global Module Reference

Data Types
type	setI
type	type
type	setBC
type	setSet
type	dom
type	phy
type	dGroup
type	pGroup
type	DemonaModel
type	phyY
Variables
type(DemonaModel), target	myModel
integer, target	fullNx
integer, target	fullNy
integer, target	fullNz
integer	fV = 0
integer	ghostCells = 2
integer, target	currentSetLength
integer, target	globalCurrentSetLength
integer	relativeModel = relativeLex
integer	globalCorrection = 0
logical	setRuleActive = OFF
integer	currentPhysics
integer	currentDomain
integer, pointer	numberOfPhysics
integer, pointer	numberOfDomains
integer, pointer	dof
integer, pointer	dFX
integer, pointer	numberOfGhostCells
integer, pointer	pVec
integer, pointer	dVec
character(len=79)	TecplotVariables
integer, pointer	totalDof
integer, pointer	modelDof
integer, pointer	physicsDof
integer, pointer	domainDof
integer, pointer	totalNode
integer, pointer	modelNode
integer, pointer	physicsNode
integer, pointer	domainNode
integer, pointer	setVec
integer, pointer	localSetVec
integer, pointer	maxPhysicsGroup
integer, pointer	maxDomainGroup
real(8), pointer	refXcoor
real(8), pointer	refYcoor
real(8), pointer	Lx
real(8), pointer	Ly
integer, pointer	firstIndex
integer, pointer	lastIndex
integer, pointer	colorMin
integer, pointer	colorMax
integer, pointer	setDof
integer, pointer	relativeIndex
integer, pointer	numberOfPhysicalParameters
type(setSet), pointer	discSet
type(phyY), allocatable	setY
real(8), dimension(:), pointer	y
	used as y=>myModelx
real(8), pointer	yPTO
	used as y=>myModelx
real(8), pointer	yRTO
	used as y=>myModelx
real(8), dimension(:), pointer	tempy
	used as tempy=>myModeltempx
real(8), pointer	discreteY
	used as discreteY=>y or discreteY=>tempy
real(8), dimension(:), pointer	x
	used as x=>myModelphysics(p)domain(d)x
real(8), pointer	xPTO
	used as x=>myModelphysics(p)domain(d)x
real(8), pointer	xRTO
	used as x=>myModelphysics(p)domain(d)x
integer	colorFunctionIndex
integer	colorValMax
real(8), allocatable	yBackup
integer	timeIter
real(8)	dt
integer	totalLinearIterations
integer	totalNonLinearIterations
real(8), allocatable	setTol
logical	freezedJacobian = off
integer	maxNewtonIter = 20
	default is 20
integer	newtonSuccess
logical	inexactNewton = ON
real(8)	jacSF = 1.1d0
	safety factor for the size of the jacVal
integer	jacInterval = 1
real(8)	jacSkipTol = 1e6
logical	jacSkip = off
integer	maxBacktrackCount = 10
logical	doBacktrack = on
integer	preconditioner = rp
logical	bootStrapping = on
real(8)	bootdamping = 1.d0
real(8), target	jacDiscOrder = lowOrder
real(8), dimension(:), pointer	damping
integer	currentDof
integer	maxPicardIter = 50
integer	gsMaxNewton = 1
integer	maxGsIter = 1000
logical	blockGS = no
logical	gsSolver = off
logical	accumulating = no
integer	maxGsPhysics = 1
integer	overlap = 0
integer	overlapX
	might be used
integer	overlapY
	might be used
integer	maxMSIter = 100
	default value
integer	xPartition = 1
integer	yPartition = 1
integer	numberOfMSDomains
logical	msSolver = on
logical	msRandom = off
logical	msArtificialBC = on
real(8)	msArtificialAlpha
	--------------------!!!!!!!!!!!!!!
integer	maxRealTimeIter = 1
integer	maxPhysicsIter = 1
integer	maxPseudoTimeIter = 1
integer	maxDomainIter = 1
integer	mySolver = 1
integer	myHybrid = 1
logical	readInitialGuess = off
logical	poissonCompatibility = on
real(8)	dtau
integer	test