m_step.f90 File Reference

Go to the source code of this file.

Data Types
type	m_step::step_info
	Step control such as active boundary condition, convergent condition etc. More...
type	m_step::tparamautoinc
type	m_step::tparamconverg
	Convergence criteria of !CONVERG_PARAM, indexed like step_infocnv_check. More...

Modules
module	m_step
	This module manages step information.

Functions/Subroutines
subroutine	m_step::init_stepinfo (stepinfo)
	Initializer. More...
subroutine	m_step::setup_stepinfo_converg (stepinfo, cnvparam)
	Fix the convergence criteria of a step. For each criterion the built-in default is overridden by CONVERG, CONVERG_DDISP and CONVERG_LAG of !STEP, which are in turn overridden by the lines given in !CONVERG_PARAM. More...
subroutine	m_step::setup_stepinfo_starttime (stepinfos)
logical function	m_step::isboundaryactive (bnd, stepinfo)
	Is boundary condition in this step active. More...
logical function	m_step::isloadactive (bnd, stepinfo)
	Is external load in this step active. More...
logical function	m_step::iscontactactive (bnd, stepinfo)
	Is contact condition in this step active. More...
logical function	m_step::iselemactivationactive (bnd, stepinfo)
	Is elemact condition in this step active. More...
subroutine	m_step::free_stepinfo (step)
	Finalizer. More...
subroutine	m_step::init_aincparam (aincparam)
	Initializer. More...
subroutine	m_step::init_convergparam (cnvparam)
	Initializer. More...

Variables
integer, parameter	m_step::stepstatic = 1
integer, parameter	m_step::stepvisco = 2
integer, parameter	m_step::stepfixedinc = 1
integer, parameter	m_step::stepautoinc = 2
integer, parameter	m_step::stepampramp = 1
integer, parameter	m_step::stepampstep = 2
integer(kind=kint), parameter	m_step::knstmaxit = 1
integer(kind=kint), parameter	m_step::knstsumit = 2
integer(kind=kint), parameter	m_step::knstciter = 3
integer(kind=kint), parameter	m_step::knstdresn = 4
integer(kind=kint), parameter	m_step::kcnvresidual = 1
integer(kind=kint), parameter	m_step::kcnvcorrection = 2
integer(kind=kint), parameter	m_step::kcnvtranslation = 1
integer(kind=kint), parameter	m_step::kcnvrotation = 2
integer(kind=kint), parameter	m_step::kcnvlagrange = 3
integer(kind=kint), parameter	m_step::kcnvl2 = 1
integer(kind=kint), parameter	m_step::kcnvmax = 2