main.py File Reference

Go to the source code of this file.

Namespaces
namespace	main

Variables
string	main.Mesh = 'cyl-small.xml'
string	main.Max_N_Z = 'output_72.txt'
string	main.Conditions_File = 'conditions_80.xml'
string	main.Scheme = 'IterativeStaticCond'
list	main.Consider_Modes = [80]
int	main.Num_Constants = 2
bool	main.Compare_Serial = False
bool	main.Parallel = True
string	main.Parallelisation = 'Hybrid_Socket'
bool	main.Compare_Parallel = True
int	main.Num_Node = 1
	main.Mesh_File
	main.Input_Nektar_Max
	main.Conditions
	main.Loc_Serial_Timing_Files
	main.Loc_Parallel_Timing_Files
	main.Benchmark_PBS
	main.MPI_Benchmark
	main.Node_Map
string	main.output_path = 'Output/Figures/'
string	main.cmd_string_clear = 'rm -r Output/Figures/ \n'
	main.process = Popen([cmd_string_clear],shell=True, stdout=PIPE, stdin=PIPE)
	main.Pressure
	main.Velocity_1
	main.Velocity_2
	main.Velocity_3
	main.Nektar_Serial_Elements = Find_Nektar_Elements(Mesh_File)
	main.Nektar_Modes
	main.Timing_Files
dictionary	main.Timings = {}
	main.Num_Modes
	main.P
	main.Error
	main.Message
	main.Fit = Run_Serial_Fit(Compare_Serial, Consider_Modes, Num_Constants, P, Nektar_Serial_Elements, Nektar_Modes, Timings, Pressure, Velocity_1, Velocity_2, Velocity_3, 'IterativeStaticCond')
	main.Num_Core_Per_Node
	main.Num_Core_Per_Socket
	main.Num_Sock_Per_Node
int	main.PROC_TOT = Num_Core_Per_Node * Num_Node
	main.PROC_BENCHMARK
	main.BW_Node_To_Node
	main.LAT_Node_To_Node
	main.BW_Socket_To_Socket
	main.LAT_Socket_To_Socket
	main.BW_Core_To_Core
	main.LAT_Core_To_Core
	main.PROC_Z
	main.PROC_XY
	main.Total