__add__(self, other) | nzmath.matrix.RingMatrix | |
__call__(self, arg) | nzmath.matrix.Matrix | |
__class__ | nzmath.matrix.RingMatrix | private |
__contains__(self, item) | nzmath.matrix.Matrix | |
__eq__(self, other) | nzmath.matrix.Matrix | |
__getitem__(self, index) | nzmath.matrix.Matrix | |
__hash__(self) | nzmath.matrix.Matrix | |
__init__(self, row, column, compo=0, coeff_ring=0, ishnf=None) | nzmath.module.Submodule | |
nzmath::matrix::RingMatrix.__init__(self, row, column, compo=0, coeff_ring=0) | nzmath.matrix.RingMatrix | |
__mod__(self, other) | nzmath.matrix.RingMatrix | |
__mul__(self, other) | nzmath.matrix.RingMatrix | |
__ne__(self, other) | nzmath.matrix.Matrix | |
__neg__(self) | nzmath.matrix.RingMatrix | |
__nonzero__(self) | nzmath.matrix.Matrix | |
__pos__(self) | nzmath.matrix.RingMatrix | |
__repr__(self) | nzmath.matrix.Matrix | |
__rmul__(self, other) | nzmath.matrix.RingMatrix | |
__setitem__(self, key, value) | nzmath.matrix.Matrix | |
__str__(self) | nzmath.matrix.Matrix | |
__sub__(self, other) | nzmath.matrix.RingMatrix | |
_coeff_ring | nzmath.matrix.RingMatrix | private |
_HNF_solve(self, other) | nzmath.module.Submodule | private |
_initialize(self, row, column, compo=0, coeff_ring=0) | nzmath.matrix.Matrix | private |
_selectMatrix(self) | nzmath.matrix.RingMatrix | private |
_SimplifyHNF(self) | nzmath.matrix.RingMatrix | private |
coeff_ring | nzmath.matrix.RingMatrix | |
column | nzmath.module.Submodule | |
compo | nzmath.module.Submodule | |
copy(self) | nzmath.matrix.Matrix | |
deleteColumn(self, j) | nzmath.matrix.Matrix | |
deleteRow(self, i) | nzmath.matrix.Matrix | |
extendColumn(self, arg) | nzmath.matrix.Matrix | |
extendRow(self, arg) | nzmath.matrix.Matrix | |
exthermiteNormalForm(self, non_zero=False) | nzmath.matrix.RingMatrix | |
extHNF | nzmath.matrix.RingMatrix | static |
fromMatrix(cls, mat, ishnf=None) | nzmath.module.Submodule | |
getBlock(self, i, j, row, column=None) | nzmath.matrix.Matrix | |
getCoefficientRing(self) | nzmath.matrix.RingMatrix | |
getColumn(self, j) | nzmath.matrix.Matrix | |
getGenerators(self) | nzmath.module.Submodule | |
getRow(self, i) | nzmath.matrix.Matrix | |
hermiteNormalForm(self, non_zero=False) | nzmath.matrix.RingMatrix | |
HNF | nzmath.matrix.RingMatrix | static |
insertColumn(self, j, arg) | nzmath.matrix.Matrix | |
insertRow(self, i, arg) | nzmath.matrix.Matrix | |
intersectionOfSubmodules(self, other) | nzmath.module.Submodule | |
isContains(self, other) | nzmath.module.Submodule | |
isEqual(self, other) | nzmath.module.Submodule | |
ishnf | nzmath.module.Submodule | |
isSubmodule(self, other) | nzmath.module.Submodule | |
kernelAsModule(self) | nzmath.matrix.RingMatrix | |
linear_combination(self, coeff) | nzmath.module.Submodule | |
map(self, function) | nzmath.matrix.Matrix | |
reduce(self, function, initializer=None) | nzmath.matrix.Matrix | |
represent_element(self, other) | nzmath.module.Submodule | |
row | nzmath.matrix.RingMatrix | |
set(self, compo) | nzmath.matrix.Matrix | |
setColumn(self, n, arg) | nzmath.matrix.Matrix | |
setRow(self, m, arg) | nzmath.matrix.Matrix | |
subMatrix(self, I, J=None) | nzmath.matrix.Matrix | |
sumOfSubmodules(self, other) | nzmath.module.Submodule | |
swapColumn(self, n1, n2) | nzmath.matrix.Matrix | |
swapRow(self, m1, m2) | nzmath.matrix.Matrix | |
toFieldMatrix(self) | nzmath.matrix.RingMatrix | |
toHNF(self) | nzmath.module.Submodule | |
toMatrix(self, flag=True) | nzmath.matrix.Matrix | |
toSubspace(self, isbasis=None) | nzmath.matrix.RingMatrix | |
transpose(self) | nzmath.matrix.Matrix | |