|
TexGen
|
| ►NShiny | |
| CProfileAutoEndNode | |
| ►CProfileData | |
| CData | |
| CProfileLastData | |
| CProfileManager | |
| CProfileNode | |
| CProfileNodePool | |
| CProfileZone | |
| CTimeUnit | |
| ►NTexGen | Namespace containing a series of customised math operations not found in the standard c++ library |
| CCAdjustMeshInterference | Class used to adjust small interferences in the fibre volume mesh |
| ►CCBasicVolumes | Class for meshing fabric unit cells |
| CPROJECTED_REGION | Struct representing a region projected onto the XY plane |
| CProjectedRegionArea | Functor defining the < operator based on the projected region's area |
| CCBendingPeriodicBoundaries | Class used to generate Abaqus input file for periodic boundary conditions for a unit cell in tension and bending |
| CCDomain | Abstract base class representing the domain in which a textile cell may lie |
| CCDomainPlanes | Domain implementation described using planes, the simplest of which would be a box |
| CCDomainPrism | Domain implementation described using extrusion of a polygon outline |
| ►CCElement | Base class for representing finite elements |
| CINTEGRATION_POINT | Struct for representing an integration point |
| CCElementsOctree | Class to assist in storing mesh elements in an octree |
| CCElementTri | Base class for representing triangular elements |
| CCElementTriBending | Triangular element which represents yarn bending |
| CCElementTriTension | Triangular element which represents fibre tension |
| CCExporter | Class to re-create geometry in OpenCASCADE and in turn export to IGES or STEP |
| CCFibreDistribution | Abstract base class that defines how the fibres are distributed within a yarn |
| CCFibreDistribution1DQuad | Fibre volume fraction is defined as a quadratic equation varying only along the X axis |
| CCFibreDistributionConst | Fibre volume fraction is constant throughout the yarn |
| ►CCGeometrySolver | Class for creating realistic fabric geometry using FE |
| CNODE | |
| CPLATE | |
| CPROJECTED_NODE | |
| CRAISED_NODE | |
| CSPRING | |
| CCInterpolation | Abstract base class for describing the yarn path interpolations |
| CCInterpolationAdjusted | Bezier interpolation for yarn paths |
| CCInterpolationBezier | Bezier interpolation for yarn paths |
| ►CCInterpolationCubic | Cubic spline interpolation for yarn paths |
| CCUBICEQUATION | Struct to represent a cubic equation |
| CCInterpolationLinear | Bezier interpolation for yarn paths |
| CCLinearTransformation | Represents a linear transformation as a 3x3 matrix |
| CCLogger | Abstract base class to act as an interface between texgen and the logger |
| CCLoggerNull | Logger used to send all log and error messages into a black hole |
| CCLoggerScreen | Logger used to print all log and error messages to the screen |
| CCLogIndent | Class to handle log indenting |
| CCMaterial | Abstract base class to represent a material definition |
| CCMatrix | Class to represent a matrix and perform various operations on it |
| CCMesh | Defines the nodes and elements of a surface or volume mesh |
| CCMeshData | |
| CCMeshDataBase | |
| CCMeshDomainPlane | |
| ►CCMesher | Class for meshing fabric unit cells |
| CPROJECTED_NODE | |
| CRAISED_NODE | |
| CTRIANGLE | |
| CCMesherBase | |
| CCMeshIntersectionData | Class which holds the information related to each intersection point, used for adjusting the mesh |
| CCNode | Represents a point on the centreline of a yarn |
| CCObjectContainer | Object container to help handle memory management issues |
| CCOctreeAgentElement | Octree agent used to add elements to an octree |
| CCOctreeAgentNode | Octree agent used to add indexed nodes to an octree |
| CCOctreeVisitorElementNearLine | Octree visitor used to get a list of elements near given line |
| CCOctreeVisitorMergeNodes | Octree visitor used to merge nodes together within a given tolerance |
| ►CCOctreeVoxelMesh | Class used to generate octree-refine voxel mesh for output to ABAQUS |
| CPoint | |
| CCOLOR | |
| CCPatternDraft | |
| CCPeriodicBoundaries | Class used to generate Abaqus output for periodic boundary conditions |
| CCPrismVoxelMesh | Class used to generate voxel mesh of prism domain for output to ABAQUS |
| CCProperties | Class to store properties related to a textile and/or yarn |
| CCPropertiesTextile | Class to store properties related to a textile |
| CCPropertiesYarn | Class to store properties related to a textile |
| CCProperty | |
| CCRectangularVoxelMesh | Class used to generate voxel mesh for output to ABAQUS |
| CCReedData | |
| CCRotatedPeriodicBoundaries | Class used to generate Abaqus input file for periodic boundary conditions for a textile with rotated domain |
| CCRotatedVoxelMesh | Class used to generate voxel mesh of rotated domain for output to ABAQUS |
| CCSection | Abstract base class respresenting a yarn cross-section |
| CCSectionBezier | Section made up of bezier curves |
| CCSectionEllipse | Elliptical Section |
| CCSectionHybrid | Hybrid of any number of other sections |
| CCSectionLenticular | Lenticular Section |
| CCSectionMesh | Abstract base class to create a 2D mesh of a section |
| CCSectionMeshRectangleSection | Create a rectangular mesh, the number of layers can be specified or set as -1 for automatic determination |
| CCSectionMeshRectangular | Create a rectangular mesh, the number of layers can be specified or set as -1 for automatic determination |
| CCSectionMeshTriangulate | Creates a mesh of a section using open source package triangle http://www.cs.cmu.edu/~quake/triangle.html |
| CCSectionPolygon | Creates a polygonal section, where a list of points are given to form the closed polygon |
| CCSectionPowerEllipse | Power ellipse section |
| CCSectionRectangle | Rectangle section |
| CCSectionRotated | Section which represents a rotation of another section angle given in radians |
| CCSectionScaled | Section which represents a scaled version of another section |
| CCShearedPeriodicBoundaries | 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 |
| CCShearedTextileWeave2D | Respresents a 2d woven textile with shear applied |
| CCShearedVoxelMesh | Class used to generate voxel mesh for output to ABAQUS |
| CCShellElementExport | Class for exporting surface mesh to ABAQUS |
| CCSimulation | Represents a textile cell containing yarns |
| ►CCSimulationAbaqus | Class used to generate an abaqus input deck for textile mechanics simulations |
| CCKeywordInteraction | Represents a surface interaction as a string of ABAQUS keywords |
| CCSurfaceInteraction | Abstract base class to represent a surface interaction |
| CELEMENT_FACE | |
| CINTERSECTION_DATA | |
| CSECTION_VF_DATA | |
| CCSingleton | Template used as a base class for creating singletons |
| CCSlaveNode | A derivation of the CNode class which contains data specific to slave nodes such as sections |
| CCStaggeredPeriodicBoundaries | Class used to generate Abaqus input file for periodic boundary conditions for a textile with staggered offset. Gives reduced unit cell size |
| CCStaggeredVoxelMesh | Class used to generate voxel mesh for output to ABAQUS where a reduced unit cell is obtained by use of a staggered offset repeat |
| CCSurfaceMesh | Class which generates a surface mesh with triangulated domain boundaries |
| CCTetgenMesh | Class which tetrahedralizes a textile using Tetgen software |
| CCTexGen | Singleton class holding the Textiles in a database |
| CCTexGenRenderer | Used for rendering stuff using VTK http://www.vtk.org/ |
| CCTextile | Represents a textile cell containing yarns |
| CCTextile3DWeave | Represents a 3D woven textile |
| CCTextileAngleInterlock | Represents a 3D angle interlock woven textile |
| CCTextileDecoupledLToL | |
| CCTextileDeformer | A virtual base class which can be used to deform textiles |
| ►CCTextileDeformerVolumeMesh | Deform the geometry of a textile given a volume mesh |
| CYARN_MESH | |
| CCTextileLayered | Represents a textile made up from several layers of weaves |
| CCTextileLayerToLayer | |
| CCTextileMaterials | |
| CCTextileOffsetAngleInterlock | Represents a 3D angle interlock woven textile |
| CCTextileOrthogonal | Represents a 3D orthogonal woven textile |
| ►CCTextileWeave | Represents a woven textile |
| CYARNDATA | Data structure to keep track of yarn parameters |
| CCTextileWeave2D | Respresents a 2d woven textile |
| CCTextileWeave3D | Respresents a 3d woven textile |
| CCTimer | Class used to meaure the amount of time it takes to perform a certain task |
| CCUMAT | Represents a UMAT material definition |
| CCVoxelMesh | Class used to generate voxel mesh for output to ABAQUS |
| CCWeakPointer | Weak pointer that acts as normal pointer except when copied |
| CCYarn | Represents a yarn consisting of master nodes, section and interpolation function |
| CCYarnSection | Abstract base class used to define the sections along the length of a yarn |
| CCYarnSectionAdjusted | Bezier interpolation for yarn paths |
| CCYarnSectionConstant | Creates a section which is constant all along the yarn |
| CCYarnSectionInterp | Abstract base class to handle interpolation for derived classes |
| CCYarnSectionInterpNode | Creates a section which is linearly interpolated between sections defined at the nodes |
| CCYarnSectionInterpPosition | Interpolate sections between arbritrary positions along the length of the yarn |
| CELEMENT_INDICES | |
| CLessPairDoubleInt | Used to sort double-int pairs |
| CLessPairDoubleObjectRef | Used to sort double-objectref pairs |
| CLessPairDoubleXYZ | Used to sort double-XYZ pairs |
| CMESH_ELEMENT | Elements of a given, is used in conjunction with COctreeAgentElement |
| CMESHER_ELEMENT_DATA | |
| CPLANE | Struct for representing a Plane |
| CPLANEPARAMS | Structure which contains information for transformation from 3D to 2D plane |
| CPOINT_INFO | Structure used to retreive information about a particular point in space |
| CPROP_IMAGE_INFO | |
| CPROP_INFO | |
| CPROP_NODE_INFO | |
| CPROP_YARN_INFO | |
| CWXYZ | Struct for representing a quaternion |
| CXY | Struct for representing points in 2D space |
| CXYZ | Struct for representing points in 3D space |
| CYARN_POSITION_INFORMATION | Structure used to represent the position along the length of a yarn |
| CYARNDATA | Data structure to keep track of yarn parameters |
1.9.2