def copy_int(self, array_in, offset=0):
"""
Copies @array_in into the C array and returns it.
Setting @offset will add it to the value of the array
"""
array_out = mu.new_iarr(len(array_in))
try:
for i in xrange(len(array_in)):
mu.iarr_setitem(array_out, i, np.int(array_in[i]+offset))
except Exception:
#@TODO:put here some stuffs!
pass
else:
return array_out
def __init__(self):
super(PyMUMPS, self).__init__()
self.utils = mu
# LAMBDAS!!!!
## For simplicity and to follow the documentation, the indices
## are Fotran-like : ICNTL(index) -> self.icntl(index-1)
self.ICNTL = lambda i, v : mu.iarr_setitem(self.icntl, i-1, np.int(v))
self.CNTL = lambda i, v : mu.darr_setitem(self.cntl, i-1, np.double(v))
self.INFO = lambda i : mu.iarr_getitem(self.info, i-1)
self.INFOG = lambda i : mu.iarr_getitem(self.infog, i-1)
self.RINFO = lambda i : mu.darr_getitem(self.rinfo, i-1)
self.RINFOG = lambda i : mu.darr_getitem(self.rinfog, i-1)
self.IRN = lambda v: self.set_int(self.a, v, offset=np.int(1))
self.A = lambda v: self.set_double(self.a, v)
self.RHS = lambda v: self.set_double(self.rhs, v)
def set_icntl(self, index, value):
mu.iarr_setitem(self.icntl, index-1, np.int(value))
