FEATool
v1.8 Finite Element Analysis Toolbox |

core Directory Reference

Directory dependency graph for core:

## Files | |

file | asmgroups.m |

ASMGROUPS Determine cell indices for assembly subdomian/cell groups. | |

file | asmrowcolptr.m |

ASMROWCOLPTR Compute row and column pointers for sparse matrix assembly. | |

file | assemblea.m |

ASSEMBLEA Finite element assembly of bilinear forms. | |

file | assemblef.m |

ASSEMBLEF Finite element assembly of linear form (rhs/load vector). | |

file | assemblej.m |

ASSEMBLEJ Finite element assembly of Jacobian forms. | |

file | assemblenjac.m |

ASSEMBLENJAC Assembly of defect and Newton Jacobian. | |

file | assembleprob.m |

ASSEMBLEPROB Assembly of system matrix and right hand side/load vector. | |

file | assemjac.m |

ASSEMJAC Assemble monolithic Jacobian matrix. | |

file | assemmat.m |

ASSEMMAT Assemble monolithic matrix. | |

file | bdrcpl.m |

BDRCPL Set coupled Dirichlet boundary conditions. | |

file | bdrneu.m |

BDRNEU Compute Neumann (flux) boundary condition vector. | |

file | bdrneu_lin.m |

BDRNEU_LIN Linearize Neumann boundary contributions. | |

file | bdrsetd.m |

BDRSETD Set Dirichlet boundary conditions. | |

file | bdrslip.m |

BDRDLIP Set slip boundary conditions. | |

file | cellvol.m |

CELLVOL Computes cell volume for cells. | |

file | coordr2l.m |

COORDR2L Convert real to local coordinates. | |

file | coordtf.m |

COORDTF Transforms (interpolates) coordinates from local to real coordinates. | |

file | evaldvar.m |

EVALDVAR Evaluates a dependent variable in a point on a group of cells. | |

file | evalexpr0.m |

EVALEXPR0 Evaluates an expression in a point on a group of cells. | |

file | evalexprc.m |

EVALEXPRC Evaluates an expression in cells. | |

file | evalexprp.m |

EVALEXPRP Evaluates an expression in the grid points. | |

file | evalinit.m |

EVALINIT Calculates initial solution vector from given expressions. | |

file | evalsfun.m |

EVALSFUN Shape function evaluation driver subroutine. | |

file | lcoorde.m |

LCOORDE Get local coordinates on a cell edge/face. | |

file | mapdofbdr.m |

MAPDOFBDR Create degree of freedom and boundary maps. | |

file | pntset.m |

PNTSET Set Dirichlet point constraints. | |

file | pntsetf.m |

PNTSETF Assemble point source terms. | |

file | quadefc.m |

QUADEFC Get local quadrature coordinates on edges/faces. | |

file | quadrule.m |

QUADRULE Calculate numerical quadrature/integration rules. | |

file | quadruleb.m |

QUADRULEB Calculates numerical integration rules for cell boundaries. | |

file | re2locquad.m |

RE2LOCQUAD Convert quadrialteral real to local coordinates. | |

file | solve_hook.m |

SOLVE_HOOK Custom solver hook calling function. | |

file | subcoef.m |

SUBCOEF Substitute coefficients from cell array. | |

file | tfjac.m |

TFJAC Computes transformation Jacobian and determinant. | |

file | tfjachex.m |

TFJACHEX Computes transformation Jacobian inverse and determinant for hexahedrals. | |

file | tfjacline.m |

TFJACLINE Computes transformation Jacobian inverse and determinant for lines. | |

file | tfjacquad.m |

TFJACQUAD Computes transformation Jacobian and determinant for quadrilaterals. | |

file | tfjactet.m |

TFJACTET Computes transformation Jacobian inverse and determinant for tetraheda. | |

file | tfjactri.m |

TFJACTRI Computes transformation Jacobian inverse and determinant for triangles. | |