global::phy Type Reference

Collaboration diagram for global::phy:

[legend]

List of all members.

Public Attributes
real(8), dimension(:), pointer	x
	used as myModelphysics(p)x=>discreteY(lowerbound:upperbound)
real(8), pointer	xPTO
	used as myModelphysics(p)x=>discreteY(lowerbound:upperbound)
real(8), pointer	xRTO
	used as myModelphysics(p)x=>discreteY(lowerbound:upperbound)
type(dom), dimension(:), allocatable	domain
integer	numberOfDomains = 1
	number of domains. default is 1 (at least one domain is needed of course!)
integer	dof
real(8)	refXcoor
	x coordinate of the reference point
real(8)	refYcoor
	y coordinate of the reference point
logical	realTime = NO
	default setting is steady state. set to YES for transient problems like vof.
logical	pseudoTime = NO
	default setting is no pseudo time. set to YES if artificial compressilibity is used or pseudo time continuation
logical	setActive
integer	dFX
character(79)	tecVariables
integer	totalDof
integer	totalNode
integer	setDof
integer, allocatable	dVec
integer	numberOfDomainGroups
real(8), dimension(:), allocatable	damping
integer, allocatable	endIndex
real(8)	Lx
real(8)	Ly
integer	numberOfPhysicalParameters
real(8), allocatable	physicalParameters
real(8), allocatable	physicalParametersInitial
real(8), allocatable	physicalParametersFinal
real(8)	discOrder
real(8), pointer	evalOrder

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Detailed Description

Definition at line 158 of file global.f90.

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Member Data Documentation

real(8),dimension(:),allocatable global::phy::damping

Definition at line 196 of file global.f90.

integer global::phy::dFX

Definition at line 182 of file global.f90.

real(8) global::phy::discOrder

Definition at line 212 of file global.f90.

integer global::phy::dof

Definition at line 170 of file global.f90.

type(dom),dimension(:),allocatable global::phy::domain

Definition at line 166 of file global.f90.

integer,allocatable global::phy::dVec

Definition at line 192 of file global.f90.

integer,allocatable global::phy::endIndex

Definition at line 198 of file global.f90.

real(8),pointer global::phy::evalOrder

Definition at line 214 of file global.f90.

real(8) global::phy::Lx

Definition at line 200 of file global.f90.

real(8) global::phy::Ly

Definition at line 202 of file global.f90.

integer global::phy::numberOfDomainGroups

Definition at line 194 of file global.f90.

integer global::phy::numberOfDomains = 1

number of domains. default is 1 (at least one domain is needed of course!)

Definition at line 168 of file global.f90.

integer global::phy::numberOfPhysicalParameters

Definition at line 204 of file global.f90.

real(8),allocatable global::phy::physicalParameters

Definition at line 206 of file global.f90.

real(8),allocatable global::phy::physicalParametersFinal

Definition at line 210 of file global.f90.

real(8),allocatable global::phy::physicalParametersInitial

Definition at line 208 of file global.f90.

logical global::phy::pseudoTime = NO

default setting is no pseudo time. set to YES if artificial compressilibity is used or pseudo time continuation

Definition at line 178 of file global.f90.

logical global::phy::realTime = NO

default setting is steady state. set to YES for transient problems like vof.

Definition at line 176 of file global.f90.

real(8) global::phy::refXcoor

x coordinate of the reference point

Definition at line 172 of file global.f90.

real(8) global::phy::refYcoor

y coordinate of the reference point

Definition at line 174 of file global.f90.

logical global::phy::setActive

Definition at line 180 of file global.f90.

integer global::phy::setDof

Definition at line 190 of file global.f90.

character(79) global::phy::tecVariables

Definition at line 184 of file global.f90.

integer global::phy::totalDof

Definition at line 186 of file global.f90.

integer global::phy::totalNode

Definition at line 188 of file global.f90.

real(8),dimension(:),pointer global::phy::x

used as myModelphysics(p)x=>discreteY(lowerbound:upperbound)

Definition at line 160 of file global.f90.

real(8),pointer global::phy::xPTO

used as myModelphysics(p)x=>discreteY(lowerbound:upperbound)

Definition at line 162 of file global.f90.

real(8),pointer global::phy::xRTO

used as myModelphysics(p)x=>discreteY(lowerbound:upperbound)

Definition at line 164 of file global.f90.

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The documentation for this type was generated from the following file:

• D:/demona/2.0/manual/doc/2-31set/global.f90