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SCOREC core
Parallel unstructured mesh tools
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SCOREC core
Parallel unstructured mesh tools
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main file for curved element support More...
Go to the source code of this file.
Classes | |
| class | crv::MeshCurver |
| Base Mesh curving object. More... | |
| class | crv::InterpolatingCurver |
| curves an already changed mesh More... | |
| class | crv::BezierCurver |
| this curves a mesh with Bezier shapes More... | |
| class | crv::GregoryCurver |
| this curves a mesh with 4th order G1 Patches More... | |
| class | crv::Quality |
| class to store matrices used in quality assessment and validity checking More... | |
Namespaces | |
| crv | |
| the curving functions are contained in this namespace | |
Functions | |
| void | crv::setOrder (const int order) |
| sets order used in bezier shape functions | |
| int | crv::getOrder () |
| gets order used in bezier shape functions | |
| void | crv::setBlendingOrder (const int type, const int b) |
| sets the blending order, if shape blending is used | |
| int | crv::getBlendingOrder (const int type) |
| gets the blending order | |
| int | crv::countNumberInvalidElements (apf::Mesh2 *m) |
| count invalid elements of the mesh | |
| void | crv::interpolatingToBezier (apf::Mesh2 *m) |
| converts Interpolating nodes to Control points for a Bezier mesh | |
| ma::Input * | crv::configureShapeCorrection (ma::Mesh *m, ma::SizeField *f=0, ma::SolutionTransfer *s=0) |
| configure for fixing invalid elements | |
| void | crv::adapt (ma::Input *in) |
| crv adapt with custom configuration More... | |
| void | crv::adapt (const ma::Input *in) |
| crv adapt with custom configuration More... | |
| void | crv::stats (ma::Input *in, std::vector< double > &edgeLengths, std::vector< double > &linearQualities, std::vector< double > &curvedQualities, bool inMetric=true) |
| crv stats to get statistic information about the mesh More... | |
| apf::FieldShape * | crv::getBezier (int order) |
| Get the Bezier Curve or Shape of some order. More... | |
| apf::FieldShape * | crv::getGregory () |
| Get the 4th order Gregory Surface. | |
| double | crv::getQuality (apf::Mesh *m, apf::MeshEntity *e) |
| computes min det Jacobian / max det Jacobian. Quality::getQuality should be used if multiple elements checked in a row | |
| int | crv::checkValidity (apf::Mesh *m, apf::MeshEntity *e, int algorithm=2) |
| checks validity of it and returns integer corresponding to invalid entity. Quality::checkValidity should be used if multiple elements checked in a row More... | |
| Quality * | crv::makeQuality (apf::Mesh *m, int algorithm=2) |
| use this to make a quality object with the correct dimension | |
| double | crv::interpolationError (apf::Mesh *m, apf::MeshEntity *e, int n) |
| computes interpolation error of a curved entity on a mesh More... | |
| void | crv::writeCurvedVtuFiles (apf::Mesh *m, int type, int n, const char *prefix) |
| Visualization, writes file for specified type, n is number of subdivisions, higher number -> better resolution, but bigger file. | |
| void | crv::writeCurvedWireFrame (apf::Mesh *m, int n, const char *prefix) |
| Visualization, writes wireframe of the curved mesh, n is number of subdivisions, higher number -> better resolution, but bigger file. | |
| void | crv::writeControlPointVtuFiles (apf::Mesh *m, const char *prefix) |
| Visualization, writes file of control nodes for each entity. | |
| void | crv::writeInterpolationPointVtuFiles (apf::Mesh *m, const char *prefix) |
| Visualization, writes file of shapes evaluated at node xi for each entity. | |
| int | crv::getTriNodeIndex (int P, int i, int j) |
| publically accessible functions | |
| void | crv::fail (const char *why) __attribute__((noreturn)) |
| crv fail function | |
main file for curved element support
Definition in file crv.h.
1.9.1