|
versor
3.0
C++11 library for Geometric algebra
|
|
versor
3.0
C++11 library for Geometric algebra
|
A Basic 3D Field (slowly porting this over from the now defunct vsr_lattice class) Use to Evaluate Neighbors, Tensors, etc. More...
#include <vsr_field.h>
Public Member Functions | |
| T * | dataPtr () const |
| void | dataPtr (T *d) |
| void | zero () |
| Zero Out All Data. | |
| Field (int w=1, int h=1, int d=1, double spacingX=1.0, double spacingY=1.0, double spacingZ=1.0) | |
| Field & | resize (int w, int h, int d, double spacingX=1.0, double spacingY=1.0, double spacingZ=1.0) |
| void | onDestroy () |
| void | alloc () |
| Allocate Memory. | |
| T & | operator[] (int i) |
| Set Data by Index. | |
| T | operator[] (int i) const |
| Get Data by Index. | |
| T & | at (int w=0, int h=0, int d=0) |
| Set Data by Coordinate. | |
| T | at (int w=0, int h=0, int d=0) const |
| Get Data by Coordinate. | |
| void | basicInit () |
| void | init () |
| void | reset () |
| template<class B > | |
| T & | dataAt (const B &p) |
| Random Vector in Field. | |
| template<class V > | |
| T | euler2d (const V &v) |
| template<class V > | |
| T | euler3d (const V &v) const |
| T | surf (VSR_PRECISION u, VSR_PRECISION v) |
| Get BILINEAR Interpolated Data at eval u,v [0-1.0]. | |
| T | vol (VSR_PRECISION u, VSR_PRECISION v, VSR_PRECISION w) const |
| template<class A > | |
| T | vol (const A &a) |
| template<class V > | |
| vector< V > | contour (const V &v, int num, double force) |
| T | sumNbrs (int idx) const |
| Get QUADRIC Interpolated Data at eval u,v [0-1]. | |
| T | diffNbrs (int idx) const |
| T | diffXNbrs (int ix) const |
| T | diffYNbrs (int ix) const |
| T | diffZNbrs (int ix) const |
| T | dx (int ix) const |
| T | dy (int ix) const |
| T | dz (int ix) const |
| double | tensNbrs (int idx) const |
| double | tensNbrsWt (int idx) const |
| double | tensNbrsRwt (int idx) const |
| void | gsSolver (const Field &prev) |
| Guass Siedel Relaxation Solver Using a Previous Field State. | |
| void | diffuse (const Field &prev, double diffRate, bool bounded, bool ref) |
| Backwards Diffusion Using a Previous Field State. | |
| template<class B > | |
| void | advect (const Field &prev, const Field< B > &f, double dt, bool ref) |
| Backwards Advection Using a Previous Field State prev and Based on a Velocity Frame f. | |
| template<class B > | |
| Field & | div (const Field< B > &f) |
| Field & | swap (Field &f) |
| template<class N > | |
| Field & | operator* (N val) |
| void | boundaryConditions (bool ref) |
 Public Member Functions inherited from vsr::CubicLattice< T::space::point > | |
| CubicLattice (int _w=1, int _h=1, int _d=1, double _sx=1.0, double _sy=1.0, double _sz=1.0) | |
| void | onDestroy () |
| CubicLattice & | resize (int _w, int _h, int _d, double _sx=1.0, double _sy=1.0, double _sz=1.0) |
| int | w () const |
| int | h () const |
| int | d () const |
| int | num () const |
| int | numVxl () const |
| int | idx (int i, int j, int k=0) const |
| Get Index In Array. | |
| Vxl | vxl (int ix) const |
| Vxl & | vxl (int ix) |
| Nbr | nbr (int ix) const |
| Nbr & | nbr (int ix) |
| Nbr | nbrVxl (int ix) const |
| Nbr & | nbrVxl (int ix) |
| double | tw () const |
| Total Width. | |
| double | ow () const |
| Offset Width. | |
| double | th () const |
| Total Height. | |
| double | oh () const |
| Offset Height. | |
| double | td () const |
| Total Depth. | |
| double | od () const |
| Offset Depth. | |
| double | px (int i) const |
| Spatial Positions of ith element in x direction. | |
| double | py (int j) const |
| Spatial Positions of jth element in y direction. | |
| double | pz (int k) const |
| Spatial Positions of kth element in z direction. | |
| void | alloc () |
| void | initPoints () |
| void | init () |
| Vxl | vxlAt (const V &tv) const |
| Voxel of Vector v. | |
| V | bound (const V &p) const |
| V | range2D (const V &v) const |
| V | range (const V &v) const |
| void | FE (Nbr nb) |
| Routines to Find Face and Edge Boundary. | |
| void | vxlFE (Nbr nb) |
| Patch | surfIdx (double u, double v) |
| Indicex of surface at u, v [0, 1]. | |
| VPatch | vidx (double u, double v, double w) const |
| Volume Index at u,v,w [0-1]. | |
| Patch | idxU (double t) |
| Indices of Line at T. | |
| T::space::point & | gridAt (int w=0, int h=0, int d=0) |
| Set grid data by Coordinate. | |
| T::space::point | gridAt (int w=0, int h=0, int d=0) const |
| Get grid data by Coordinate. | |
| T::space::point & | grid (int i) |
| Set Grid (position) Data. | |
| T::space::point | grid (int i) const |
| Get Grid (position) Data. | |
| T::space::point | surf (double u, double v) |
| T::space::point | surfGrid (double u, double v) |
| T::space::point | surfPnt (double u, double v) |
| vector< int > & | face () |
| int | face (int ix) const |
| vector< int > & | faceVxl () |
| Vxl | faceVxl (int ix) |
| T::space::point * | gridPtr () const |
| void | gridPtr (T::space::point *lp) |
Protected Types | |
| using | GridType = typename T::space::point |
Protected Attributes | |
| T * | mData |
| Protected Attributes inherited from vsr::CubicLattice< T::space::point > | |
| int | mWidth |
| int | mHeight |
| int | mDepth |
| int | mNum |
| int | mNumVxl |
| double | mSpacingX |
| double | mSpacingY |
| double | mSpacingZ |
| T::space::point * | mPoint |
| Vxl * | mVxl |
| Nbr * | mNbr |
| Nbr * | mNbrVxl |
| vector< int > | mFace |
| vector< int > | mEdge |
| vector< int > | mCorner |
| vector< int > | mFaceVxl |
| vector< int > | mEdgeVxl |
| vector< int > | mCornerVxl |
A Basic 3D Field (slowly porting this over from the now defunct vsr_lattice class) Use to Evaluate Neighbors, Tensors, etc.
1.8.10
