petsc4py.PETSc.Mat

Package petsc4py :: Module PETSc :: Class Mat |
[hide private]
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# Class Mat

Nested Classes | [hide private]
| AssemblyType
| FactorShiftType
| InfoType
| Option
| OrderingType
| SORType
| Stencil
| Structure
| Type

Instance Methods | [hide private]
SOR(self, Vec b, Vec x, omega=1.0, sortype=None, shift=0.0, its=1, lits=1) |
__add__(y) x+y |
__call__(...) <==> x(...) |
__delitem__(y) del x[y] |
__div__(y) x/y |
__getitem__(y) x[y] |
__iadd__(y) x+=y |
__idiv__(y) x/=y |
__imul__(y) x*=y |
__isub__(y) x-=y |
__itruediv__(y) x/=y |
__mul__(y) x*y |
__neg__() -x |
a new object with type S, a subtype of T |
__new__(S, ...) |
__pos__() +x |
__radd__(y) y+x |
__rdiv__(y) y/x |
__rmul__(y) y*x |
__rsub__(y) y-x |
__rtruediv__(y) y/x |
__setitem__(i, y) x[i]=y |
__sub__(y) x-y |
__truediv__(y) x/y |
assemble(self, assembly=None) |
assemblyBegin(self, assembly=None) |
assemblyEnd(self, assembly=None) |
axpy(self, alpha, Mat X, structure=None) |
aypx(self, alpha, Mat X, structure=None) |
chop(self, tol) |
conjugate(self, Mat out=None) |
convert(self, mat_type=None, Mat out=None) |
copy(self, Mat result=None, structure=None) |
create(self, comm=None) |
createAIJ(self, size, bsize=None, nnz=None, csr=None, comm=None) |
createAIJCRL(self, size, bsize=None, nnz=None, csr=None, comm=None) |
createAIJWithArrays(self, size, csr, bsize=None, comm=None) |
createBAIJ(self, size, bsize, nnz=None, csr=None, comm=None) |
createDense(self, size, bsize=None, array=None, comm=None) |
createLRC(self, Mat A, Mat U, Mat V) |
createNest(self, mats, isrows=None, iscols=None, comm=None) |
createNormal(self, Mat mat) |
createPython(self, size, context=None, comm=None) |
createSBAIJ(self, size, bsize, nnz=None, csr=None, comm=None) |
createScatter(self, Scatter scatter, comm=None) |
createSubMatrix(self, Mat A, IS isrow, IS iscol=None) |
createTranspose(self, Mat mat) |
createVecLeft(self) |
createVecRight(self) |
createVecs(self, side=None) |
destroy(self) |
diagonalScale(self, Vec L=None, Vec R=None) |
duplicate(self, copy=False) |
equal(self, Mat mat) |
factorCholesky(self, IS isperm, options=None) |
factorICC(self, IS isperm, options=None) |
factorILU(self, IS isrow, IS iscol, options=None) |
factorLU(self, IS isrow, IS iscol, options=None) |
factorNumericCholesky(self, Mat mat, options=None) |
factorNumericLU(self, Mat mat, options=None) |
factorSymbolicCholesky(self, IS isperm, options=None) |
factorSymbolicICC(self, IS isperm, options=None) |
factorSymbolicILU(self, IS isrow, IS iscol, options=None) |
factorSymbolicLU(self, Mat mat, IS isrow, IS iscol, options=None) |
getBlockSize(self) |
getBlockSizes(self) |
getColumnIJ(self, symmetric=False, compressed=False) |
getColumnVector(self, column, Vec result=None) |
getDenseArray(self) |
getDenseLocalMatrix(self) |
getDiagonal(self, Vec result=None) |
getDiagonalBlock(self) |
getInertia(self) |
getInfo(self, info=None) |
getLocalSize(self) |
getLocalSubMatrix(self, IS isrow, IS iscol, Mat submat=None) |
getMumpsCntl(self, icntl) |
getMumpsIcntl(self, icntl) |
getMumpsInfo(self, icntl) |
getMumpsInfog(self, icntl) |
getMumpsRinfo(self, icntl) |
getMumpsRinfog(self, icntl) |
getNearNullSpace(self) |
getNullSpace(self) |
getOptionsPrefix(self) |
getOrdering(self, ord_type) |
getOwnershipIS(self) |
getOwnershipRange(self) |
getOwnershipRangeColumn(self) |
getOwnershipRanges(self) |
getOwnershipRangesColumn(self) |
getPythonContext(self) |
getRedundantMatrix(self, nsubcomm, subcomm=None, Mat out=None) |
getRow(self, row) |
getRowIJ(self, symmetric=False, compressed=False) |
getRowSum(self, Vec result=None) |
getSize(self) |
getSizes(self) |
getSubMatrices(self, isrows, iscols=None, submats=None) |
getSubMatrix(self, IS isrow, IS iscol=None, Mat submat=None) |
getType(self) |
getValue(self, row, col) |
getValues(self, rows, cols, values=None) |
getValuesCSR(self) |
getVecLeft(self) |
getVecRight(self) |
getVecs(self, side=None) |
imagPart(self, Mat out=None) |
increaseOverlap(self, IS iset, overlap=1) |
invertBlockDiagonal(self) |
isAssembled(self) |
isHermitian(self, tol=0) |
isHermitianKnown(self) |
isStructurallySymmetric(self) |
isSymmetric(self, tol=0) |
isSymmetricKnown(self) |
isTranspose(self, Mat mat=None, tol=0) |
load(self, Viewer viewer) |
matMult(self, Mat mat, Mat result=None, fill=None) |
matMultNumeric(self, Mat mat, Mat result=None) |
matMultSymbolic(self, Mat mat, fill=None) |
matSolve(self, Mat B, Mat X) |
matTransposeMult(self, Mat mat, Mat result=None, fill=None) |
mult(self, Vec x, Vec y) |
multAdd(self, Vec x, Vec v, Vec y) |
multHermitian(self, Vec x, Vec y) |
multHermitianAdd(self, Vec x, Vec v, Vec y) |
multTranspose(self, Vec x, Vec y) |
multTransposeAdd(self, Vec x, Vec v, Vec y) |
norm(self, norm_type=None) |
permute(self, IS row, IS col) |
realPart(self, Mat out=None) |
reorderForNonzeroDiagonal(self, IS isrow, IS iscol, atol=0) |
restoreLocalSubMatrix(self, IS isrow, IS iscol, Mat submat) |
retrieveValues(self) |
scale(self, alpha) |
setBlockSize(self, bsize) |
setBlockSizes(self, row_bsize, col_bsize) |
setDiagonal(self, Vec diag, addv=None) |
setFromOptions(self) |
setLGMap(self, LGMap rmap, LGMap cmap=None) |
setMumpsCntl(self, icntl, val) |
setMumpsIcntl(self, icntl, ival) |
setNearNullSpace(self, NullSpace nsp) |
setNullSpace(self, NullSpace nsp) |
setOption(self, option, flag) |
setOptionsPrefix(self, prefix) |
setPreallocationCSR(self, csr) |
setPreallocationDense(self, array) |
setPreallocationNNZ(self, nnz) |
setPythonContext(self, context) |
setPythonType(self, py_type) |
setSizes(self, size, bsize=None) |
setStencil(self, dims, starts=None, dof=1) |
setType(self, mat_type) |
setUnfactored(self) |
setUp(self) |
setValue(self, row, col, value, addv=None) |
setValueBlockedStencil(self, row, col, value, addv=None) |
setValueLocal(self, row, col, value, addv=None) |
setValueStencil(self, row, col, value, addv=None) |
setValues(self, rows, cols, values, addv=None) |
setValuesBlocked(self, rows, cols, values, addv=None) |
setValuesBlockedCSR(self, I, J, V, addv=None) |
setValuesBlockedIJV(self, I, J, V, addv=None, rowmap=None) |
setValuesBlockedLocal(self, rows, cols, values, addv=None) |
setValuesBlockedLocalCSR(self, I, J, V, addv=None) |
setValuesBlockedLocalIJV(self, I, J, V, addv=None, rowmap=None) |
setValuesBlockedLocalRCV(self, R, C, V, addv=None) |
setValuesBlockedRCV(self, R, C, V, addv=None) |
setValuesCSR(self, I, J, V, addv=None) |
setValuesIJV(self, I, J, V, addv=None, rowmap=None) |
setValuesLocal(self, rows, cols, values, addv=None) |
setValuesLocalCSR(self, I, J, V, addv=None) |
setValuesLocalIJV(self, I, J, V, addv=None, rowmap=None) |
setValuesLocalRCV(self, R, C, V, addv=None) |
setValuesRCV(self, R, C, V, addv=None) |
shift(self, alpha) |
solve(self, Vec b, Vec x) |
solveAdd(self, Vec b, Vec y, Vec x) |
solveBackward(self, Vec b, Vec x) |
solveForward(self, Vec b, Vec x) |
solveTranspose(self, Vec b, Vec x) |
solveTransposeAdd(self, Vec b, Vec y, Vec x) |
storeValues(self) |
transpose(self, Mat out=None) |
transposeMatMult(self, Mat mat, Mat result=None, fill=None) |
view(self, Viewer viewer=None) |
zeroEntries(self) |
zeroRows(self, rows, diag=1, Vec x=None, Vec b=None) |
zeroRowsColumns(self, rows, diag=1, Vec x=None, Vec b=None) |
zeroRowsLocal(self, rows, diag=1, Vec x=None, Vec b=None) |
Inherited from `Object`: `__copy__`, `__deepcopy__`, `__eq__`, `__ge__`, `__gt__`, `__le__`, `__lt__`, `__ne__`, `__nonzero__`, `compose`, `decRef`, `getAttr`, `getClassId`, `getClassName`, `getComm`, `getDict`, `getName`, `getRefCount`, `getTabLevel`, `incRef`, `incrementTabLevel`, `query`, `setAttr`, `setName`, `setTabLevel`, `stateIncrease` Inherited from `object`: `__delattr__`, `__format__`, `__getattribute__`, `__hash__`, `__init__`, `__reduce__`, `__reduce_ex__`, `__repr__`, `__setattr__`, `__sizeof__`, `__str__`, `__subclasshook__`

Properties | [hide private]
| assembled
| block_size
| block_sizes
| hermitian
| local_size
| owner_range
| owner_ranges
| size
| sizes
| structsymm
| symmetric
Inherited from `Object`: `classid`, `comm`, `fortran`, `handle`, `klass`, `name`, `prefix`, `refcount`, `type` Inherited from `object`: `__class__`

Method Details | [hide private]

### __new__(S, ...) |
Returns: a new object with type S, a subtype of T Overrides: object.__new__

### destroy(self) |
Overrides: Object.destroy

### getOptionsPrefix(self) |
Overrides: Object.getOptionsPrefix

### getType(self) |
Overrides: Object.getType

### setFromOptions(self) |
Overrides: Object.setFromOptions

### setOptionsPrefix(self, prefix) |
Overrides: Object.setOptionsPrefix

### view(self, Viewer viewer=None) |
Overrides: Object.view