def testVecMatIndexConversion(self):
"""
Superoperator: Conversion between matrix and vector indices
"""
N = 10
for I in range(N * N):
i, j = vec2mat_index(N, I)
I2 = mat2vec_index(N, i, j)
assert_(I == I2)
def testVecMatIndexConversion(self):
"""
Superoperator: Conversion between matrix and vector indices
"""
N = 10
for I in range(N * N):
i, j = vec2mat_index(N, I)
I2 = mat2vec_index(N, i, j)
assert_(I == I2)
def testVecMatIndexCompability(self):
"""
Superoperator: Compatibility between matrix/vector and
corresponding index conversions.
"""
N = 10
M = scipy.rand(N, N)
V = mat2vec(M)
for I in range(N * N):
i, j = vec2mat_index(N, I)
assert_(V[I][0] == M[i, j])
def testVecMatIndexCompability(self):
"""
Superoperator: Compatibility between matrix/vector and
corresponding index conversions.
"""
N = 10
M = scipy.rand(N, N)
V = mat2vec(M)
for I in range(N * N):
i, j = vec2mat_index(N, I)
assert_(V[I][0] == M[i, j])