def optimiseRun():
global opt
global comment
time.sleep(30)
comment = "Starting Optimise"
info = "I, " + comment
logWrite(info)
while Run:
while OPT:
sleep(2)
FlueChange(-FlueStep)
time.sleep(FlueChangeSleep)
while (RateChange(FlueChangeSleep) > 0):
print("Opt", RateChange(FlueChangeSleep))
FlueChange(-FlueStep)
time.sleep(FlueChangeSleep)
while (RateChange(FlueChangeSleep) < 0):
print("Opt", RateChange(FlueChangeSleep))
FlueChange(+FlueStep * 2)
time.sleep(FlueChangeSleep)
FlueChange(FlueStep)
opt = True
comment = "Optimise done"
info = "I, " + comment
time.sleep(100)
comment = "Optimise End"
info = "I, " + comment
logWrite(info)
return ()
def SetRate(rise):
if (not Auto):
return ()
#end=len(log)-1
GasStepMult = 2
currentLog = getLogTop()
currentStep = getCurrentStep()
info = "F, Wanted Rise=" + str(rise) + " 10s=" + str(
currentLog['tempTopRate10s']) + " 30s=" + str(
currentLog['tempTopRate10s']) + " 5m=" + str(
currentLog['tempTopRate5m']) + " Step=" + str(
currentStep['step']) + " Err=" + str(TRiseError * rise)
logWrite(info)
if (abs(rise * 10) > abs(
currentLog['tempTopRate30s'])): #See how far away we are
GasStepMult = 4
info = "F, Change Step Fast=" + str(GasStepMult)
logWrite(info)
if ((DiffError(currentLog['tempTopRate5m'], rise, TRiseError * rise) == 1)
or (DiffError(currentLog['tempStepRate'], rise, TRiseError * rise)
== 1)): #going too fast
gasChange(-GasStep * GasStepMult * 2)
info = "F, Going too Fast"
logWrite(info)
# optimise()
return ()
if (DiffError(currentLog['tempTopRate10s'], rise,
TRiseError * rise * 0.5) == -1): #Go faster
info = "F, Going too SLow"
logWrite(info)
# FlueChange(FlueStep)
gasChange(GasStep * GasStepMult)
# optimise()
return ()
info = "F, Going About Right"
logWrite(info)
return ()
def graphRun(action=""):
global RunGraph, RunGraphP, wholeFireGraph, runningGraph, graphStepTime
if action == "pause":
RunGraphP = False
elif action == "restart":
RunGraphP = True
elif action == "stop":
RunGraph = False
elif action == "start" or action == "":
RunGraph = True
RunGraphP = True
from k_graph import drawGraph
logWrite("I Starting - Graph ")
new = ""
old = ""
while (RunGraph):
while (RunGraphP):
runningGraph = True
d = selectGraph(
graphStepTime,
('timeE', 'tempTop', 'tempBot', "tempTopRate5m",
'tempBotRate30s', 'gas', 'gasRate60s'))
if d[0] != 0:
#["timeE", min, max, data....]
#print("d len",len(d[0]))
new = makeTimeFile("wholeFireGraph.png")
drawGraph(d, new)
old = wholeFireGraph
wholeFireGraph = new
rm(old)
logWrite("I, Graph file created " + new + " Old: " + old)
time.sleep(graphSleepTime)
runningGraph = False
logWrite("I, Ending - Graph ")
def logRun(action=""):
global RunLog, RunLogP, runningLog
if action == "pause":
RunLogP = False
elif action == "restart":
RunLogP = True
elif action == "stop":
RunLog = False
elif action == "start" or action == "":
RunLog = True
RunLogP = True
makeLogFile()
p = point()
r = []
for item in p.data:
r.append(item)
rr = "H, " + str(r).strip('[]')
logWrite(rr)
logWrite("I, Starting - Logging ")
while (RunLog):
while (RunLogP):
runningLog = True
#logWrite("1")
tempT, vTop = k_temp_get(CTempTop)
tempB, vBot = k_temp_get(CTempBot)
#logWrite("2")
gasP = getGas()
gasN = gas_get()
#logWrite("3")
flueP = getFlue()
#logWrite("4")
opt = 0
comment = ""
p = addPoint(tempT, tempB, gasP, gasN, flueP, opt, vTop, vBot,
comment)
#print("p=",p.data)
writePoint(p)
time.sleep(logSleepTime)
runningLog = False
#Stopping Logging
logWrite("I, Ending Logging in 100s")
time.sleep(100)
logWrite("I, Ended Logging NOW")
logClose()
def fireRun(action=""):
global RunFire, RunFireP, runningFire
if action == "pause":
RunFireP = False
elif action == "restart":
RunFireP = True
elif action == "stop":
RunFire = False
elif action == "start" or action == "":
global TempStepAve
global FireRunEnd
global comment
global GuideStep
soak = False
RunFire = True
RunFireP = True
time.sleep(2)
NewStep = True
endSoakTime = 0
logWrite("I, Starting - Fire ")
createGuidList(0)
guideStep = getNextStep()
while RunFire:
while RunFireP:
runningFire = True
currentTopLog = getLogTop()
logWrite("F, GuideStep: " + str(guideStep["step"]))
if (guideStep["step"] == 0):
#End of run, finish
NewStep = False
RunFire = False
RunFireP = False
setGas(0)
setFlue(0)
logWrite("F, Ending Fire Run")
break
if (NewStep):
# Set Flue only when its a new step
setFlue(guideStep["flue"])
NewStep = False
if (guideStep["setRate"] == 0 and not soak):
#Start a new Soak if we are not doing one, cant have two soaks together
endSoakTime = currentTopLog["timeE"] + (
guideStep["soakTime"] * 60)
logWrite("F, Starting Soak " + str(endSoakTime))
soak = True
# Now see if we need to go faster or slower temp can change in 35 sec
SetRate(guideStep["setRate"])
# optimise()
# reduce(GuideList[GuideStep][GReduce])
logWrite("Soak=" + str(soak) + " Guide=" +
str(guideStep["setTemp"]) + " current=" +
str(currentTopLog["tempTopAve10s"]))
if (soak and endSoakTime > currentTopLog["timeE"]) or (
not soak and
(guideStep["setTemp"] < currentTopLog["tempTopAve10s"])):
# Set new Step
guideStep = getNextStep()
NewStep = True
StepStartTime = getLogTop(
)["timeE"] # save the start point of this step StepStartTime
info = "F, New Guide " + str(guideStep)
logWrite(info)
time.sleep(fireSleepTime)
#setGas(OFF)
#setFlue(OFF)
logWrite("F, Ending - Fire ")
FireRunEnd = True
runningFire = False
return