PyGeo: a dynamic geometry toolkit

Hermitian

the Hermitian matrix [[A,B],[C,D]]

Methods defined in Hermitian

f conjugate(a, axes=None) ...

transpose(a, axes=None) returns array with dimensions permuted according to axes. If axes is None (default) returns array with dimensions reversed.

f __init__(self, mat) ...

f setA(self, value) ...

f getA(self) ...

f setB(self, value) ...

f getB(self) ...

f setC(self, value) ...

f getC(self) ...

f setD(self, value) ...

f getD(self) ...

f transform(self, mat) ...

Methods defined in base2by2

f __array__(self, t=None) ...

f __len__(self) ...

f __getitem__(self, index) ...

f __getslice__(self, i, j) ...

f __setitem__(self, index, value) ...

f __setslice__(self, i, j, value) ...

f __radd__(self, other) ...

f __add__(self, other) ...

f __iadd__(self, other) ...

f __sub__(self, other) ...

f __rsub__(self, other) ...

f __isub__(self, other) ...

f __rmul__(self, other) ...

f __mul__(self, other) ...

f __imul__(self, other) ...

f __div__(self, other) ...

f __rdiv__(self, other) ...

f __idiv__(self, other) ...

f __mod__(self, other) ...

f __rmod__(self, other) ...

f __imod__(self, other) ...

f __divmod__(self, other) ...

f __rdivmod__(self, other) ...

f __pow__(self, other) ...

f __rpow__(self, other) ...

f __ipow__(self, other) ...

f __lshift__(self, other) ...

f __rshift__(self, other) ...

f __rlshift__(self, other) ...

f __rrshift__(self, other) ...

f __ilshift__(self, other) ...

f __irshift__(self, other) ...

f __and__(self, other) ...

f __rand__(self, other) ...

f __iand__(self, other) ...

f __xor__(self, other) ...

f __rxor__(self, other) ...

f __ixor__(self, other) ...

f __or__(self, other) ...

f __ror__(self, other) ...

f __ior__(self, other) ...

f __neg__(self) ...

f __pos__(self) ...

f __abs__(self) ...

f _scalarfunc(a, func) ...

f __int__(self) ...

f __long__(self) ...

f __hex__(self) ...

f __oct__(self) ...

f __lt__(self, other) ...

f __le__(self, other) ...

f __eq__(self, other) ...

f __ne__(self, other) ...

f __gt__(self, other) ...

f __ge__(self, other) ...

f copy(self) ...

f tostring(self) ...

f astype(self, typecode) ...

f typecode(self) ...

f itemsize(self) ...

f _rc(self, a) ...

f normalize(self) ...

normalize to matrix of unit determinant

f inverse(self) ...

invert the matrix in place

Attributes

a A

<property object at 0x013F5788>

a C

<property object at 0x013F58A0>

a B

<property object at 0x013F5738>

a D

<property object at 0x013F5508>

See the source for more information.