public class QuadtetElement extends FemElement3d
| Modifier and Type | Class and Description |
|---|---|
static class |
QuadtetElement.comp |
FemElement.ElementClassModelComponent.NavpanelVisibilitymyPropssetScannedNodesInPostscan, writeNodeRefsByNumberenforceUniqueCompositeNames, enforceUniqueNames, myNumber, NULL_OBJ, useCompactPathNamesCOPY_REFERENCES, REST_POSITIONTRANSPARENT, TWO_DIMENSIONAL| Constructor and Description |
|---|
QuadtetElement() |
QuadtetElement(FemNode3d[] nodes) |
QuadtetElement(FemNode3d n1,
FemNode3d n2,
FemNode3d n3,
FemNode3d n4,
FemNode3d n5,
FemNode3d n6,
FemNode3d n7,
FemNode3d n8,
FemNode3d n9,
FemNode3d n10) |
QuadtetElement(TetElement tet,
FemNode3d[] quadraticNodes)
Create a quadratic element based on the NODE POSITIONS of a given
TetElement (ie.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
coordsAreInside(Vector3d coords)
Queries whether or not a set of natural coordinates are inside this
element.
|
void |
getdNds(Vector3d dNds,
int i,
Vector3d coords) |
int[] |
getEdgeIndices() |
int[] |
getFaceIndices() |
double[] |
getIntegrationCoords()
Returns the natural coordinates and weights for the default integration
points associated with this element.
|
IntegrationPoint3d[] |
getIntegrationPoints()
Returns the integration points associated with this element, not
including the warping point (see
FemElement3dBase.getWarpingPoint()). |
double |
getN(int i,
Vector3d coords) |
MatrixNd |
getNodalExtrapolationMatrix()
Returns the nodal extrapolation matrix for this element.
|
double[] |
getNodeCoords() |
double[] |
getNodeMassWeights() |
static FemNode3d[] |
getQuadraticNodes(FemNode3d n0,
FemNode3d n1,
FemNode3d n2,
FemNode3d n3) |
static FemNode3d[] |
getQuadraticNodes(TetElement tet) |
int[] |
getTriangulatedFaceIndices() |
IntegrationPoint3d |
getWarpingPoint()
Returns the special warping integration point which is located at
the center of the element and is used for computing stiffness warping and
other specialized applications.
|
boolean |
isLinear()
Returns true if the shape functions for this element are linear or
multilinear.
|
int |
numIntegrationPoints()
Returns the number of integration points actually used by this element
(not including the warping point, if any).
|
void |
render(Renderer renderer,
RenderProps props,
int flags) |
void |
renderWidget(Renderer renderer,
double size,
RenderProps props) |
FemNode3d[][] |
triangulateFace(FaceNodes3d face) |
computeJacobian, computeLocalPosition, computeRestVolumes, computeVolumes, copy, createElement, createElement, getH, getIncompressConstraints, getIncompressIndex, getLagrangePressures, getPressureWeightMatrix, getRestVolumes, getVolumes, numPressureVals, scaleDistance, setIncompressIndexaddConsistentGravity, addConsistentMass, advanceState, clearRotationData, computeConsistentMass, computeCovariance, computeDirectedRenderSize, computeGravityWeights, computeRenderCoordsAndGradient, connectToHierarchy, containsEdge, containsFace, containsFace, containsNode, createFrameAttachment, createIntegrationPoints, createPointAttachment, disconnectFromHierarchy, getAllIntegrationPoints, getAllPropertyInfo, getCopyReferences, getDeformation, getDeformation, getElementClass, getElementWidgetSize, getElementWidgetSizeMode, getFaces, getFemModel, getFrame, getIntegrationData, getIntegrationShapeMatrix, getInvB, getInvB, getMarkerCoordinates, getNaturalCoordinates, getNaturalCoordinates, getNaturalCoordinatesGSS, getNodalAveragingMatrix, getNodeCoords, getNodeNeighbors, getNodes, getNumFaces, getRotation, getRotation, getState, getStiffnessWarper, getWarpingData, invalidateRestData, invalidateRotationData, isInside, isInvertedAtRest, notifyStateVersionChanged, numAllIntegrationPoints, requiresAdvance, setElementWidgetSize, setElementWidgetSizeMode, setFrame, setNodes, setState, setStiffnessWarperaddAugmentingMaterial, addAuxiliaryMaterial, computeCentroid, containsNode, createRenderProps, defaultRenderPropsAreNull, getAugmentingMaterials, getAuxiliaryMaterials, getDensity, getDensityMode, getEffectiveMaterial, getHardReferences, getIndex, getLocalNodeIndex, getMass, getMaterial, getPlasticDeformation, getPoint, getRestVolume, getSelection, getStateVersion, getStrainEnergy, getVolume, hasActiveNodes, hasControllableNodes, hasState, integrationPointsInterpolateToNodes, integrationPointsMapToNodes, invalidateMassIfNecessary, isDuplicatable, isInverted, isMassExplicit, materialsAreInvertible, numAugmentingMaterials, numAuxiliaryMaterials, numberString, numNodes, numPoints, prerender, propertyChanged, removeAugmentingMaterial, removeAuxiliaryMaterial, render, scaleMass, setDensity, setDensityMode, setExplicitMass, setIndex, setInverted, setMass, setMaterial, setPlasticDeformation, unsetExplicitMass, updateBounds, updateRestVolumeAndMassgetRenderHints, getRenderProps, isSelectable, isVisible, numSelectionQueriesNeeded, setRenderProps, setVisible, updateRenderPropscheckFlag, checkName, checkNameUniqueness, clearFlag, clone, createTempFlag, getChildren, getGrandParent, getName, getNameRange, getNavpanelVisibility, getNavpanelVisibility, getNumber, getParent, getProperty, getSoftReferences, hasChildren, isFixed, isMarked, isScanning, isSelected, isWritable, makeValidName, makeValidName, notifyParentOfChange, postscan, printReferences, recursivelyContained, recursivelyContains, removeTempFlag, scan, setFixed, setFlag, setMarked, setName, setNavpanelVisibility, setNavpanelVisibility, setNumber, setParent, setScanning, setSelected, setWritable, updateReferences, writeequals, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitgetHardReferences, getName, getNavpanelVisibility, getNumber, getParent, getSoftReferences, hasState, isFixed, isMarked, isSelected, notifyParentOfChange, scan, setFixed, setMarked, setName, setNumber, setParent, setSelected, setWritable, updateReferencesgetPropertygetChildren, hasChildrenpostscanisWritable, writegetAuxVarDerivative, getAuxVarState, numAuxVars, setAuxVarStatepublic QuadtetElement()
public QuadtetElement(TetElement tet, FemNode3d[] quadraticNodes)
tet - A tetrahedral elementquadraticNodes - 6 nodes as the middle nodespublic QuadtetElement(FemNode3d[] nodes)
public boolean isLinear()
FemElementisLinear in class FemElementpublic IntegrationPoint3d[] getIntegrationPoints()
FemElement3dBaseFemElement3dBase.getWarpingPoint()). In
some cases, such as with membrane elements, only the first n
points of these points are actaully used, where n is the number
returned by FemElement3dBase.numIntegrationPoints().getIntegrationPoints in class FemElement3dBasepublic IntegrationPoint3d getWarpingPoint()
FemElement3dBasegetWarpingPoint in class FemElement3dBasepublic static FemNode3d[] getQuadraticNodes(TetElement tet)
public static FemNode3d[] getQuadraticNodes(FemNode3d n0, FemNode3d n1, FemNode3d n2, FemNode3d n3)
public boolean coordsAreInside(Vector3d coords)
FemElement3dBasecoordsAreInside in class FemElement3dBasetrue if ncoords are inside this element.public int numIntegrationPoints()
FemElement3dBaseFemElement3dBase.getIntegrationPoints(), but in some cases (such as shell elements being
used as membrane elements), it will be less.numIntegrationPoints in class FemElement3dBasepublic double[] getIntegrationCoords()
FemElement3dBase4*num, where num is the number of
coordinates, and the information for each coordinate consists of a
4-tuple giving the three natural coordinates followed by the weight.getIntegrationCoords in class FemElement3dBasepublic MatrixNd getNodalExtrapolationMatrix()
FemElement3dBaseFemElement3dBase.getIntegrationShapeMatrix().getNodalExtrapolationMatrix in class FemElement3dBasepublic double getN(int i,
Vector3d coords)
getN in class FemElement3dBasepublic void getdNds(Vector3d dNds, int i, Vector3d coords)
getdNds in class FemElement3dBasepublic double[] getNodeCoords()
getNodeCoords in class FemElement3dBasepublic double[] getNodeMassWeights()
getNodeMassWeights in class FemElement3dBasepublic int[] getEdgeIndices()
getEdgeIndices in class FemElement3dBasepublic int[] getFaceIndices()
getFaceIndices in class FemElement3dBasepublic int[] getTriangulatedFaceIndices()
getTriangulatedFaceIndices in class FemElement3dBasepublic void render(Renderer renderer, RenderProps props, int flags)
render in class FemElementpublic void renderWidget(Renderer renderer, double size, RenderProps props)
renderWidget in class FemElement3dBasepublic FemNode3d[][] triangulateFace(FaceNodes3d face)
triangulateFace in class FemElement3dBase