timer Module Reference

This module contains routines for timing the program. More...

Data Types
interface	CPUTIMER

Functions/Subroutines
subroutine, public	cpu_timer (TIME_TYPE, TIME, ERR, ERROR,)
	CPU_TIMER returns the CPU time in TIME(1). TIME_TYPE indicates the type of time required. More...

Variables
integer(intg), parameter, public	user_cpu =1
	User CPU time type. More...
integer(intg), parameter, public	system_cpu =2
	System CPU time type. More...
integer(intg), parameter, public	total_cpu =3
	Total CPU (i.e. User + System) time type. More...

Detailed Description

This module contains routines for timing the program.

Function/Subroutine Documentation

subroutine, public timer::cpu_timer	(	integer(intg), intent(in)	TIME_TYPE,
		real(sp), dimension(*), intent(out)	TIME,
		integer(intg), intent(out)	ERR,
		type(varying_string), intent(out)	ERROR
	)

CPU_TIMER returns the CPU time in TIME(1). TIME_TYPE indicates the type of time required.

Parameters

[in]

time_type

The required time type

See also

TIMER::TimerType,TIMER

Parameters

[out]	time	On return, the requested time.
[out]	err	The error code
[out]	error	The error string

Definition at line 99 of file timer_f.f90.

References base_routines::enters(), and base_routines::exits().

Referenced by timer::CPUTIMER::cputimer(), equations_set_routines::equations_set_assemble_dynamic_linear_fem(), equations_set_routines::equations_set_assemble_static_linear_fem(), equations_set_routines::equations_set_assemble_static_nonlinear_fem(), equations_set_routines::equations_set_jacobian_evaluate_dynamic_fem(), equations_set_routines::equations_set_jacobian_evaluate_static_fem(), equations_set_routines::equations_set_residual_evaluate_dynamic_fem(), equations_set_routines::equations_set_residual_evaluate_static_fem(), equations_set_routines::equationsset_assemblequasistaticlinearfem(), equations_set_routines::equationsset_assemblestaticnonlinearnodal(), equations_set_routines::equationsset_jacobianevaluatestaticnodal(), equations_set_routines::equationsset_residualevaluatestaticnodal(), and finite_elasticity_routines::finiteelasticity_straincalculate().