def run(self, iter=None):
i = iter
if self.time.expression:
runtime = eval(self.time.saved, {}, {'i': i})
else:
runtime = self.time.saved
Step.pause(self, runtime)
def run(self, cleanup = None, iter = None, time = None):
self.setPoint(self.temp.saved)
self.box.config(bg='green')
self.timerWidget.config(text="Waiting to reach set point...")
while abs(self.getTemp() - self.temp.saved) > 1:
self.event.wait(1)
self.checkIfCancel()
print("Equilibrating...")
Step.pause(self, self.time.saved)
def run(self, cleanup=None, iter=None):
valves = []
states = []
for j in range(len(self.Valve.saved)):
i = iter
if self.Valve.expression:
valves.append(eval(self.Valve.saved[j], {}, {'i': i}))
else:
valves.append(int(self.Valve.saved[j]))
if self.State.expression:
states.append(eval(self.State.saved[j], {}, {'i': i}))
else:
states.append(int(self.State.saved[j]))
if states[-1] == 1:
Step.btndict[valves[-1]].config(bg="green")
else: # the saved state is 0
Step.btndict[valves[-1]].config(bg="gray")
self.setValves(valves, states)
Step.pause(self, 0)
self.checkIfCancel()
def run(self, iter=None, time=None):
i = iter
valves = []
for v in self.valveEntries:
if v.expression:
valves.append(eval(v.saved, {}, {'i': i}))
else:
valves.append(v.saved)
self.pump = self.specifyPump(valves[0], valves[1], valves[2])
ValveController.pPumps.remove(self.pump)
self.changeValveColor("Blue")
if self.nCycles.expression:
nCycles = eval(self.nCycles.saved, {}, {'i': i})
else:
nCycles = self.nCycles.saved
if self.rate.expression:
rate = eval(self.rate.saved, {}, {'i': i})
else:
rate = self.rate.saved
self.pump.forward(rate, nCycles)
if nCycles == -1:
Step.pause(self, float('Inf'), cleanup=self.cleanup)
else:
Step.pause(self,
float(nCycles) / float(rate),
cleanup=self.cleanup)
Step.pause(self, time, cleanup=self.cleanup)
self.changeValveColor("gray")
