Module with subroutines for profiling of various program parts. More...

Functions/Subroutines
subroutine	reporttiming (lpu, nSol, nEig, nStep)
	Prints out solver profiling information in a nicely formatted table. More...

Variables
integer, parameter, private	tot_p = 1
	Total time. More...

integer, parameter	ini_p = 2
	Data input and initializations. More...

integer, parameter	asm_p = 3
	Finite element assembly. More...

integer, parameter	sol_p = 4
	Linear equation solver. More...

integer, parameter	eig_p = 5
	Eigenvalue solver. More...

integer, parameter	upd_p = 6
	Configuration update. More...

integer, parameter	sav_p = 7
	Results saving. More...

integer, parameter	exp_p = 8
	Curve export. More...

integer, parameter	ctrl_p = 9
	Control systems. More...

integer, parameter	tir_p = 10
	Tire models. More...

integer, parameter	hyd_p = 11
	Hydrodynamic models. More...

integer, parameter	wav_p = 12
	Wave kinematics evaluation. More...

integer, parameter	aed_p = 13
	Aerodynamic models. More...

integer, parameter	sup1_p = 14
	Superelement matrix assembly. More...

integer, parameter	sup2_p = 15
	Superelement vector assembly. More...

integer, parameter	sup3_p = 16
	csAddEM (element matrix assembly) More...

integer, parameter	rec_p = 17
	Stress & Strain Gage recovery. More...

integer, parameter	rec1_p = 18
	Initialization of recovery data. More...

integer, parameter	rec2_p = 19
	Deformation recovery. More...

integer, parameter	fra_p = 20
	Frequency response analysis. More...

integer, parameter, private	oth_p = 21
	Other, i.e., total time minus all others. More...

integer, parameter	nprofmod_p = oth_p-1
	Total number of parts to be profiled. More...

Detailed Description

Module with subroutines for profiling of various program parts.

This module contains parameters used to identify the various program parts to be profiled, and a subroutine for printing the profiling results. Two subroutines for starting and stopping the timing of a task is imported from the timermodule.

Function/Subroutine Documentation

◆ reporttiming()

subroutine profilermodule::reporttiming	(	integer, intent(in)	lpu,
		integer(i8), intent(in)	nSol,
		integer, intent(in)	nEig,
		integer(i8), intent(in)	nStep
	)

Prints out solver profiling information in a nicely formatted table.

Parameters

[in]	lpu	File unit number for res-file output
[in]	nSol	Number of iterations (with one linear equation solve each)
[in]	nEig	Number of eigenvalue solutions
[in]	nStep	Number of time/load increments

Author: Knut Morten Okstad

Date: 10 Jan 2003

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Variable Documentation

◆ aed_p

integer, parameter profilermodule::aed_p = 13

Aerodynamic models.

◆ asm_p

integer, parameter profilermodule::asm_p = 3

Finite element assembly.

◆ ctrl_p

integer, parameter profilermodule::ctrl_p = 9

Control systems.

◆ eig_p

integer, parameter profilermodule::eig_p = 5

Eigenvalue solver.

◆ exp_p

integer, parameter profilermodule::exp_p = 8

Curve export.

◆ fra_p

integer, parameter profilermodule::fra_p = 20

Frequency response analysis.

◆ hyd_p

integer, parameter profilermodule::hyd_p = 11

Hydrodynamic models.

◆ ini_p

integer, parameter profilermodule::ini_p = 2

Data input and initializations.

◆ nprofmod_p

integer, parameter profilermodule::nprofmod_p = oth_p-1

Total number of parts to be profiled.

◆ oth_p

integer, parameter, private profilermodule::oth_p = 21

private

Other, i.e., total time minus all others.

◆ rec1_p

integer, parameter profilermodule::rec1_p = 18

Initialization of recovery data.

◆ rec2_p

integer, parameter profilermodule::rec2_p = 19

Deformation recovery.

◆ rec_p

integer, parameter profilermodule::rec_p = 17

Stress & Strain Gage recovery.

◆ sav_p

integer, parameter profilermodule::sav_p = 7

Results saving.

◆ sol_p

integer, parameter profilermodule::sol_p = 4

Linear equation solver.

◆ sup1_p

integer, parameter profilermodule::sup1_p = 14

Superelement matrix assembly.

◆ sup2_p

integer, parameter profilermodule::sup2_p = 15

Superelement vector assembly.

◆ sup3_p

integer, parameter profilermodule::sup3_p = 16

csAddEM (element matrix assembly)

◆ tir_p

integer, parameter profilermodule::tir_p = 10

Tire models.

◆ tot_p

integer, parameter, private profilermodule::tot_p = 1