def testmax():
'''
Testing that an example I put in the README
actually compiles and runs correctly.
'''
import numpy
import matlab
x = numpy.array([1,2,4,0])
val, ind = matlab.max(x, nargout=2)
matlab.fprintf("Max of %r is %r at 1-based index %r\n" % (x, val, ind))
def testmax():
'''
Testing that an example I put in the README
actually compiles and runs correctly.
'''
import numpy
import matlab
x = numpy.array([1, 2, 4, 0])
val, ind = matlab.max(x, nargout=2)
matlab.fprintf("Max of %r is %r at 1-based index %r\n" % (x, val, ind))
def run():
x = arange(0,5.1,0.1)
s = sin(x)
c = cos(x)
# Python's normal printing capability doesn't work
# unless you're using MATLAB without the GUI.
# Use MATLAB's printing and reading functions.
fprintf("Type of x: %r\n" % type(x))
fprintf("Type of s: %r\n" % type(s))
fprintf("Type of c: %r\n" % type(c))
fprintf("mxclass of c: %s\n" % _class(c))
# Currently pymex will try to coerce all function
# arguments to MATLAB types if it can. This should
# probably be configurable using keyword args...
plot(x, s, x, c)
def run():
x = arange(0, 5.1, 0.1)
s = sin(x)
c = cos(x)
# Python's normal printing capability doesn't work
# unless you're using MATLAB without the GUI.
# Use MATLAB's printing and reading functions.
fprintf("Type of x: %r\n" % type(x))
fprintf("Type of s: %r\n" % type(s))
fprintf("Type of c: %r\n" % type(c))
fprintf("mxclass of c: %s\n" % _class(c))
# Currently pymex will try to coerce all function
# arguments to MATLAB types if it can. This should
# probably be configurable using keyword args...
plot(x, s, x, c)