def runCombos(self):
starttime=time.time()
names = []
classSize=[]
stu = []
for i in self.p3.names:
names.append(i.get())
for z in self.p4.studentsper:
stu.append(int(z.get()))
roomList, roomCount = importRooms.scan(self.p3.roomSheet.get())
combos = []
sizes=[]
y = 0
for x,studentsper in zip(self.returns,stu):
combos.append(combinations.combinations(x[1], int(self.p4.entries[y].get()) ,x[0] ,roomCount,studentsper))
sizes.append(int(self.p4.entries[y].get()))
y+=1
for printer in combos:
print(len(printer))
finalRoomCombo,finalStudentAssignments,LeaderDays=sort.Sorter([m[0] for m in self.returns],combos,names,sizes,roomList,[n[1] for n in self.returns],stu)
print(time.time()-starttime)
#assign the rooms
for subj,subject in zip(finalRoomCombo,names):
for group in subj:
roomList[group].taken=True
leaderAssignments,leaderRooms=assign.assignLeaders(self.leaderData,LeaderDays,roomList,sizes,finalRoomCombo)
#print(time.time()-starttime)
#f2=open('variables2.txt','wb')
#pickle.dump([roomList,leaderAssignments,leaderRooms])
#assign everything
data=[]
for n in self.returns:
data.append(n)
assignEverything.assign(roomList,finalRoomCombo,finalStudentAssignments,leaderRooms,leaderAssignments,names)
def runCombos(self):
starttime = time.time()
names = []
classSize = []
stu = []
for i in self.p3.names:
names.append(i.get())
for z in self.p4.studentsper:
stu.append(int(z.get()))
roomList, roomCount = importRooms.scan(self.p3.roomSheet.get())
combos = []
sizes = []
y = 0
for x, studentsper in zip(self.returns, stu):
combos.append(combinations.combinations(x[1], int(self.p4.entries[y].get()), x[0], roomCount, studentsper))
sizes.append(int(self.p4.entries[y].get()))
y += 1
for printer in combos:
print(len(printer))
finalRoomCombo, finalStudentAssignments, LeaderDays = sort.Sorter(
[m[0] for m in self.returns], combos, names, sizes, roomList, [n[1] for n in self.returns], stu
)
print(time.time() - starttime)
# assign the rooms
for subj, subject in zip(finalRoomCombo, names):
for group in subj:
roomList[group].taken = True
leaderAssignments, leaderRooms = assign.assignLeaders(
self.leaderData, LeaderDays, roomList, sizes, finalRoomCombo
)
# print(time.time()-starttime)
# f2=open('variables2.txt','wb')
# pickle.dump([roomList,leaderAssignments,leaderRooms])
# assign everything
data = []
for n in self.returns:
data.append(n)
assignEverything.assign(
roomList, finalRoomCombo, finalStudentAssignments, leaderRooms, leaderAssignments, names
)
import time
#import excel file, print data
starttime=time.time()
import studentImport
blah=[]
datas=[]
data,times = studentImport.scan('/home/jasper/pilot/data.xls','Calc II')
data2,times2 = studentImport.scan('/home/jasper/pilot/data2.xls','Chem I')
import importRooms
rooms,roomCount=importRooms.scan('/home/jasper/pilot/rooms.xlsx')
blah.append(times)
blah.append(times2)
datas.append(data)
datas.append(data2)
import combinations
combos=[]
combos.append(combinations.combinations(blah[0],8,data,roomCount))
combos.append(combinations.combinations(blah[1],10,data2,roomCount))
print(len(combos[0]))
print(len(combos[1]))
import sort
finalCombo,finalAssignments,finalWaitList=sort.Sorter(datas,combos,['Calc II','Chem I'],[8,10],rooms,blah)
print(len(finalCombo))
#determine which finalCombo fits the leader availability the best
#leaderData=leaderImport.scan()
#import assign
