TexGen Namespace Reference

Namespace containing a series of customised math operations not found in the standard c++ library. More...

Classes
class	CAdjustMeshInterference
	Class used to adjust small interferences in the fibre volume mesh. More...
class	CBasicVolumes
	Class for meshing fabric unit cells. More...
class	CBendingPeriodicBoundaries
	Class used to generate Abaqus input file for periodic boundary conditions for a unit cell in tension and bending. More...
class	CDomain
	Abstract base class representing the domain in which a textile cell may lie. More...
class	CDomainPlanes
	Domain implementation described using planes, the simplest of which would be a box. More...
class	CDomainPrism
	Domain implementation described using extrusion of a polygon outline. More...
class	CElement
	Base class for representing finite elements. More...
class	CElementsOctree
	Class to assist in storing mesh elements in an octree. More...
class	CElementTri
	Base class for representing triangular elements. More...
class	CElementTriBending
	Triangular element which represents yarn bending. More...
class	CElementTriTension
	Triangular element which represents fibre tension. More...
class	CExporter
	Class to re-create geometry in OpenCASCADE and in turn export to IGES or STEP. More...
class	CFibreDistribution
	Abstract base class that defines how the fibres are distributed within a yarn. More...
class	CFibreDistribution1DQuad
	Fibre volume fraction is defined as a quadratic equation varying only along the X axis. More...
class	CFibreDistributionConst
	Fibre volume fraction is constant throughout the yarn. More...
class	CGeometrySolver
	Class for creating realistic fabric geometry using FE. More...
class	CInterpolation
	Abstract base class for describing the yarn path interpolations. More...
class	CInterpolationAdjusted
	Bezier interpolation for yarn paths. More...
class	CInterpolationBezier
	Bezier interpolation for yarn paths. More...
class	CInterpolationCubic
	Cubic spline interpolation for yarn paths. More...
class	CInterpolationLinear
	Bezier interpolation for yarn paths. More...
class	CLinearTransformation
	Represents a linear transformation as a 3x3 matrix. More...
class	CLogger
	Abstract base class to act as an interface between texgen and the logger. More...
class	CLoggerNull
	Logger used to send all log and error messages into a black hole. More...
class	CLoggerScreen
	Logger used to print all log and error messages to the screen. More...
class	CLogIndent
	Class to handle log indenting. More...
class	CMaterial
	Abstract base class to represent a material definition. More...
class	CMatrix
	Class to represent a matrix and perform various operations on it. More...
class	CMesh
	Defines the nodes and elements of a surface or volume mesh. More...
class	CMeshData
class	CMeshDataBase
class	CMeshDomainPlane
class	CMesher
	Class for meshing fabric unit cells. More...
class	CMesherBase
class	CMeshIntersectionData
	Class which holds the information related to each intersection point, used for adjusting the mesh. More...
class	CNode
	Represents a point on the centreline of a yarn. More...
class	CObjectContainer
	Object container to help handle memory management issues. More...
class	COctreeAgentElement
	Octree agent used to add elements to an octree. More...
class	COctreeAgentNode
	Octree agent used to add indexed nodes to an octree. More...
class	COctreeVisitorElementNearLine
	Octree visitor used to get a list of elements near given line. More...
class	COctreeVisitorMergeNodes
	Octree visitor used to merge nodes together within a given tolerance. More...
class	COctreeVoxelMesh
	Class used to generate octree-refine voxel mesh for output to ABAQUS. More...
struct	COLOR
class	CPatternDraft
class	CPeriodicBoundaries
	Class used to generate Abaqus output for periodic boundary conditions. More...
class	CPrismVoxelMesh
	Class used to generate voxel mesh of prism domain for output to ABAQUS. More...
class	CProperties
	Class to store properties related to a textile and/or yarn. More...
class	CPropertiesTextile
	Class to store properties related to a textile. More...
class	CPropertiesYarn
	Class to store properties related to a textile. More...
class	CProperty
class	CRectangularVoxelMesh
	Class used to generate voxel mesh for output to ABAQUS. More...
class	CReedData
class	CRotatedPeriodicBoundaries
	Class used to generate Abaqus input file for periodic boundary conditions for a textile with rotated domain. More...
class	CRotatedVoxelMesh
	Class used to generate voxel mesh of rotated domain for output to ABAQUS. More...
class	CSection
	Abstract base class respresenting a yarn cross-section. More...
class	CSectionBezier
	Section made up of bezier curves. More...
class	CSectionEllipse
	Elliptical Section. More...
class	CSectionHybrid
	Hybrid of any number of other sections. More...
class	CSectionLenticular
	Lenticular Section. More...
class	CSectionMesh
	Abstract base class to create a 2D mesh of a section. More...
class	CSectionMeshRectangleSection
	Create a rectangular mesh, the number of layers can be specified or set as -1 for automatic determination. More...
class	CSectionMeshRectangular
	Create a rectangular mesh, the number of layers can be specified or set as -1 for automatic determination. More...
class	CSectionMeshTriangulate
	Creates a mesh of a section using open source package triangle http://www.cs.cmu.edu/~quake/triangle.html. More...
class	CSectionPolygon
	Creates a polygonal section, where a list of points are given to form the closed polygon. More...
class	CSectionPowerEllipse
	Power ellipse section. More...
class	CSectionRectangle
	Rectangle section. More...
class	CSectionRotated
	Section which represents a rotation of another section angle given in radians. More...
class	CSectionScaled
	Section which represents a scaled version of another section. More...
class	CShearedPeriodicBoundaries
	Class used to generate Abaqus input file for periodic boundary conditions for a textile with sheared domain. Note that equations are only valid for xy shear. More...
class	CShearedTextileWeave2D
	Respresents a 2d woven textile with shear applied. More...
class	CShearedVoxelMesh
	Class used to generate voxel mesh for output to ABAQUS. More...
class	CShellElementExport
	Class for exporting surface mesh to ABAQUS. More...
class	CSimulation
	Represents a textile cell containing yarns. More...
class	CSimulationAbaqus
	Class used to generate an abaqus input deck for textile mechanics simulations. More...
class	CSingleton
	Template used as a base class for creating singletons. More...
class	CSlaveNode
	A derivation of the CNode class which contains data specific to slave nodes such as sections. More...
class	CStaggeredPeriodicBoundaries
	Class used to generate Abaqus input file for periodic boundary conditions for a textile with staggered offset. Gives reduced unit cell size. More...
class	CStaggeredVoxelMesh
	Class used to generate voxel mesh for output to ABAQUS where a reduced unit cell is obtained by use of a staggered offset repeat. More...
class	CSurfaceMesh
	Class which generates a surface mesh with triangulated domain boundaries. More...
class	CTetgenMesh
	Class which tetrahedralizes a textile using Tetgen software. More...
class	CTexGen
	Singleton class holding the Textiles in a database. More...
class	CTexGenRenderer
	Used for rendering stuff using VTK http://www.vtk.org/. More...
class	CTextile
	Represents a textile cell containing yarns. More...
class	CTextile3DWeave
	Represents a 3D woven textile. More...
class	CTextileAngleInterlock
	Represents a 3D angle interlock woven textile. More...
class	CTextileDecoupledLToL
class	CTextileDeformer
	A virtual base class which can be used to deform textiles. More...
class	CTextileDeformerVolumeMesh
	Deform the geometry of a textile given a volume mesh. More...
class	CTextileLayered
	Represents a textile made up from several layers of weaves. More...
class	CTextileLayerToLayer
class	CTextileMaterials
class	CTextileOffsetAngleInterlock
	Represents a 3D angle interlock woven textile. More...
class	CTextileOrthogonal
	Represents a 3D orthogonal woven textile. More...
class	CTextileWeave
	Represents a woven textile. More...
class	CTextileWeave2D
	Respresents a 2d woven textile. More...
class	CTextileWeave3D
	Respresents a 3d woven textile. More...
class	CTimer
	Class used to meaure the amount of time it takes to perform a certain task. More...
class	CUMAT
	Represents a UMAT material definition. More...
class	CVoxelMesh
	Class used to generate voxel mesh for output to ABAQUS. More...
class	CWeakPointer
	Weak pointer that acts as normal pointer except when copied. More...
class	CYarn
	Represents a yarn consisting of master nodes, section and interpolation function. More...
class	CYarnSection
	Abstract base class used to define the sections along the length of a yarn. More...
class	CYarnSectionAdjusted
	Bezier interpolation for yarn paths. More...
class	CYarnSectionConstant
	Creates a section which is constant all along the yarn. More...
class	CYarnSectionInterp
	Abstract base class to handle interpolation for derived classes. More...
class	CYarnSectionInterpNode
	Creates a section which is linearly interpolated between sections defined at the nodes. More...
class	CYarnSectionInterpPosition
	Interpolate sections between arbritrary positions along the length of the yarn. More...
struct	ELEMENT_INDICES
struct	LessPairDoubleInt
	Used to sort double-int pairs. More...
struct	LessPairDoubleObjectRef
	Used to sort double-objectref pairs. More...
struct	LessPairDoubleXYZ
	Used to sort double-XYZ pairs. More...
struct	MESH_ELEMENT
	Elements of a given, is used in conjunction with COctreeAgentElement. More...
struct	MESHER_ELEMENT_DATA
struct	PLANE
	Struct for representing a Plane. More...
struct	PLANEPARAMS
	Structure which contains information for transformation from 3D to 2D plane. More...
struct	POINT_INFO
	Structure used to retreive information about a particular point in space. More...
struct	PROP_IMAGE_INFO
struct	PROP_INFO
struct	PROP_NODE_INFO
struct	PROP_YARN_INFO
struct	WXYZ
	Struct for representing a quaternion. More...
struct	XY
	Struct for representing points in 2D space. More...
struct	XYZ
	Struct for representing points in 3D space. More...
struct	YARN_POSITION_INFORMATION
	Structure used to represent the position along the length of a yarn. More...
struct	YARNDATA
	Data structure to keep track of yarn parameters. More...

Typedefs
typedef int	PATTERN3D
typedef bool	PATTERN2D

Enumerations
enum	FACE {   FACE_A , FACE_B , FACE_C , FACE_D ,   FACE_E , FACE_F }
enum	OUTPUT_TYPE { OUTPUT_MINIMAL , OUTPUT_STANDARD , OUTPUT_FULL }
enum	EXPORT_TYPE { INP_EXPORT , VTU_EXPORT , SCIRUN_EXPORT }
enum	DOMAIN_TYPE { BOX_DOMAIN , SHEARED_DOMAIN , ROTATED_DOMAIN , PRISM_DOMAIN }
enum	PERIODIC_BOUNDARY_CONDITIONS {   MATERIAL_CONTINUUM , SINGLE_LAYER_RVE , STAGGERED_BC , SHEARED_BC ,   ROTATED_BC , BENDING_BC , NO_BOUNDARY_CONDITIONS }
enum	{ PATTERN3D_YYARN , PATTERN3D_XYARN , PATTERN3D_NOYARN }
enum	{ WARP , BINDER , WEFT }
enum	{ BOTTOM_TO_TOP , TOP_TO_BOTTOM , ALTERNATE_WEFT_STACK }
enum	{ PATTERN_XYARN = 1 , PATTERN_YYARN = 0 }

Functions
CLogger &	GetLogger ()
ostream &	operator<< (ostream &output, CMatrix &Matrix)
CMatrix	ConvertRotation (WXYZ Q)
XYZ	operator* (const CMatrix &Transform, const XYZ &Vector)
COLOR	GetIndexedColor (int iIndex)
void	CopyToRange (vector< XYZ > &Offsets, XYZ Vector, int iLowerLimit, int iUpperLimit)
double	ConvertUnits (double dValue, std::string SourceUnits, std::string TargetUnits)
bool	CompatibleUnits (std::string SourceUnits, std::string TargetUnits, std::string *pErrorMessage)
std::string	ReduceUnits (std::string Units)
void	AddNewUnits (std::string NewUnit, std::string BaseUnits)
std::string	StripPath (std::string Filename)
	Strip the path from the filename (e.g. "c:\folder\file.ext -> file.ext") More...
void	AddExtensionIfMissing (std::string &Filename, std::string Extension)
	Adds an extension to the filename if it is missing otherwise do nothing (e.g. picture -> picture.png) More...
std::string	RemoveExtension (std::string &Filename, std::string Extension)
	Strip the extension from the filename. More...
std::string	ReplaceFilenameSpaces (std::string Filename)
	Replaces spaces in filename with underscore. More...
void	WriteOrientationsHeader (std::ostream &Output)
	Write orientations header for ABAQUS .ori files. More...
void	WriteElementsHeader (std::ostream &Output)
	Write elements header for ABAQUS .eld files. More...
template<typename T >
std::string	stringify (const T &x, int iPrecision=12, bool bScientific=true)
	Function to convert a value (e.g. int, double, etc...) to a string. More...
template<typename T >
T	valueify (const std::string &x)
	Function to convert a string to a value (e.g. int, double, etc...) More...
template<typename T >
T	valueify (const char *x)
	Function to convert a string to a value (e.g. int, double, etc...) More...
template<typename T >
T	GetInterpedValue (const std::vector< std::pair< double, T > > &InterpValues, double fraction)
	Get an interpolated value. More...
template<typename T >
std::pair< double, std::pair< T, T > >	GetClosestValues (const std::vector< std::pair< double, T > > &InterpValues, double fraction)
	Get the two closest values to fraction in the vector InterpValues. More...
void	GetMinMaxXY (const std::vector< XY > &Points, XY &Min, XY &Max)
template<typename T >
void	WriteValues (std::ostream &Output, T &Values, int iMaxPerLine)
XY	Convert (const XYZ &Val)
bool	operator== (const XYZ &left, const XYZ &right)
bool	operator== (const XYZ &left, const double &value)
bool	operator== (const XYZ &left, const int &value)
WXYZ	operator+ (const WXYZ &left, const WXYZ &right)
XYZ	operator+ (const XYZ &left, const XYZ &right)
XY	operator+ (const XY &left, const XY &right)
WXYZ &	operator+= (WXYZ &left, const WXYZ &right)
XYZ &	operator+= (XYZ &left, const XYZ &right)
XY &	operator+= (XY &left, const XY &right)
WXYZ	operator- (const WXYZ &left, const WXYZ &right)
XYZ	operator- (const XYZ &left, const XYZ &right)
XY	operator- (const XY &left, const XY &right)
WXYZ &	operator-= (WXYZ &left, const WXYZ &right)
XYZ &	operator-= (XYZ &left, const XYZ &right)
XY &	operator-= (XY &left, const XY &right)
WXYZ	operator* (const WXYZ &left, const WXYZ &right)
	Grassmann product multiplication between two quaternions. More...
XYZ	operator* (const XYZ &left, const XYZ &right)
XY	operator* (const XY &left, const XY &right)
XYZ	operator/ (const XYZ &left, const XYZ &right)
	Do a simple divide of all members, perhaps not mathematically correct but usefull. More...
WXYZ &	operator*= (WXYZ &left, const WXYZ &right)
	Grassmann product multiplication between two quaternions. More...
XYZ &	operator*= (XYZ &left, const XYZ &right)
XY &	operator*= (XY &left, const XY &right)
XYZ	operator* (const XYZ &left, const double &right)
XYZ	operator* (const XYZ &left, const float &right)
XYZ	operator* (const XYZ &left, const int &right)
XY	operator* (const XY &left, const double &right)
XYZ	operator* (const double &left, const XYZ &right)
XYZ	operator* (const float &left, const XYZ &right)
XYZ	operator* (const int &left, const XYZ &right)
XY	operator* (const double &left, const XY &right)
XYZ	operator/ (const XYZ &left, const double &right)
XY	operator/ (const XY &left, const double &right)
WXYZ &	operator/= (WXYZ &left, const double &right)
XYZ &	operator/= (XYZ &left, const double &right)
XY &	operator/= (XY &left, const double &right)
XYZ &	operator*= (XYZ &left, const double &right)
XY &	operator*= (XY &left, const double &right)
XYZ	operator/ (const XYZ &left, const int &right)
std::ostream &	operator<< (std::ostream &output, const WXYZ &Quat)
std::ostream &	operator<< (std::ostream &output, const XYZ &Vector)
std::ostream &	operator<< (std::ostream &output, const XY &Vector)
std::istream &	operator>> (std::istream &input, WXYZ &Quat)
std::istream &	operator>> (std::istream &input, XYZ &Vector)
std::istream &	operator>> (std::istream &input, XY &Vector)
double	DotProduct (const XYZ &left, const XYZ &right)
	Get the dot product of two vectors. More...
double	DotProduct (const XY &left, const XY &right)
	Get the dot product of two vectors. More...
XYZ	CrossProduct (const XYZ &left, const XYZ &right)
	Get the cross product of two vectors. More...
double	RandomNumber (double dMin, double dMax)
	Generate a random number between the limits given. More...
double	GetLength (const XYZ &Point1, const XYZ &Point2)
	Get the length between two points. More...
double	GetLengthSquared (const XYZ &Point1, const XYZ &Point2)
	Get the length squared between two points. More...
double	GetLength (const XY &Point1, const XY &Point2)
	Get the length between two points. More...
double	GetLengthSquared (const XY &Point1, const XY &Point2)
	Get the length squared between two points. More...
double	GetLength (const WXYZ &Quaternion)
	Get the length of a quaternion. More...
double	GetLength (const XYZ &Vector)
	Get the length of a vector. More...
double	GetLength (const XY &Vector)
	Get the length of a vector. More...
double	GetLengthSquared (const XYZ &Point)
	Get the length squared of a vector. More...
double	GetLengthSquared (const XY &Point)
	Get the length squared of a vector. More...
WXYZ &	Normalise (WXYZ &Quaternion)
	Normalise the quaternion and return it. More...
XYZ &	Normalise (XYZ &Vector)
	Normalise the vector and return it. More...
XY &	Normalise (XY &Vector)
	Normalise the vector and return it. More...
double	Max (XYZ &Vector)
	Get maximum element of vector and return it. More...
XYZ	operator* (const WXYZ &left, const XYZ &right)
	Rotate a vector by given Quaternion. More...
bool	SphereSphereIntersect (const XYZ &p1, const XYZ &p2, double dRadii)
	Check if two spheres intersect given their center points and combined radii. More...
XYZ	ShortestDistPointLine (const XYZ &Point, const XYZ &LineStart, const XYZ &LineEnd, double &dU)
bool	SphereCylinderIntersect (const XYZ &Point, const XYZ &LineStart, const XYZ &LineEnd, double dRadii, double *pdUReturn=NULL)
bool	LineLineIntersect2D (const XY &p1, const XY &p2, const XY &p3, const XY &p4, double &dU1, double &dU2)
bool	ShortestDistLineLine (const XYZ &p1, const XYZ &p2, const XYZ &p3, const XYZ &p4, double &dU1, double &dU2, XYZ &pa, XYZ &pb)
bool	RoundedCylinderIntersect (const XYZ &p1, const XYZ &p2, const XYZ &p3, const XYZ &p4, double dRadii, double *pdU1=NULL, double *pdU2=NULL)
bool	BoundingBoxIntersect (const XYZ &BBox1Min, const XYZ &BBox1Max, const XYZ &BBox2Min, const XYZ &BBox2Max, double dTolerance=0)
	Find if two AABBs intersect with given tolerance. More...
bool	PointInsideBox (const XYZ &Point, const XYZ &BoxMin, const XYZ &BoxMax, double dTolerance=0)
	Find if a point is inside an Axis Aligned Bounding Box with given tolerance. More...
void	GetLocalCoordinateSystem (XYZ &LocalX, XYZ &LocalY, XYZ &LocalZ, const XYZ &Point1, const XYZ &Point2)
bool	GetIntersectionLinePlane (const XYZ &p1, const XYZ &p2, const XYZ &p3, const XYZ &N, XYZ &Intersection, double *pdU=NULL)
	P1 and P2 are two points on the line, P3 is a point on the plane, N is the plane normal, Intersection is the returned intersection. More...
void	GetRandomColor (double &r, double &g, double &b)
	Create a random color from a set of pre-defined colors. More...
void	GetFractionColor (double dFraction, double &r, double &g, double &b)
bool	GetCircleCenter (const XYZ &A, const XYZ &B, const XYZ &C, XYZ &Center)
XYZ	Max (const XYZ &P1, const XYZ &P2)
	Given two points, return a new point who's coordinates are the greater of the two. More...
XYZ	Min (const XYZ &P1, const XYZ &P2)
	Given two points, return a new point who's coordinates are the smaller of the two. More...
XY	Max (const XY &P1, const XY &P2)
	Given two points, return a new point who's coordinates are the greater of the two. More...
XY	Min (const XY &P1, const XY &P2)
	Given two points, return a new point who's coordinates are the smaller of the two. More...
int	Round (double dValue)
template<typename T >
T	CalculateBezierPoint (T p1, T p2, T p3, T p4, double mu)
template<typename T >
T	CalculateBezierTangent (T p1, T p2, T p3, T p4, double mu)
double	RandomNormalDistribution (double dStandrdDeviation=1, double dAverage=0)
double	GetArea (XYZ Points[], int iNumPoints)
bool	PointInsideTriangle (const XYZ &P1, const XYZ &P2, const XYZ &P3, const XYZ &P)
	P1, P2, P3 are the three triangle corners, P is the points to be tested. More...
bool	PointInsideTriangle (const XYZ &P1, const XYZ &P2, const XYZ &P3, const XYZ &P, const XYZ &N)
	P1, P2, P3 are the three triangle corners, P is the points to be tested, N is the normal to the triangle. More...
double	PointInsideTriangleAccuracy (const XYZ &P1, const XYZ &P2, const XYZ &P3, const XYZ &P, const XYZ &N)
	P1, P2, P3 are the three triangle corners, P is the points to be tested, N is the normal to the triangle. More...
bool	PointInsideTriangle2D (const XYZ &P1, const XYZ &P2, const XYZ &P3, const XYZ &P, const XYZ *pNormal=NULL)
	P1, P2, P3 are the three triangle corners, P is the points to be tested, ignoring the z component. More...
double	ShortestDistPointTriangle (const XYZ &P1, const XYZ &P2, const XYZ &P3, const XYZ &P, XYZ *pTrianglePoint=NULL, XYZ *pNormal=NULL)
	P1, P2, P3 are the three triangle corners, P is the points to be tested. More...
XYZ	GetBarycentricCoordinates (const XY &P1, const XY &P2, const XY &P3, const XY &P)
	Get the barycentric coordinates of a point lying on a triangle. More...
int	GetClosestPointIndex (const std::vector< XY > &Points, const XY Position)
int	GetClosestPointWithinTol (const std::vector< XY > &Points, const XY Position, double dTol)
XY	GetClosestPoint (const std::vector< XY > &Points, const XY Position)
int	GetClosestPointIndex (const std::vector< XYZ > &Points, const XYZ Position)
int	GetClosestPointWithinTol (const std::vector< XYZ > &Points, const XYZ Position, double dTol)
XYZ	GetClosestPoint (const std::vector< XYZ > &Points, const XYZ Position)
bool	PointInside (const XY &Point, const std::vector< XY > &Nodes)
bool	PointInside (const XY &Point, std::vector< XYZ > &Nodes)
std::ostream &	operator<< (std::ostream &os, CTimer &t)
bool	operator< (const PROP_YARN_INFO &left, const PROP_YARN_INFO &right)
	Used for sorting algorithms. More...
bool	operator< (const PROP_NODE_INFO &left, const PROP_NODE_INFO &right)
	Used for sorting algorithms. More...

Variables
static double	ReedThickness [NUM_REED_SIZES]

Detailed Description

Namespace containing a series of customised math operations not found in the standard c++ library.

Typedef Documentation

PATTERN2D

typedef bool TexGen::PATTERN2D

Definition at line 37 of file TextileWeave.h.

PATTERN3D

typedef int TexGen::PATTERN3D

Definition at line 54 of file Textile3DWeave.h.

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
PATTERN3D_YYARN
PATTERN3D_XYARN
PATTERN3D_NOYARN

Definition at line 33 of file Textile3DWeave.h.

anonymous enum

anonymous enum

Enumerator
WARP
BINDER
WEFT

Definition at line 40 of file Textile3DWeave.h.

anonymous enum

anonymous enum

Enumerator
BOTTOM_TO_TOP
TOP_TO_BOTTOM
ALTERNATE_WEFT_STACK

Definition at line 47 of file Textile3DWeave.h.

anonymous enum

anonymous enum

Enumerator
PATTERN_XYARN
PATTERN_YYARN

Definition at line 31 of file TextileWeave.h.

DOMAIN_TYPE

enum TexGen::DOMAIN_TYPE

Enumerator
BOX_DOMAIN
SHEARED_DOMAIN
ROTATED_DOMAIN
PRISM_DOMAIN

Definition at line 118 of file Misc.h.

EXPORT_TYPE

enum TexGen::EXPORT_TYPE

Enumerator
INP_EXPORT
VTU_EXPORT
SCIRUN_EXPORT

Definition at line 111 of file Misc.h.

FACE

enum TexGen::FACE

Enumerator
FACE_A
FACE_B
FACE_C
FACE_D
FACE_E
FACE_F

Definition at line 37 of file Mesher.h.

OUTPUT_TYPE

enum TexGen::OUTPUT_TYPE

Enumerator
OUTPUT_MINIMAL
OUTPUT_STANDARD
OUTPUT_FULL

Definition at line 104 of file Misc.h.

PERIODIC_BOUNDARY_CONDITIONS

enum TexGen::PERIODIC_BOUNDARY_CONDITIONS

Enumerator
MATERIAL_CONTINUUM
SINGLE_LAYER_RVE
STAGGERED_BC
SHEARED_BC
ROTATED_BC
BENDING_BC
NO_BOUNDARY_CONDITIONS

Definition at line 262 of file Misc.h.

Function Documentation

AddExtensionIfMissing()

CLASS_DECLSPEC void TexGen::AddExtensionIfMissing	(	std::string &	Filename,
		std::string	Extension
	)

Adds an extension to the filename if it is missing otherwise do nothing (e.g. picture -> picture.png)

Definition at line 116 of file Misc.cpp.

Referenced by TexGen::CTextile3DWeave::CalculateReedDesign(), TexGen::CSimulationAbaqus::CreateAbaqusInputFile(), TexGen::CPatternDraft::Output(), TexGen::CPeriodicBoundaries::OutputDummyNodeSets(), TexGen::CVoxelMesh::OutputOrientationsAndElementSets(), TexGen::CPeriodicBoundaries::OutputStep(), TexGen::CMesh::SaveToABAQUS(), TexGen::CVoxelMesh::SaveToAbaqus(), TexGen::CMesh::SaveToSCIRun(), TexGen::CMesh::SaveToSMESH(), TexGen::CMesh::SaveToSTL(), TexGen::CMesh::SaveToVTK(), and TexGen::CVoxelMesh::SaveVoxelMeshToVTK().

AddNewUnits()

CLASS_DECLSPEC void TexGen::AddNewUnits	(	std::string	NewUnit,
		std::string	BaseUnits
	)

Definition at line 98 of file Misc.cpp.

References TGERROR.

Referenced by TexGen::CTexGen::CTexGen().

BoundingBoxIntersect()

bool TexGen::BoundingBoxIntersect ( const XYZ &  BBox1Min, const XYZ &  BBox1Max, const XYZ &  BBox2Min, const XYZ &  BBox2Max, double  dTolerance = 0  )

inline

Find if two AABBs intersect with given tolerance.

Definition at line 970 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CAdjustMeshInterference::AdjustIntersections(), TexGen::CTextile::DetectInterference(), and TexGen::CDomain::MeshIntersectsDomain().

CalculateBezierPoint()

template<typename T >

T TexGen::CalculateBezierPoint ( T  p1, T  p2, T  p3, T  p4, double  mu  )

inline

Definition at line 1175 of file mymath.h.

Referenced by TexGen::CInterpolationBezier::GetNode(), and TexGen::CSectionBezier::GetPoint().

CalculateBezierTangent()

template<typename T >

T TexGen::CalculateBezierTangent ( T  p1, T  p2, T  p3, T  p4, double  mu  )

inline

Definition at line 1183 of file mymath.h.

Referenced by TexGen::CInterpolationBezier::GetNode().

CompatibleUnits()

CLASS_DECLSPEC bool TexGen::CompatibleUnits	(	std::string	SourceUnits,
		std::string	TargetUnits,
		std::string *	pErrorMessage
	)

Definition at line 73 of file Misc.cpp.

Referenced by TexGen::CPropertiesTextile::SetGeometryScale(), TexGen::CProperty::SetUnits(), and TexGen::CProperty::SetValue().

Convert()

XY TexGen::Convert ( const XYZ &  Val )

inline

Definition at line 144 of file mymath.h.

References TexGen::XYZ::x, and TexGen::XYZ::y.

Referenced by TexGen::CShearedTextileWeave2D::AdjustSectionsForRotation(), TexGen::CShearedTextileWeave2D::CorrectInterference(), and TexGen::CGeometrySolver::GetDisplacement().

ConvertRotation()

CMatrix TexGen::ConvertRotation ( WXYZ  Q )

inline

Definition at line 30 of file MatrixUtils.h.

References TexGen::CMatrix::InitialiseIdentity(), TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

Referenced by TexGen::CLinearTransformation::Rotate().

ConvertUnits()

CLASS_DECLSPEC double TexGen::ConvertUnits	(	double	dValue,
		std::string	SourceUnits,
		std::string	TargetUnits
	)

Definition at line 63 of file Misc.cpp.

References TGERROR.

Referenced by TexGen::CProperties::GetFibreArea(), TexGen::CYarn::GetFibreVolume(), TexGen::CTextile::GetFibreVolumePerUnitArea(), TexGen::CYarn::GetFibreVolumePerUnitArea(), TexGen::CYarn::GetRealYarnLength(), TexGen::CYarn::GetRealYarnVolume(), TexGen::CProperty::GetValue(), TexGen::CYarn::GetYarnLengthPerUnitArea(), and TexGen::CYarn::GetYarnVolumePerUnitArea().

CopyToRange()

CLASS_DECLSPEC void TexGen::CopyToRange	(	vector< XYZ > &	Offsets,
		XYZ	Vector,
		int	iLowerLimit,
		int	iUpperLimit
	)

Definition at line 47 of file Misc.cpp.

Referenced by TexGen::CDomain::GetTranslations().

CrossProduct()

XYZ TexGen::CrossProduct ( const XYZ &  left, const XYZ &  right  )

inline

Get the cross product of two vectors.

Definition at line 524 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CYarn::AddEndCapsToMesh(), TexGen::CDomainPlanes::BuildMesh(), TexGen::CShearedTextileWeave2D::CalculateModifiers(), TexGen::CDomainPrism::ClipIntersectMeshToDomain(), TexGen::CDomainPlanes::ClipMeshToDomain(), TexGen::CMeshDomainPlane::ConvertDomainPointsTo2D(), TexGen::CMesh::ConvertTriToQuad(), TexGen::CTextileOrthogonal::CorrectCrimpInterference(), TexGen::CTextileWeave::CorrectInterference(), TexGen::CTextileWeave::CorrectYarnWidths(), TexGen::CBasicVolumes::CreateProjectedAreas(), GetCircleCenter(), TexGen::CTextile::GetDomainVolumeFraction(), GetLocalCoordinateSystem(), TexGen::CDomainPrism::GetPlane(), TexGen::CYarn::GetRawRepeatArea(), TexGen::CSimulationAbaqus::GetSectionArea(), TexGen::CNode::GetSide(), TexGen::CSimulationAbaqus::GetYarnSurfaces(), TexGen::CShellElementExport::GetYarnSurfaces(), TexGen::CMesh::IntersectLine(), TexGen::CMesh::MeshClosedLoop(), TexGen::CMesh::MeshConvexHull(), operator*(), TexGen::CVoxelMesh::OutputOrientationsAndElementSets(), PointInsideTriangle(), PointInsideTriangleAccuracy(), TexGen::CTexGenRenderer::ResetCamera(), TexGen::CMesh::SaveToABAQUS(), TexGen::CMesh::SaveToSTL(), ShortestDistPointTriangle(), and TexGen::CYarn::StraightenYarn().

DotProduct() [1/2]

double TexGen::DotProduct ( const XY &  left, const XY &  right  )

inline

Get the dot product of two vectors.

Definition at line 518 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

DotProduct() [2/2]

double TexGen::DotProduct ( const XYZ &  left, const XYZ &  right  )

inline

Get the dot product of two vectors.

Definition at line 512 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CAdjustMeshInterference::AdjustSectionMeshes(), TexGen::CDomainPlanes::BuildMesh(), TexGen::CShearedTextileWeave2D::CalculateModifiers(), TexGen::CDomainPrism::ClipIntersectMeshToDomain(), TexGen::CDomainPlanes::ClipMeshToDomain(), TexGen::CMeshDomainPlane::Convert3DTo2DCoordinates(), TexGen::CExporter::ConvertSection(), TexGen::CTextileOrthogonal::CorrectCrimpInterference(), TexGen::CTextileWeave::CorrectInterference(), TexGen::CTextileWeave::CorrectYarnWidths(), TexGen::CBasicVolumes::CreateProjectedAreas(), TexGen::CDomainPlanes::Deform(), TexGen::CTextileDeformer::DeformTextile(), TexGen::CDomainPlanes::FillGaps(), TexGen::CDomainPrism::FillGaps(), TexGen::CYarn::FindClosestEdgeDistance(), TexGen::CYarn::FindPlaneContainingPoint(), TexGen::CTextile::GetDomainVolumeFraction(), GetIntersectionLinePlane(), TexGen::CDomain::GetLimits(), TexGen::CDomainPrism::GetPlane(), TexGen::CBasicVolumes::MergeStraightLines(), TexGen::CMesh::MeshClosedLoop(), TexGen::CMesh::MeshConvexHull(), TexGen::CMeshDomainPlane::MeshDomainPlanes(), TexGen::CDomainPlanes::PointInDomain(), PointInsideTriangle(), PointInsideTriangleAccuracy(), TexGen::CYarn::PointInsideYarn(), TexGen::CNode::ProjectUp(), ShortestDistLineLine(), ShortestDistPointLine(), ShortestDistPointTriangle(), TexGen::CYarn::StraightenYarn(), and TexGen::CDomainPlanes::Translate().

GetArea()

double TexGen::GetArea ( XYZ  Points[], int  iNumPoints  )

inline

Definition at line 1245 of file mymath.h.

References TexGen::XYZ::x, and TexGen::XYZ::y.

Referenced by TexGen::CBasicVolumes::GetRegionArea().

GetBarycentricCoordinates()

XYZ TexGen::GetBarycentricCoordinates ( const XY &  P1, const XY &  P2, const XY &  P3, const XY &  P  )

inline

Get the barycentric coordinates of a point lying on a triangle.

Definition at line 1421 of file mymath.h.

References TexGen::XYZ::x, TexGen::XY::x, TexGen::XYZ::y, TexGen::XY::y, and TexGen::XYZ::z.

Referenced by TexGen::CGeometrySolver::GetDisplacement().

GetCircleCenter()

bool TexGen::GetCircleCenter ( const XYZ &  A, const XYZ &  B, const XYZ &  C, XYZ &  Center  )

inline

Given three points lying on the edge of a circle, find the center point. false is returned if there is an error calculating them (e.g. all 3 points lie on a straight line).

Definition at line 1109 of file mymath.h.

References CrossProduct(), GetLength(), Normalise(), and ShortestDistLineLine().

GetClosestPoint() [1/2]

XY TexGen::GetClosestPoint ( const std::vector< XY > &  Points, const XY  Position  )

inline

Returns the closest point to the lines joining the vector of 2D Points from the specified point, Position Assumes that the points are ordered

Definition at line 1480 of file mymath.h.

References GetClosestPointIndex(), GetLength(), ShortestDistPointLine(), TexGen::XYZ::x, TexGen::XY::x, TexGen::XYZ::y, and TexGen::XY::y.

GetClosestPoint() [2/2]

XYZ TexGen::GetClosestPoint ( const std::vector< XYZ > &  Points, const XYZ  Position  )

inline

Returns the closest point to the lines joining the vector of 3D Points from the specified point, Position Assumes that the points are ordered

Definition at line 1549 of file mymath.h.

References GetClosestPointIndex(), GetLength(), and ShortestDistPointLine().

GetClosestPointIndex() [1/2]

int TexGen::GetClosestPointIndex ( const std::vector< XY > &  Points, const XY  Position  )

inline

Get the point in a vector of 2D points which is closest to the specified position Returns the index of the point

Definition at line 1439 of file mymath.h.

References GetLengthSquared().

Referenced by TexGen::CYarn::FindClosestSurfacePoint(), and GetClosestPoint().

GetClosestPointIndex() [2/2]

int TexGen::GetClosestPointIndex ( const std::vector< XYZ > &  Points, const XYZ  Position  )

inline

Get the point in a vector of 3D points which is closest to the specified position Returns the index of the point

Definition at line 1508 of file mymath.h.

References GetLengthSquared().

GetClosestPointWithinTol() [1/2]

int TexGen::GetClosestPointWithinTol ( const std::vector< XY > &  Points, const XY  Position, double  dTol  )

inline

Get the index of the point in a vector of 2D points which is within a given tolerance of a specified position Returns index, or -1 if no point found within tolerance

Definition at line 1459 of file mymath.h.

References GetLengthSquared().

GetClosestPointWithinTol() [2/2]

int TexGen::GetClosestPointWithinTol ( const std::vector< XYZ > &  Points, const XYZ  Position, double  dTol  )

inline

Get the index of the point in a vector of 3D points which is within a given tolerance of a specified position Returns index, or -1 if no point found within tolerance

Definition at line 1528 of file mymath.h.

References GetLengthSquared().

GetClosestValues()

template<typename T >

std::pair< double, std::pair< T, T > > TexGen::GetClosestValues	(	const std::vector< std::pair< double, T > > &	InterpValues,
		double	fraction
	)

Get the two closest values to fraction in the vector InterpValues.

Definition at line 179 of file Misc.h.

Referenced by TexGen::CYarnSectionAdjusted::GetSection().

GetFractionColor()

void TexGen::GetFractionColor ( double  dFraction, double &  r, double &  g, double &  b  )

inline

Given a fraction between 0 and 1, create an rgb color where 0 is blue, 0.5 is green and 1 is red anything in between is a mixture of the three colors.

Definition at line 1077 of file mymath.h.

GetIndexedColor()

CLASS_DECLSPEC COLOR TexGen::GetIndexedColor

(

int

iIndex

)

Definition at line 28 of file Misc.cpp.

Referenced by TexGen::CTexGenRenderer::ApplyDefaultColor(), TexGen::CTexGenRenderer::RefreshYarn(), TexGen::CTexGenRenderer::RenderMesh(), TexGen::CTexGenRenderer::RenderNodes(), TexGen::CTexGenRenderer::RenderPath(), and TexGen::CTexGenRenderer::RenderTextile().

GetInterpedValue()

template<typename T >

T TexGen::GetInterpedValue	(	const std::vector< std::pair< double, T > > &	InterpValues,
		double	fraction
	)

Get an interpolated value.

Definition at line 151 of file Misc.h.

Referenced by TexGen::CInterpolationAdjusted::GetNode(), and TexGen::CYarnSectionAdjusted::GetSection().

GetIntersectionLinePlane()

bool TexGen::GetIntersectionLinePlane ( const XYZ &  p1, const XYZ &  p2, const XYZ &  p3, const XYZ &  N, XYZ &  Intersection, double *  pdU = NULL  )

inline

P1 and P2 are two points on the line, P3 is a point on the plane, N is the plane normal, Intersection is the returned intersection.

Definition at line 1025 of file mymath.h.

References DotProduct().

Referenced by TexGen::CMesh::IntersectLine().

GetLength() [1/5]

double TexGen::GetLength ( const WXYZ &  Quaternion )

inline

Get the length of a quaternion.

Definition at line 570 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

GetLength() [2/5]

double TexGen::GetLength ( const XY &  Point1, const XY &  Point2  )

inline

Get the length between two points.

Definition at line 556 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

GetLength() [3/5]

double TexGen::GetLength ( const XY &  Vector )

inline

Get the length of a vector.

Definition at line 587 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

GetLength() [4/5]

double TexGen::GetLength ( const XYZ &  Point1, const XYZ &  Point2  )

inline

Get the length between two points.

Definition at line 540 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CAdjustMeshInterference::AdjustIntersections(), TexGen::CShearedTextileWeave2D::AdjustSectionsForRotation(), TexGen::CYarn::BuildSlaveNodes(), TexGen::CSectionPolygon::CalcTValues(), TexGen::CInterpolation::CalculateNodeCoordinateSystem(), TexGen::CRotatedVoxelMesh::CalculateVoxelSizes(), TexGen::CShearedVoxelMesh::CalculateVoxelSizes(), TexGen::CNode::CNode(), TexGen::CAdjustMeshInterference::CompareSections(), TexGen::CMesh::ConvertTriToQuad(), TexGen::CTextileWeave::CorrectEdgeInterference(), TexGen::CShearedTextileWeave2D::CorrectInterference(), TexGen::CTextileWeave::CorrectYarnWidths(), TexGen::CSection::CreateEquiSpacedSection(), TexGen::CInterpolation::CreateEquiSpacedSlaveNodes(), TexGen::CSectionMeshRectangular::CreateMesh(), TexGen::CYarn::FindClosestSurfacePoint(), TexGen::CTextile::GetApproximateSize(), TexGen::CGeometrySolver::GetAverageLength(), TexGen::CMesher::GetBestSeed(), GetCircleCenter(), TexGen::CSection::GetCircumference(), GetClosestPoint(), TexGen::CDomain::GetLimits(), TexGen::CInterpolationBezier::GetNode(), TexGen::CDomainPrism::GetPlane(), TexGen::CYarn::GetRawRepeatArea(), TexGen::CSimulationAbaqus::GetSectionArea(), TexGen::CYarnSectionInterp::InterpolatePoints(), TexGen::CTextileLayered::MaxNestLayers(), TexGen::CMesh::MeshClosedLoop(), TexGen::CMeshDomainPlane::MeshDomainPlanes(), TexGen::CMeshIntersectionData::MoveNode(), TexGen::CTextileLayered::NestLayers(), Normalise(), TexGen::PLANE::PLANE(), TexGen::CDomainPrism::PlaneEqual(), TexGen::CNode::ProjectUp(), TexGen::CTexGenRenderer::RenderDomain(), TexGen::CTexGenRenderer::RenderGrid(), TexGen::CYarn::RepeatMatchesEnds(), RoundedCylinderIntersect(), TexGen::CMesh::SaveToABAQUS(), TexGen::CBasicVolumes::SeedOuterBoundary(), TexGen::CMeshDomainPlane::SeedSides(), TexGen::CRotatedPeriodicBoundaries::SetDomainSize(), TexGen::CShearedPeriodicBoundaries::SetDomainSize(), ShortestDistPointTriangle(), and SphereSphereIntersect().

GetLength() [5/5]

double TexGen::GetLength ( const XYZ &  Vector )

inline

Get the length of a vector.

Definition at line 579 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

GetLengthSquared() [1/4]

double TexGen::GetLengthSquared ( const XY &  Point )

inline

Get the length squared of a vector.

Definition at line 602 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

GetLengthSquared() [2/4]

double TexGen::GetLengthSquared ( const XY &  Point1, const XY &  Point2  )

inline

Get the length squared between two points.

Definition at line 563 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

GetLengthSquared() [3/4]

double TexGen::GetLengthSquared ( const XYZ &  Point )

inline

Get the length squared of a vector.

Definition at line 594 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

GetLengthSquared() [4/4]

double TexGen::GetLengthSquared ( const XYZ &  Point1, const XYZ &  Point2  )

inline

Get the length squared between two points.

Definition at line 548 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CDomainPlanes::BuildMesh(), TexGen::CMesh::ConvertPyramidtoTet(), TexGen::CMesh::ConvertQuadstoTriangles(), TexGen::CMesh::GetClosestNode(), TexGen::CMesh::GetClosestNodeDistance(), GetClosestPointIndex(), GetClosestPointWithinTol(), TexGen::CMesh::GetNodePairs(), TexGen::CMesh::MeshConvexHull(), ShortestDistPointLine(), TexGen::CBasicVolumes::SplitLinesByLines(), TexGen::CBasicVolumes::SplitLinesByNodes(), and TexGen::COctreeVisitorMergeNodes::visitLeaf().

GetLocalCoordinateSystem()

void TexGen::GetLocalCoordinateSystem ( XYZ &  LocalX, XYZ &  LocalY, XYZ &  LocalZ, const XYZ &  Point1, const XYZ &  Point2  )

inline

Get a local coordinate system for given 2 points, where the z axis corresponds to the line between points 1 and 2. The X and Y axis will be perpendicalar to this one, with Y pointing upwards

Definition at line 1007 of file mymath.h.

References CrossProduct(), and Normalise().

GetLogger()

CLASS_DECLSPEC CLogger & TexGen::GetLogger

(

)

Definition at line 63 of file Logger.cpp.

References TEXGEN.

GetMinMaxXY()

void TexGen::GetMinMaxXY ( const std::vector< XY > &  Points, XY &  Min, XY &  Max  )

inline

Definition at line 244 of file Misc.h.

References Max(), Min(), TexGen::XYZ::x, and TexGen::XYZ::y.

Referenced by TexGen::CSectionMeshRectangleSection::CreateMesh(), TexGen::CPrismVoxelMesh::GetElementMap(), TexGen::CDomainPrism::GetPolygonLimits(), and TexGen::CYarn::PointInsideYarn().

GetRandomColor()

void TexGen::GetRandomColor ( double &  r, double &  g, double &  b  )

inline

Create a random color from a set of pre-defined colors.

Definition at line 1043 of file mymath.h.

References RandomNumber().

LineLineIntersect2D()

bool TexGen::LineLineIntersect2D ( const XY &  p1, const XY &  p2, const XY &  p3, const XY &  p4, double &  dU1, double &  dU2  )

inline

Definition at line 797 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

Referenced by TexGen::CBasicVolumes::SplitLinesByLines().

Max() [1/3]

XY TexGen::Max ( const XY &  P1, const XY &  P2  )

inline

Given two points, return a new point who's coordinates are the greater of the two.

Definition at line 1152 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

Max() [2/3]

XYZ TexGen::Max ( const XYZ &  P1, const XYZ &  P2  )

inline

Given two points, return a new point who's coordinates are the greater of the two.

Definition at line 1132 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Max() [3/3]

double TexGen::Max ( XYZ &  Vector )

inline

Get maximum element of vector and return it.

Definition at line 642 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CYarn::AddAABBToMesh(), TexGen::CMesh::BuildGrid(), TexGen::CYarn::BuildSections(), TexGen::CDomainPlanes::CDomainPlanes(), TexGen::CExporter::ConvertDomain(), TexGen::CSimulationAbaqus::CreateCompressionPlates(), TexGen::CSectionMeshRectangleSection::CreateMesh(), TexGen::CBasicVolumes::CreateProjectedCenters(), TexGen::CYarn::CreateSectionAABBs(), TexGen::COctreeVoxelMesh::FindLocMinMax(), TexGen::CMesh::GetAABB(), TexGen::CTextile::GetApproximateSize(), TexGen::CDomainPlanes::GetBoxLimits(), TexGen::CTextile3DWeave::GetDefaultDomain(), TexGen::CShearedTextileWeave2D::GetDefaultDomain(), TexGen::CTextileWeave::GetDefaultDomain(), TexGen::CPrismVoxelMesh::GetElementMap(), GetMinMaxXY(), TexGen::CTextile::GetPointInformation(), TexGen::COctreeAgentElement::getSubcellOverlaps(), TexGen::COctreeAgentElement::isOverlappingCell(), TexGen::CYarn::PointInsideYarn(), TexGen::COctreeVoxelMesh::refine_fn_periodic(), TexGen::CTexGenRenderer::RenderGrid(), and TexGen::CTextile3DWeave::SetDomainZValues().

Min() [1/2]

XY TexGen::Min ( const XY &  P1, const XY &  P2  )

inline

Given two points, return a new point who's coordinates are the smaller of the two.

Definition at line 1161 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

Min() [2/2]

XYZ TexGen::Min ( const XYZ &  P1, const XYZ &  P2  )

inline

Given two points, return a new point who's coordinates are the smaller of the two.

Definition at line 1142 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CYarn::AddAABBToMesh(), TexGen::CMesh::BuildGrid(), TexGen::CYarn::BuildSections(), TexGen::CDomainPlanes::CDomainPlanes(), TexGen::CExporter::ConvertDomain(), TexGen::CSimulationAbaqus::CreateCompressionPlates(), TexGen::CSectionMeshRectangleSection::CreateMesh(), TexGen::CBasicVolumes::CreateProjectedCenters(), TexGen::CYarn::CreateSectionAABBs(), TexGen::COctreeVoxelMesh::FindLocMinMax(), TexGen::CMesh::GetAABB(), TexGen::CTextile::GetApproximateSize(), TexGen::CDomainPlanes::GetBoxLimits(), TexGen::CTextile3DWeave::GetDefaultDomain(), TexGen::CShearedTextileWeave2D::GetDefaultDomain(), TexGen::CTextileWeave::GetDefaultDomain(), TexGen::CPrismVoxelMesh::GetElementMap(), GetMinMaxXY(), TexGen::CTextile::GetPointInformation(), TexGen::COctreeAgentElement::getSubcellOverlaps(), TexGen::COctreeAgentElement::isOverlappingCell(), TexGen::CYarn::PointInsideYarn(), TexGen::COctreeVoxelMesh::refine_fn_periodic(), TexGen::CTexGenRenderer::RenderGrid(), and TexGen::CTextile3DWeave::SetDomainZValues().

Normalise() [1/3]

WXYZ & TexGen::Normalise ( WXYZ &  Quaternion )

inline

Normalise the quaternion and return it.

Definition at line 609 of file mymath.h.

References GetLength().

Referenced by TexGen::CInterpolation::CalculateNodeCoordinateSystem(), TexGen::CMeshDomainPlane::ConvertDomainPointsTo2D(), TexGen::CExporter::ConvertSection(), TexGen::CDomainPlanes::Deform(), TexGen::CYarn::FindClosestEdgeDistance(), GetCircleCenter(), TexGen::CElementTriBending::GetDMatrix(), TexGen::CElementTriTension::GetDMatrix(), GetLocalCoordinateSystem(), TexGen::CInterpolationBezier::GetNode(), TexGen::CInterpolationCubic::GetNode(), TexGen::CInterpolationLinear::GetNode(), TexGen::CDomainPrism::GetPlane(), TexGen::CInterpolation::InterpolateUp(), TexGen::CMesh::IntersectLine(), TexGen::CBasicVolumes::MergeStraightLines(), TexGen::CMesh::MeshClosedLoop(), TexGen::CMesh::MeshConvexHull(), TexGen::CVoxelMesh::OutputOrientationsAndElementSets(), TexGen::PLANE::PLANE(), TexGen::CYarn::PointInsideYarn(), TexGen::CNode::ProjectUp(), TexGen::CMesh::SaveToABAQUS(), TexGen::CMesh::SaveToSTL(), ShortestDistPointTriangle(), and TexGen::CYarn::StraightenYarn().

Normalise() [2/3]

XY & TexGen::Normalise ( XY &  Vector )

inline

Normalise the vector and return it.

Definition at line 631 of file mymath.h.

References GetLength().

Normalise() [3/3]

XYZ & TexGen::Normalise ( XYZ &  Vector )

inline

Normalise the vector and return it.

Definition at line 620 of file mymath.h.

References GetLength().

operator*() [1/13]

XYZ TexGen::operator* ( const CMatrix &  Transform, const XYZ &  Vector  )

inline

Definition at line 49 of file MatrixUtils.h.

References TexGen::CMatrix::Initialise(), TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*() [2/13]

XY TexGen::operator* ( const double &  left, const XY &  right  )

inline

Definition at line 393 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator*() [3/13]

XYZ TexGen::operator* ( const double &  left, const XYZ &  right  )

inline

Definition at line 366 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*() [4/13]

XYZ TexGen::operator* ( const float &  left, const XYZ &  right  )

inline

Definition at line 375 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*() [5/13]

XYZ TexGen::operator* ( const int &  left, const XYZ &  right  )

inline

Definition at line 384 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*() [6/13]

WXYZ TexGen::operator* ( const WXYZ &  left, const WXYZ &  right  )

inline

Grassmann product multiplication between two quaternions.

Definition at line 267 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator*() [7/13]

XYZ TexGen::operator* ( const WXYZ &  left, const XYZ &  right  )

inline

Rotate a vector by given Quaternion.

Definition at line 727 of file mymath.h.

References CrossProduct(), TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator*() [8/13]

XY TexGen::operator* ( const XY &  left, const double &  right  )

inline

Definition at line 358 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator*() [9/13]

XY TexGen::operator* ( const XY &  left, const XY &  right  )

inline

Definition at line 286 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator*() [10/13]

XYZ TexGen::operator* ( const XYZ &  left, const double &  right  )

inline

Definition at line 331 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*() [11/13]

XYZ TexGen::operator* ( const XYZ &  left, const float &  right  )

inline

Definition at line 340 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*() [12/13]

XYZ TexGen::operator* ( const XYZ &  left, const int &  right  )

inline

Definition at line 349 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*() [13/13]

XYZ TexGen::operator* ( const XYZ &  left, const XYZ &  right  )

inline

Definition at line 277 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*=() [1/5]

WXYZ & TexGen::operator*= ( WXYZ &  left, const WXYZ &  right  )

inline

Grassmann product multiplication between two quaternions.

Definition at line 305 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator*=() [2/5]

XY & TexGen::operator*= ( XY &  left, const double &  right  )

inline

Definition at line 453 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator*=() [3/5]

XY & TexGen::operator*= ( XY &  left, const XY &  right  )

inline

Definition at line 324 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator*=() [4/5]

XYZ & TexGen::operator*= ( XYZ &  left, const double &  right  )

inline

Definition at line 445 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator*=() [5/5]

XYZ & TexGen::operator*= ( XYZ &  left, const XYZ &  right  )

inline

Definition at line 316 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator+() [1/3]

WXYZ TexGen::operator+ ( const WXYZ &  left, const WXYZ &  right  )

inline

Definition at line 164 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator+() [2/3]

XY TexGen::operator+ ( const XY &  left, const XY &  right  )

inline

Definition at line 183 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator+() [3/3]

XYZ TexGen::operator+ ( const XYZ &  left, const XYZ &  right  )

inline

Definition at line 174 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator+=() [1/3]

WXYZ & TexGen::operator+= ( WXYZ &  left, const WXYZ &  right  )

inline

Definition at line 191 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator+=() [2/3]

XY & TexGen::operator+= ( XY &  left, const XY &  right  )

inline

Definition at line 208 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator+=() [3/3]

XYZ & TexGen::operator+= ( XYZ &  left, const XYZ &  right  )

inline

Definition at line 200 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator-() [1/3]

WXYZ TexGen::operator- ( const WXYZ &  left, const WXYZ &  right  )

inline

Definition at line 215 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator-() [2/3]

XY TexGen::operator- ( const XY &  left, const XY &  right  )

inline

Definition at line 234 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator-() [3/3]

XYZ TexGen::operator- ( const XYZ &  left, const XYZ &  right  )

inline

Definition at line 225 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator-=() [1/3]

WXYZ & TexGen::operator-= ( WXYZ &  left, const WXYZ &  right  )

inline

Definition at line 242 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator-=() [2/3]

XY & TexGen::operator-= ( XY &  left, const XY &  right  )

inline

Definition at line 259 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator-=() [3/3]

XYZ & TexGen::operator-= ( XYZ &  left, const XYZ &  right  )

inline

Definition at line 251 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator/() [1/4]

XY TexGen::operator/ ( const XY &  left, const double &  right  )

inline

Definition at line 410 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator/() [2/4]

XYZ TexGen::operator/ ( const XYZ &  left, const double &  right  )

inline

Definition at line 401 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator/() [3/4]

XYZ TexGen::operator/ ( const XYZ &  left, const int &  right  )

inline

Definition at line 460 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator/() [4/4]

XYZ TexGen::operator/ ( const XYZ &  left, const XYZ &  right  )

inline

Do a simple divide of all members, perhaps not mathematically correct but usefull.

Definition at line 295 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator/=() [1/3]

WXYZ & TexGen::operator/= ( WXYZ &  left, const double &  right  )

inline

Definition at line 418 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator/=() [2/3]

XY & TexGen::operator/= ( XY &  left, const double &  right  )

inline

Definition at line 437 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator/=() [3/3]

XYZ & TexGen::operator/= ( XYZ &  left, const double &  right  )

inline

Definition at line 428 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator<() [1/2]

bool TexGen::operator< ( const PROP_NODE_INFO &  left, const PROP_NODE_INFO &  right  )

inline

Used for sorting algorithms.

Definition at line 57 of file TexGenRenderer.h.

References TexGen::PROP_NODE_INFO::iNode, TexGen::PROP_NODE_INFO::iYarn, and TexGen::PROP_NODE_INFO::TextileName.

operator<() [2/2]

bool TexGen::operator< ( const PROP_YARN_INFO &  left, const PROP_YARN_INFO &  right  )

inline

Used for sorting algorithms.

Definition at line 46 of file TexGenRenderer.h.

References TexGen::PROP_YARN_INFO::iYarn, and TexGen::PROP_YARN_INFO::TextileName.

operator<<() [1/5]

ostream & TexGen::operator<< ( ostream &  output, CMatrix &  Matrix  )

inline

Definition at line 455 of file Matrix.h.

References TexGen::CMatrix::PrintMatrix().

operator<<() [2/5]

std::ostream & TexGen::operator<< ( std::ostream &  os, CTimer &  t  )

inline

Definition at line 110 of file Timer.h.

operator<<() [3/5]

std::ostream & TexGen::operator<< ( std::ostream &  output, const WXYZ &  Quat  )

inline

Definition at line 469 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator<<() [4/5]

std::ostream & TexGen::operator<< ( std::ostream &  output, const XY &  Vector  )

inline

Definition at line 481 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator<<() [5/5]

std::ostream & TexGen::operator<< ( std::ostream &  output, const XYZ &  Vector  )

inline

Definition at line 475 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator==() [1/3]

bool TexGen::operator== ( const XYZ &  left, const double &  value  )

inline

Definition at line 154 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator==() [2/3]

bool TexGen::operator== ( const XYZ &  left, const int &  value  )

inline

Definition at line 159 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator==() [3/3]

bool TexGen::operator== ( const XYZ &  left, const XYZ &  right  )

inline

Definition at line 149 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

operator>>() [1/3]

std::istream & TexGen::operator>> ( std::istream &  input, WXYZ &  Quat  )

inline

Definition at line 487 of file mymath.h.

References TexGen::WXYZ::w, TexGen::WXYZ::x, TexGen::WXYZ::y, and TexGen::WXYZ::z.

operator>>() [2/3]

std::istream & TexGen::operator>> ( std::istream &  input, XY &  Vector  )

inline

Definition at line 504 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

operator>>() [3/3]

std::istream & TexGen::operator>> ( std::istream &  input, XYZ &  Vector  )

inline

Definition at line 496 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

PointInside() [1/2]

bool TexGen::PointInside ( const XY &  Point, const std::vector< XY > &  Nodes  )

inline

Definition at line 1574 of file mymath.h.

References TexGen::XY::x, and TexGen::XY::y.

Referenced by TexGen::CPrismVoxelMesh::GetElementMap(), TexGen::CYarn::GetMeshPoint(), and TexGen::CYarn::PointInsideYarn().

PointInside() [2/2]

bool TexGen::PointInside ( const XY &  Point, std::vector< XYZ > &  Nodes  )

inline

Definition at line 1610 of file mymath.h.

References TexGen::XYZ::x, TexGen::XY::x, TexGen::XYZ::y, and TexGen::XY::y.

PointInsideBox()

bool TexGen::PointInsideBox ( const XYZ &  Point, const XYZ &  BoxMin, const XYZ &  BoxMax, double  dTolerance = 0  )

inline

Find if a point is inside an Axis Aligned Bounding Box with given tolerance.

Definition at line 988 of file mymath.h.

References TexGen::XYZ::x, TexGen::XYZ::y, and TexGen::XYZ::z.

Referenced by TexGen::CYarn::PointInsideYarn().

PointInsideTriangle() [1/2]

bool TexGen::PointInsideTriangle ( const XYZ &  P1, const XYZ &  P2, const XYZ &  P3, const XYZ &  P  )

inline

P1, P2, P3 are the three triangle corners, P is the points to be tested.

Definition at line 1260 of file mymath.h.

References CrossProduct(), and DotProduct().

Referenced by ShortestDistPointTriangle().

PointInsideTriangle() [2/2]

bool TexGen::PointInsideTriangle ( const XYZ &  P1, const XYZ &  P2, const XYZ &  P3, const XYZ &  P, const XYZ &  N  )

inline

P1, P2, P3 are the three triangle corners, P is the points to be tested, N is the normal to the triangle.

Definition at line 1273 of file mymath.h.

References CrossProduct(), and DotProduct().

PointInsideTriangle2D()

bool TexGen::PointInsideTriangle2D ( const XYZ &  P1, const XYZ &  P2, const XYZ &  P3, const XYZ &  P, const XYZ *  pNormal = NULL  )

inline

P1, P2, P3 are the three triangle corners, P is the points to be tested, ignoring the z component.

Definition at line 1296 of file mymath.h.

References TexGen::XYZ::x, and TexGen::XYZ::y.

PointInsideTriangleAccuracy()

double TexGen::PointInsideTriangleAccuracy ( const XYZ &  P1, const XYZ &  P2, const XYZ &  P3, const XYZ &  P, const XYZ &  N  )

inline

P1, P2, P3 are the three triangle corners, P is the points to be tested, N is the normal to the triangle.

Definition at line 1285 of file mymath.h.

References CrossProduct(), and DotProduct().

Referenced by TexGen::CMesh::IntersectLine().

RandomNormalDistribution()

double TexGen::RandomNormalDistribution ( double  dStandrdDeviation = 1, double  dAverage = 0  )

inline

Definition at line 1190 of file mymath.h.

References RandomNumber().

RandomNumber()

double TexGen::RandomNumber ( double  dMin, double  dMax  )

inline

Generate a random number between the limits given.

Definition at line 534 of file mymath.h.

Referenced by TexGen::CBasicVolumes::CreateProjectedCenters(), GetRandomColor(), and RandomNormalDistribution().

ReduceUnits()

CLASS_DECLSPEC std::string TexGen::ReduceUnits

(

std::string

Units

)

Definition at line 88 of file Misc.cpp.

References TGERROR.

RemoveExtension()

CLASS_DECLSPEC std::string TexGen::RemoveExtension	(	std::string &	Filename,
		std::string	Extension
	)

Strip the extension from the filename.

Definition at line 122 of file Misc.cpp.

Referenced by TexGen::CMesh::SaveToSCIRun(), and TexGen::CVoxelMesh::SaveToSCIRun().

ReplaceFilenameSpaces()

CLASS_DECLSPEC std::string TexGen::ReplaceFilenameSpaces

(

std::string

Filename

)

Replaces spaces in filename with underscore.

Definition at line 130 of file Misc.cpp.

Referenced by TexGen::CSimulationAbaqus::CreateAbaqusInputFile(), TexGen::CShellElementExport::SaveShellElementToABAQUS(), TexGen::CMesher::SaveVolumeMeshToABAQUS(), and TexGen::CVoxelMesh::SaveVoxelMesh().

Round()

int TexGen::Round ( double  dValue )

inline

Definition at line 1169 of file mymath.h.

Referenced by TexGen::CMesh::BuildGrid().

RoundedCylinderIntersect()

bool TexGen::RoundedCylinderIntersect ( const XYZ &  p1, const XYZ &  p2, const XYZ &  p3, const XYZ &  p4, double  dRadii, double *  pdU1 = NULL, double *  pdU2 = NULL  )

inline

http://astronomy.swin.edu.au/~pbourke/geometry/lineline3d/ Finds the intersection between two rounded cylinders given the center of the ends of each cylinder and the combined radii of the two cylinders. pdU1 is set to the fraction along the length of cylinder 1 where intersection occurs, similarly pdU2 is set to the fraction along the length of cylinder2 where the intersection occurs. Either or both of these parameters can be set to null/omitted if the information is not needed.

Definition at line 862 of file mymath.h.

References GetLength(), ShortestDistLineLine(), SphereCylinderIntersect(), and SphereSphereIntersect().

ShortestDistLineLine()

bool TexGen::ShortestDistLineLine ( const XYZ &  p1, const XYZ &  p2, const XYZ &  p3, const XYZ &  p4, double &  dU1, double &  dU2, XYZ &  pa, XYZ &  pb  )

inline

http://astronomy.swin.edu.au/~pbourke/geometry/lineline3d/ Find the shortest distance between two lines given two points on each line p1, p2 and p3, p4. dU1 is the fraction along the length of the first line which is closest to the second line, similarly dU2 is the fraction along the length of the second line closest to the first line. Returns true if the function succeded, returns false if there was an error such as lines are parallel. pa and pb return the two closest points lying on the lines 1 and 2 respectively.

Definition at line 818 of file mymath.h.

References DotProduct().

Referenced by GetCircleCenter(), and RoundedCylinderIntersect().

ShortestDistPointLine()

XYZ TexGen::ShortestDistPointLine ( const XYZ &  Point, const XYZ &  LineStart, const XYZ &  LineEnd, double &  dU  )

inline

http://http://paulbourke.net/geometry/pointlineplane/ Find the shortest distance between a point and a line. Return the closest point on the line and set dU to be the fraction along the line where the intersection occurs

Definition at line 749 of file mymath.h.

References DotProduct(), and GetLengthSquared().

Referenced by GetClosestPoint(), ShortestDistPointTriangle(), SphereCylinderIntersect(), and TexGen::CBasicVolumes::SplitLinesByNodes().

ShortestDistPointTriangle()

double TexGen::ShortestDistPointTriangle ( const XYZ &  P1, const XYZ &  P2, const XYZ &  P3, const XYZ &  P, XYZ *  pTrianglePoint = NULL, XYZ *  pNormal = NULL  )

inline

P1, P2, P3 are the three triangle corners, P is the points to be tested.

Definition at line 1316 of file mymath.h.

References CrossProduct(), DotProduct(), GetLength(), Normalise(), PointInsideTriangle(), and ShortestDistPointLine().

SphereCylinderIntersect()

bool TexGen::SphereCylinderIntersect ( const XYZ &  Point, const XYZ &  LineStart, const XYZ &  LineEnd, double  dRadii, double *  pdUReturn = NULL  )

inline

http://astronomy.swin.edu.au/~pbourke/geometry/pointline/ Find if a sphere and rounded cylinder intersect given the center of the sphere, the centers of the two end points of the cylinder and the combined radii of the sphere and clyinder. Return true if there is intersection else false. pdUReturn will be set to the fraction along the line at which the intersection occurs, this can be set to NULL if the information is not needed.

Definition at line 768 of file mymath.h.

References ShortestDistPointLine(), and SphereSphereIntersect().

Referenced by RoundedCylinderIntersect().

SphereSphereIntersect()

bool TexGen::SphereSphereIntersect ( const XYZ &  p1, const XYZ &  p2, double  dRadii  )

inline

Check if two spheres intersect given their center points and combined radii.

Definition at line 741 of file mymath.h.

References GetLength().

Referenced by RoundedCylinderIntersect(), and SphereCylinderIntersect().

stringify()

template<typename T >

std::string TexGen::stringify ( const T &  x, int  iPrecision = 12, bool  bScientific = true  )

inline

Function to convert a value (e.g. int, double, etc...) to a string.

Definition at line 50 of file Misc.h.

Referenced by TexGen::CTexGen::AddTextile(), TexGen::CAdjustMeshInterference::AdjustInitialIntersections(), TexGen::CAdjustMeshInterference::AdjustMesh(), TexGen::CSimulationAbaqus::CreateAbaqusInputFile(), TexGen::CSimulationAbaqus::CreateContacts(), TexGen::CSection::CreateEquiSpacedSection(), TexGen::CSimulationAbaqus::CreatePeriodicBoundaries(), TexGen::CSimulationAbaqus::CreateSurfaceDefinitions(), TexGen::CShellElementExport::CreateSurfaceDefinitions(), TexGen::CSectionBezier::GetDefaultName(), TexGen::CSectionEllipse::GetDefaultName(), TexGen::CSectionHybrid::GetDefaultName(), TexGen::CSectionLenticular::GetDefaultName(), TexGen::CSectionPolygon::GetDefaultName(), TexGen::CSectionPowerEllipse::GetDefaultName(), TexGen::CSectionRectangle::GetDefaultName(), TexGen::CSectionRotated::GetDefaultName(), TexGen::CSectionScaled::GetDefaultName(), TexGen::CTextile3DWeave::GetDefaultName(), TexGen::CTextileLayered::GetDefaultName(), TexGen::CTextileWeave::GetDefaultName(), TexGen::CTextileWeave2D::GetDefaultName(), TexGen::CTextileWeave3D::GetDefaultName(), TexGen::CProperty::GetString(), TexGen::CTexGen::GetVersion(), TexGen::CMeshData< T >::GetVTKDataType(), TexGen::CTextileLayered::MaxNestLayers(), TexGen::CTextileLayered::NestLayers(), TexGen::CShellElementExport::OutputContacts(), TexGen::CSimulationAbaqus::OutputContacts(), TexGen::CPeriodicBoundaries::OutputEdgeSets(), TexGen::CPeriodicBoundaries::OutputVertexSets(), TexGen::CProperties::PopulateTiXmlElement(), TexGen::CPropertiesTextile::PopulateTiXmlElement(), TexGen::CShearedTextileWeave2D::PopulateTiXmlElement(), TexGen::CTextile3DWeave::PopulateTiXmlElement(), TexGen::CTextileLayered::PopulateTiXmlElement(), TexGen::CTextileWeave::PopulateTiXmlElement(), TexGen::CTextileWeave2D::PopulateTiXmlElement(), TexGen::CYarn::PopulateTiXmlElement(), TexGen::CInterpolationAdjusted::PopulateTiXmlElement(), TexGen::CMesh::PopulateTiXmlElement(), TexGen::CNode::PopulateTiXmlElement(), TexGen::CSection::PopulateTiXmlElement(), TexGen::CSectionBezier::PopulateTiXmlElement(), TexGen::CSectionEllipse::PopulateTiXmlElement(), TexGen::CSectionHybrid::PopulateTiXmlElement(), TexGen::CSectionLenticular::PopulateTiXmlElement(), TexGen::CSectionMeshRectangular::PopulateTiXmlElement(), TexGen::CSectionMeshTriangulate::PopulateTiXmlElement(), TexGen::CSectionPolygon::PopulateTiXmlElement(), TexGen::CSectionPowerEllipse::PopulateTiXmlElement(), TexGen::CSectionRectangle::PopulateTiXmlElement(), TexGen::CSectionRotated::PopulateTiXmlElement(), TexGen::CSectionScaled::PopulateTiXmlElement(), TexGen::CSlaveNode::PopulateTiXmlElement(), TexGen::CYarnSection::PopulateTiXmlElement(), TexGen::CYarnSectionAdjusted::PopulateTiXmlElement(), TexGen::CYarnSectionInterp::PopulateTiXmlElement(), TexGen::CYarnSectionInterpNode::PopulateTiXmlElement(), TexGen::CYarnSectionInterpPosition::PopulateTiXmlElement(), TexGen::CDomainPlanes::PopulateTiXmlElement(), TexGen::CMesh::SaveToVTK(), TexGen::CSimulationAbaqus::SetStaticStepParameters(), TexGen::CTextileMaterials::SetupMaterials(), and TexGen::CProperty::WriteAttribute().

StripPath()

CLASS_DECLSPEC std::string TexGen::StripPath

(

std::string

Filename

)

Strip the path from the filename (e.g. "c:\folder\file.ext -> file.ext")

Definition at line 107 of file Misc.cpp.

Referenced by TexGen::CSimulationAbaqus::CreateMaterials(), TexGen::CVoxelMesh::OutputOrientationsAndElementSets(), and TexGen::CMesh::SaveToABAQUS().

valueify() [1/2]

template<typename T >

T TexGen::valueify ( const char *  x )

inline

Function to convert a string to a value (e.g. int, double, etc...)

Definition at line 72 of file Misc.h.

valueify() [2/2]

template<typename T >

T TexGen::valueify ( const std::string &  x )

inline

Function to convert a string to a value (e.g. int, double, etc...)

Definition at line 61 of file Misc.h.

WriteElementsHeader()

CLASS_DECLSPEC void TexGen::WriteElementsHeader

(

std::ostream &

Output

)

Write elements header for ABAQUS .eld files.

Definition at line 167 of file Misc.cpp.

Referenced by TexGen::CSimulationAbaqus::CreateMaterials(), TexGen::CVoxelMesh::OutputOrientationsAndElementSets(), and TexGen::CMesh::SaveToABAQUS().

WriteOrientationsHeader()

CLASS_DECLSPEC void TexGen::WriteOrientationsHeader

(

std::ostream &

Output

)

Write orientations header for ABAQUS .ori files.

Definition at line 157 of file Misc.cpp.

Referenced by TexGen::CVoxelMesh::OutputOrientationsAndElementSets(), and TexGen::CMesh::SaveToABAQUS().

WriteValues()

template<typename T >

void TexGen::WriteValues	(	std::ostream &	Output,
		T &	Values,
		int	iMaxPerLine
	)

Definition at line 274 of file Misc.h.

Referenced by TexGen::CSimulationAbaqus::CreateSet(), TexGen::CUMAT::GetAbaqusCommands(), TexGen::CUMAT::GetThermAbaqusCommands(), TexGen::COctreeVoxelMesh::OutputHexElements(), TexGen::CVoxelMesh::OutputOrientationsAndElementSets(), and TexGen::CPeriodicBoundaries::OutputSets().

Variable Documentation

ReedThickness

double TexGen::ReedThickness[NUM_REED_SIZES]

static

Initial value:

= { 0.1, 0.11, 0.12, 0.13, 0.14, 0.15, 0.16, 0.17, 0.18, 0.19, 0.2,
                                        0.22, 0.24, 0.26, 0.28, 0.31, 0.32, 0.34,
                                        0.36, 0.37, 0.4, 0.45, 0.5, 0.6,
                                        0.65, 0.7, 0.8,
                                        1.0, 1.25, 1.6 }

Definition at line 27 of file ReedData.h.

Referenced by TexGen::CReedData::GetClosestReedThickness().