", - "Gene X7 (7/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 92 (gene(s):X1)\n", + "Gene X10 (10/10) in state 88 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 93)\n", - "Gene X8 (8/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 89 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 93 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 92)\n", + "Gene X1 (1/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 94)\n", - "Gene X9 (9/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 94 (gene(s):X1)\n", + "Gene X2 (2/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 93)\n", + "Gene X4 (4/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 90 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 95 (gene(s):X0)\n", - "Gene X10 (10/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 96 (gene(s):X0)\n", - "\t Initial state 97 (gene(s):X0)\n", - "Gene X4 (4/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 95)\n", - "Gene X0 (1/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X2 (2/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 94)\n", + "Gene X1 (1/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 95 (gene(s):X1)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30335.25it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 36141.90it/s]\n", - "\r", - " 0%| | 0/1 [00:00 0 (initial state 96)\n", - "Gene X0 (1/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 95)\n", + "Gene X1 (1/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 97)\n", - "Gene X0 (1/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 91 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25588.60it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34991.32it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26142.18it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 96 (gene(s):X1)\n", + "Gene X7 (7/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + ] + }, + { + "name": "stderr", + "output_type": "stream", + "text": [ + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 98 (gene(s):X0)\n", - "\t Initial state 99 (gene(s):X0)\n", - "Gene X9 (9/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 98)\n", - "Gene X0 (1/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 99)\n", - "Gene X0 (1/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 100 (gene(s):X0)\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 37280.05it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 24971.45it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 38065.33it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 35762.25it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 39470.60it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 101 (gene(s):X0)\n", + "Gene X6 (6/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 93 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 92 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 96)\n", + "Gene X1 (1/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 97 (gene(s):X1)\n", + "\t Initial state 98 (gene(s):X1)\n", + "Gene X8 (8/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 97)\n", + "Gene X1 (1/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 98)\n", + "Gene X1 (1/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 94 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 100)\n", - "Gene X0 (1/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 101)\n", - "Gene X3 (3/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 99 (gene(s):X1)\n", "Gene X10 (10/10) in state 95 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 102 (gene(s):X0)\n", - "Gene X3 (3/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 102)\n", - "Gene X0 (1/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (4/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 100 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 99)\n", + "Gene X1 (1/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + " 0%| | 0/1 [00:00 0 (initial state 100)\n", + "Gene X1 (1/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 96 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 101 (gene(s):X1)\n", + "Gene X5 (5/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 98 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 103 (gene(s):X0)\n", - "\t Initial state 104 (gene(s):X0)\n" + "Gene X10 (10/10) in state 97 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -27281,146 +26893,184 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 32704.89it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 38811.71it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 38395.31it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 34671.12it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 40961.20it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 101)\n", + "Gene X1 (1/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 102 (gene(s):X1)\n", + "\t Initial state 103 (gene(s):X1)\n", + "Gene X9 (9/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 102)\n", + "Gene X1 (1/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 103)\n", - "Gene X0 (1/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 104)\n", - "Gene X0 (1/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 105 (gene(s):X0)\n", - "\t Initial state 106 (gene(s):X0)\n", - "Gene X9 (9/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 99 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 105)\n", - "Gene X0 (1/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 106)\n", - "Gene X10 (10/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 104 (gene(s):X1)\n", + "Gene X4 (4/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 107 (gene(s):X0)\n", - "Gene X2 (2/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 100 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 104)\n", "Gene X4 (4/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (4/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 105 (gene(s):X1)\n", + "Gene X2 (2/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -27461,506 +27121,425 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30377.22it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30424.59it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 29897.60it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 43309.01it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 47363.83it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 105)\n", + "Gene X1 (1/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 107)\n", - "Gene X0 (1/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 101 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 106 (gene(s):X1)\n", "Gene X6 (6/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 102 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 107 (gene(s):X1)\n", + "\t Initial state 108 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 106)\n", + "Gene X1 (1/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 103 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 104 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 107)\n", + "1 wild type attractors with proba > 0 (initial state 108)\n", + "Gene X1 (1/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34406.33it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 108 (gene(s):X0)\n", - "Gene X9 (9/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 109 (gene(s):X0)\n", - "Gene X7 (7/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 108)\n", - "Gene X0 (1/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 109)\n", - "Gene X0 (1/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 110 (gene(s):X0)\n", - "\t Initial state 111 (gene(s):X0)\n", - "Gene X9 (9/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 111)\n", - "Gene X0 (1/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 110)\n", - "Gene X0 (1/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30856.35it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 109 (gene(s):X1)\n", + "Gene X10 (10/10) in state 105 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 112 (gene(s):X0)\n", - "Gene X4 (4/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 110 (gene(s):X1)\n", + "Gene X7 (7/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 109)\n", + "Gene X1 (1/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 112)\n", - "Gene X0 (1/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 110)\n", + "Gene X7 (7/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 106 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -28001,534 +27587,592 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30761.08it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 40491.42it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 51771.94it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 111 (gene(s):X1)\n", + "Gene X10 (10/10) in state 107 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 108 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 113 (gene(s):X0)\n", - "Gene X8 (8/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 112 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 111)\n", + "Gene X1 (1/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 113 (gene(s):X1)\n", + "Gene X6 (6/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 112)\n", + "Gene X2 (2/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 113)\n", - "Gene X0 (1/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 114 (gene(s):X0)\n", - "Gene X10 (10/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 115 (gene(s):X0)\n" + "Gene X1 (1/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 38937.82it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 114)\n", - "Gene X0 (1/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 116 (gene(s):X0)\n", + "Gene X3 (3/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 109 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 117 (gene(s):X0)\n", - "Gene X2 (2/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 115)\n", - "Gene X0 (1/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 114 (gene(s):X1)\n", + "Gene X10 (10/10) in state 110 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 116)\n", - "Gene X0 (1/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 117)\n", - "Gene X0 (1/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 115 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 114)\n", + "Gene X1 (1/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 115)\n", + "Gene X1 (1/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 111 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (8/10) in state 112 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30754.09it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 36235.89it/s]\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 34768.26it/s]\r", " 0%| | 0/1 [00:00 Initial state 116 (gene(s):X1)\n", "Gene X10 (10/10) in state 113 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 118 (gene(s):X0)\n", + "\t Initial state 117 (gene(s):X1)\n", + "Gene X6 (6/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 118 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 116)\n", + "Gene X1 (1/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 117)\n", + "Gene X1 (1/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 118)\n", - "Gene X0 (1/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 119 (gene(s):X0)\n", - "Gene X8 (8/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -28571,55 +28218,80 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25442.23it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 37440.12it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 41956.05it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 119)\n", - "Gene X0 (1/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 120 (gene(s):X0)\n", + "Gene X4 (4/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 114 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 121 (gene(s):X0)\n", - "Gene X2 (2/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 120)\n", - "Gene X5 (5/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 115 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 119 (gene(s):X1)\n", + "Gene X6 (6/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 120 (gene(s):X1)\n", + "Gene X7 (7/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 121)\n", - "Gene X0 (1/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 122 (gene(s):X0)\n", - "Gene X4 (4/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 119)\n", + "Gene X1 (1/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 120)\n", + "Gene X1 (1/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 122)\n", - "Gene X0 (1/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 117 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 118 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 116 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -28749,359 +28427,220 @@ "text": [ "\n", "\r", - " 0%| | 0/1000 [00:00 Initial state 123 (gene(s):X0)\n", - "Gene X7 (7/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 123)\n", - "Gene X0 (1/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 121 (gene(s):X1)\n", + "Gene X5 (5/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 122 (gene(s):X1)\n", + "\t Initial state 123 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 121)\n", + "Gene X1 (1/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 122)\n", + "Gene X2 (2/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 123)\n", + "Gene X1 (1/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 124 (gene(s):X0)\n", - "Gene X8 (8/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 124)\n", - "Gene X9 (9/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 125 (gene(s):X0)\n", - "Gene X4 (4/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 125)\n", - "Gene X0 (1/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 126 (gene(s):X0)\n", - "\t Initial state 127 (gene(s):X0)\n", - "Gene X4 (4/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (8/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -29111,170 +28650,210 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 127)\n", - "1 wild type attractors with proba > 0 (initial state 126)\n", - "Gene X0 (1/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 120 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 119 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 124 (gene(s):X1)\n", + "Gene X5 (5/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 125 (gene(s):X1)\n", + "Gene X6 (6/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 124)\n", + "Gene X6 (6/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 125)\n", + "Gene X1 (1/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 121 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -29284,143 +28863,169 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 128 (gene(s):X0)\n", - "Gene X6 (6/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 129 (gene(s):X0)\n", - "Gene X6 (6/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 126 (gene(s):X1)\n", + "Gene X9 (9/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 123 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 126)\n", + "Gene X1 (1/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 122 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 127 (gene(s):X1)\n", + "Gene X2 (2/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 128 (gene(s):X1)\n", + "Gene X7 (7/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 127)\n", + "Gene X1 (1/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 128)\n", - "Gene X0 (1/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 129)\n", - "Gene X0 (1/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 130 (gene(s):X0)\n", - "Gene X3 (3/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34435.71it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 27256.45it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 28378.24it/s]\n", + "\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 131 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 130)\n", - "Gene X0 (1/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 124 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 125 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 129 (gene(s):X1)\n", + "Gene X4 (4/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 130 (gene(s):X1)\n", + "Gene X7 (7/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 131)\n", - "Gene X0 (1/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 132 (gene(s):X0)\n", - "Gene X6 (6/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 129)\n", + "Gene X1 (1/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 130)\n", + "Gene X1 (1/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 132)\n", - "Gene X0 (1/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 126 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (8/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 36408.26it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 131 (gene(s):X1)\n", + "Gene X4 (4/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 131)\n", + "Gene X5 (5/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 128 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 133 (gene(s):X0)\n", - "Gene X7 (7/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 127 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 132 (gene(s):X1)\n", + "Gene X3 (3/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 134 (gene(s):X0)\n", - "Gene X8 (8/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 133 (gene(s):X1)\n", + "Gene X7 (7/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 132)\n", + "Gene X1 (1/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 133)\n", - "Gene X0 (1/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 134)\n", - "Gene X0 (1/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X2 (2/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 129 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 130 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25797.92it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31372.65it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 29177.97it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26337.36it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 37664.71it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 135 (gene(s):X0)\n", - "Gene X3 (3/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 136 (gene(s):X0)\n", - "Gene X4 (4/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 135)\n", - "Gene X0 (1/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 137 (gene(s):X0)\n", - "Gene X5 (5/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 136)\n", - "Gene X0 (1/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 137)\n", - "Gene X2 (2/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 39358.38it/s]\n", + "100%|██████████| 1/1 [00:00<00:00, 36472.21it/s]\n", + "\n", "\n", "\r", " 0%| | 0/1 [00:00 Initial state 134 (gene(s):X1)\n", + "Gene X4 (4/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 135 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 134)\n", + "Gene X5 (5/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 135)\n", + "Gene X2 (2/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 131 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 136 (gene(s):X1)\n", + "Gene X7 (7/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 132 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 133 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 138 (gene(s):X0)\n", - "\t Initial state 139 (gene(s):X0)\n", - "Gene X7 (7/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "1 wild type attractors with proba > 0 (initial state 136)\n", + "Gene X1 (1/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -30151,167 +29734,208 @@ "text": [ "\n", "\r", + " 0%| | 0/1 [00:00 Initial state 137 (gene(s):X1)\n", + "\t Initial state 138 (gene(s):X1)\n", + "Gene X8 (8/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 138)\n", - "Gene X0 (1/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 139)\n", - "Gene X0 (1/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 138)\n", + "1 wild type attractors with proba > 0 (initial state 137)\n", + "Gene X1 (1/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 134 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 140 (gene(s):X0)\n", - "Gene X4 (4/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 141 (gene(s):X0)\n", - "Gene X5 (5/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X2 (2/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 139 (gene(s):X1)\n" ] }, { @@ -30321,145 +29945,164 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 142 (gene(s):X0)\n", + "Gene X10 (10/10) in state 135 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 139)\n", + "Gene X1 (1/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 140 (gene(s):X1)\n", + "Gene X4 (4/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 140)\n", - "Gene X0 (1/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 141)\n", - "Gene X0 (1/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 142)\n", - "Gene X0 (1/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 136 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X7 (7/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 141 (gene(s):X1)\n", + "Gene X6 (6/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -30505,339 +30149,344 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 141)\n", + "Gene X9 (9/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 137 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 143 (gene(s):X0)\n", - "Gene X5 (5/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 144 (gene(s):X0)\n", - "Gene X6 (6/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 138 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 142 (gene(s):X1)\n", + "Gene X10 (10/10) in state 139 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 142)\n", + "\t Initial state 143 (gene(s):X1)\n", + "Gene X1 (1/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 144 (gene(s):X1)\n", + "Gene X2 (2/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 143)\n", - "Gene X0 (1/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 144)\n", - "Gene X0 (1/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (1/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30671.78it/s]\n", "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 144)\n", + "Gene X1 (1/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 140 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 141 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 145 (gene(s):X0)\n", - "Gene X10 (10/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 145 (gene(s):X1)\n", + "\t Initial state 146 (gene(s):X1)\n", + "Gene X8 (8/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 146 (gene(s):X0)\n", "Gene X5 (5/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 147 (gene(s):X0)\n", - "Gene X7 (7/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 145)\n", - "Gene X0 (1/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 146)\n", - "Gene X0 (1/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 147)\n", - "Gene X0 (1/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 42792.47it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 148 (gene(s):X0)\n", + "Gene X7 (7/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 145)\n", + "1 wild type attractors with proba > 0 (initial state 146)\n", + "Gene X6 (6/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 142 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 147 (gene(s):X1)\n", + "Gene X2 (2/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 147)\n", + "Gene X10 (10/10) in state 143 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 148)\n", - "Gene X0 (1/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 148 (gene(s):X1)\n", + "Gene X2 (2/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 144 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 149 (gene(s):X0)\n", - "Gene X7 (7/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 149)\n", - "Gene X0 (1/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 149 (gene(s):X1)\n", + "1 wild type attractors with proba > 0 (initial state 148)\n", + "Gene X1 (1/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 48570.48it/s]\n", + "\r", + " 0%| | 0/1 [00:00 0 (initial state 149)\n", + "Gene X1 (1/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 150 (gene(s):X0)\n", "Gene X8 (8/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 146 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 150 (gene(s):X1)\n", "Gene X5 (5/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 145 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 150)\n", - "Gene X0 (1/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 151 (gene(s):X0)\n", - "Gene X6 (6/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 151)\n", - "Gene X0 (1/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (1/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -31239,310 +30934,198 @@ "text": [ "\n", "\r", - " 0%| | 0/1000 [00:00 Initial state 152 (gene(s):X0)\n", - "Gene X8 (8/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 153 (gene(s):X0)\n", - "Gene X2 (2/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 152)\n", - "Gene X0 (1/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 153)\n", - "Gene X0 (1/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 154 (gene(s):X0)\n", - "Gene X6 (6/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 154)\n", - "Gene X0 (1/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" - ] - }, - { - "name": "stderr", - "output_type": "stream", - "text": [ - "100%|██████████| 1/1 [00:00<00:00, 32768.00it/s]\n", - "100%|██████████| 1/1 [00:00<00:00, 32017.59it/s]\n", - " 0%| | 0/1000 [00:00 Initial state 155 (gene(s):X0)\n", - "Gene X10 (10/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 156 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 155)\n", - "Gene X0 (1/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 157 (gene(s):X0)\n", - "Gene X7 (7/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 151 (gene(s):X1)\n", + "Gene X8 (8/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 147 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 151)\n", + "Gene X1 (1/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 152 (gene(s):X1)\n", + "Gene X7 (7/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 148 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 152)\n", + "Gene X1 (1/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 153 (gene(s):X1)\n", + "Gene X8 (8/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 153)\n", + "Gene X1 (1/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 149 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -31552,663 +31135,873 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 156)\n", - "Gene X0 (1/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 157)\n", - "Gene X0 (1/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 158 (gene(s):X0)\n", - "Gene X3 (3/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 158)\n", - "Gene X0 (1/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 159 (gene(s):X0)\n", - "Gene X4 (4/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 154 (gene(s):X1)\n", + "Gene X4 (4/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 154)\n", + "Gene X1 (1/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 150 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 151 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 155 (gene(s):X1)\n", + "Gene X8 (8/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 156 (gene(s):X1)\n", + "Gene X8 (8/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 155)\n", + "Gene X1 (1/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 48634.69it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 38869.26it/s]\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 159)\n", - "Gene X0 (1/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 156)\n", + "Gene X9 (9/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 152 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 153 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 157 (gene(s):X1)\n", + "Gene X3 (3/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 158 (gene(s):X1)\n", + "Gene X4 (4/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 157)\n", + "Gene X8 (8/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 158)\n", + "Gene X1 (1/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 154 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 160 (gene(s):X0)\n", - "Gene X10 (10/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (4/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 37195.09it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 34948.16it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 159 (gene(s):X1)\n", + "Gene X5 (5/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 156 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 159)\n", + "Gene X1 (1/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 161 (gene(s):X0)\n", - "\t Initial state 162 (gene(s):X0)\n", - "Gene X7 (7/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 160)\n", - "Gene X0 (1/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 160 (gene(s):X1)\n", + "Gene X10 (10/10) in state 155 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 161)\n", - "Gene X0 (1/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 162)\n", - "Gene X0 (1/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 160)\n", + "Gene X1 (1/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 161 (gene(s):X1)\n", + "Gene X8 (8/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 158 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 161)\n", + "Gene X1 (1/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 162 (gene(s):X1)\n", + "Gene X10 (10/10) in state 157 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 163 (gene(s):X0)\n", - "Gene X3 (3/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X5 (5/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25090.35it/s]\n", + " 0%| | 0/1 [00:00 Initial state 164 (gene(s):X0)\n", - "Gene X4 (4/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 163 (gene(s):X1)\n", "Gene X5 (5/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 163)\n", - "Gene X0 (1/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 164)\n", - "Gene X0 (1/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 162)\n", + "Gene X1 (1/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 163)\n", + "Gene X1 (1/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 160 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 159 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 164 (gene(s):X1)\n" ] }, { @@ -32250,171 +32049,224 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 33399.72it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 25977.36it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 23596.78it/s]\n", - "\n", + "100%|██████████| 1000/1000 [00:00<00:00, 48464.41it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 48685.49it/s]\r", + "100%|██████████| 1000/1000 [00:00<00:00, 36558.68it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 165 (gene(s):X1)\n", + "Gene X6 (6/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 164)\n", + "Gene X1 (1/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 165)\n", + "Gene X1 (1/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 161 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 165 (gene(s):X0)\n", - "\t Initial state 166 (gene(s):X0)\n", + "Gene X9 (9/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 166 (gene(s):X1)\n", + "Gene X10 (10/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 167 (gene(s):X1)\n", + "Gene X4 (4/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 166)\n", - "Gene X0 (1/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 165)\n", - "Gene X0 (1/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 162 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 167)\n", + "Gene X1 (1/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 167 (gene(s):X0)\n", - "Gene X2 (2/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 168 (gene(s):X1)\n" ] }, { @@ -32423,175 +32275,187 @@ "text": [ "\n", "\r", + " 0%| | 0/1000 [00:00 0 (initial state 167)\n", - "Gene X0 (1/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 168 (gene(s):X0)\n", - "Gene X4 (4/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 163 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 168)\n", - "Gene X0 (1/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 169 (gene(s):X0)\n", - "Gene X6 (6/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 169)\n", - "Gene X0 (1/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 164 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X4 (4/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 169 (gene(s):X1)\n", + "\t Initial state 170 (gene(s):X1)\n", + "Gene X7 (7/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -32601,150 +32465,143 @@ "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 169)\n", + "Gene X1 (1/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 170)\n", + "Gene X1 (1/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 170 (gene(s):X0)\n", - "Gene X4 (4/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 165 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 170)\n", - "Gene X0 (1/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 171 (gene(s):X0)\n", + "Gene X10 (10/10) in state 166 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 171 (gene(s):X1)\n", + "Gene X4 (4/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 167 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (10/10) in state 168 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 24736.40it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 38654.33it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 24374.58it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 172 (gene(s):X0)\n", + "Gene X5 (5/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 171)\n", - "Gene X0 (1/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 173 (gene(s):X0)\n", + "\t Initial state 172 (gene(s):X1)\n", + "Gene X1 (1/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 173 (gene(s):X1)\n", + "Gene X6 (6/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 172)\n", - "Gene X0 (1/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 173)\n", - "Gene X9 (9/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 169 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, @@ -32951,883 +32819,898 @@ "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 26147.56it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 174 (gene(s):X0)\n", "Gene X4 (4/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 174 (gene(s):X1)\n", "Gene X5 (5/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 174)\n", - "Gene X0 (1/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 175 (gene(s):X1)\n", + "Gene X5 (5/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 174)\n", + "Gene X1 (1/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 175)\n", + "Gene X1 (1/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 170 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 175 (gene(s):X0)\n", - "Gene X8 (8/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X8 (8/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 171 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\r", - " 0%| | 0/1 [00:00 Initial state 176 (gene(s):X0)\n", + "Gene X9 (9/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 175)\n", - "Gene X0 (1/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 176 (gene(s):X1)\n", + "Gene X5 (5/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 172 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 176)\n", - "Gene X0 (1/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 177 (gene(s):X0)\n", - "Gene X9 (9/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 177 (gene(s):X1)\n", + "\t Initial state 178 (gene(s):X1)\n", "Gene X8 (8/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 177)\n", - "Gene X0 (1/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 173 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (1/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 174 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 178)\n", + "Gene X1 (1/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 28285.04it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 Initial state 178 (gene(s):X0)\n", - "Gene X5 (5/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 179 (gene(s):X0)\n", + "\t Initial state 179 (gene(s):X1)\n", + "\t Initial state 180 (gene(s):X1)\n", + "Gene X3 (3/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 178)\n", - "Gene X0 (1/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 179)\n", - "Gene X0 (1/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 180)\n", + "Gene X1 (1/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 175 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 177 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 176 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ + "\n", "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 33452.47it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 180 (gene(s):X0)\n", + "Gene X7 (7/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 181 (gene(s):X0)\n", - "\t Initial state 182 (gene(s):X0)\n", - "Gene X7 (7/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 180)\n", - "Gene X0 (1/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 181)\n", - "Gene X0 (1/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 182)\n", - "Gene X0 (1/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X9 (9/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 181 (gene(s):X1)\n", + "\t Initial state 182 (gene(s):X1)\n", + "Gene X8 (8/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 29253.67it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 28083.53it/s]\n", + "\n", "\r", " 0%| | 0/1 [00:00 0 (initial state 181)\n", + "Gene X1 (1/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 182)\n", + "Gene X1 (1/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 183 (gene(s):X1)\n", + "Gene X10 (10/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 184 (gene(s):X1)\n", "Gene X3 (3/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 178 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 183)\n", + "Gene X1 (1/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 179 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 183 (gene(s):X0)\n", - "\t Initial state 184 (gene(s):X0)\n", - "Gene X5 (5/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 183)\n", - "Gene X0 (1/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 184)\n", - "Gene X0 (1/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 185 (gene(s):X1)\n", + "Gene X5 (5/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -33836,102 +33719,87 @@ "text": [ "\n", "\r", - " 0%| | 0/1 [00:00 0 (initial state 185)\n", + "Gene X6 (6/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X4 (4/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 185 (gene(s):X0)\n", - "Gene X10 (10/10) in state 180 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 186 (gene(s):X0)\n", + "Gene X8 (8/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 185)\n", - "Gene X0 (1/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 187 (gene(s):X0)\n", + "Gene X9 (9/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 182 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 186)\n" + "Gene X10 (10/10) in state 181 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -34019,301 +33899,307 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 186 (gene(s):X1)\n", + "\t Initial state 187 (gene(s):X1)\n", + "Gene X8 (8/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 187)\n", - "Gene X0 (1/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 186)\n", + "Gene X1 (1/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 187)\n", + "Gene X1 (1/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 183 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 188 (gene(s):X1)\n", + "\t Initial state 189 (gene(s):X1)\n", + "Gene X3 (3/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 188 (gene(s):X0)\n", - "Gene X5 (5/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 184 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X10 (10/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 188)\n", + "1 wild type attractors with proba > 0 (initial state 189)\n", + "Gene X1 (1/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", "\n", "\r", " 0%| | 0/1 [00:00 Initial state 190 (gene(s):X1)\n", + "Gene X2 (2/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 190)\n", "Gene X6 (6/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 188)\n", + "Gene X1 (1/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 189 (gene(s):X0)\n", - "Gene X7 (7/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 189)\n", - "Gene X0 (1/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 185 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X7 (7/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -34358,217 +34241,211 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 190 (gene(s):X0)\n", - "Gene X6 (6/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 191 (gene(s):X0)\n", - "Gene X10 (10/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 190)\n", - "Gene X0 (1/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 192 (gene(s):X0)\n", - "1 wild type attractors with proba > 0 (initial state 191)\n", - "Gene X0 (1/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 192)\n", - "Gene X0 (1/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 186 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 191 (gene(s):X1)\n", + "Gene X10 (10/10) in state 187 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 191)\n", + "Gene X1 (1/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 192 (gene(s):X1)\n", + "Gene X10 (10/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 188 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 189 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "\t Initial state 193 (gene(s):X1)\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ - "\n", + "\r", + "100%|██████████| 1000/1000 [00:00<00:00, 31771.90it/s]\n", "\r", " 0%| | 0/1 [00:00 Initial state 193 (gene(s):X0)\n", - "Gene X5 (5/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 194 (gene(s):X0)\n", + "1 wild type attractors with proba > 0 (initial state 192)\n", + "Gene X9 (9/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 194 (gene(s):X1)\n", "Gene X4 (4/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 193)\n", - "Gene X0 (1/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 194)\n", - "Gene X7 (7/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 195 (gene(s):X1)\n", + "Gene X3 (3/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X2 (2/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 190 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 195)\n", + "Gene X1 (1/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X3 (3/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X9 (9/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X3 (3/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -34717,179 +34585,179 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 37519.16it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 24649.18it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 39590.57it/s]\n", - "\r", - " 0%| | 0/1 [00:00 Initial state 195 (gene(s):X0)\n", + "Gene X3 (3/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X5 (5/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X9 (9/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X5 (5/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 196 (gene(s):X0)\n", - "Gene X5 (5/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 191 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X6 (6/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 195)\n", - "Gene X0 (1/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 196)\n", - "Gene X0 (1/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 197 (gene(s):X0)\n", - "Gene X7 (7/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X2 (2/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X7 (7/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "1 wild type attractors with proba > 0 (initial state 197)\n", + "\t Initial state 196 (gene(s):X1)\n", + "Gene X5 (5/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X8 (8/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 196)\n", + "Gene X1 (1/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X9 (9/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X8 (8/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X0 (1/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X3 (3/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X7 (7/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 192 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -34899,171 +34767,168 @@ "\n", "\r", " 0%| | 0/1 [00:00 Initial state 197 (gene(s):X1)\n", + "Gene X3 (3/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 198 (gene(s):X1)\n", + "Gene X9 (9/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "Gene X10 (10/10) in state 193 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X10 (10/10) in state 194 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X4 (4/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 198 (gene(s):X0)\n", - "Gene X6 (6/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X5 (5/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "\t Initial state 199 (gene(s):X0)\n", - "Gene X7 (7/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "1 wild type attractors with proba > 0 (initial state 197)\n", "1 wild type attractors with proba > 0 (initial state 198)\n", - "Gene X0 (1/10) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X7 (7/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X6 (6/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", - "Gene X8 (8/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X1 (1/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X10 (10/10) in state 195 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "\t Initial state 199 (gene(s):X1)\n", + "Gene X5 (5/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", "1 wild type attractors with proba > 0 (initial state 199)\n", - "Gene X0 (1/10) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" + "Gene X1 (1/10) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X6 (6/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X3 (3/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X2 (2/10) in state 199 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 198 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X4 (4/10) in state 197 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n", + "Gene X7 (7/10) in state 196 - constant_unitary_depth{}\tfully_asynchronous_rates{}\n" ] }, { @@ -35071,177 +34936,164 @@ "output_type": "stream", "text": [ "\r", - "100%|██████████| 1000/1000 [00:00<00:00, 31287.47it/s]\r", - "100%|██████████| 1000/1000 [00:00<00:00, 30015.06it/s]\n", + "100%|██████████| 1000/1000 [00:00<00:00, 34415.37it/s]\n", + "\r", + " 0%| | 0/1 [00:00\n", " \n", " \n", - " [['X1']]\n", - " [['X1'], ['X0']]\n", + " [['X0']]\n", + " [['X0'], ['X1']]\n", " \n", " \n", " \n", " \n", " X0\n", - " 0.414214\n", - " 0.687632\n", + " 0.453973\n", + " NaN\n", " \n", " \n", " X1\n", - " 0.424050\n", - " NaN\n", + " 0.380317\n", + " 0.658639\n", " \n", " \n", " X2\n", - " 0.072620\n", - " 0.471409\n", + " 0.073336\n", + " 0.499320\n", " \n", " \n", " X3\n", - " 0.063350\n", - " 0.464548\n", + " 0.065482\n", + " 0.499320\n", " \n", " \n", " X4\n", " 0.067618\n", - " 0.470427\n", + " 0.495321\n", " \n", " \n", " X5\n", - " 0.061222\n", - " 0.463570\n", + " 0.071904\n", + " 0.499320\n", " \n", " \n", " X6\n", " 0.000000\n", - " 0.424050\n", + " 0.453973\n", " \n", " \n", " X7\n", " 0.000000\n", - " 0.424050\n", + " 0.453973\n", " \n", " \n", " X8\n", " 0.000000\n", - " 0.424050\n", + " 0.453973\n", " \n", " \n", " X9\n", " 0.000000\n", - " 0.424050\n", + " 0.453973\n", " \n", " \n", " X10\n", " 0.000000\n", - " 0.424050\n", + " 0.453973\n", " \n", " \n", "\n", "" ], "text/plain": [ - " [['X1']] [['X1'], ['X0']]\n", - "X0 0.414214 0.687632\n", - "X1 0.424050 NaN\n", - "X2 0.072620 0.471409\n", - "X3 0.063350 0.464548\n", - "X4 0.067618 0.470427\n", - "X5 0.061222 0.463570\n", - "X6 0.000000 0.424050\n", - "X7 0.000000 0.424050\n", - "X8 0.000000 0.424050\n", - "X9 0.000000 0.424050\n", - "X10 0.000000 0.424050" + " [['X0']] [['X0'], ['X1']]\n", + "X0 0.453973 NaN\n", + "X1 0.380317 0.658639\n", + "X2 0.073336 0.499320\n", + "X3 0.065482 0.499320\n", + "X4 0.067618 0.495321\n", + "X5 0.071904 0.499320\n", + "X6 0.000000 0.453973\n", + "X7 0.000000 0.453973\n", + "X8 0.000000 0.453973\n", + "X9 0.000000 0.453973\n", + "X10 0.000000 0.453973" ] }, "execution_count": 15,