def test_main():
x = 3
y = 2
# %%
zint = prod.prodintent(x, y)
assert zint == x*y
assert isinstance(zint, float) # the Fortran code casts to float
# %%
znoint = 12345.
znointent = prod.prodnointent(x, y, znoint)
assert znointent is None
# unmodified due to f2py intent(in) by default
assert np.isclose(znoint, 12345.)
# %%
zpure = prod.prodpure(x, y)
assert zpure == x*y
# %%
# MUST be an ndarray e.g. 0d ndarray for scalar case!
zinout = np.array(23456.)
prod.prodinout(x, y, zinout)
assert zinout == x*y
Note: imports from f2py will always be ALL lowercase!
"""
import numpy as np
from pyprod import prod
x=3
y=2
#%%
zint = prod.prodintent(x,y)
assert zint == x*y
assert isinstance(zint,float) #the Fortran code casts to float
#%%
znoint = 12345.
znointent = prod.prodnointent(x,y,znoint)
assert znointent is None
assert np.isclose(znoint,12345.) #unmodified due to f2py intent(in) by default
#%%
zpure = prod.prodpure(x,y)
assert zpure == x*y
#%%
zinout = np.array(23456.) #MUST be an ndarray e.g. 0d ndarray for scalar case!
prod.prodinout(x,y,zinout)
assert zinout==x*y
print('x =',x)
print('y =',y)
print('x * y =',zint)
print('Your system did this in Python using Fortran-compiled library')
"""
import numpy as np
from pyprod import prod
x = 3
y = 2
# %%
zint = prod.prodintent(x, y)
assert zint == x*y
assert isinstance(zint, float) # the Fortran code casts to float
# %%
znoint = 12345.
znointent = prod.prodnointent(x, y, znoint)
assert znointent is None
# unmodified due to f2py intent(in) by default
assert np.isclose(znoint, 12345.)
# %%
zpure = prod.prodpure(x, y)
assert zpure == x*y
# %%
# MUST be an ndarray e.g. 0d ndarray for scalar case!
zinout = np.array(23456.)
prod.prodinout(x, y, zinout)
assert zinout == x*y
print('x =', x)
print('y =', y)
print('x * y =', zint)
print('Your system did this in Python using Fortran-compiled library')