config for testing gradient

config/gradient.ini

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+[PARENT]
+PARENT_CONFIG = config_default.ini
+
+[FILES]
+FIELDMAP[0]  = ../../field_maps/fieldmap_allzero.dat
+M1[0]        = ../../outputs/gradient_m1.dat
+XYZ0[0]      = ../../field_maps/xyz0_allzero.dat
+XYZ1[0]      = ../../outputs/gradient_xyz1.dat
+
+[TISSUE_PARAMETERS]
+T1 = 1000.0
+T2 = 1000.0
+
+[SCAN_PARAMETERS]
+TR = 0.04
+TE[0] = 0.02
+; RF Flip angle in degree 
+RF_FA[0] = 90.0
+; RF Phase in degree. The first RF phase is always 0.0, but can be controlled by PHASE_CYCLING in STEADY_STATE
+RF_PH[0] = 90.0
+; Time (sec) to apply RF. The first RF start time is always 0.0
+RF_ST[0] = 0.0
+
+; Dephasing in degree. The initial spin in the population will experience a dephasing of 0.0 degrees. Dephasing will then progressively increase in a linear manner up to the final spin, which will undergo dephasing as specified by the given parameter
+DEPHASING[0] = 
+DEPHASING[1] =
+DEPHASING[2] =
+; Time (sec) to apply dephasing.
+DEPHASING_T[0] = 
+DEPHASING_T[1] =
+DEPHASING_T[2] =
+
+; Apply gradient in T/m for each axis. Gradients are active for one DWELL_TIME
+GRADIENT_XYZ[0] = 0.47689743162271 0.0 0.
+GRADIENT_XYZ[1] = 
+GRADIENT_XYZ[2] = 
+; Time (sec) to apply gradient.
+GRADIENT_T[0] = 0.01
+GRADIENT_T[1] =
+GRADIENT_T[2] = 
+
+DWELL_TIME  = 50e-6
+
+[SIMULATION_PARAMETERS]
+; use 0 for random seed generation, otherwise use a positive integer to make a reproducible simulation
+SEED = 10
+CROSS_BOUNDARY = 0
+NUMBER_OF_SPINS = 1e6
+DIFFUSION_CONSTANT = 0.0
+SAMPLE_LENGTH_SCALES[0] = 1.0