def totensor(self):
"""returns a tensor object that is represented by the tucker tensor"""
#ensure that there is enough space
X = tensor.tenzeros(self.shape)
X = self.core.ttm(self.u)
if (X.__class__ == sptensor.sptensor):
X = X.totensor()
return X
def totensor(self):
"""returns a tensor object that is represented by the tucker tensor"""
#ensure that there is enough space
X = tensor.tenzeros(self.shape);
X = self.core.ttm(self.u);
if(X.__class__ == sptensor.sptensor):
X = X.totensor();
return X;
def specialctor(verbose):
print tensor.tenrands([2, 3, 4])
print tensor.tenones([2, 3, 4])
print tensor.tenzeros([2, 3, 4])
print tensor.tendiag([11, 22, 33], [2, 3, 4])
print tensor.tendiag([11, 22], [1, 3, 4])
def specialctor(verbose):
print tensor.tenrands([2,3,4]);
print tensor.tenones([2,3,4]);
print tensor.tenzeros([2,3,4]);
print tensor.tendiag([11,22,33],[2,3,4]);
print tensor.tendiag([11,22],[1,3,4]);
