laezee
LaEZee is a room sorting program written in python. I personally wouldn't use it and its posted here as a warning of how not to write a room sorting program.
about
LaEZee is a hotel room generator which takes a person's gender and top 3 roommates and makes an ideal room arangment list. For use by anyone but made to help schools sort throught large amounts of students when going on out-of-town trips.
the program
#!/usr/bin/python3.5
#laEZee sorting program
#by kulve and mhdrone
#this program is designed to sort hotel rooms out using a persons ideal room
#it can take an infinite amount of people, the layout for input is the person's
#name, gender, and the 3 people they want to room with starting with the first
#being the highest priority.
#Version 1.0:
#will be able to sort room simply using a pure logic comparison system
#single file system
#inputs are givin by editing the program file
#output are displayed on screen
#example names:
#Bob_Robert, John_Johnny, Jack_Lantern, Male_Example, Ryan_Rogers, Jim_Jimmy, Brad_Mint, Sam_Moss, Scott_Tott
#Carly_Care, Sue_Law, Sally_Salad, Mary_Mary, Pam_Beasley, Maggie_Mags, Beth_Smith, Amy_Sparks
Bob_Robert = ["Male","Bob_Robert","John_Johnny","Jack_Lantern","Ryan_Rogers"]
John_Johnny = ["Male","John_Johnny","Jack_Lantern","Bob_Robert","Male_Example"]
Jack_Lantern = ["Male","Jack_Lantern","Jim_Jimmy","Brad_Mint", "John_Jonny"]
Male_Example = ["Male","Male_Example","Sam_Moss","Brad_Mint","Ryan_Rogers"]
Ryan_Rogers = ["Male","Ryan_Rogers","John_Johnny","Jim_Jimmy","Sam_Moss"]
Jim_Jimmy = ["Male","Jim_Jimmy","Ryan_Rogers","Male_Example","Brad_Mint"]
Brad_Mint = ["Male","Brad_Mint","Sam_Moss","Jack_Lantern","Ryan_Rogers"]
Sam_Moss = ["Male","Sam_Moss","Brad_Mint","Scott_Tott","Bob_Robert"]
Scott_Tott = ["Male","Scott_Tott","Male_Example","John_Johnny","Jack_Lantern"]
#Scott_Tott2 = ["Male","Scott_Tott","Male_Example","John_Johnny","Jack_Lantern"]
Carly_Care = ["Female","Carly_Care","Sue_Law","Sally_Salad","Mary_Mary"]
Sue_Law = ["Female","Sue_Law","Carly_Care","Sally_Salad","Mary_Mary"]
Sally_Salad = ["Female","Sally_Salad","Carly_Care","Sue_Law","Mary_Mary"]
Mary_Mary = ["Female","Mary_Mary","Carly_Care","Sue_Law","Sally_Salad"]
Pam_Beasley = ["Female","Pam_Beasley","Carly_Care","Maggie_Mags","Amy_Sparks"]
Maggie_Mags = ["Female","Maggie_Mags","Beth_Smith","Sally_Salad","Sue_Law"]
Beth_Smith = ["Female","Beth_Smith","Amy_Sparks","Maggie_Mags","Mary_Mary"]
Amy_Sparks = ["Female","Amy_Sparks","Pam_Beasley","Beth_Smith","Sue_Law"]
#Carly_Care2 = ["Female","Carly_Care","Sue_Law","Sally_Salad","Mary_Mary"]
#PACKAGES
import math as _math
#VARABLES
_Female = 'Female' #these are the words used to set gender
_Male = 'Male'
_Male_list = []
_Female_list = []
_Primary_Choice_Weight = 5
_Primary_Weight = 3
_Secondary_Weight = 2
_Third_Weight = 1
#FUNCTIONS
def _underscoreremove(): #haha its a function to remove varables that start with underscores but
NameLoopCount = 0 #it starts with an underscore how ironic, reminds me of a lot of people
KillCount = TotalVarsNum
while True: #this loop removes any strings with an "_" in front of them from the list
if NameLoopCount >= KillCount:
break
CurrentString = TotalVars[NameLoopCount]
if CurrentString[0] == "_": #removes strings
TotalVars.remove(CurrentString)
NameLoopCount = NameLoopCount-1
KillCount = len(TotalVars)
NameLoopCount = NameLoopCount+1
#print(NameLoopCount)
def _gender_sort():
NameLoopCount = 0
KillCount = TotalVarsNum
#print(KillCount)
while True:
if NameLoopCount >= KillCount:
break
CurrentString = TotalVars[NameLoopCount]
CurrentList = globals()[CurrentString]
if CurrentList[0] == _Female: #ladies first
_Female_list.append(CurrentString)
if CurrentList[0] == _Male:
_Male_list.append(CurrentString)
#print(NameLoopCount)
NameLoopCount = NameLoopCount+1
def _comparisonDriver2(_active_list):
#each loop should define one roommate then pass roommate on to next loop
#on return each loop does a comparison and reports the largest number
_room_index = {}
_active_list_num = len(_active_list)
_active_list_dyn_loop = _active_list_num
_active_list_dyn = _active_list.copy()
_active_rooms = _math.ceil(len(_active_list)/4)
_loop_times_zero = 0
while True:
if _loop_times_zero >= _active_rooms:
break
_roommate_one_name = None
_roommate_two_name = None
_roommate_three_name = None
_roommate_four_name = None
_loop_times_one = 0
_comparison_value_one_one = 0
_comparison_value_two_one = 0
_comparison_value_one_two = 0
_comparison_value_two_two = 0
_comparison_value_one_three = 0
_comparison_value_two_three = 0
_comparison_value_one_four = 0
_comparison_value_two_four = 0
while True: #Roommate one loop
if _loop_times_one >= _active_list_dyn_loop: # gots idea = dyn loop
break
_active_list_dyn_loop = len(_active_list_dyn)
#print(_active_list_dyn_loop)
_active_roommate_one = _active_list_dyn[_loop_times_one]
_roommate_one_name_check = _active_roommate_one
_active_roommate_one = globals()[_active_roommate_one]
_loop_times_two = 0
while True: #Roommate two loop
if _loop_times_two >= _active_list_dyn_loop:
break
if _roommate_one_name_check != _active_list_dyn[_loop_times_two]:
_active_roommate_two = _active_list_dyn[_loop_times_two]
_roommate_two_name_check = _active_roommate_two
_active_roommate_two = globals()[_active_roommate_two]
_loop_times_three = 0
while True: #Roommate three loop
if _loop_times_three >= _active_list_dyn_loop:
break
if _roommate_one_name_check != _active_list_dyn[_loop_times_three]:
if _roommate_two_name_check != _active_list_dyn[_loop_times_three]:
_active_roommate_three = _active_list_dyn[_loop_times_three]
_roommate_three_name_check = _active_roommate_three
_active_roommate_three = globals()[_active_roommate_three]
_loop_times_four = 0
while True: #Roommate four loop
if _loop_times_four >= _active_list_dyn_loop:
break
if _roommate_one_name_check != _active_list_dyn[_loop_times_three]:
if _roommate_two_name_check != _active_list_dyn[_loop_times_three]:
if _roommate_three_name_check != _active_list_dyn[_loop_times_four]:
_active_roommate_four = _active_list_dyn[_loop_times_four]
_roommate_four_name_check = _active_roommate_four
_active_roommate_four = globals()[_active_roommate_four]
if _roommate_four_name_check not in (_roommate_one_name_check,_roommate_two_name_check,_roommate_three_name_check):
_comparison_value_one_four = _listComparisonSimple2(_active_roommate_one, _active_roommate_two, _active_roommate_three, _active_roommate_four)
if _comparison_value_one_four > _comparison_value_two_four:
_comparison_value_two_four = _comparison_value_one_four
_comparison_value_one_three = _comparison_value_one_four
_comparison_value_one_two = _comparison_value_one_four
_comparison_value_one_one = _comparison_value_one_four
_roommate_four_name = _roommate_four_name_check
#print("4",_roommate_four_name,_comparison_value_two_four)
#print("4:",_loop_times_four)
_loop_times_four = _loop_times_four+1
#===========================================================LOOP FOUR
if _comparison_value_one_three > _comparison_value_two_three:
_comparison_value_two_three = _comparison_value_one_three
_comparison_value_one_two = _comparison_value_one_three
_comparison_value_one_one = _comparison_value_one_three
_roommate_three_name = _roommate_three_name_check
#print("3",_roommate_three_name,_comparison_value_two_three)
#print("3:",_loop_times_three)
_loop_times_three = _loop_times_three+1
#===============================================================LOOP THREE
if _comparison_value_one_two > _comparison_value_two_two:
_comparison_value_two_two = _comparison_value_one_two
_comparison_value_one_one = _comparison_value_one_three
_roommate_two_name = _roommate_two_name_check
#print("2",_roommate_two_name,_comparison_value_two_two)
#print("2:",_loop_times_two)
_loop_times_two = _loop_times_two+1
#===================================================================LOOP TWO
_roommate_one_name = _roommate_one_name_check
#print("1",_roommate_one_name,_comparison_value_two_one)
#print("2",_roommate_two_name,_comparison_value_two_two)
#print("3",_roommate_three_name,_comparison_value_two_three)
#print("4",_roommate_four_name,_comparison_value_two_four)
#print(_comparison_value_one_two)
_comparison_value_one_two = 0
_comparison_value_two_two = 0
_comparison_value_one_three = 0
_comparison_value_two_three = 0
_comparison_value_one_four = 0
_comparison_value_two_four = 0
_loop_times_one = _loop_times_one+1
#=======================================================================LOOP ONE
_room_index[_loop_times_zero] = {_roommate_one_name,_roommate_two_name,_roommate_three_name,_roommate_four_name}
if _roommate_one_name in _active_list_dyn:
_active_list_dyn.remove(_roommate_one_name)
if _roommate_two_name in _active_list_dyn:
_active_list_dyn.remove(_roommate_two_name)
if _roommate_three_name in _active_list_dyn:
_active_list_dyn.remove(_roommate_three_name)
if _roommate_four_name in _active_list_dyn:
_active_list_dyn.remove(_roommate_four_name)
_loop_times_zero = _loop_times_zero+1
if _active_list_dyn:
print("\n* * * WARN: Failure Detected * * *\nNames were not all applied to rooms, check lists for missing people\nPeople not in room:",_active_list_dyn,"\n")
return _room_index
def _listComparisonSimple2(_RoomMateOne,_RoomMateTwo,_RoomMateThree, _RoomMateFour):
_Comparsion_Value = 0
# 1 vs 234
if _RoomMateOne[1] == _RoomMateTwo[2]: #check to see if 1 is on 2's list primary
_Comparsion_Value = _Comparsion_Value+_Primary_Weight #add weight to value
elif _RoomMateOne[1] == _RoomMateTwo[3]: #else check if 1 is on 2's list secondary
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateOne[1] == _RoomMateTwo[4]: #else check if 1 is on 2's list third
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateOne[1] == _RoomMateThree[2]: #check to see if 1 is on 3's list primary
_Comparsion_Value = _Comparsion_Value+_Primary_Weight #add weight to value
elif _RoomMateOne[1] == _RoomMateThree[3]: #else check if 1 is on 3's list secondary
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateOne[1] == _RoomMateThree[4]: #else check if 1 is on 3's list third
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateOne[1] == _RoomMateFour[2]: #check to see if 1 is on 4's list primary
_Comparsion_Value = _Comparsion_Value+_Primary_Weight #add weight to value
elif _RoomMateOne[1] == _RoomMateFour[3]: #else check if 1 is on 4's list secondary
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateOne[1] == _RoomMateFour[4]: #else check if 1 is on 4's list third
_Comparsion_Value = _Comparsion_Value+_Third_Weight
#2 vs 134
if _RoomMateTwo[1] == _RoomMateOne[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateTwo[1] == _RoomMateOne[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateTwo[1] == _RoomMateOne[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateTwo[1] == _RoomMateThree[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateTwo[1] == _RoomMateThree[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateTwo[1] == _RoomMateThree[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateTwo[1] == _RoomMateFour[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateTwo[1] == _RoomMateFour[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateTwo[1] == _RoomMateFour[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
#3 vs 124
if _RoomMateThree[1] == _RoomMateOne[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateThree[1] == _RoomMateOne[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateThree[1] == _RoomMateOne[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateThree[1] == _RoomMateThree[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateThree[1] == _RoomMateThree[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateThree[1] == _RoomMateThree[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateThree[1] == _RoomMateFour[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateThree[1] == _RoomMateFour[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateThree[1] == _RoomMateFour[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
#4 vs 123
if _RoomMateFour[1] == _RoomMateOne[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateFour[1] == _RoomMateOne[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateFour[1] == _RoomMateOne[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateFour[1] == _RoomMateTwo[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateFour[1] == _RoomMateTwo[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateFour[1] == _RoomMateTwo[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
if _RoomMateFour[1] == _RoomMateThree[2]:
_Comparsion_Value = _Comparsion_Value+_Primary_Weight
elif _RoomMateFour[1] == _RoomMateThree[3]:
_Comparsion_Value = _Comparsion_Value+_Secondary_Weight
elif _RoomMateFour[1] == _RoomMateThree[4]:
_Comparsion_Value = _Comparsion_Value+_Third_Weight
return _Comparsion_Value
# - - - - - - - - - - - - program start - - - - - - - - - - - -
TotalVars = dir() #gets all the varables and sets them to TotalVars
TotalVarsNum = len(TotalVars) #gets TotalVars' number of strings
_underscoreremove() #underscore function
#print(TotalVars) #print all the people in program
# - - - - - - - - - seperates males and females - - - - - - - - -
TotalVarsNum = len(TotalVars) #reset the Total Var number so that it is accurate
#print(TotalVarsNum)
_gender_sort()
# - - - - - - - - - - - - - data readout - - - - - - - - - - - - -
_Female_rooms = _math.ceil(len(_Female_list)/4)
print("Girl Rooms:",_Female_rooms)
_Male_rooms = _math.ceil(len(_Male_list)/4)
print("Boy Rooms:",_Male_rooms)
print("Girls:",*_Female_list) #print female list
print("Boys:",*_Male_list) #print male list
print("\nGirl Rooms:")
_room_index_female = _comparisonDriver2(_Female_list) #calulate female rooms
for x in _room_index_female:
print("Room Number",x,":",*_room_index_female.get(x))
print("\nBoy Rooms:")
_room_index_male = _comparisonDriver2(_Male_list) #calulate male rooms
for x in _room_index_male:
print("Room Number",x,":",*_room_index_male.get(x))The plan text document can be found at https://mhdser.com/laEZee/laEZee.py in case you might want to use wget or another program to grab it.