Driver for assembly of structured 3D spline mixed FE models. More...

#include <ASMs3Dmx.h>

Inheritance diagram for ASMs3Dmx:

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Collaboration diagram for ASMs3Dmx:

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Public Member Functions
	ASMs3Dmx (const CharVec &n_f)
	The constructor initializes the dimension of each basis.

	ASMs3Dmx (const ASMs3Dmx &patch, const CharVec &n_f=CharVec(2, 0))
	Copy constructor.

virtual	~ASMs3Dmx ()=default
	Empty Destructor.

virtual const Go::SplineVolume *	getBasis (int basis=1) const
	Returns the spline surface representing a basis of this patch.

virtual Go::SplineVolume *	getBasis (int basis=1)
	Returns the spline surface representing a basis of this patch.

virtual Go::SplineSurface *	getBoundary (int dir, int basis=1)
	Returns the spline curve representing a boundary of this patch. More...

virtual bool	generateFEMTopology ()
	Generates the finite element topology data for the patch. More...

virtual void	clear (bool retainGeometry)
	Clears the contents of the patch, making it empty. More...

virtual Vec3	getCoord (size_t inod) const
	Returns the global coordinates for the given node. More...

virtual bool	readBasis (std::istream &is, size_t basis)
	Reads a basis from the given input stream.

virtual size_t	getNoBasis () const
	Returns the number of bases.

virtual size_t	getNoNodes (int basis) const
	Returns the total number of nodes in this patch.

virtual unsigned char	getNoFields (int basis) const
	Returns the number of solution fields.

virtual unsigned char	getNodalDOFs (size_t inod) const
	Returns the number of DOFs per node. More...

virtual char	getNodeType (size_t inod) const
	Returns the classification of a node. More...

virtual void	initMADOF (const int *sysMadof)
	Initializes the patch level MADOF array for mixed problems.

virtual bool	connectPatch (int face, ASM3D &neighbor, int nface, int norient, int basis, bool coordCheck, int thick)
	Connects all matching nodes on two adjacent boundary faces. More...

virtual void	closeBoundaries (int dir, int, int)
	Makes two opposite boundary faces periodic. More...

virtual bool	integrate (Integrand &integrand, GlobalIntegral &glbInt, const TimeDomain &time)
	Evaluates an integral over the interior patch domain. More...

virtual bool	integrate (Integrand &integrand, int lIndex, GlobalIntegral &glbInt, const TimeDomain &time)
	Evaluates a boundary integral over a patch edge. More...

virtual bool	integrate (Integrand &integrand, GlobalIntegral &glbInt, const TimeDomain &time, const ASM::InterfaceChecker &iChk)
	Evaluates an integral over element interfaces in the patch. More...

virtual int	evalPoint (const double xi, double param, Vec3 &X) const
	Evaluates the geometry at a specified point. More...

virtual bool	getSolution (Matrix &sField, const Vector &locSol, const IntVec &nodes) const
	Extract the primary solution field at the specified nodes. More...

virtual bool	evalSolution (Matrix &sField, const Vector &locSol, const RealArray *gpar, bool regular, int deriv, int nf) const
	Evaluates the primary solution field at the given points. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const RealArray *gpar, bool regular) const
	Evaluates the secondary solution field at the given points. More...

virtual bool	separateProjectionBasis () const
	Checks if a separate projection basis is used for this patch.

virtual void	extractNodeVec (const RealArray &globVec, RealArray &nodeVec, unsigned char, int basis) const
	Extracts nodal results for this patch from the global vector. More...

virtual bool	injectNodeVec (const RealArray &nodeVec, RealArray &globVec, unsigned char, int basis) const
	Injects nodal results for this patch into a global vector. More...

virtual void	generateThreadGroups (const Integrand &integrand, bool silence, bool ignoreGlobalLM)
	Generates element groups for multi-threading of interior integrals. More...

virtual void	generateThreadGroups (char lIndex, bool silence, bool)
	Generates element groups for multi-threading of boundary integrals. More...

virtual bool	getSize (int &n1, int &n2, int &n3, int basis) const
	Returns the number of nodal points in each parameter direction. More...

virtual bool	evalSolution (Matrix &sField, const Vector &locSol, const int *npe, int n_f, bool piola) const
	Evaluates the primary solution field at all visualization points. More...

virtual bool	evalSolution (Matrix &sField, const Vector &locSol, const RealArray *gpar, bool regular=true, int deriv=0, int=0) const
	Evaluates the primary solution field at the given points. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const int *npe=nullptr, char project=0) const
	Evaluates the secondary solution field at all visualization points. More...

virtual Go::GeomObject *	evalSolution (const IntegrandBase &integrand) const
	Projects the secondary solution field onto the primary basis. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const RealArray *gpar, bool regular=true) const
	Evaluates the secondary solution field at the given points. More...

Public Member Functions inherited from ASMs3D
	ASMs3D (unsigned char n_f=3)
	Default constructor.

	ASMs3D (const ASMs3D &patch, unsigned char n_f)
	Special copy constructor for sharing of FE data.

	ASMs3D (const ASMs3D &patch)
	Default copy constructor copying everything.

virtual	~ASMs3D ()
	Empty destructor.

virtual void	copyParameterDomain (const ASMbase *other)
	Copies the parameter domain from the other patch.

virtual bool	read (std::istream &)
	Creates an instance by reading the given input stream.

virtual bool	write (std::ostream &, int) const
	Writes the geometry of the SplineVolume object to given stream.

virtual bool	addXElms (short int dim, short int item, size_t nXn, IntVec &nodes)
	Adds extraordinary elements associated with a patch boundary. More...

virtual size_t	getNodeIndex (int globalNum, bool noAddedNodes=false) const
	Returns local 1-based index of the node with given global number. More...

virtual int	getNodeID (size_t inod, bool noAddedNodes=false) const
	Returns the global node number for the given node. More...

virtual bool	getElementCoordinates (Matrix &X, int iel, bool forceItg=false) const
	Returns a matrix with nodal coordinates for an element. More...

virtual void	getNodalCoordinates (Matrix &X, bool geo=false) const
	Returns a matrix with all nodal coordinates within the patch. More...

virtual Vec3	getElementCenter (int iel) const
	Returns the coordinate of the element center.

virtual bool	updateCoords (const Vector &displ)
	Updates the nodal coordinates for this patch. More...

virtual void	getBoundary1Nodes (int lEdge, IntVec &nodes, int basis, int=0, bool local=false, bool open=false) const
	Finds the global (or patch-local) node numbers on a patch boundary. More...

virtual int	getCorner (int I, int J, int K, int basis) const
	Returns the node index for a given corner. More...

bool	assignNodeNumbers (BlockNodes &nodes, int basis=0)
	Assigns new global node numbers for all nodes of the patch. More...

virtual bool	checkRightHandSystem ()
	Checks that the patch is modelled in a right-hand-side system. More...

virtual bool	refine (int dir, const RealArray &xi)
	Refines the parametrization by inserting extra knots. More...

virtual bool	uniformRefine (int dir, int nInsert)
	Refines the parametrization by inserting extra knots uniformly. More...

virtual bool	raiseOrder (int ru, int rv, int rw, bool setOrder=false)
	Raises the order of the SplineVolume object for this patch. More...

virtual bool	createProjectionBasis (bool init)
	Creates a separate projection basis for this patch. More...

virtual void	constrainFace (int dir, bool open, int dof, int code=0, char basis=1)
	Constrains all DOFs on a given boundary face. More...

virtual size_t	constrainFaceLocal (int dir, bool open, int dof, int code=0, bool project=false, char T1='\0')
	Constrains all DOFs in local directions on a given boundary face. More...

virtual void	constrainEdge (int lEdge, bool open, int dof, int code=0, char basis=1)
	Constrains all DOFs on a given boundary edge. More...

virtual void	constrainLine (int fdir, int ldir, double xi, int dof, int code=0, char basis=1)
	Constrains all DOFs along a line on a given boundary face. More...

virtual void	constrainCorner (int I, int J, int K, int dof, int code=0, char basis=1)
	Constrains a corner node identified by the three parameter indices. More...

virtual void	constrainNode (double xi, double eta, double zeta, int dof, int code=0)
	Constrains a node identified by three relative parameter values. More...

virtual bool	collapseFace (int face, int edge=0, int basis=1)
	Collapses a degenerated face into a single node or edge. More...

virtual bool	addRigidCpl (int lindx, int ldim, int basis, int &gMaster, const Vec3 &Xmaster, bool extraPt)
	Adds MPCs representing a rigid coupling to this patch. More...

virtual void	setNodeNumbers (const IntVec &nodes)
	Sets the global node numbers for this patch. More...

virtual bool	updateDirichlet (const std::map< int, RealFunc * > &func, const std::map< int, VecFunc * > &vfunc, double time, const std::map< int, int > *g2l=nullptr)
	Updates the time-dependent in-homogeneous Dirichlet coefficients. More...

virtual bool	integrateEdge (Integrand &integrand, int lEdge, GlobalIntegral &glbInt, const TimeDomain &time)
	Evaluates a boundary integral over a patch edge. More...

virtual int	findElementContaining (const double *param) const
	Returns the element that contains a specified spatial point. More...

virtual double	findPoint (Vec3 &X, double *param) const
	Searches for the specified Cartesian point in the patch. More...

virtual bool	getGridParameters (RealArray &prm, int dir, int nSegSpan) const
	Calculates parameter values for visualization nodal points. More...

virtual bool	tesselate (ElementBlock &grid, const int *npe) const
	Creates a hexahedron element model of this patch for visualization. More...

virtual bool	evalSolution (Matrix &sField, const Vector &locSol, const int *npe, int n_f, bool piola) const
	Evaluates the primary solution field at all visualization points. More...

virtual bool	evalProjSolution (Matrix &sField, const Vector &locSol, const int *npe, int n_f) const
	Evaluates the projected solution field at all visualization points. More...

virtual bool	evaluate (const ASMbase *basis, const Vector &locVec, RealArray &vec, int basisNum) const
	Evaluates and interpolates a field over a given geometry. More...

virtual bool	evaluate (const Field *field, RealArray &vec, int basisNum) const
	Evaluates and interpolates a field over a given geometry. More...

virtual bool	evaluate (const FunctionBase *func, RealArray &vec, int basisNum, double time) const
	Evaluates and interpolates a function over a given geometry. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const int *npe=nullptr, char project=0) const
	Evaluates the secondary solution field at all visualization points. More...

virtual Go::GeomObject *	evalSolution (const IntegrandBase &integrand) const
	Projects the secondary solution field onto the primary basis. More...

virtual void	generateThreadGroupsFromElms (const IntVec &elms)
	Generates element groups from a partition.

virtual void	generateProjThreadGroupsFromElms (const IntVec &elms)
	Generate element groups from a partition.

virtual bool	getOrder (int &p1, int &p2, int &p3) const
	Returns the polynomial order in each parameter direction. More...

virtual bool	getNoStructElms (int &n1, int &n2, int &n3) const
	Returns the number of elements in each parameter direction. More...

virtual void	getElmConnectivities (IntMat &neigh, int basis=ASM::INTEGRATION_BASIS) const
	Calculates the matrix of element neighbour connectivities. More...

virtual IntMat	getElmNodes (int basis) const
	Returns the matrix of nodal point correspondance for given basis.

virtual size_t	getNoBoundaryElms (char lIndex, char ldim) const
	Returns the number of elements on a boundary.

virtual size_t	getNoProjectionNodes () const
	Returns the number of projection nodes for this patch.

virtual bool	getParameterDomain (Real2DMat &u, IntVec *corners) const
	Returns parameter values and node numbers of the domain corners. More...

virtual void	evaluateBasis (double u, double v, double w, Vector &N) const
	Evaluates the basis functions at the specified point. More...

void	extractBasis (double u, double v, double w, Vector &N, Matrix &dNdu, bool fromRight=true) const
	Establishes matrices with basis functions and 1st derivatives. More...

void	extractBasis (double u, double v, double w, Vector &N, Matrix &dNdu, Matrix3D &d2Ndu2, bool fromRight=true) const
	Establishes matrices with basis functions, 1st and 2nd derivatives. More...

void	extractBasis (double u, double v, double w, int dir, int p, Vector &dN, bool fromRight=true) const
	Establishes a vector with basis function derivatives. More...

virtual Field *	getProjectedField (const Vector &coefs) const
	Returns a field using the projection basis. More...

virtual Fields *	getProjectedFields (const Vector &coefs, size_t=0) const
	Returns a field using the projection basis. More...

Public Member Functions inherited from ASMstruct
virtual	~ASMstruct ()
	The destructor frees the dynamically allocated spline objects.

virtual bool	empty () const
	Checks if the patch is empty.

virtual bool	diracPoint (Integrand &integr, GlobalIntegral &glInt, const double *u, const Vec3 &pval)
	Integrates a spatial dirac-delta function over a patch. More...

virtual void	swapProjectionBasis ()
	Swaps between the first and second projection basis.

virtual bool	evalSolution (Matrix &sField, const Vector &locSol, const int *npe, int n_f=0, bool piola=false) const
	Evaluates the primary solution field at all visualization points. More...

virtual bool	evalSolution (Matrix &sField, const Vector &locSol, const RealArray *gpar, bool regular=true, int deriv=0, int n_f=0) const
	Evaluates the primary solution field at the given points. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const int *npe=nullptr, char project=0) const
	Evaluates the secondary solution field at all visualization points. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const RealArray *gpar, bool regular=true) const
	Evaluates the secondary solution field at the given points. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const IntVec &elements) const
	Evaluates the secondary solution field at element centers. More...

Public Member Functions inherited from ASMbase
virtual	~ASMbase ()
	The destructor frees the dynamically allocated data objects.

ASMbase *	cloneUnShared () const
	Returns a copy of this patch with identical FE discretization. More...

virtual void	addHole (double, double, double)
	Adds a circular immersed boundary in the physical geometry.

virtual void	addHole (double, double, double, double, double)
	Adds an oval immersed boundary in the physical geometry.

virtual bool	setGeometry (RealFunc *, double, double)
	Defines the immersed geometry from a scalar function.

bool	addLagrangeMultipliers (size_t iel, const IntVec &mGLag, unsigned char nnLag=1)
	Adds a set of Lagrange multipliers to the specified element. More...

bool	addGlobalLagrangeMultipliers (const IntVec &mGLag, unsigned char nnLag=1)
	Adds global Lagrange multipliers to the system. More...

virtual void	setGauss (int ng)
	Defines the numerical integration scheme nGauss in the patch.

void	setNoFields (unsigned char n)
	Defines the number of solution fields in the patch. More...

void	setElementActivator (IntFunc *efunc)
	Sets the element activation function.

const IntFunc *	getElementActivator () const
	Returns a pointer to the element activation function.

virtual void	setMinimumSize (double)
	Sets the minimum element size for adaptive refinement.

virtual double	getMinimumSize (int=0) const
	Defines the minimum element size for adaptive refinement.

virtual bool	checkElementSize (int, bool=true) const
	Checks if the specified element is larger than the minimum size.

unsigned char	getNoSpaceDim () const
	Returns the number of spatial dimensions.

unsigned char	getNoParamDim () const
	Returns the number of parameter dimensions.

unsigned char	getNoLagPerNode () const
	Returns the number of Lagrange multipliers per node.

size_t	getElmIndex (int globalNum) const
	Returns local 1-based index of element with given global number. More...

int	getElmID (size_t iel) const
	Returns the global element number for the given element. More...

bool	isLMn (size_t n) const
	Returns true if node n is a Lagrange multiplier node.

bool	isRMn (size_t n) const
	Returns true if node n is a master node of a rigid coupling.

char	getLMType (size_t inod) const
	Returns the type of a Lagrange multiplier node. More...

void	getBoundaryElms (int lIndex, IntVec &elms, int orient=-1, bool local=false) const
	Finds the global (or patch-local) element numbers on a boundary. More...

virtual int	getNodeSetIdx (const std::string &) const
	Returns (1-based) index of a predefined node set in the patch.

virtual const IntVec &	getNodeSet (int) const
	Returns an indexed predefined node set.

virtual bool	isInNodeSet (int, int) const
	Checks if a node is within a predefined node set.

virtual int	parseNodeSet (const std::string &, const char *)
	Defines a node set by parsing a list of node numbers.

virtual int	parseNodeBox (const std::string &, const char *)
	Defines a node set by parsing a 3D bounding box.

virtual int	getElementSetIdx (const std::string &) const
	Returns (1-based) index of a predefined element set in the patch.

virtual const IntVec &	getElementSet (int) const
	Returns an indexed predefined element set.

virtual bool	getElementSet (int, std::string &) const
	Returns the name of an indexed predefined element set.

virtual bool	isInElementSet (int, int) const
	Checks if an element is within a predefined element set.

virtual int	parseElemSet (const std::string &, const char *)
	Defines an element set by parsing a list of element numbers.

virtual int	parseElemBox (const std::string &, const std::string &, const char *)
	Defines an element set by parsing a 3D bounding box.

virtual std::pair< size_t, double >	findClosestNode (const Vec3 &) const
	Finds the node that is closest to the given point.

void	printNodes (std::ostream &os) const
	Prints out the nodal coordinates of this patch to the given stream.

void	printElements (std::ostream &os) const
	Prints out element connections of this patch to the given stream.

virtual void	printElmInfo (int, const IntegrandBase *) const
	Prints out additional app-dependent element information.

virtual void	shiftGlobalNodeNums (int nshift)
	Increase all global node numbers by nshift.

void	setGlobalNodeNums (const IntVec &nodes)
	Sets the global node numbers for this patch.

const IntVec &	getMyNodeNums () const
	Returns the actual global node numbers of this patch.

const IntVec &	getGlobalNodeNums () const
	Returns the global node numbers of this patch.

virtual void	shiftGlobalElmNums (int eshift)
	Increase all global element numbers by eshift.

const IntVec &	getGlobalElementNums () const
	Returns the global element numbers of this patch.

void	setActiveElements (IntVec *active)
	Sets the list of active elements during assembly.

bool	isElementActive (int iel, double time=-1.0) const
	Returns true if element with 0-based index iel is active.

bool	inActive (double time) const
	Returns true if none of the elements in the patch are active.

double	getAge (int iel, double time) const
	Returns the age of the element with 0-based index iel.

bool	isElementInPartition (int iel) const
	Returns true if element is in process partition. More...

const IntVec &	getElementNodes (int iel) const
	Returns the nodal point correspondance array for an element. More...

size_t	getNoElms (bool includeZeroVolElms=false, bool includeXElms=false) const
	Returns the total number of elements in this patch. More...

int	getMaxElmNo () const
	Returns the highest external element number in this patch.

size_t	getNoMPCs () const
	Returns the total number of multi-point constraint equations.

virtual void	getNoIntPoints (size_t &nPt, size_t &nIPt)
	Computes the total number of integration points in this patch.

virtual void	getNoBouPoints (size_t &nPt, char ldim, char lindx)
	Computes the number of boundary integration points in this patch.

BCVec::const_iterator	begin_BC () const
	Returns the beginning of the BCode array.

BCVec::const_iterator	end_BC () const
	Returns the end of the BCode array.

IntMat::const_iterator	begin_elm () const
	Returns the beginning of the MNPC array.

IntMat::const_iterator	end_elm () const
	Returns the end of the MNPC array.

MPCIter	begin_MPC () const
	Returns the beginning of the mpcs set.

MPCIter	end_MPC () const
	Returns the end of the mpcs set.

MPC *	findMPC (int node, int dof) const
	Returns a pointer to the MPC object for a specified slave, if any. More...

bool	isShared () const
	Returns true if this patch shares FE data with another patch.

bool	hasXNodes () const
	Returns true if this patch has additional (extraordinary) nodes.

bool	mergeNodes (size_t inod, int globalNum, bool verbose=true)
	Merges a given node in this patch with a given global node. More...

int	renumberNodes (std::map< int, int > &old2new, int &nNod)
	Renumbers the global node numbers in this patch. More...

bool	renumberNodes (const std::map< int, int > &old2new, const std::vector< int > &new2old={}, int renumGN=0, std::map< int, int > *degenElm=nullptr)
	Renumbers the global node numbers referred by this patch. More...

virtual bool	initConstraints ()
	Initializes the multi-point constraint coefficients.

bool	hasTimeDependentDirichlet (const std::map< int, RealFunc * > &func, const std::map< int, VecFunc * > &vfunc)
	Checks for time-dependent in-homogeneous Dirichlet conditions. More...

virtual bool	transform (const Matrix &)
	Applies a transformation matrix from local to global system.

virtual bool	validateThreadGroups (const SAM *) const
	Validates the threading groups based on the assembly data in SAM.

virtual ElementBlock *	immersedGeometry (char *) const
	Returns an additional geometry to visualize (immersed boundaries).

virtual ElementBlock *	extraGeometry (char *) const
	Returns an additional geometry to visualize (spiders, etc.).

virtual void	filterResults (Matrix &, const ElementBlock *) const
	Filters out result point values that are outside physical domain.

virtual bool	immersedSolution (Matrix &, const Vector &) const
	Evaluates the primary solution at the immersed geometry points.

virtual bool	extraSolution (Matrix &, const Vector &) const
	Evaluates the primary solution at the extra geometry points.

virtual bool	evalSolutionPiola (Matrix &sField, const Vector &locSol, const RealArray *gpar, bool regular) const
	Evaluates the primary solution field with Piola mapping. More...

virtual bool	evalSolution (Matrix &sField, const IntegrandBase &integrand, const IntVec &elements) const
	Evaluates the secondary solution field at element centers. More...

bool	globalL2projection (Matrix &sField, const L2Integrand &integrand, bool continuous=false, bool enforceEnds=false) const
	Projects the secondary solution using a (discrete) global L2-fit. More...

bool	L2projection (Matrix &sField, IntegrandBase *integrand, const TimeDomain &time)
	Projects the secondary solution using a continuous global L2-fit. More...

bool	L2projection (Matrix &fVals, FunctionBase *function, double t=0.0)
	Projects an explicit function using a continuous global L2-fit. More...

bool	L2projection (const std::vector< Matrix * > &fVals, const std::vector< FunctionBase * > &function, double t=0.0)
	Projects explicit functions using a continuous global L2-fit. More...

virtual size_t	getNoRefineNodes () const
	Returns the number of nodes on refinement basis for this patch.

virtual size_t	getNoRefineElms () const
	Returns the number of elements on refinement basis for this patch.

virtual void	extractElmRes (const Vector &globRes, Vector &elmRes, size_t internalFirst=0) const
	Extracts element results for this patch from a global vector. More...

virtual void	extractElmRes (const Matrix &globRes, Matrix &elmRes, size_t internalFirst=0) const
	Extracts element results for this patch from a global vector. More...

bool	extractNodalVec (const RealArray &globVec, RealArray &nodeVec, const int *madof, int ngnod=-1) const
	Extracts nodal results for this patch from the global vector. More...

bool	injectNodalVec (const RealArray &nodeVec, RealArray &globVec, const IntVec &madof, int basis=0) const
	Injects nodal results for this patch into the global vector. More...

bool	add2PC (int slave, int dir, int master, int code=0)
	Creates and adds a two-point constraint to this patch. More...

bool	addMPC (MPC *&mpc, int code=0, bool verbose=false, bool overrideD=false)
	Adds a general multi-point-constraint (MPC) equation to this patch. More...

void	addRigidCouplings (int gMaster, const Vec3 &Xmaster, const IntVec &slaveNodes)
	Adds MPC-equations representing a rigid coupling to this patch. More...

void	constrainPatch (int dof, int code=0)
	Constrains all nodes in the patch. More...

void	constrainNodes (const IntVec &nodes, int dof, int code=0, bool overrideD=false)
	Constrains a list of nodes in the patch. More...

bool	constrainXnode (int node, int dof, int code=0)
	Constrains an extraordinary node in the patch. More...

int	prescribe (size_t inod, int dirs, int code, bool overrideD=false)
	Constrains DOFs in the given node to the given value. More...

int	fix (size_t inod, int dirs=123)
	Constrains DOFs in the given node to zero. More...

bool	isFixed (int node, int dof, bool all=false) const
	Checks if the given DOFs are fixed. More...

Public Member Functions inherited from ASM3D
virtual	~ASM3D ()
	Empty destructor.

ASMbase *	clone (const CharVec &nf=CharVec()) const
	Returns a copy of this patch with identical FE discretization. More...

virtual bool	refine (int dir, const std::vector< double > &xi)=0
	Refines the parametrization by inserting extra knots. More...

virtual bool	getGridParameters (std::vector< double > &prm, int dir, int nSegSpan) const =0
	Calculates parameter values for visualization nodal points. More...

Protected Member Functions
virtual int	getFirstItgElmNode () const
	Returns 0-based index of first node on integration basis.

virtual int	getLastItgElmNode () const
	Returns 0-based index of last node on integration basis.

virtual void	getBoundaryNodes (int lIndex, IntVec &nodes, int basis, int thick, int, bool local) const
	Finds the global (or patch-local) node numbers on a patch boundary. More...

std::array< int, 3 >	getMaxSplineOrder () const
	Returns the maximum spline orders for thread groups calculations.

Protected Member Functions inherited from ASMs3D
bool	integrate (Integrand &integrand, GlobalIntegral &glbInt, const TimeDomain &time, const Real3DMat &itgPts)
	Evaluates an integral over the interior patch domain. More...

virtual void	findBoundaryElms (IntVec &elms, int lIndex, int=0) const
	Finds the patch-local element numbers on a patch boundary. More...

virtual bool	assembleL2matrices (SystemMatrix &A, SystemVector &B, const L2Integrand &integrand, bool continuous) const
	Assembles L2-projection matrices for the secondary solution. More...

bool	connectBasis (int face, ASMs3D &neighbor, int nface, int norient, int basis=1, int slave=0, int master=0, bool coordCheck=true, int thick=1)
	Connects all matching nodes on two adjacent boundary faces. More...

void	getGaussPointParameters (RealArray &uGP, int dir, int nGauss, const double *xi) const
	Extracts parameter values of the Gauss points in one direction. More...

bool	getGrevilleParameters (RealArray &prm, int dir, int basisNum=1) const
	Calculates parameter values for the Greville points. More...

bool	getQuasiInterplParameters (RealArray &prm, int dir) const
	Calculates parameter values for the Quasi-Interpolation points. More...

bool	getElementCoordinatesPrm (Matrix &X, double u, double v, double w) const
	Returns a matrix with nodal coordinates for element spanning given parameters. More...

double	getParametricVolume (int iel) const
	Returns the volume in the parameter space for an element. More...

double	getParametricArea (int iel, int dir) const
	Returns boundary face area in the parameter space for an element. More...

virtual void	getElementBorders (int iel, double *u) const
	Computes the element border parameters. More...

void	getElementBorders (int i1, int i2, int i3, double u, double v, double *w) const
	Computes the element border parameters. More...

double	getElementCorners (int i1, int i2, int i3, std::vector< Vec3 > &XC, RealArray *uC=nullptr) const
	Computes the element corner coordinates. More...

void	getCornerPoints (int i1, int i2, int i3, std::vector< utl::Point > &XC) const
	Computes the element corner coordinates and parameters. More...

void	generateThreadGroups (size_t strip1, size_t strip2, size_t strip3, bool silence, bool ignoreGlobalLM)
	Generates element groups for multi-threading of interior integrals. More...

void	generateThreadGroups (size_t strip1, size_t strip2, size_t strip3, char lIndex, bool silence, bool)
	Generates element groups for multi-threading of boundary integrals. More...

virtual void	changeNumThreads ()
	Hook for changing number of threads.

Protected Member Functions inherited from ASMstruct
	ASMstruct (unsigned char n_p, unsigned char n_s, unsigned char n_f)
	The constructor sets the number of space dimensions and fields. More...

	ASMstruct (const ASMstruct &patch, unsigned char n_f)
	Special copy constructor for sharing of FE data. More...

bool	addXNodes (unsigned short int dim, size_t nXn, IntVec &nodes)
	Adds extraordinary nodes associated with a patch boundary. More...

bool	checkThreadGroups (const std::vector< std::set< int >> &nodes, int group, bool ignoreGlobalLM)
	Performs a sanity check on the thread groups. More...

Protected Member Functions inherited from ASMbase
	ASMbase (unsigned char n_p, unsigned char n_s, unsigned char n_f)
	The constructor sets the number of space dimensions and fields. More...

	ASMbase (const ASMbase &patch, unsigned char n_f)
	Special copy constructor for sharing of FE data. More...

	ASMbase (const ASMbase &patch)
	Default copy constructor, copying everything except neighbors. More...

void	addLocal2GlobalCpl (int iSlave, int master, const Tensor &Tlg)
	Creates constraint equations coupling global DOFs to local DOFs. More...

bool	add3PC (int slave, int dir, int master1, int master2, int code=0)
	Creates and adds a three-point constraint to this patch. More...

bool	addPeriodicity (size_t master, size_t slave, int dir)
	Creates and adds a periodicity constraint to this patch. More...

void	makePeriodic (size_t master, size_t slave, int dirs=123)
	Creates periodicity constraints between two nodes in this patch. More...

void	addNeighbor (ASMbase *pch)
	Adds a patch to the list of neighbors of this patch. More...

bool	createRgdMasterNode (int &gMaster, const Vec3 &Xmaster)
	Creates an additional master node for a rigid coupling. More...

void	addRigidMPC (int gSlave, int gMaster, const Vec3 &dX)
	Adds MPC-equations representing a rigid arm to a 6-DOF node. More...

int	getNoGaussPt (int p, bool neumann=false) const
	Returns the number of Gauss points to use in one direction. More...

int	searchCtrlPt (RealArray::const_iterator cit, RealArray::const_iterator end, const Vec3 &X, int dimension, double tol=0.001) const
	Helper method used by evalPoint to search for a control point. More...

bool	allDofs (int dirs) const
	Returns true if dirs constains all local DOFs in the patch.

bool	writeLagBasis (std::ostream &os, const char *type) const
	Writes a Lagrangian basis to the given stream.

Protected Member Functions inherited from ASM3D
	ASM3D ()
	The constructor is protected to allow objects of sub-classes only.

Protected Attributes
std::vector< std::shared_ptr< Go::SplineVolume > >	m_basis
	Vector of bases.

Protected Attributes inherited from ASMs3D
std::shared_ptr< Go::SplineVolume >	svol
	The actual spline volume object.

bool	swapW
	Has the w-parameter direction been swapped?

const IndexVec &	nodeInd
	IJK-triplets for the control points (nodes)

IndexVec	myNodeInd
	The actual IJK-triplet container.

std::map< size_t, size_t >	xnMap
	Node index map used by getCoord()

std::map< size_t, size_t >	nxMap
	Node index map used by getNodeID()

std::vector< DirichletFace >	dirich
	Inhomogeneous Dirichlet boundary condition data.

ThreadGroups	threadGroupsVol
	Element groups for multi-threaded volume assembly.

std::map< char, ThreadGroups >	threadGroupsFace
	Element groups for multi-threaded face assembly.

std::vector< std::unique_ptr< BasisFunctionCache > >	myCache
	Basis function cache.

Protected Attributes inherited from ASMstruct
std::shared_ptr< Go::GeomObject >	geomB
	Pointer to spline object of the geometry basis.

std::shared_ptr< Go::GeomObject >	projB
	Pointer to spline object of the projection basis.

std::shared_ptr< Go::GeomObject >	projB2
	Pointer to spline object of the secondary projection basis.

ThreadGroups	projThreadGroups
	Element groups for multi-threaded assembly - projection basis.

ThreadGroups	proj2ThreadGroups
	Element groups for multi-threaded assembly - second projection basis.

Protected Attributes inherited from ASMbase
unsigned char	ndim
	Number of parametric dimensions (1, 2 or 3)

unsigned char	nsd
	Number of space dimensions (ndim <= nsd <= 3)

unsigned char	nf
	Number of primary solution fields (1 or larger)

unsigned char	nLag
	Number of Lagrange multipliers per node.

size_t	nel
	Number of regular elements in this patch.

size_t	nnod
	Number of regular nodes in this patch.

const IntVec &	MLGE
	Matrix of Local to Global Element numbers.

const IntVec &	MLGN
	Matrix of Local to Global Node numbers.

const IntMat &	MNPC
	Matrix of Nodal Point Correspondance.

const char	shareFE
	Flag telling whether this patch shares its data with another patch. More...

BCVec	BCode
	Array of Boundary Condition codes.

MPCMap	dCode
	Inhomogeneous Dirichlet condition codes for the MPCs.

MPCSet	mpcs
	All multi-point constraints with the slave in this patch.

IntVec	myMLGE
	The actual Matrix of Local to Global Element numbers.

IntVec	myMLGN
	The actual Matrix of Local to Global Node numbers.

IntMat	myMNPC
	The actual Matrix of Nodal Point Correspondance.

IntVec	myElms
	Elements on patch - used with partitioning.

int	nGauss
	Numerical integration scheme for this patch. More...

size_t	firstEl
	Global index to first element within this patch.

size_t	firstIp
	Global index to first interior integration point.

std::map< char, size_t >	firstBp
	Global indices to first integration point for the Neumann boundaries.

ASMVec	neighbors
	Patches having nodes in common with this one.

std::map< size_t, XYZ >	myRmaster
	Rigid master nodal points.

Additional Inherited Members
Public Types inherited from ASMbase
using	BCVec = std::vector< BC >
	Nodal boundary condition container.

Public Types inherited from ASM3D
typedef std::vector< unsigned char >	CharVec
	Convenience type.

Static Public Member Functions inherited from ASMs3D
static void	scatterInd (int n1, int n2, int n3, int p1, int p2, int p3, const int *start, IntVec &index)
	Auxilliary function for computation of basis function indices.

Static Public Member Functions inherited from ASMbase
static void	resetNumbering (int n=0)
	Resets the global element and node counters.

static int	renumberNodes (const ASMVec &model, std::map< int, int > &old2new)
	Renumbers all global node numbers in the entire model. More...

static void	mergeAndGetAllMPCs (const ASMVec &model, MPCSet &allMPCs)
	Computes the set of all MPC-equations over the whole model. More...

static void	resolveMPCchains (const MPCSet &allMPCs, const ASMVec &model, bool setPtrOnly=false)
	Resolves (possibly multi-level) chaining in MPC-equations. More...

Static Public Member Functions inherited from ASM3D
static ASMbase *	create (ASM::Discretization type, const CharVec &nf, bool mixedFEM=false)
	Creates a three-parametric patch of specified discretization type. More...

static ASMbase *	create (ASM::Discretization type, unsigned char nf=1)
	Creates a three-parametric patch of specified discretization type. More...

Public Attributes inherited from ASMbase
size_t	idx
	Index of this patch in the multi-patch model.

Static Public Attributes inherited from ASMbase
static bool	fixHomogeneousDirichlet = true
	If true, pre-eliminate fixed DOFs.

static int	dbgElm = 0
	One-based element index to print debugging info for.

static double	modelSize = 1.0
	Characteristic model size. More...

Protected Types inherited from ASMbase
using	XYZ = std::array< double, 3 >
	Convenience type definition.

Static Protected Member Functions inherited from ASMbase
static bool	deformedConfig (const Matrix &Xnod, Vectors &eVec, bool force2nd=false)
	Calculates the deformed configuration for current element. More...

static bool	collapseNodes (ASMbase &pch1, int node1, ASMbase &pch2, int node2)
	Collapses the given two nodes into one. More...

Static Protected Member Functions inherited from ASM3D
static double	getElementSize (const std::vector< Vec3 > &XC)
	Returns characteristic element size based on corner coordinates.

Static Protected Attributes inherited from ASMbase
static std::map< int, int >	xNode
	Auxilliary node number map used when establishing Dirichlet constraints.

static int	gEl = 0
	Global element counter.

static int	gNod = 0
	Global node counter.

Private Types inherited from ASMmxBase
enum	MixedType { NONE = 0 , FULL_CONT_RAISE_BASIS1 , REDUCED_CONT_RAISE_BASIS1 , FULL_CONT_RAISE_BASIS2 , REDUCED_CONT_RAISE_BASIS2 , DIV_COMPATIBLE , SUBGRID }
	Enum defining available mixed formulation types. More...

typedef std::vector< std::shared_ptr< Go::SplineSurface > >	SurfaceVec
	Convenience type.

typedef std::vector< std::shared_ptr< Go::SplineVolume > >	VolumeVec
	Convenience type.

Private Member Functions inherited from ASMmxBase
	ASMmxBase (const std::vector< unsigned char > &n_f)
	The constructor sets the number of field variables. More...

void	initMx (const std::vector< int > &MLGN, const int *sysMadof)
	Initializes the patch level MADOF array. More...

void	extractNodeVecMx (const RealArray &glbVec, RealArray &nodVec, int basis) const
	Extracts nodal results for this patch from the global vector. More...

void	injectNodeVecMx (RealArray &glbVec, const RealArray &nodVec, int basis) const
	Injects nodal results for this patch into a global vector. More...

bool	getSolutionMx (Matrix &sField, const Vector &locSol, const std::vector< int > &nodes) const
	Extracts the primary solution field at the specified nodes. More...

Static Private Member Functions inherited from ASMmxBase
static SurfaceVec	establishBases (Go::SplineSurface *surf, MixedType type)
	Establish mixed bases in 2D. More...

static VolumeVec	establishBases (Go::SplineVolume *svol, MixedType type)
	Establish mixed bases in 3D. More...

static Go::SplineSurface *	adjustBasis (const Go::SplineSurface &surf, const std::array< SplineUtils::AdjustOp, 2 > &ops)
	Returns a C^p-1 basis of one degree higher than *surf.

static Go::SplineVolume *	adjustBasis (const Go::SplineVolume &svol, const std::array< SplineUtils::AdjustOp, 3 > &ops)
	Returns a C^p-1 basis of one degree higher than *svol.

Private Attributes inherited from ASMmxBase
bool	piola = false
	True if last used integrand was Piola mapped.

std::vector< size_t >	elem_size
	Number of basis functions per element in each basis.

std::vector< size_t >	nb
	Total number of basis functions in each basis.

std::vector< unsigned char >	nfx
	Number of fields on each basis.

Static Private Attributes inherited from ASMmxBase
static MixedType	Type = ASMmxBase::FULL_CONT_RAISE_BASIS1
	Type of mixed formulation used.

static char	itgBasis = 2
	1-based index of basis representing the integration elements

static bool	includeExtra = false
	True to include extra basis (geometry/projection) as FE basis.

Detailed Description

Driver for assembly of structured 3D spline mixed FE models.

This class implements a two-field mixed formulation with splines as basis functions. The first field is of one order higher than the second field, and its basis is obtained by order-elevating the input spline object once. By default, the geometry is represented by the second (lower order) basis, however, by negating the n_f1 argument to the constructor, the first basis is used instead.

Member Function Documentation

◆ clear()

void ASMs3Dmx::clear ( bool retainGeometry )

virtual

Clears the contents of the patch, making it empty.

Parameters

[in] retainGeometry If true, the spline geometry is not cleared. This is used to reinitialize the patch after it has been refined.

Reimplemented from ASMs3D.

References ASMs3D::clear(), ASMstruct::geomB, m_basis, ASMstruct::projB, separateProjectionBasis(), and ASMs3D::svol.

◆ closeBoundaries()

void ASMs3Dmx::closeBoundaries	(	int	dir,
		int	,
		int
	)

virtual

Makes two opposite boundary faces periodic.

Parameters

[in] dir Parameter direction defining the periodic faces

Reimplemented from ASMs3D.

References ASMs3D::closeBoundaries(), and ASMmxBase::nb.

◆ connectPatch()

bool ASMs3Dmx::connectPatch	(	int	face,
		ASM3D &	neighbor,
		int	nface,
		int	norient,
		int	basis,
		bool	coordCheck,
		int	thick
	)

virtual

Connects all matching nodes on two adjacent boundary faces.

Parameters

[in]	face	Local face index of this patch, in range [1,6]
	neighbor	The neighbor patch
[in]	nface	Local face index of neighbor patch, in range [1,6]
[in]	norient	Relative face orientation flag (see class ASMs3D)
[in]	basis	Which basis to connect, or 0 for all.
[in]	coordCheck	False to disable coordinate checks (periodic connections)
[in]	thick	Thickness of connection

Reimplemented from ASMs3D.

References ASMbase::addNeighbor(), ASMs3D::connectBasis(), ASMmxBase::nb, and ASMs3D::swapW.

◆ evalPoint()

int ASMs3Dmx::evalPoint	(	const double *	xi,
		double *	param,
		Vec3 &	X
	)		const

virtual

Evaluates the geometry at a specified point.

Parameters

[in]	xi	Dimensionless parameters in range [0.0,1.0] of the point
[out]	param	The (u,v,w) parameters of the point in knot-span domain
[out]	X	The Cartesian coordinates of the point

Returns: Local node number within the patch that matches the point, if any; 0 if no node (control point) matches this point

Reimplemented from ASMs3D.

References m_basis, ASMbase::searchCtrlPt(), and ASMs3D::svol.

◆ evalSolution() [1/7]

Go::GeomObject * ASMs3D::evalSolution

Projects the secondary solution field onto the primary basis.

Parameters

[in] integrand Object with problem-specific data and methods

◆ evalSolution() [2/7]

bool ASMs3D::evalSolution

Evaluates the secondary solution field at all visualization points.

Parameters

[out]	sField	Solution field
[in]	integrand	Object with problem-specific data and methods
[in]	npe	Number of visualization nodes over each knot span
[in]	project	Flag indicating result recovery method (0=none, 'D'=direct evaluation, 'S'=superconvergent recovery)

The secondary solution is derived from the primary solution, which is assumed to be stored within the integrand for current patch. If npe is null, the solution is recovered or evaluated at the Greville points and then projected onto the spline basis to obtain the control point values, which then are returned through sField. If npe is not null and project is defined, the solution is also projected onto the spline basis, and then evaluated at the npe points.

◆ evalSolution() [3/7]

bool ASMs3Dmx::evalSolution	(	Matrix &	sField,
		const IntegrandBase &	integrand,
		const RealArray *	gpar,
		bool	regular
	)		const

virtual

Evaluates the secondary solution field at the given points.

Parameters

[out]	sField	Solution field
[in]	integrand	Object with problem-specific data and methods
[in]	gpar	Parameter values of the result sampling points
[in]	regular	Flag indicating how the sampling points are defined

The secondary solution is derived from the primary solution, which is assumed to be stored within the integrand for current patch. When regular is true, it is assumed that the parameter value array gpar forms a regular tensor-product point grid of dimension gpar[0].size() X gpar[1].size() X gpar[2].size(). Otherwise, we assume that it contains the u, v and w parameters directly for each sampling point.

Reimplemented from ASMs3D.

References MxFiniteElement::basis(), ASMmxBase::elem_size, utl::matrixBase< T >::empty(), IntegrandBase::evalSol(), SplineUtils::extractBasis(), utl::matrix< T >::fillColumn(), ASMbase::firstIp, utl::gather(), ASM::GEOMETRY_BASIS, getBasis(), ASMs3D::getNodalCoordinates(), ItgPoint::iGP, ASMmxBase::itgBasis, MxFiniteElement::Jacobian(), m_basis, ASMmxBase::nb, utl::matrix< T >::resize(), ASMs3D::scatterInd(), utl::vector< T >::size(), utl::matrixBase< T >::size(), ASMs3D::svol, ItgPoint::u, ItgPoint::v, and ItgPoint::w.

◆ evalSolution() [4/7]

bool ASMs3D::evalSolution

Evaluates the secondary solution field at the given points.

Parameters

[out]	sField	Solution field
[in]	integrand	Object with problem-specific data and methods
[in]	gpar	Parameter values of the result sampling points
[in]	regular	Flag indicating how the sampling points are defined

The secondary solution is derived from the primary solution, which is assumed to be stored within the integrand for current patch. When regular is true, it is assumed that the parameter value array gpar forms a regular tensor-product point grid of dimension gpar[0].size() X gpar[1].size() X gpar[2].size(). Otherwise, we assume that it contains the u, v and w parameters directly for each sampling point.

◆ evalSolution() [5/7]

bool ASMs3D::evalSolution

Evaluates the primary solution field at all visualization points.

Parameters

[out]	sField	Solution field
[in]	locSol	Solution vector in DOF-order
[in]	npe	Number of visualization nodes over each knot span
[in]	n_f	If nonzero, mixed evaluates n_f fields on first basis
[in]	piola	If true, use piola mapping

◆ evalSolution() [6/7]

bool ASMs3Dmx::evalSolution	(	Matrix &	sField,
		const Vector &	locSol,
		const RealArray *	gpar,
		bool	regular,
		int	deriv,
		int	nf
	)		const

virtual

Evaluates the primary solution field at the given points.

Parameters

[out]	sField	Solution field
[in]	locSol	Solution vector local to current patch
[in]	gpar	Parameter values of the result sampling points
[in]	regular	Flag indicating how the sampling points are defined
[in]	deriv	Derivative order to return
[in]	nf	If non-zero evaluates nf fields on first basis

When regular is true, it is assumed that the parameter value array gpar forms a regular tensor-product point grid of dimension gpar[0].size() X gpar[1].size() X gpar[2].size(). Otherwise, we assume that it contains the u, v and w parameters directly for each sampling point.

Reimplemented from ASMs3D.

References utl::vector< T >::begin(), Lagrange::computeBasis(), utl::vector< T >::end(), utl::matrix< T >::fillColumn(), utl::gather(), m_basis, utl::matrix< T >::multiply(), ASMmxBase::nb, ASMbase::nf, ASMmxBase::nfx, utl::vector< T >::push_back(), utl::matrix< T >::resize(), ASMs3D::scatterInd(), and utl::vector< T >::size().

◆ evalSolution() [7/7]

bool ASMs3D::evalSolution

Evaluates the primary solution field at the given points.

Parameters

[out]	sField	Solution field
[in]	locSol	Solution vector local to current patch
[in]	gpar	Parameter values of the result sampling points
[in]	regular	Flag indicating how the sampling points are defined
[in]	deriv	Derivative order to return

When regular is true, it is assumed that the parameter value array gpar forms a regular tensor-product point grid of dimension gpar[0].size() X gpar[1].size() X gpar[2].size(). Otherwise, we assume that it contains the u, v and w parameters directly for each sampling point.

◆ extractNodeVec()

void ASMs3Dmx::extractNodeVec	(	const RealArray &	globVec,
		RealArray &	nodeVec,
		unsigned char	,
		int	basis
	)		const

virtual

Extracts nodal results for this patch from the global vector.

Parameters

[in]	globVec	Global solution vector in DOF-order
[out]	nodeVec	Nodal result vector for this patch
[in]	basis	Which basis (or 0 for both) to extract nodal values for

Reimplemented from ASMbase.

References ASMmxBase::extractNodeVecMx().

◆ generateFEMTopology()

bool ASMs3Dmx::generateFEMTopology ( )

virtual

Generates the finite element topology data for the patch.

The data generated are the element-to-node connectivity array, the node-to-IJ-index array, as well as global node and element numbers.

Reimplemented from ASMs3D.

References ASMmxBase::adjustBasis(), ASMmxBase::DIV_COMPATIBLE, ASMmxBase::elem_size, ASMmxBase::establishBases(), ASMbase::firstEl, ASMmxBase::FULL_CONT_RAISE_BASIS1, ASMmxBase::FULL_CONT_RAISE_BASIS2, ASMbase::gEl, ASMstruct::geomB, getBasis(), getFirstItgElmNode(), ASMbase::gNod, ASMmxBase::includeExtra, ASM::INTEGRATION_BASIS, ASMmxBase::itgBasis, m_basis, ASMbase::myMLGE, ASMbase::myMLGN, ASMbase::myMNPC, ASMs3D::myNodeInd, ASMmxBase::nb, ASMbase::nel, ASMbase::nnod, ASMs3D::nodeInd, ASMmxBase::NONE, ASMstruct::projB, ASMstruct::projB2, SplineUtils::Raise, ASMmxBase::REDUCED_CONT_RAISE_BASIS1, ASMmxBase::REDUCED_CONT_RAISE_BASIS2, ASMbase::shareFE, ASMmxBase::SUBGRID, ASMs3D::svol, and ASMmxBase::Type.

◆ generateThreadGroups() [1/2]

void ASMs3Dmx::generateThreadGroups	(	char	lIndex,
		bool	silence,
		bool
	)

virtual

Generates element groups for multi-threading of boundary integrals.

Parameters

[in]	lIndex	Local index [1,6] of the boundary face
[in]	silence	If true, suppress threading group outprint

Reimplemented from ASMs3D.

References ASMs3D::generateThreadGroups(), getMaxSplineOrder(), ASMbase::nel, and ASMs3D::threadGroupsFace.

◆ generateThreadGroups() [2/2]

void ASMs3Dmx::generateThreadGroups	(	const Integrand &	integrand,
		bool	silence,
		bool	ignoreGlobalLM
	)

virtual

Generates element groups for multi-threading of interior integrals.

Parameters

[in]	integrand	Object with problem-specific data and methods
[in]	silence	If true, suppress threading group outprint
[in]	ignoreGlobalLM	If true ignore global multipliers in sanity check

Reimplemented from ASMs3D.

References ASMs3D::generateThreadGroups(), getMaxSplineOrder(), ASMbase::nel, ThreadGroups::oneGroup(), ThreadGroups::stripDir, and ASMs3D::threadGroupsVol.

◆ getBoundary()

Go::SplineSurface * ASMs3Dmx::getBoundary	(	int	dir,
		int	basis = `1`
	)

virtual

Returns the spline curve representing a boundary of this patch.

Parameters

[in]	dir	Parameter direction defining which boundary to return
[in]	basis	The basis to get the boundary for

Reimplemented from ASMs3D.

References m_basis.

◆ getBoundaryNodes()

void ASMs3Dmx::getBoundaryNodes	(	int	lIndex,
		IntVec &	nodes,
		int	basis,
		int	thick,
		int	,
		bool	local
	)		const

protectedvirtual

Finds the global (or patch-local) node numbers on a patch boundary.

Parameters

[in]	lIndex	Local index of the boundary edge
	nodes	Array of node numbers
[in]	basis	Which basis to grab nodes for (0 for all)
[in]	thick	Thickness of connection
[in]	local	If true return patch-local node numbers

Reimplemented from ASMs3D.

References ASMs3D::getBoundaryNodes(), and m_basis.

◆ getCoord()

Vec3 ASMs3Dmx::getCoord ( size_t inod ) const

virtual

Returns the global coordinates for the given node.

Parameters

[in] inod 1-based node index local to current patch

Reimplemented from ASMs3D.

References K, m_basis, ASMbase::MLGN, ASMmxBase::nb, ASMs3D::nodeInd, and ASMs3D::xnMap.

◆ getNodalDOFs()

unsigned char ASMs3Dmx::getNodalDOFs ( size_t inod ) const

virtual

Returns the number of DOFs per node.

Parameters

[in] inod 1-based node index local to current patch

Reimplemented from ASMbase.

References ASMbase::isLMn(), ASMmxBase::nb, ASMmxBase::nfx, and ASMbase::nLag.

◆ getNodeType()

char ASMs3Dmx::getNodeType ( size_t inod ) const

virtual

Returns the classification of a node.

Parameters

[in] inod 1-based node index local to current patch

Reimplemented from ASMbase.

References ASMbase::isLMn(), and ASMmxBase::nb.

◆ getSize()

bool ASMs3Dmx::getSize	(	int &	n1,
		int &	n2,
		int &	n3,
		int	basis
	)		const

virtual

Returns the number of nodal points in each parameter direction.

Parameters

[out]	n1	Number of nodes in first (u) direction
[out]	n2	Number of nodes in second (v) direction
[out]	n3	Number of nodes in third (w) direction
[in]	basis	Which basis to return size parameters for

Reimplemented from ASMs3D.

References ASMs3D::getSize(), and m_basis.

◆ getSolution()

bool ASMs3Dmx::getSolution	(	Matrix &	sField,
		const Vector &	locSol,
		const IntVec &	nodes
	)		const

virtual

Extract the primary solution field at the specified nodes.

Parameters

[out]	sField	Solution field
[in]	locSol	Solution vector local to current patch
[in]	nodes	1-based local node numbers to extract solution for

Reimplemented from ASMbase.

References ASMmxBase::getSolutionMx().

◆ injectNodeVec()

bool ASMs3Dmx::injectNodeVec	(	const RealArray &	nodeVec,
		RealArray &	globVec,
		unsigned char	,
		int	basis
	)		const

virtual

Injects nodal results for this patch into a global vector.

Parameters

[in]	nodeVec	Nodal result vector for this patch
[out]	globVec	Global solution vector in DOF-order
[in]	basis	Which basis (or 0 for both) to extract nodal values for

Reimplemented from ASMbase.

References ASMmxBase::injectNodeVecMx().

◆ integrate() [1/3]

bool ASMs3Dmx::integrate	(	Integrand &	integrand,
		GlobalIntegral &	glbInt,
		const TimeDomain &	time
	)

virtual

Evaluates an integral over the interior patch domain.

Parameters

	integrand	Object with problem-specific data and methods
	glbInt	The integrated quantity
[in]	time	Parameters for nonlinear/time-dependent simulations

Reimplemented from ASMs3D.

References GlobalIntegral::assemble(), Vec4::assign(), MxFiniteElement::basis(), ASM::cachePolicy, BasisFunctionCache< Dim >::clear(), BasisFunctionCache< Dim >::coord(), LocalIntegral::destruct(), FiniteElement::detJxW, ASMmxBase::elem_size, Integrand::ELEMENT_CORNERS, ItgPoint::eta, Integrand::evalIntMx(), Integrand::finalizeElement(), ASMbase::firstEl, ASMbase::firstIp, FiniteElement::G, Integrand::G_MATRIX, ASM::GEOMETRY_BASIS, getBasis(), ASMs3D::getElementCoordinates(), ASMs3D::getElementCorners(), utl::getGmat(), Integrand::getIntegrandType(), Integrand::getLocalIntegral(), getNoBasis(), BasisFunctionCache< Dim >::getParam(), ASMs3D::getParametricVolume(), FiniteElement::h, MxFiniteElement::Hessian(), ItgPoint::idx, ItgPoint::iel, ItgPoint::iGP, Integrand::initElement(), ASMmxBase::itgBasis, MxFiniteElement::Jacobian(), m_basis, ASMbase::MLGE, ASMbase::MNPC, ASMs3D::myCache, ASMbase::myElms, ASMmxBase::nb, ASMbase::nel, BasisFunctionCache< Dim >::nGauss(), ThreadGroups::oneStripe(), ASM::PRE_CACHE, PROFILE2, LocalIntegral::ref(), Integrand::SECOND_DERIVATIVES, ThreadGroups::size(), ASMs3D::svol, TimeDomain::t, ASMs3D::threadGroupsVol, GlobalIntegral::threadSafe(), ItgPoint::u, ItgPoint::v, ItgPoint::w, BasisFunctionCache< Dim >::weight(), FiniteElement::XC, ItgPoint::xi, and ItgPoint::zeta.

◆ integrate() [2/3]

bool ASMs3Dmx::integrate	(	Integrand &	integrand,
		GlobalIntegral &	glbInt,
		const TimeDomain &	time,
		const ASM::InterfaceChecker &	iChk
	)

virtual

Evaluates an integral over element interfaces in the patch.

Parameters

	integrand	Object with problem-specific data and methods
	glbInt	The integrated quantity
[in]	time	Parameters for nonlinear/time-dependent simulations
[in]	iChk	Object checking if an element interface has contributions

Reimplemented from ASMs3D.

References GlobalIntegral::assemble(), Vec4::assign(), MxFiniteElement::basis(), LocalIntegral::destruct(), FiniteElement::detJxW, ASMmxBase::elem_size, Integrand::ELEMENT_CORNERS, ItgPoint::eta, Integrand::evalIntMx(), SplineUtils::extractBasis(), Integrand::finalizeElement(), ASMbase::firstEl, ASM::GEOMETRY_BASIS, getBasis(), Integrand::getBouIntegrationPoints(), GaussQuadrature::getCoord(), ASMs3D::getElementBorders(), ASMs3D::getElementCoordinates(), ASMs3D::getElementCorners(), Integrand::getIntegrandType(), Integrand::getLocalIntegral(), ASMs3D::getParametricArea(), GaussQuadrature::getWeight(), FiniteElement::h, ASM::InterfaceChecker::hasContribution(), ItgPoint::idx, ItgPoint::iel, ItgPoint::iGP, Integrand::initElement(), Integrand::INTERFACE_TERMS, ASMbase::isElementInPartition(), ASMmxBase::itgBasis, MxFiniteElement::Jacobian(), m_basis, ASMbase::MLGE, ASMbase::MNPC, ASMbase::myElms, ASMmxBase::nb, ASMbase::nel, ASMbase::nGauss, Integrand::NORMAL_DERIVS, FiniteElement::p, PROFILE2, LocalIntegral::ref(), ASMs3D::svol, TimeDomain::t, ItgPoint::u, ItgPoint::v, LocalIntegral::vec, ItgPoint::w, FiniteElement::XC, ItgPoint::xi, and ItgPoint::zeta.

◆ integrate() [3/3]

bool ASMs3Dmx::integrate	(	Integrand &	integrand,
		int	lIndex,
		GlobalIntegral &	glbInt,
		const TimeDomain &	time
	)

virtual

Evaluates a boundary integral over a patch edge.

Parameters

	integrand	Object with problem-specific data and methods
[in]	lIndex	Local index of the boundary edge
	glbInt	The integrated quantity
[in]	time	Parameters for nonlinear/time-dependent simulations

Reimplemented from ASMs3D.

References GlobalIntegral::assemble(), Vec4::assign(), MxFiniteElement::basis(), LocalIntegral::destruct(), FiniteElement::detJxW, ASMmxBase::elem_size, Integrand::ELEMENT_CORNERS, ItgPoint::eta, Integrand::evalBouMx(), SplineUtils::extractBasis(), Integrand::finalizeElementBou(), ASMbase::firstBp, ASMbase::firstEl, ASM::GEOMETRY_BASIS, getBasis(), GaussQuadrature::getCoord(), ASMs3D::getElementCoordinates(), ASMs3D::getElementCorners(), SplineUtils::getGaussParameters(), Integrand::getIntegrandType(), Integrand::getLocalIntegral(), ASMs3D::getParametricArea(), GaussQuadrature::getWeight(), FiniteElement::h, ItgPoint::idx, ItgPoint::iel, ItgPoint::iGP, Integrand::initElementBou(), ASMmxBase::itgBasis, MxFiniteElement::Jacobian(), m_basis, ASMbase::MLGE, ASMbase::MNPC, ASMbase::myElms, ASMmxBase::nb, ASMbase::nGauss, PROFILE2, LocalIntegral::ref(), Integrand::setNeumannOrder(), ThreadGroups::size(), ASMs3D::svol, TimeDomain::t, ASMs3D::threadGroupsFace, ItgPoint::u, ItgPoint::v, ItgPoint::w, FiniteElement::XC, ItgPoint::xi, and ItgPoint::zeta.

The documentation for this class was generated from the following files:

src/ASM/ASMs3Dmx.h
src/ASM/ASMs3Dmx.C

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ clear()

◆ closeBoundaries()

◆ connectPatch()

◆ evalPoint()

◆ evalSolution() [1/7]

◆ evalSolution() [2/7]

◆ evalSolution() [3/7]

◆ evalSolution() [4/7]

◆ evalSolution() [5/7]

◆ evalSolution() [6/7]

◆ evalSolution() [7/7]

◆ extractNodeVec()

◆ generateFEMTopology()

◆ generateThreadGroups() [1/2]

◆ generateThreadGroups() [2/2]

◆ getBoundary()

◆ getBoundaryNodes()

◆ getCoord()

◆ getNodalDOFs()

◆ getNodeType()

◆ getSize()

◆ getSolution()

◆ injectNodeVec()

◆ integrate() [1/3]

◆ integrate() [2/3]

◆ integrate() [3/3]