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Packages that use Matrix | |
spis.Circ.Circ | |
spis.Solver.Poisson | |
spis.Surf.SurfMesh | |
spis.Top.SC | |
spis.Util.Matrix |
Uses of Matrix in spis.Circ.Circ |
Fields in spis.Circ.Circ declared as Matrix | |
private Matrix |
RCCabsCirc.conduct
conductances of resistor network |
private Matrix |
RCCabsCirc.capa
capacitances of capacitor network |
private Matrix |
RCCabsCirc.redCapa
capacitances of reduced capacitor network |
private Matrix |
RCCabsCirc.redMatrix
Reduction matrix (nodes connected by a potential sources are merged) |
private Matrix |
RCCabsCirc.redMatrixTransp
Transposed reduction matrix |
private Matrix |
RCCabsCirc.projMatrix
Projection matrix |
private Matrix |
RCCabsCirc.projMatrixTransp
Transposed Projection matrix |
Methods in spis.Circ.Circ that return Matrix | |
Matrix |
RCCabsCirc.getG()
gets the resistance matrix (a pointer to) |
Matrix |
RCCabsCirc.getC()
gets the capacitance matrix (a pointer to) |
Methods in spis.Circ.Circ with parameters of type Matrix | |
void |
RCCabsCirc.setG(Matrix G)
sets the resistance matrix (through a pointer, no copy) |
void |
RCCabsCirc.setC(Matrix C)
sets the capacitance matrix (through a pointer, no copy) |
Constructors in spis.Circ.Circ with parameters of type Matrix | |
RCCabsCirc(Matrix conductM,
Matrix capaM,
int nodeN)
Default constructor |
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RCCabsCirc(Matrix conductM,
Matrix capaM,
int nodeN,
java.util.Vector potentialSources)
Constructor with electric components to be inserted between electric super nodes |
Uses of Matrix in spis.Solver.Poisson |
Methods in spis.Solver.Poisson with parameters of type Matrix | |
static void |
PoissonSolve.ConjugateGradientSolve(int nodeNb,
Matrix mat,
double[] xSol,
double[] bSecond,
double tolGradient,
int iterGradient)
Solves a linear system mat.xSol=bSecond, through conjugate gradient method. |
Uses of Matrix in spis.Surf.SurfMesh |
Fields in spis.Surf.SurfMesh declared as Matrix | |
private Matrix |
ThreeDUnstructSurfMesh.mapNS
Node to surface connectivity matrix |
private Matrix |
ThreeDUnstructSurfMesh.mapNSR
mapNS row-normalised (sum_j Mij = 1) |
private Matrix |
ThreeDUnstructSurfMesh.mapNSC
mapNS column-normalised (sum_j Mij = 1) |
private Matrix |
ThreeDUnstructSurfMesh.mapNSRT
transpose of mapNSR |
private Matrix |
ThreeDUnstructSurfMesh.mapNSCT
transpose of mapNSC |
private Matrix |
ThreeDUnstructSurfMesh.mapNE
Node to surface connectivity matrix, for nodes and edges belonging to 1D wires only! |
private Matrix |
ThreeDUnstructSurfMesh.mapNER
mapNE row-normalised (sum_j Mij = 1) |
private Matrix |
ThreeDUnstructSurfMesh.mapNEC
mapNE column-normalised (sum_j Mij = 1) |
private Matrix |
ThreeDUnstructSurfMesh.mapNERT
transpose of mapNER |
private Matrix |
ThreeDUnstructSurfMesh.mapNECT
transpose of mapNEC |
Uses of Matrix in spis.Top.SC |
Fields in spis.Top.SC declared as Matrix | |
protected Matrix |
RCCabsSC.map
Matrix for mapping a surface-centred extensive surface field (e.g. intensity) onto circuit nodes (this matrix also depends on circuit nodes centring, now fixed to surface-centred, cf. deriveCircuitAndMap method) |
protected Matrix |
RCCabsSC.mapA
map for averaging an intensive quantity (e.g. potential) instead of summing an extensive value (e.g. intensity) with map |
protected Matrix |
RCCabsSC.mapT
Transpose of map, to map an intensive value (e.g. potential) from circuit nodes to a surface-centered surface field |
protected Matrix |
RCCabsSC.mapAT
Transpose of mapA |
protected Matrix |
RCCabsSC.wireMap
Matrix for mapping an edge-centred extensive surface field (e.g. intensity) living on a 1D wire onto circuit nodes |
protected Matrix |
RCCabsSC.wireMapT
Transpose of wireMap, to map an intensive value (e.g. potential) from circuit nodes to an edge-centered surface field on 1D wires |
Methods in spis.Top.SC with parameters of type Matrix | |
void |
RCCabsSC.setCircAndMap(RCCabsCirc circuit,
Matrix mapSurf)
Sets circuit and map (through pointer/reference, no copy). |
void |
RCCabsSC.getCircAndMap(Circ circuit,
Matrix mapSurf)
Gets circuit and map (through pointer/reference, no copy). |
void |
RCCabsSC.setMapGC(Matrix mapSurf,
Matrix G,
Matrix C)
Sets map, and G and C matrices (through pointer). |
void |
RCCabsSC.getMapGC(Matrix mapSurf,
Matrix G,
Matrix C)
Gets map, and G and C matrices (through pointer). |
void |
RCCabsSC.getMapGC(Matrix mapSurf,
Matrix G,
Matrix C,
float Cabsol)
Gets map, and G and C matrices and Cabs (through pointer). |
Uses of Matrix in spis.Util.Matrix |
Subclasses of Matrix in spis.Util.Matrix | |
class |
DiagMatrix
Class Name : DiagMatrix Project ref : SPIS project File name : DiagMatrix.java File type : class Copyright : ONERA, 2 Av. |
class |
DirMatrix
Class Name : Matrix Project ref : SPIS project File name : Matrix.java File type : class Copyright : ONERA, 2 Av. |
class |
SparseMatrix
Class Name : SparseMatrix Project ref : SPIS project File name : SparseMatrix.java File type : class Copyright : ONERA, 2 Av. |
Methods in spis.Util.Matrix that return Matrix | |
Matrix |
SparseMatrix.matMult(Matrix m)
Multyplies by another matrix m and returns this_matrix . m in result. |
Matrix |
SparseMatrix.buildTranspose()
Generates and returns the transpose of this matrix |
Matrix |
SparseMatrix.buildLineNormalised()
Generates and returns a matrix built from this matrix by normalising each of its lines: Mij -> Mij / (sum_k Mik). |
abstract Matrix |
Matrix.matMult(Matrix m)
Multyplies by another matrix m and returns (this_matrix . m). |
abstract Matrix |
Matrix.buildTranspose()
Generates and returns the transpose of this matrix Should return a matrix of subtype identical to this matrix. |
abstract Matrix |
Matrix.buildLineNormalised()
Generates and returns a matrix built from this matrix by normalising each of its lines: Mij -> Mij / (sum_k Mik). |
Matrix |
DirMatrix.matMult(Matrix m)
Multyplies by another matrix m and returns this_matrix . m. |
Matrix |
DirMatrix.buildTranspose()
Generates and returns the transpose of this matrix |
Matrix |
DirMatrix.buildLineNormalised()
Generates and returns a matrix built from this matrix by normalising each of its lines: Mij -> Mij / (sum_k Mik). |
Matrix |
DiagMatrix.matMult(Matrix m)
Multyplies by another matrix m and returns this_matrix . m. |
Matrix |
DiagMatrix.buildTranspose()
Generates and returns the transpose of this matrix |
Matrix |
DiagMatrix.buildLineNormalised()
Generates and returns a matrix built from this matrix by normalising each of its lines: Mij -> Mij / (sum_k Mik). |
Methods in spis.Util.Matrix with parameters of type Matrix | |
void |
SparseMatrix.matMult(Matrix m,
Matrix result)
Multyplies by another matrix m and returns this_matrix . m in result. |
Matrix |
SparseMatrix.matMult(Matrix m)
Multyplies by another matrix m and returns this_matrix . m in result. |
private float[][] |
SparseMatrix.matMult(Matrix m,
int notUsedInteger)
Multiplies by another matrix m and returns this_matrix . m as a float[][]. |
abstract void |
Matrix.matMult(Matrix m,
Matrix result)
Multyplies by another matrix m and returns (this_matrix . m) in result. |
abstract Matrix |
Matrix.matMult(Matrix m)
Multyplies by another matrix m and returns (this_matrix . m). |
void |
DirMatrix.matMult(Matrix m,
Matrix result)
Multyplies by another matrix m and returns this_matrix . m in result. |
Matrix |
DirMatrix.matMult(Matrix m)
Multyplies by another matrix m and returns this_matrix . m. |
private float[][] |
DirMatrix.matMult(Matrix m,
int notUsedInteger)
Multiplies by another matrix m and returns this_matrix . m as a float[][]. |
void |
DiagMatrix.matMult(Matrix m,
Matrix result)
Multyplies by another matrix m and returns this_matrix . m in result. |
Matrix |
DiagMatrix.matMult(Matrix m)
Multyplies by another matrix m and returns this_matrix . m. |
private float[][] |
DiagMatrix.matMult(Matrix m,
int notUsedInteger)
Multiplies by another matrix m and returns this_matrix . m as a float[][]. |
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