Timing

Statistics for the Timing category.

Statistics	Units	Details
Time	s	simulation time
Boundary Conditions	%	current percent of time being spent on applying boundary conditions
Communication	%	current percent of time being spent on communication
Conduction	%	current percent of time being spent on conduction
Conduction Efficiency	MUPS	current million updates per second for conduction, good measure of efficiency assuming conduction algorithm dominates performance
Conduction Efficiency Per Process	MUPS	current million updates per second per process for conduction, good measure of efficiency assuming conduction algorithm dominates performance
Cumulative Boundary Conditions	%	percent of time spent on applying boundary conditions over whole simluation
Cumulative Communication	%	percent of time spent on communication over whole simluation
Cumulative Conduction	%	percent of time spent on conduction over whole simluation
Cumulative Conduction Efficiency	MUPS	million updates per second for conduction over whole simulation, good measure of efficiency assuming conduction algorithm dominates performance
Cumulative Conduction Efficiency Per Process	MUPS	million updates per second per process for conduction over whole simulation, good measure of efficiency assuming conduction algorithm dominates performance
Cumulative CPU Time	min	total amount of CPU time elapsed since simulation launched (equals cumulative wall time multiplied by number of processes
Cumulative Fluid Solver	%	percent of time spent on fluid solution over whole simluation
Cumulative Immersed Boundary	%	percent of time spent on immersed boundary algorithm for moving bodies over whole simluation
Cumulative Initialization	%	percent of time spent on initialization over whole simulation
Cumulative Lattice Efficiency	MUPS	million lattice updates per second over whole simulation, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Cumulative Lattice Efficiency Per Process	MUPS	million lattice updates per second per process over whole simulation, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Cumulative Link Output Files	min	total amount of time spent linking output files together into PVD files over whole simulation
Cumulative Mean Age	%	percent of time spent on mean age algorithm over whole simluation
Cumulative Output	%	percent of time spent on output over whole simluation
Cumulative Particle Efficiency	MUPS	million particle updates per second over whole simulation, good measure of efficiency assuming particle-based algorithms dominate performance
Cumulative Particle Efficiency Per Process	MUPS	million particle updates per second per process over whole simulation, good measure of efficiency assuming particle-based algorithms dominate performance
Cumulative Particles	%	percent of time spent on particles over whole simluation
Cumulative Scalar Transport	%	percent of time spent on scalar transport over whole simluation
Cumulative Statistics	%	percent of time spent on statistics over whole simluation
Cumulative Thermal	%	percent of time spent on thermal model over whole simluation
Cumulative Volume Of Fluid	%	percent of time spent on volume of fluid algorithm over whole simluation
Cumulative Wall Time	min	total amount of wall time elapsed since simulation launched
Fluid Solver	%	current percent of time being spent on fluid solution
Immersed Boundary	%	current percent of time being spent on immersed boundary algorithm for moving bodies
Iteration	Dimensionless	number of timesteps taken (on coarsest mesh level if refinement is present)
Lattice Efficiency	MUPS	current million lattice updates per second, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Lattice Efficiency Per Process	MUPS	current million lattice updates per second per process, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Mean Age	%	current percent of time being spent on mean age algorithm
Output	%	current percent of time being spent on output
Particle Efficiency	MUPS	current million particle updates per second, good measure of efficiency assuming particle-based algorithms dominate performance
Particle Efficiency Per Process	MUPS	current million particle updates per second per process, good measure of efficiency assuming particle-based algorithms dominate performance
Particles	%	current percent of time being spent on particles
Scalar Transport	%	current percent of time being spent on scalar transport
Statistics	%	current percent of time being spent on statistics
Thermal	%	current percent of time being spent on thermal model
Volume Of Fluid	%	current percent of time being spent on volume of fluid algorithm