def run_tests(self):
import mdp
import bimdp
# Fix random seed here, as we want reproducible failures in
# automatic builds using "python setup.py test"
# If the tests are run manually with pytest or
# using the mdp.test and bimdp.test functions, the seed
# is not set
errno = mdp.test(seed=725021957)
errno += bimdp.test(seed=725021957)
sys.exit(errno)
def run_tests(self):
import mdp
import bimdp
# Fix random seed here, as we want reproducible failures in
# automatic builds using "python setup.py test"
# If the tests are run manually with pytest or
# using the mdp.test and bimdp.test functions, the seed
# is not set
errno = mdp.test(seed=725021957)
errno += bimdp.test(seed=725021957)
sys.exit(errno)
def covTest():
x = array([1., 3., 8., 9.])
variance = cov(x) # normalized by N-1
variance = cov(x, bias=1) # normalized by N
T = array([1.3, 4.5, 2.8, 3.9]) # temperature measurements
P = array([2.7, 8.7, 4.7, 8.2]) # corresponding pressure measurements
cov(T,P) # covariance between temperature and pressure
rho = array([8.5, 5.2, 6.9, 6.5]) # corresponding density measurements
data = column_stack([T,P,rho])
print T
print P
print rho
print data
print cov(data) # covariance matrix of T,P and rho
def describe(module):
"Print some information about a module"
print module.__name__, module.__file__
if __name__=='__main__':
describe(numpy)
describe(scipy)
describe(mdp)
describe(bimdp)
covTest()
mdp.test()
bimdp.test()