def MAM_allocation(currentOp):
# set earliest start date for current operation
tStart = currentOp['minStartTime'] # earliest start date for current operation
# set processing time
remPT = currentOp['manualTime'] + currentOp['autoTime']
while remPT:
startTimeMach = [] # collects earliest keyDate for machines
startTimeOp = [] # collects earliest keyDate for operators
# find machines available time intervals
for mach in G.MachPool[currentOp['operation']]:
# find available time (availableTimeInterval_MA)
mTime = dt.timedelta(hours=currentOp['manualTime'])
aTime = dt.timedelta(hours=currentOp['autoTime'])
if currentOp['mode'] == 'MM' or currentOp['mode'] == 'M':
res = availableTimeInterval_MM(mTime, aTime, tStart, G.resAvailability[mach])
startTimeMach.append({'mach':mach, 'start':res[0], 'eqPT':res[1]})
else:
res = availableTimeInterval_MA(mTime, aTime, tStart, G.resAvailability[mach])
#startTimeMach.append({'mach':mach, 'start':res, 'eqPT':mTime+aTime})
startTimeMach.append({'mach':mach, 'start':res[0], 'eqPT':res[1]+aTime})
# sort available time
sorted_startTimeMach = sorted(startTimeMach, key=itemgetter('start', 'eqPT'))
tStart = max(sorted_startTimeMach[0]['start'],tStart)
# verify whether PM are available during the same time interval
for pm in G.PMPool[currentOp['operation']]:
#find available time
if currentOp['mode'] == 'MM' or currentOp['mode'] == 'M':
res = availableTimeInterval_MM(mTime, aTime, tStart, G.resAvailability[pm])
startTimeOp.append({'pm':pm, 'start':res[0], 'eqPT':res[1]})
else:
res = availableTimeInterval_MA(mTime, dt.timedelta(hours=0), tStart, G.resAvailability[pm])
# startTimeOp.append({'pm':pm, 'start':res[0], 'eqPT':mTime})
startTimeOp.append({'pm':pm, 'start':res[0], 'eqPT':res[1]})
# sort available time
sorted_startTimeOp = sorted(startTimeOp, key=itemgetter('start', 'eqPT'))
if sorted_startTimeOp[0]['start'] <= tStart:
remPT = 0
else:
tStart = sorted_startTimeOp[0]['start']
# update machine availability
G.resAvailability[sorted_startTimeMach[0]['mach']] = updateAvailTime(sorted_startTimeMach[0]['start'], sorted_startTimeMach[0]['eqPT'], tStart,
G.resAvailability[sorted_startTimeMach[0]['mach']])
# update operator availability
G.resAvailability[sorted_startTimeOp[0]['pm']] = updateAvailTime(sorted_startTimeOp[0]['start'], sorted_startTimeOp[0]['eqPT'], tStart,
G.resAvailability[sorted_startTimeOp[0]['pm']])
# update schedule
G.Schedule[G.simMode].setdefault(currentOp['id'],{})
G.Schedule[G.simMode][currentOp['id']]['startDate'] = tStart
tEnd = tStart + sorted_startTimeMach[0]['eqPT']
G.Schedule[G.simMode][currentOp['id']]['endDate'] = tEnd
G.Schedule[G.simMode][currentOp['id']].setdefault('rList',{})[(tStart,tEnd)] = {'mach':sorted_startTimeMach[0]['mach'],'operator':sorted_startTimeOp[0]['pm']}
if currentOp['preID'] != None:
G.Schedule[G.simMode][currentOp['preID']] = G.Schedule[G.simMode][currentOp['id']]
if G.completionDate[G.simMode][currentOp['project']] < tEnd:
G.completionDate[G.simMode][currentOp['project']] = tEnd
if currentOp['mode'] == 'MM' or currentOp['mode'] == 'MA':
G.tabSchedule[G.simMode].append([currentOp['project'], currentOp['part'], currentOp['preID'],sorted_startTimeMach[0]['mach'],sorted_startTimeOp[0]['pm'],tStart,tEnd-aTime])
G.tabSchedule[G.simMode].append([currentOp['project'], currentOp['part'], currentOp['id'],sorted_startTimeMach[0]['mach'],'automatic',tEnd-aTime,tEnd])
G.pmSchedule[G.simMode].append([sorted_startTimeOp[0]['pm'],tStart,tEnd-aTime,currentOp['id']])
else:
G.tabSchedule[G.simMode].append([currentOp['project'], currentOp['part'], currentOp['id'],sorted_startTimeMach[0]['mach'],sorted_startTimeOp[0]['pm'],tStart,tEnd])
G.pmSchedule[G.simMode].append([sorted_startTimeOp[0]['pm'],tStart,tEnd,currentOp['id']])
def manual_allocation(currentOp):
tStart = currentOp['minStartTime'] # earliest start date for current operation
remPT = dt.timedelta(hours=currentOp['manualTime'])
while remPT > dt.timedelta(seconds=0):
startTimeMach = [] # collects earliest keyDate for machines
startTimeOp = [] # collects earliest keyDate for operators
# find machines available time intervals
for mach in G.MachPool[currentOp['operation']]:
res = availableTimeInterval_Manual(remPT, tStart, G.resAvailability[mach])
startTimeMach.append({'mach':mach, 'start':res[0], 'avPT':res[1]*(-1)})
# sort available time
sorted_startTimeMach = sorted(startTimeMach, key=itemgetter('start', 'avPT'))
tStart = max(sorted_startTimeMach[0]['start'],tStart)
# verify whether PM are available in the same time
for pm in G.PMPool[currentOp['operation']]:
res = availableTimeInterval_Manual(remPT, tStart, G.resAvailability[pm])
startTimeOp.append({'pm':pm, 'start':res[0], 'avPT':res[1]*(-1)})
# sort available time
sorted_startTimeOp = sorted(startTimeOp, key=itemgetter('start', 'avPT'))
# calculate available PT
if sorted_startTimeOp[0]['start'] <= tStart:
# print 'first op'
availablePT = min(sorted_startTimeMach[0]['avPT']*(-1), sorted_startTimeOp[0]['avPT']*(-1), remPT)
elif sorted_startTimeOp[0]['start'] < tStart + sorted_startTimeMach[0]['avPT']:
# print 'sec op'
tEnd = min(tStart+sorted_startTimeMach[0]['avPT'], sorted_startTimeOp[0]['start']+sorted_startTimeOp[0]['avPT'])
tStart = sorted_startTimeOp[0]['start']
availablePT = min(tEnd - tStart, remPT)
else:
# print '3 op'
availablePT = dt.timedelta(seconds=0)
tStart = sorted_startTimeOp[0]['start']
# update remaining PT
remPT -= availablePT
if availablePT > dt.timedelta(seconds=0):
# update machine and operator availability
G.resAvailability[sorted_startTimeMach[0]['mach']] = updateAvailTime(sorted_startTimeMach[0]['start'], availablePT, tStart,
G.resAvailability[sorted_startTimeMach[0]['mach']])
G.resAvailability[sorted_startTimeOp[0]['pm']] = updateAvailTime(sorted_startTimeOp[0]['start'], availablePT, tStart,
G.resAvailability[sorted_startTimeOp[0]['pm']])
# update schedule
if currentOp['id'] not in G.Schedule[G.simMode].keys():
G.Schedule[G.simMode][currentOp['id']]={}
G.Schedule[G.simMode][currentOp['id']]['startDate'] = tStart
tEnd = tStart + availablePT
G.Schedule[G.simMode][currentOp['id']]['endDate'] = tEnd
G.Schedule[G.simMode][currentOp['id']].setdefault('rList',{})[(tStart,tEnd)] = {'mach':sorted_startTimeMach[0]['mach'],'operator':sorted_startTimeOp[0]['pm']}
G.tabSchedule[G.simMode].append([currentOp['project'], currentOp['part'], currentOp['id'],sorted_startTimeMach[0]['mach'],sorted_startTimeOp[0]['pm'],tStart,tEnd])
G.pmSchedule[G.simMode].append([sorted_startTimeOp[0]['pm'],tStart,tEnd,currentOp['id']])
if currentOp['preID'] != None:
G.Schedule[G.simMode][currentOp['preID']] = G.Schedule[G.simMode][currentOp['id']]
if G.completionDate[G.simMode][currentOp['project']] < tEnd:
G.completionDate[G.simMode][currentOp['project']] = tEnd
tStart = tEnd
def manual_allocation(currentOp):
tStart = currentOp[
"minStartTime"] # earliest start date for current operation
remPT = dt.timedelta(hours=currentOp["manualTime"])
print(("in manual allocation", currentOp["id"]))
print(("tStart manual", tStart, remPT))
while remPT > dt.timedelta(seconds=0):
startTimeMach = [] # collects earliest keyDate for machines
startTimeOp = [] # collects earliest keyDate for operators
# find machines available time intervals
for mach in G.MachPool[currentOp["operation"]]:
res = availableTimeInterval_Manual(remPT, tStart,
G.resAvailability[mach])
startTimeMach.append({
"mach": mach,
"start": res[0],
"avPT": res[1] * (-1)
})
# sort available time
sorted_startTimeMach = sorted(startTimeMach,
key=itemgetter("start", "avPT"))
tStart = max(sorted_startTimeMach[0]["start"], tStart)
# verify whether PM are available in the same time
for pm in G.PMPool[currentOp["operation"]]:
res = availableTimeInterval_Manual(remPT, tStart,
G.resAvailability[pm])
startTimeOp.append({
"pm": pm,
"start": res[0],
"avPT": res[1] * (-1)
})
# sort available time
sorted_startTimeOp = sorted(startTimeOp,
key=itemgetter("start", "avPT"))
print(tStart)
print(("sort mach", sorted_startTimeMach))
print(("sort pm", sorted_startTimeOp))
# calculate available PT
if sorted_startTimeOp[0]["start"] <= tStart:
print("first op")
availablePT = min(
sorted_startTimeMach[0]["avPT"] * (-1),
sorted_startTimeOp[0]["avPT"] * (-1),
remPT,
)
elif sorted_startTimeOp[0][
"start"] < tStart + sorted_startTimeMach[0]["avPT"]:
print("sec op")
tEnd = min(
tStart + sorted_startTimeMach[0]["avPT"],
sorted_startTimeOp[0]["start"] + sorted_startTimeOp[0]["avPT"],
)
tStart = sorted_startTimeOp[0]["start"]
availablePT = min(tEnd - tStart, remPT)
else:
print("3 op")
availablePT = dt.timedelta(seconds=0)
tStart = sorted_startTimeOp[0]["start"]
# update remaining PT
remPT -= availablePT
print(("fine all", tStart, availablePT, remPT))
if availablePT > dt.timedelta(seconds=0):
# update machine and operator availability
G.resAvailability[
sorted_startTimeMach[0]["mach"]] = updateAvailTime(
sorted_startTimeMach[0]["start"],
availablePT,
tStart,
G.resAvailability[sorted_startTimeMach[0]["mach"]],
)
G.resAvailability[sorted_startTimeOp[0]["pm"]] = updateAvailTime(
sorted_startTimeOp[0]["start"],
availablePT,
tStart,
G.resAvailability[sorted_startTimeOp[0]["pm"]],
)
# aggiorna schedule
if currentOp["id"] not in list(G.Schedule.keys()):
G.Schedule[currentOp["id"]] = {}
G.Schedule[currentOp["id"]]["startDate"] = tStart
tEnd = tStart + availablePT
G.Schedule[currentOp["id"]]["endDate"] = tEnd
G.Schedule[currentOp["id"]].setdefault(
"rList", {})[(tStart, tEnd)] = {
"mach": sorted_startTimeMach[0]["mach"],
"operator": sorted_startTimeOp[0]["pm"],
}
G.tabSchedule.append([
currentOp["project"],
currentOp["part"],
currentOp["id"],
sorted_startTimeMach[0]["mach"],
sorted_startTimeOp[0]["pm"],
tStart,
tEnd,
])
if currentOp["preID"] != None:
G.Schedule[currentOp["preID"]] = G.Schedule[currentOp["id"]]
if G.completionDate[currentOp["project"]] < tEnd:
G.completionDate[currentOp["project"]] = tEnd
tStart = tEnd
print((currentOp["id"], G.Schedule[currentOp["id"]]))
def MAM_allocation(currentOp):
tStart = currentOp[
"minStartTime"] # earliest start date for current operation
print(("tStart", tStart))
remPT = currentOp["manualTime"] + currentOp["autoTime"]
while remPT:
startTimeMach = [] # collects earliest keyDate for machines
startTimeOp = [] # collects earliest keyDate for operators
# find machines available time intervals
for mach in G.MachPool[currentOp["operation"]]:
# find available time (availableTimeInterval_MA)
print(("man", currentOp["manualTime"]))
mTime = dt.timedelta(hours=currentOp["manualTime"])
aTime = dt.timedelta(hours=currentOp["autoTime"])
print(("mach av", mach, G.resAvailability[mach]))
if currentOp["mode"] == "MM":
res = availableTimeInterval_MM(mTime, aTime, tStart,
G.resAvailability[mach])
startTimeMach.append({
"mach": mach,
"start": res[0],
"eqPT": res[1]
})
else:
res = availableTimeInterval_MA(mTime, aTime, tStart,
G.resAvailability[mach])
# startTimeMach.append({'mach':mach, 'start':res, 'eqPT':mTime+aTime})
startTimeMach.append({
"mach": mach,
"start": res[0],
"eqPT": res[1] + aTime
})
print(("start time mach", startTimeMach))
# sort available time
sorted_startTimeMach = sorted(startTimeMach,
key=itemgetter("start", "eqPT"))
tStart = max(sorted_startTimeMach[0]["start"], tStart)
print(("mach tent", sorted_startTimeMach[0]["mach"], tStart))
# verify whether PM are available in the same time
for pm in G.PMPool[currentOp["operation"]]:
print(("operator", pm))
# find available time
if currentOp["mode"] == "MM":
res = availableTimeInterval_MM(mTime, aTime, tStart,
G.resAvailability[pm])
startTimeOp.append({"pm": pm, "start": res[0], "eqPT": res[1]})
else:
res = availableTimeInterval_MA(mTime, dt.timedelta(hours=0),
tStart, G.resAvailability[pm])
# startTimeOp.append({'pm':pm, 'start':res[0], 'eqPT':mTime})
startTimeOp.append({"pm": pm, "start": res[0], "eqPT": res[1]})
# sort available time
sorted_startTimeOp = sorted(startTimeOp,
key=itemgetter("start", "eqPT"))
if sorted_startTimeOp[0]["start"] <= tStart:
remPT = 0
else:
tStart = sorted_startTimeOp[0]["start"]
print(("machine chosen", sorted_startTimeMach[0]["mach"]))
print(("operator chosen", sorted_startTimeOp[0]["pm"], sorted_startTimeOp))
print((G.resAvailability[sorted_startTimeMach[0]["mach"]]))
print((G.resAvailability[sorted_startTimeOp[0]["pm"]]))
# update machine availability
G.resAvailability[sorted_startTimeMach[0]["mach"]] = updateAvailTime(
sorted_startTimeMach[0]["start"],
sorted_startTimeMach[0]["eqPT"],
tStart,
G.resAvailability[sorted_startTimeMach[0]["mach"]],
)
# update operator availability
G.resAvailability[sorted_startTimeOp[0]["pm"]] = updateAvailTime(
sorted_startTimeOp[0]["start"],
sorted_startTimeOp[0]["eqPT"],
tStart,
G.resAvailability[sorted_startTimeOp[0]["pm"]],
)
# aggiorna schedule
G.Schedule.setdefault(currentOp["id"], {})
G.Schedule[currentOp["id"]]["startDate"] = tStart
tEnd = tStart + sorted_startTimeMach[0]["eqPT"]
G.Schedule[currentOp["id"]]["endDate"] = tEnd
G.Schedule[currentOp["id"]].setdefault("rList", {})[(tStart, tEnd)] = {
"mach": sorted_startTimeMach[0]["mach"],
"operator": sorted_startTimeOp[0]["pm"],
}
if currentOp["preID"] != None:
G.Schedule[currentOp["preID"]] = G.Schedule[currentOp["id"]]
if G.completionDate[currentOp["project"]] < tEnd:
G.completionDate[currentOp["project"]] = tEnd
G.tabSchedule.append([
currentOp["project"],
currentOp["part"],
currentOp["preID"],
sorted_startTimeMach[0]["mach"],
sorted_startTimeOp[0]["pm"],
tStart,
tEnd - aTime,
])
G.tabSchedule.append([
currentOp["project"],
currentOp["part"],
currentOp["id"],
sorted_startTimeMach[0]["mach"],
"automatic",
tEnd - aTime,
tEnd,
])
print(("schedule", G.Schedule))
print((G.resAvailability[sorted_startTimeOp[0]["pm"]]))
def manual_allocation(currentOp):
tStart = currentOp[
'minStartTime'] # earliest start date for current operation
remPT = dt.timedelta(hours=currentOp['manualTime'])
while remPT > dt.timedelta(seconds=0):
startTimeMach = [] # collects earliest keyDate for machines
startTimeOp = [] # collects earliest keyDate for operators
# find machines available time intervals
for mach in G.MachPool[currentOp['operation']]:
res = availableTimeInterval_Manual(remPT, tStart,
G.resAvailability[mach])
startTimeMach.append({
'mach': mach,
'start': res[0],
'avPT': res[1] * (-1)
})
# sort available time
sorted_startTimeMach = sorted(startTimeMach,
key=itemgetter('start', 'avPT'))
tStart = max(sorted_startTimeMach[0]['start'], tStart)
# verify whether PM are available in the same time
for pm in G.PMPool[currentOp['operation']]:
res = availableTimeInterval_Manual(remPT, tStart,
G.resAvailability[pm])
startTimeOp.append({
'pm': pm,
'start': res[0],
'avPT': res[1] * (-1)
})
# sort available time
sorted_startTimeOp = sorted(startTimeOp,
key=itemgetter('start', 'avPT'))
# calculate available PT
if sorted_startTimeOp[0]['start'] <= tStart:
# print 'first op'
availablePT = min(sorted_startTimeMach[0]['avPT'] * (-1),
sorted_startTimeOp[0]['avPT'] * (-1), remPT)
elif sorted_startTimeOp[0][
'start'] < tStart + sorted_startTimeMach[0]['avPT']:
# print 'sec op'
tEnd = min(
tStart + sorted_startTimeMach[0]['avPT'],
sorted_startTimeOp[0]['start'] + sorted_startTimeOp[0]['avPT'])
tStart = sorted_startTimeOp[0]['start']
availablePT = min(tEnd - tStart, remPT)
else:
# print '3 op'
availablePT = dt.timedelta(seconds=0)
tStart = sorted_startTimeOp[0]['start']
# update remaining PT
remPT -= availablePT
if availablePT > dt.timedelta(seconds=0):
# update machine and operator availability
G.resAvailability[
sorted_startTimeMach[0]['mach']] = updateAvailTime(
sorted_startTimeMach[0]['start'], availablePT, tStart,
G.resAvailability[sorted_startTimeMach[0]['mach']])
G.resAvailability[sorted_startTimeOp[0]['pm']] = updateAvailTime(
sorted_startTimeOp[0]['start'], availablePT, tStart,
G.resAvailability[sorted_startTimeOp[0]['pm']])
# update schedule
if currentOp['id'] not in G.Schedule[G.simMode].keys():
G.Schedule[G.simMode][currentOp['id']] = {}
G.Schedule[G.simMode][currentOp['id']]['startDate'] = tStart
tEnd = tStart + availablePT
G.Schedule[G.simMode][currentOp['id']]['endDate'] = tEnd
G.Schedule[G.simMode][currentOp['id']].setdefault(
'rList', {})[(tStart, tEnd)] = {
'mach': sorted_startTimeMach[0]['mach'],
'operator': sorted_startTimeOp[0]['pm']
}
G.tabSchedule[G.simMode].append([
currentOp['project'], currentOp['part'], currentOp['id'],
sorted_startTimeMach[0]['mach'], sorted_startTimeOp[0]['pm'],
tStart, tEnd
])
G.pmSchedule[G.simMode].append(
[sorted_startTimeOp[0]['pm'], tStart, tEnd, currentOp['id']])
if currentOp['preID'] != None:
G.Schedule[G.simMode][currentOp['preID']] = G.Schedule[
G.simMode][currentOp['id']]
if G.completionDate[G.simMode][currentOp['project']] < tEnd:
G.completionDate[G.simMode][currentOp['project']] = tEnd
tStart = tEnd
def MAM_allocation(currentOp):
# set earliest start date for current operation
tStart = currentOp[
'minStartTime'] # earliest start date for current operation
# set processing time
remPT = currentOp['manualTime'] + currentOp['autoTime']
while remPT:
startTimeMach = [] # collects earliest keyDate for machines
startTimeOp = [] # collects earliest keyDate for operators
# find machines available time intervals
for mach in G.MachPool[currentOp['operation']]:
# find available time (availableTimeInterval_MA)
mTime = dt.timedelta(hours=currentOp['manualTime'])
aTime = dt.timedelta(hours=currentOp['autoTime'])
if currentOp['mode'] == 'MM' or currentOp['mode'] == 'M':
res = availableTimeInterval_MM(mTime, aTime, tStart,
G.resAvailability[mach])
startTimeMach.append({
'mach': mach,
'start': res[0],
'eqPT': res[1]
})
else:
res = availableTimeInterval_MA(mTime, aTime, tStart,
G.resAvailability[mach])
#startTimeMach.append({'mach':mach, 'start':res, 'eqPT':mTime+aTime})
startTimeMach.append({
'mach': mach,
'start': res[0],
'eqPT': res[1] + aTime
})
# sort available time
sorted_startTimeMach = sorted(startTimeMach,
key=itemgetter('start', 'eqPT'))
tStart = max(sorted_startTimeMach[0]['start'], tStart)
# verify whether PM are available during the same time interval
for pm in G.PMPool[currentOp['operation']]:
#find available time
if currentOp['mode'] == 'MM' or currentOp['mode'] == 'M':
res = availableTimeInterval_MM(mTime, aTime, tStart,
G.resAvailability[pm])
startTimeOp.append({'pm': pm, 'start': res[0], 'eqPT': res[1]})
else:
res = availableTimeInterval_MA(mTime, dt.timedelta(hours=0),
tStart, G.resAvailability[pm])
# startTimeOp.append({'pm':pm, 'start':res[0], 'eqPT':mTime})
startTimeOp.append({'pm': pm, 'start': res[0], 'eqPT': res[1]})
# sort available time
sorted_startTimeOp = sorted(startTimeOp,
key=itemgetter('start', 'eqPT'))
if sorted_startTimeOp[0]['start'] <= tStart:
remPT = 0
else:
tStart = sorted_startTimeOp[0]['start']
# update machine availability
G.resAvailability[sorted_startTimeMach[0]['mach']] = updateAvailTime(
sorted_startTimeMach[0]['start'], sorted_startTimeMach[0]['eqPT'],
tStart, G.resAvailability[sorted_startTimeMach[0]['mach']])
# update operator availability
G.resAvailability[sorted_startTimeOp[0]['pm']] = updateAvailTime(
sorted_startTimeOp[0]['start'], sorted_startTimeOp[0]['eqPT'], tStart,
G.resAvailability[sorted_startTimeOp[0]['pm']])
# update schedule
G.Schedule[G.simMode].setdefault(currentOp['id'], {})
G.Schedule[G.simMode][currentOp['id']]['startDate'] = tStart
tEnd = tStart + sorted_startTimeMach[0]['eqPT']
G.Schedule[G.simMode][currentOp['id']]['endDate'] = tEnd
G.Schedule[G.simMode][currentOp['id']].setdefault(
'rList', {})[(tStart, tEnd)] = {
'mach': sorted_startTimeMach[0]['mach'],
'operator': sorted_startTimeOp[0]['pm']
}
if currentOp['preID'] != None:
G.Schedule[G.simMode][currentOp['preID']] = G.Schedule[G.simMode][
currentOp['id']]
if G.completionDate[G.simMode][currentOp['project']] < tEnd:
G.completionDate[G.simMode][currentOp['project']] = tEnd
if currentOp['mode'] == 'MM' or currentOp['mode'] == 'MA':
G.tabSchedule[G.simMode].append([
currentOp['project'], currentOp['part'], currentOp['preID'],
sorted_startTimeMach[0]['mach'], sorted_startTimeOp[0]['pm'],
tStart, tEnd - aTime
])
G.tabSchedule[G.simMode].append([
currentOp['project'], currentOp['part'], currentOp['id'],
sorted_startTimeMach[0]['mach'], 'automatic', tEnd - aTime, tEnd
])
G.pmSchedule[G.simMode].append([
sorted_startTimeOp[0]['pm'], tStart, tEnd - aTime, currentOp['id']
])
else:
G.tabSchedule[G.simMode].append([
currentOp['project'], currentOp['part'], currentOp['id'],
sorted_startTimeMach[0]['mach'], sorted_startTimeOp[0]['pm'],
tStart, tEnd
])
G.pmSchedule[G.simMode].append(
[sorted_startTimeOp[0]['pm'], tStart, tEnd, currentOp['id']])