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converter2.py
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converter2.py
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from classroom2 import *
import random
import types
import xlsxwriter
from collections import Counter
def convertMain():
writeOnExcel()
def writeOnExcel():
classroomTimetable = sort_classroom_timetable()
workbook = xlsxwriter.Workbook("result_xlsx_files/classroom_time_table.xlsx")
cell_format = workbook.add_format()
cell_format.set_text_wrap()
cell_format.set_align("center")
cell_format.set_align("vcenter")
cell_format.set_border(1)
header_format = workbook.add_format()
header_format.set_text_wrap()
header_format.set_align("center")
header_format.set_align("vcenter")
header_format.set_border(1)
header_format.set_bold(True)
header_format.set_font_size(30)
blank_format = workbook.add_format()
blank_format.set_text_wrap()
blank_format.set_align("center")
blank_format.set_align("vcenter")
blank_format.set_bold(True)
blank_format.set_font_size(20)
blankodd_format = workbook.add_format()
blankodd_format.set_text_wrap()
blankodd_format.set_align("center")
blankodd_format.set_align("vcenter")
blankodd_format.set_border(1)
blankodd_format.set_right_color(right_color= '#ffffff')
blankeven_format = workbook.add_format()
blankeven_format.set_text_wrap()
blankeven_format.set_align("center")
blankeven_format.set_align("vcenter")
blankeven_format.set_border(1)
blankeven_format.set_left_color(left_color= '#ffffff')
floors = list(classroomTimetable.keys())
dayDecode = {
"10000": "Monday",
"01000": "Tuesday",
"00100": "Wednesday",
"00010": "Thursday",
"00001": "Friday",
}
header = [
"",
"9.00-9.30",
"9.30-9.50",
"10.00-10.30",
"10.30-10.50",
"11.00-11.30",
"11.30-11.50",
"12.00-12.30",
"12.30-13.00",
"13.00-13.30",
"13.30-13.50",
"14.00-14.30",
"14.30-14.50",
"15.00-15.30",
"15.30-15.50",
"16.00-16.30",
"16.30-16.50",
"17.00-17.30",
"17.30-17.50",
]
numberOfPeriod = 18
periodSpace = ["" for i in range(numberOfPeriod)]
for floor in floors:
days = list(classroomTimetable[floor].keys())
worksheet = workbook.add_worksheet(floor)
worksheet.set_column(0,0,10)
rowNumber = 0
header[0] = floor + " th"
for day in days:
worksheet.merge_range(
rowNumber, 0, rowNumber, numberOfPeriod, ' ', blank_format
)
rowNumber += 1
worksheet.merge_range(
rowNumber, 0, rowNumber, numberOfPeriod, dayDecode[day], header_format
)
rowNumber += 1
for i in range(len(header)):
worksheet.write(rowNumber, i, header[i], cell_format)
rowNumber += 1
rooms = list(classroomTimetable[floor][day].keys())
for roomName in rooms:
periodSpace.insert(0, "Class " + roomName)
room = classroomTimetable[floor][day][roomName]
allDuplicatedLessons = []
duplicatedLessons = []
for i in range(len(room)):
if i < len(room) - 1:
if room[i + 1]["subjectName"] == room[i]["subjectName"] and (
(int(room[i]["period"]) != 6)
):
# print(room[i + 1]["subjectName"],'==', room[i]["subjectName"])
# print(room[i + 1]["period"])
# print(periodSpace)
allDuplicatedLessons.append(int(room[i + 1]["period"]))
duplicatedLessons.append(int(room[i + 1]["period"]))
elif room[i + 1]["subjectName"] != room[i]["subjectName"] or (
int(room[i]["period"]) == 6
):
print(room[i])
# print(len(duplicatedLessons))
if len(duplicatedLessons) == 0:
firstLessonPeriod = int(room[i]["period"])
else:
firstLessonPeriod = min(duplicatedLessons) - 1
print(duplicatedLessons)
print(firstLessonPeriod)
if len(room[i]["teacherNames"]) != 0:
periodSpace[firstLessonPeriod] = {
"name": room[i]["subjectName"]
+ "\n"
+ (" ".join(room[i]["teacherNames"])),
"numberOfDuplication": len(duplicatedLessons),
}
else:
periodSpace[firstLessonPeriod] = {
"name": room[i]["subjectName"]
,
"numberOfDuplication": len(duplicatedLessons),
}
duplicatedLessons = []
else:
print("something went wrong")
else:
if len(duplicatedLessons) == 0:
firstLessonPeriod = int(room[i]["period"])
else:
firstLessonPeriod = min(duplicatedLessons) - 1
periodSpace[firstLessonPeriod] = {
"name": room[i]["subjectName"]
+ "\n"
+ (" ".join(room[i]["teacherNames"])),
"numberOfDuplication": len(duplicatedLessons),
}
# print(allDuplicatedLessons)
# print(periodSpace)
allDuplicatedLessons.reverse()
for delPeriod in allDuplicatedLessons:
# print(delPeriod)
# print(periodSpace)
del periodSpace[delPeriod]
allDuplicatedLessons = []
# for lesson in room:
# periodSpace[int(lesson["period"])] = lesson["subjectName"] + '\n' + (' '.join(lesson["teacherNames"]))
print(periodSpace)
worksheet.write(rowNumber, 0, periodSpace[0], cell_format)
i = 1
j = 1
while i < len(periodSpace):
# print(i)
# print(periodSpace[i])
if periodSpace[i] == "":
if j % 2 == 1:
worksheet.write(rowNumber, j, "", blankodd_format)
else:
worksheet.write(rowNumber, j, "", blankeven_format)
else:
worksheet.merge_range(
rowNumber,
j,
rowNumber,
j + int(periodSpace[i]["numberOfDuplication"]),
periodSpace[i]["name"],
cell_format,
)
j += int(periodSpace[i]["numberOfDuplication"])
i += 1
j += 1
worksheet.merge_range(
rowNumber,
7,
rowNumber,
8,
'Lunch',
cell_format,
)
rowNumber += 1
periodSpace = ["" for i in range(numberOfPeriod)]
workbook.close()
convertMain()