def inCoolProp(self, name):
from CoolProp.CoolProp import FluidsList
#print FluidsList()
result = name in FluidsList()
if not result:
try:
CP.PropsU('Tmin', 'T', 0, 'P', 0, name, "SI")
return True
except ValueError as e:
print(e)
return False
def listFluids():
return FluidsList()
def fluids():
return FluidsList()
numpy.mean((X_vap_STDV - X_vap_TTSE) / X_vap_STDV))
print "Average factor liquid: " + str(
numpy.mean(X_liq_STDV / X_liq_TTSE))
print "Average factor vapour: " + str(
numpy.mean(X_vap_STDV / X_vap_TTSE))
#plt.plot(numpy.append(T_liq,T_vap),numpy.append(X_liq_STDV,X_vap_STDV),label=what+", standard")
#plt.plot(numpy.append(T_liq,T_vap),numpy.append(X_liq_TTSE,X_vap_TTSE),label=what+", TTSE")
##plt.show(block=True)
#plt.savefig("/home/jowr/tmp/viscosity/"+fluid+".png")
#plt.clf()
#toTest = ["L","V"]
toTest = "V"
#fluids = ["n-Pentane","R134a"]
fluids = FluidsList()
c_diff = 0
c_unit = 0
c_exce = 0
for fluid in fluids:
try:
compareProperty(fluid=fluid, what=toTest)
except ValueError:
c_exce += 1
print "An exception occurred for " + toTest + " with " + fluid
print "Finished testing TTSE:"
print "Errors occurred in " + str(c_exce) + " out of " + str(
len(fluids)) + " fluids"
print "and differences occurred in " + str(c_diff) + " fluids."