Use consistent naming convention for rescaled pebble coordinates.

11145_pebbles/cardinal.i

@@ -91,7 +91,7 @@
     type = NearestPointAverage
     variable = temp
     execute_on = 'timestep_end' # Evaluate on timestep end so OpenMC can get updated values next timestep
-    points_file = 'pebble_centers.txt'
+    points_file = 'pebble_centers_rescaled.txt'
   []
 []
 

11145_pebbles/openmc.i

@@ -31,7 +31,7 @@
   tally_type = 'cell'
   pebble_cell_level = 1
   mesh_template = 'sphere.e'
-  centers_file = 'pebble_centers.txt'
+  centers_file = 'pebble_centers_rescaled.txt'
   volumes = '14.137166941154067'
 []
 

11145_pebbles/openmc_master.i

@@ -76,7 +76,7 @@
     type = NearestPointAverage
     variable = temp
     execute_on = 'initial timestep_end' # Evaluate on timestep end so OpenMC can get updated values next timestep
-    points_file = 'pebble_centers.txt'
+    points_file = 'pebble_centers_rescaled.txt'
   []
 []
 

11145_pebbles/openmc_model.py

@@ -50,9 +50,9 @@ tolerance             = 0.00                      # Tolerance for pebbles univer
 radius_pebble_flibe   = radius_pebble_outer+tolerance
 
 # Pebble centers coordinates (x,y,z)
-print("Reading pseudo-random pebble centers from file pebble_centers.txt")
-pebble_centers = np.loadtxt('pebble_centers.txt', delimiter=' ')
-print("File pebble_centers.txt reading completed")
+print("Reading pseudo-random pebble centers from file pebble_centers_rescaled.txt")
+pebble_centers = np.loadtxt('pebble_centers_rescaled.txt', delimiter=' ')
+print("File pebble_centers_rescaled.txt reading completed")
 
 # Vessel Dimensions
 vessel_x, vessel_y = (0.0, 0.0)

1568_pebble_yuhsiang_E524k/cardinal.i

@@ -91,7 +91,7 @@
     type = NearestPointAverage
     variable = temp
     execute_on = 'timestep_end' # Evaluate on timestep end so OpenMC can get updated values next timestep
-    points_file = 'pebble_centers.txt'
+    points_file = 'pebble_centers_rescaled.txt'
   []
 []
 

1568_pebble_yuhsiang_E524k/core_1568_pebbles.py

@@ -61,12 +61,10 @@ radius_pebble_central = radius_pebble_outer - 0.1 # UCBTH-14-002, Table 2-1; Cis
 tolerance             = 0.00                      # Tolerance for pebbles universe filling
 radius_pebble_flibe   = radius_pebble_outer+tolerance
 # Pebble centers coordinates (x,y,z)
-print("Reading pseudo-random pebble centers from file pebble_centers.txt")
-pebble_centers        = np.loadtxt('list_pebbles_1568.csv', delimiter=',', skiprows=1)[:, 1:]
-print("File pebble_centers.txt reading completed")
-rescaled_file = 'pebble_centers.txt'
-np.savetxt(rescaled_file, pebble_centers.reshape((-1,3)))
-print("Saved rescaled centers to " + rescaled_file)
+print("Reading pseudo-random pebble centers from file pebble_centers_rescaled.txt")
+pebble_centers        = np.loadtxt('pebble_centers_rescaled.txt', delimiter=',')
+print("File pebble_centers_rescaled.txt reading completed")
+rescaled_file = 'pebble_centers_rescaled.txt'
 # Vessel
 extra_thickness       =  12.125  # change this value to set keff=1
 x_vessel              =  0.0  # x position vessel

1568_pebble_yuhsiang_E524k/openmc.i

@@ -30,7 +30,7 @@
   power = 156800 # 1000 per pebble
   tally_type = 'mesh'
   mesh_template = 'sphere.e'
-  centers_file = 'pebble_centers.txt'
+  centers_file = 'pebble_centers_rescaled.txt'
   volumes = '14.137166941154067'
 []
 

1568_pebble_yuhsiang_E524k/openmc_master.i

@@ -76,7 +76,7 @@
     type = NearestPointAverage
     variable = temp
     execute_on = 'initial timestep_end' # Evaluate on timestep end so OpenMC can get updated values next timestep
-    points_file = 'pebble_centers.txt'
+    points_file = 'pebble_centers_rescaled.txt'
   []
 []
 

1568_pebble_yuhsiang_E524k/openmc_model.py

@@ -50,9 +50,9 @@ tolerance             = 0.00                      # Tolerance for pebbles univer
 radius_pebble_flibe   = radius_pebble_outer+tolerance
 
 # Pebble centers coordinates (x,y,z)
-print("Reading pseudo-random pebble centers from file pebble_centers.txt")
-pebble_centers = np.loadtxt('list_pebbles_1568.csv', delimiter=',', skiprows=1)[:, 1:]
-print("File pebble_centers.txt reading completed")
+print("Reading pseudo-random pebble centers from file pebble_centers_rescaled.txt")
+pebble_centers = np.loadtxt('pebble_centers_rescaled.txt', delimiter=',')
+print("File pebble_centers_rescaled.txt reading completed")
 
 # Vessel Dimensions
 vessel_x, vessel_y = (0.0, 0.0)