PhasicFlow
v0.1
www.cemf.ir
Class Hierarchy
Go to the graphical class hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level
1
2
3
4
]
C
AB3History
C
AB4History
C
AB5History
C
pointStructure::activePointsDevice
C
pointStructure::activePointsHost
►
C
allocator
C
noConstructAllocator< T >
C
allOp< T >
C
betweenEqOp< T >
C
betweenOp< T >
C
bitsetHD< blockType, MemorySpace >
C
bitTransfer
C
box
C
boxRegion
C
mapperNBS< executionSpace >::cellIterator
C
cellMapping< executionSpace >
C
cells< indexType >
►
C
cells< int32 >
C
mapperNBS< DefaultHostExecutionSpace >
C
cellsWallLevel0< executionSpace >
►
C
mapperNBS< executionSpace >
►
C
NBSLevel0< executionSpace >
C
NBSLevel< executionSpace >
C
rectangleMesh
C
cellsWallLevels< executionSpace >
C
combinedRange< T >
C
compareOne< T, Operator >
C
compareTwo< T, Operator >
C
compareZero< T, Operator >
►
C
contactForceModel
C
normalRolling< contactForceModel >
C
linear< limited >::contactForceStorage
C
nonLinear< limited >::contactForceStorage
C
nonLinearMod< limited >::contactForceStorage
C
token::content
C
cylinder
C
cylinderRegion
►
C
demComponent
►
C
demGeometry
►
C
geometry
C
geometryMotion< MotionModelType >
►
C
demInteraction
►
C
interaction
C
sphereInteraction< contactForceModel, geometryMotionModel, contactListType >
►
C
demParticles
►
C
particles
C
sphereParticles
Class for managing spherical particles
C
DeviceSide
C
dynamicLinkLibs
C
equalOp< T >
C
eventMessage
►
C
eventObserver
C
dynamicPointStructure
C
interaction
C
particles
C
pointField< VectorField, T, MemorySpace >
C
triSurfaceField< VectorField, T, MemorySpace >
C
pointField< T >
►
C
eventSubscriber
C
pointStructure
►
C
triSurface
C
multiTriSurface
►
C
fileStream
C
iFstream
C
oFstream
C
fileSystem
C
fixedWall
C
greater< T >
C
greaterThanEqOp< T >
C
greaterThanOp< T >
C
HostSide
C
iBox< intType >
►
C
iEntry
C
dataEntry
C
dictionary
C
iEntry< Key, T * >
►
C
includeMask
C
IncludeMask< T, Operator >
C
IncludeMask< T, allOp< T > >
C
indexContainer< IndexType >::IndexAccessor< ViewType >
C
indexContainer< IndexType >
C
indexContainer< int32 >
►
C
insertion
C
Insertion< ShapeType >
►
C
integration
C
AdamsBashforth2
C
AdamsBashforth3
C
AdamsBashforth4
C
AdamsBashforth5
C
AdamsMoulton3
C
AdamsMoulton4
C
AdamsMoulton5
►
C
interactionBase
►
C
contactSearch
C
ContactSearch< BaseMethod, WallMapping >
C
interaction
C
intervalRange< T >
►
C
IOobject::iObject
C
IOobject::object_t< dataType >
►
C
IOstream
►
C
iIstream
►
C
Istream
C
iFstream
C
iTstream
►
C
iOstream
►
C
Ostream
C
oFstream
C
oTstream
C
less< T >
C
lessThanEqOp< T >
C
lessThanOp< T >
►
C
line
►
C
rotatingAxis
C
multiRotatingAxis
C
linear< limited >
C
linear< limited >::linearProperties
►
C
list
C
List< pFlow::eventObserver * >
C
List< pFlow::iEntry * >
C
List< pFlow::intervalRange >
C
List< pFlow::stridedRange >
C
List< pFlow::Timer * >
►
C
List< setFieldEntry >
C
setFieldList
C
List< token >
C
List< word >
C
List< T >
C
ListPtr< T >
C
ListPtr< pFlow::InsertionRegion< ShapeType > >
C
ListPtr< pFlow::processField >
C
ListPtr< pFlow::Vector >
C
Logical
►
C
map
C
Map< pFlow::IOobject >
C
Map< pFlow::repository * >
C
Map< real, fileSystem >
C
Map< Key, T, Compare >
C
MapPtr< Container, Key, T >
C
MapPtr< pFlow::iEntry >
C
maximum< T >
C
minimum< T >
C
fixedWall::Model
C
multiRotatingAxisMotion::Model
C
vibratingMotion::Model
C
rotatingAxisMotion::Model
C
multiGridMapping< executionSpace >
C
multiGridNBS< executionSpace >
C
multiRotatingAxisMotion
C
NBS< executionSpace >
C
NBSLevels< executionSpace >
C
nonLinear< limited >
C
nonLinearMod< limited >
C
nonLinear< limited >::nonLinearProperties
C
nonLinearMod< limited >::nonLinearProperties
►
C
objectFile
►
C
IOfileHeader
C
IOobject
C
sortedPairs< executionSpace, idType >::pairAccessor
C
unsortedPairs< executionSpace, idType >::pairAccessor
C
particleIdHandler
►
C
peakableRegion
C
PeakableRegion< RegionType >
C
pLine
C
pointRectCell
►
C
positionParticles
C
empty
C
positionOrdered
C
positionRandom
C
postprocess
C
ppInteractionFunctor< ContactForceModel, ContactListType >
►
C
processField
C
ProcessField< T >
►
C
property
Property holds the pure properties of materials
C
demInteraction
►
C
pStructSelector
C
selectBox
C
selectRandom
C
selectRange
C
pwInteractionFunctor< ContactForceModel, ContactListType, TraingleAccessor, MotionModel >
C
quadruple< T >
►
C
randomReal
C
RandomReal< DistributionType >
C
readControlDict
C
readFromTimeFolder
C
rectMeshField< T, MemorySpace >
C
rectMeshField< int32, HostSpace >
C
rectMeshField< T >
►
C
regionBase
C
region< T >
►
C
repository
C
systemControl
C
Time
C
RESERVE
C
rotatingAxisMotion
C
selectSide< side >
C
setFieldEntry
C
shapeMixture
C
span< T >
C
sphere
C
sphereRegion
C
sphereShape
C
stlFile
C
stridedRange< T >
C
stridedRange< int32 >
C
stridedRange< real >
C
symArray< T, MemorySpace >
C
symArray< linearProperties >
C
symArray< nonLinearProperties >
C
symArray< real >
►
C
T
►
C
Field< T, T, void >
C
pointField< T >
C
sortedPairs< executionSpace, idType >::TagFillFlag
C
sortedPairs< executionSpace, idType >::TagFillPairs
C
cellsWallLevel0< executionSpace >::TagFindCellRange2
C
NBSLevel0< executionSpace >::TagFindPairs
C
sortedContactList< valueType, executionSpace, idType >::TagReFillPairs
C
unsortedContactList< valueType, executionSpace, idType >::TagReFillPairs
►
C
timeControl
C
Time
►
C
timeFlowControl
►
C
insertionRegion
C
InsertionRegion< ShapeType >
C
timeFolder
►
C
timeInterval
C
rotatingAxis
C
vibrating
►
C
Timer
C
Timers
C
token
C
triSurface::triangleAccessor
C
triple< T >
C
triple< indexType >
C
triple< int32 >
C
triple< intType >
C
triple< real >
C
triWall
C
twoPartEntry
C
uniformRandomInt32
C
uniformRandomReal
►
C
unique_ptr
C
uniquePtr< T, Deleter >
C
uniquePtr< ContactForceModel >
C
uniquePtr< ContactListType >
C
uniquePtr< ParticleContactSearchType >
C
uniquePtr< pFlow::contactSearch >
C
uniquePtr< pFlow::dictionary >
C
uniquePtr< pFlow::includeMask >
C
uniquePtr< pFlow::integration >
C
uniquePtr< pFlow::IOobject::iObject >
C
uniquePtr< pFlow::oFstream >
C
uniquePtr< pFlow::peakableRegion >
C
uniquePtr< pFlow::pointRectCell >
C
uniquePtr< pFlow::regionBase >
C
uniquePtr< pFlow::repository >
C
uniquePtr< pFlow::setFieldList >
C
uniquePtr< pFlow::shapeMixture >
C
uniquePtr< std::ifstream >
C
uniquePtr< std::ofstream >
C
uniquePtr< WallMappingType >
►
C
unordered_map
C
hashMap< uint32 >
C
hashMap< void * >
C
hashMap< Key, T, Hash >
►
C
unsortedPairs< executionSpace, idType >
►
C
sortedPairs< executionSpace, idType >
C
sortedContactList< valueType, executionSpace, idType >
C
unsortedContactList< valueType, executionSpace, idType >
C
Vector< T, Allocator >
C
Vector< int32 >
C
Vector< pFlow::cellsWallLevel0 >
C
Vector< pFlow::NBSLevel >
C
Vector< real >
C
Vector< realx3 >
C
Vector< uint32 >
C
Vector< word >
►
C
Vector< word, vecAllocator< word > >
C
Field< Vector, word, vecAllocator< word > >
C
VectorDual< T, MemorySpace >
C
VectorDual< int32 >
►
C
VectorDual< int32, void >
C
Field< VectorDual, int32 >
C
VectorDual< int8 >
►
C
VectorDual< int8, void >
C
Field< VectorDual, int8 >
C
VectorDual< multiRotatingAxis >
C
VectorDual< rotatingAxis >
C
VectorDual< vibrating >
►
C
VectorField
►
C
Field< VectorField, T, void >
C
pointField< VectorField, T, MemorySpace >
C
triSurfaceField< VectorField, T, MemorySpace >
C
Field< VectorField, T, PropType >
C
VectorSingle< T, MemorySpace >
►
C
VectorSingle< int32x3, void >
C
Field< VectorSingle, int32x3 >
►
C
VectorSingle< real, void >
C
Field< VectorSingle, real >
►
C
VectorSingle< realx3, void >
C
Field< VectorSingle, realx3 >
C
vibratingMotion
C
vtkFile
►
C
Wall
C
cuboidWall
C
cylinderWall
C
planeWall
C
stlWall
C
zAxis
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