Fixed FaVAD for the new output names in kdtree

sample/FaVAD.py

@@ -318,7 +318,7 @@ subprocess.call(cmd,shell=True)
 cmd = '(echo "\''+str(param['KDTREE_PAR'])+'\'") | '+str(param['KDTREE_PATH'])
 subprocess.call(cmd,shell=True)
 
-# Running kdtree to produce fort.60 output file
+# Running kdtree to produce fort.60/sample_points_in_voids.dat output file
 cmd = 'sed -ri "1s|^(.{0})(.{4})|'+str(param['KDTREE_THR'])+'|" '+str(param['KDTREE_PAR'])
 subprocess.call(cmd,shell=True)
 cmd = 'sed -ri "8s|^(.{0})(.{7})|1 0 0 0|" '+str(param['KDTREE_PAR'])
@@ -327,14 +327,14 @@ cmd = '(echo "\''+str(param['KDTREE_PAR'])+'\'") | '+str(param['KDTREE_PATH'])
 subprocess.call(cmd,shell=True)
 
 # Moving output files to output directory
-cmd = 'mv ./fort.52 '+str(param['OUTPUT_PATH'])
+cmd = 'mv ./fort.* '+str(param['OUTPUT_PATH'])
 subprocess.call(cmd,shell=True)
-cmd = 'mv ./fort.60 '+str(param['OUTPUT_PATH'])
+cmd = 'mv ./sample_points_in_voids.dat '+str(param['OUTPUT_PATH'])
 subprocess.call(cmd,shell=True)
 
 print()
-print("Results are stored in "+str(param['OUTPUT_PATH'])+"fort.52")
-print("                  and "+str(param['OUTPUT_PATH'])+"fort.60")
+print("Results are stored in "+str(param['OUTPUT_PATH'])+"fort.*")
+print("                  and "+str(param['OUTPUT_PATH'])+"sample_points_in_voids.dat")
 print()
 
 
@@ -345,7 +345,7 @@ print()
 print("Creating mesh for the NN distance")
 print()
 
-# Conversion of fort.60 into grid VTK for visualization
+# Conversion of sample_points_in_voids.dat into grid VTK for visualization
 import tvtk.api as ta
 
 # Reading kdtree parameters
@@ -370,8 +370,8 @@ with open(param['KDTREE_PAR'],'r') as parameter:
             ystepi = int(p[1])
             zstepi = int(p[2])
 
-# Reading fort.60 file
-near_d= str(param['OUTPUT_PATH'])+'/fort.60'
+# Reading sample_points_in_voids.dat file
+near_d= str(param['OUTPUT_PATH'])+'/sample_points_in_voids.dat'
 with open(near_d, 'r') as data:
    ind = []
    x = []