Reimplementing hot and cold walls

examples/animated_corrugated_nanowire.py

@@ -48,9 +48,8 @@
 
 # Hot and cold sides [m]:
 FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0
-HOT_SIDE_WIDTH_X               = WIDTH
+PHONON_SOURCE_X                = 0
+PHONON_SOURCE_WIDTH_X          = WIDTH
 
 
 # Roughness [m]:

examples/anisotropy_study_horizontal.py

@@ -41,13 +41,15 @@
 INCLUDE_BOTTOM_SIDEWALL        = True
 
 # Hot and cold sides [m]:
-COLD_SIDE_POSITION             = 'right'
-HOT_SIDE_POSITION              = 'left'
-HOT_SIDE_X                     = -WIDTH/2
-HOT_SIDE_Y                     = LENGTH/2
-HOT_SIDE_WIDTH_X               = 0
-HOT_SIDE_WIDTH_Y               = LENGTH
-HOT_SIDE_ANGLE_DISTRIBUTION    = 'random_right'
+COLD_SIDE_POSITION_RIGHT            = False
+COLD_SIDE_POSITION_RIGHT            = True
+HOT_SIDE_POSITION_LEFT              = True
+HOT_SIDE_POSITION_BOTTOM            = False
+PHONON_SOURCE_X                     = -WIDTH/2
+PHONON_SOURCE_Y                     = LENGTH/2
+PHONON_SOURCE_WIDTH_X               = 0
+PHONON_SOURCE_WIDTH_Y               = LENGTH
+PHONON_SOURCE_ANGLE_DISTRIBUTION    = 'random_right'
 
 
 # Hole array parameters [m]:

examples/anisotropy_study_vertical.py

@@ -41,13 +41,15 @@
 INCLUDE_BOTTOM_SIDEWALL        = False
 
 # Hot and cold sides [m]:
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_POSITION              = 'bottom'
-HOT_SIDE_X                     = 0
-HOT_SIDE_Y                     = 0
-HOT_SIDE_WIDTH_X               = WIDTH
-HOT_SIDE_WIDTH_Y               = 0
-HOT_SIDE_ANGLE_DISTRIBUTION    = 'random_up'
+COLD_SIDE_POSITION_RIGHT            = False
+COLD_SIDE_POSITION_TOP              = True
+HOT_SIDE_POSITION_LEFT              = False
+HOT_SIDE_POSITION_BOTTOM            = True
+PHONON_SOURCE_X                     = 0
+PHONON_SOURCE_Y                     = 0
+PHONON_SOURCE_WIDTH_X               = 0
+PHONON_SOURCE_WIDTH_Y               = WIDTH
+PHONON_SOURCE_ANGLE_DISTRIBUTION    = 'random_up'
 
 # Hole array parameters [m]:
 INCLUDE_HOLES                  = True

examples/fishbone_nanowire.py

@@ -42,9 +42,8 @@
 
 # Hot and cold sides [m]:
 FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0
-HOT_SIDE_WIDTH_X               = 100e-9
+PHONON_SOURCE_X                = 0
+PHONON_SOURCE_WIDTH_X          = 100e-9
 
 
 # Roughness [m]:

examples/parabolic_lens_collimation.py

@@ -39,13 +39,13 @@
 LENGTH                         = 2000e-9
 
 # Hot and cold sides [m]:
-FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0
-HOT_SIDE_Y                     = 300e-9
-HOT_SIDE_WIDTH_X               = 10e-9
-HOT_SIDE_WIDTH_Y               = 10e-9
-HOT_SIDE_ANGLE_DISTRIBUTION    = 'uniform'
+FREQUENCY_DETECTOR_SIZE             = WIDTH
+COLD_SIDE_POSITION_TOP              = True
+PHONON_SOURCE_X                     = 0
+PHONON_SOURCE_Y                     = 300e-9
+PHONON_SOURCE_WIDTH_X               = 10e-9
+PHONON_SOURCE_WIDTH_Y               = 10e-9
+PHONON_SOURCE_ANGLE_DISTRIBUTION    = 'uniform'
 
 # Roughness [m]:
 SIDE_WALL_ROUGHNESS            = 2e-9

examples/parabolic_lens_focusing.py

@@ -37,18 +37,20 @@
 WIDTH                          = 1000e-9
 LENGTH                         = 1100e-9
 
+
 # Hot and cold sides [m]:
-FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0.0
-HOT_SIDE_WIDTH_X               = WIDTH
-HOT_SIDE_ANGLE_DISTRIBUTION    = 'directional'
+FREQUENCY_DETECTOR_SIZE             = WIDTH
+PHONON_SOURCE_X                     = 0.0
+PHONON_SOURCE_WIDTH_X               = WIDTH
+PHONON_SOURCE_ANGLE_DISTRIBUTION    = 'directional'
+
 
 # Roughness [m]:
 SIDE_WALL_ROUGHNESS            = 2e-9
 TOP_ROUGHNESS                  = 0.2e-9
 BOTTOM_ROUGHNESS               = 0.2e-9
 
+
 # Parabolic boundaries:
 INCLUDE_TOP_PARABOLA           = True
 TOP_PARABOLA_TIP               = 1000e-9

examples/phononic_crystal.py

@@ -43,9 +43,8 @@
 
 # Hot and cold sides [m]:
 FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0
-HOT_SIDE_WIDTH_X               = WIDTH
+PHONON_SOURCE_X                     = 0
+PHONON_SOURCE_WIDTH_X               = WIDTH
 
 
 # Roughness [m]:

examples/simple_nanowire.py

@@ -41,10 +41,8 @@
 LENGTH                         = 2000e-9
 
 # Hot and cold sides [m]:
-FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0
-HOT_SIDE_WIDTH_X               = WIDTH
+PHONON_SOURCE_X                = 0
+PHONON_SOURCE_WIDTH_X          = WIDTH
 
 # Roughness [m]:
 SIDE_WALL_ROUGHNESS            = 2e-9

examples/slits_array.py

@@ -39,11 +39,11 @@
 WIDTH                          = 1200e-9
 LENGTH                         = 2200e-9
 
+
 # Hot and cold sides [m]:
 FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0
-HOT_SIDE_WIDTH_X               = WIDTH
+PHONON_SOURCE_X                = 0
+PHONON_SOURCE_WIDTH_X          = WIDTH
 
 
 # Roughness [m]:

examples/triangles_array.py

@@ -43,9 +43,8 @@
 
 # Hot and cold sides [m]:
 FREQUENCY_DETECTOR_SIZE        = WIDTH
-COLD_SIDE_POSITION             = 'top'
-HOT_SIDE_X                     = 0
-HOT_SIDE_WIDTH_X               = WIDTH
+PHONON_SOURCE_X                = 0
+PHONON_SOURCE_WIDTH_X          = WIDTH
 
 
 # Roughness [m]:

freepaths/animation.py

@@ -103,4 +103,4 @@ def create_animation():
     """Main function that creates the animation"""
     generate_frames_xy()
     generate_animation_xy()
-    delete_frames()
+    # delete_frames()