def _test():
"""execute detailed test run of multiRP"""
import rptest
rptest.settest('multiRP')
def _test():
"""execute detailed test run of multiRP"""
import rptest
rptest.settest('multiRP')
resetup(fluid, mRP=mRP)
for each in range(100):
#put value into pipe
mRP['cpipe'].send(
press(303 + each, 58, [0.4, 0.6])['p'])
mRP['cpipe'].close()
if __name__ == '__main__':
#add module file path to python sys path
import multiRP as _filename
_filename = (os.path.dirname(_filename.__file__))
sys.path.append(_filename)
#test multiRP without multiprocessing
import rptest
rptest.settest('multiRP')
#initiate multirefprop, this will create global 'mRP'
multirefprop()
#create setup details
H2O = setup('def', 'WATER')
H2O_NH3 = setup('def', 'AMMONIA', 'WATER')
CH4 = setup('def', 'METHANE')
CH4_C2H6 = setup('def', 'METHANE', 'ETHANE')
#various refprop functions named
peen = mRP['process'](target=critp, args=([1], H2O, mRP))
ptwee = mRP['process'](target=critp, args=([0.4, 0.6],),
kwargs={'prop':H2O_NH3, 'mRP':mRP})#alternative input
pdrie = mRP['process'](target=critp, args=([1], CH4, mRP))
resetup(fluid, mRP=mRP)
for each in range(100):
#put value into pipe
mRP['cpipe'].send(press(303 + each, 58, [0.4, 0.6])['p'])
mRP['cpipe'].close()
if __name__ == '__main__':
#add module file path to python sys path
import multiRP as _filename
_filename = (os.path.dirname(_filename.__file__))
sys.path.append(_filename)
#test multiRP without multiprocessing
import rptest
rptest.settest('multiRP')
#initiate multirefprop, this will create global 'mRP'
multirefprop()
#create setup details
H2O = setup('def', 'WATER')
H2O_NH3 = setup('def', 'AMMONIA', 'WATER')
CH4 = setup('def', 'METHANE')
CH4_C2H6 = setup('def', 'METHANE', 'ETHANE')
#various refprop functions named
peen = mRP['process'](target=critp, args=([1], H2O, mRP))
ptwee = mRP['process'](target=critp,
args=([0.4, 0.6], ),
kwargs={