def postProcess(self, TAmbient): ## State diagram if (self.cycleDiagram.enable): self.createStateDiagram() ## Table of states self.cycleStatesTable.resize(len(self.fp)) for i in range(len(self.fp)): fp = self.fp[i] self.cycleStatesTable[i] = (fp.T, fp.p, fp.rho, fp.h, fp.s, fp.q, fp.dT, self.flows[i].mDot, fp.b(TAmbient)) # Select the zero for the exergy scale fp = FluidState(self.fluid) fp.update_Tp(TAmbient, 1e5) b0 = fp.b(TAmbient) self.cycleStatesTable['b'] -= b0
def postProcess(self, TAmbient):
## State diagram
if (self.cycleDiagram.enable):
self.createStateDiagram()
## Table of states
self.cycleStatesTable.resize(len(self.fp))
for i in range(len(self.fp)):
fp = self.fp[i]
self.cycleStatesTable[i] = (fp.T, fp.p, fp.rho, fp.h, fp.s, fp.q,
fp.dT, self.flows[i].mDot,
fp.b(TAmbient))
# Select the zero for the exergy scale
fp = FluidState(self.fluid)
fp.update_Tp(TAmbient, 1e5)
b0 = fp.b(TAmbient)
self.cycleStatesTable['b'] -= b0
