def create_current_routes():
SCHOOL_ADDRESS_DICT = {
"ALT": "115 A St.", # NEEDS VERIFICATION
"BAR": "100 Dudley Rd.",
"BRO": "575 Pleasant St.",
"CAM": "215 Elm St.",
"CHA": "139 Newbury St", # NEEDS VERIFICATION
"DUN": "48 Frost St.",
"FHS": "115 A St.",
"FUL": "31 Flagg Dr.",
"HEM": "729 Water St.",
"JUN": "29 Upper Joclyn Ave.",
"KNG": "454 Water St.",
"MAR": "115 A St.", # NEEDS VERIFICATION
"MCC": "8 Flagg Dr.",
"POT": "492 Potter Rd.",
"STA": "25 Elm St.",
"STB": "115 A St.", # NEEDS VERIFICATION
"WAL": "301 Brook St.",
"WIL": "169 Leland St.",
}
school_dict = dict()
bus_dict = dict()
student_dict = dict()
workbook = xlrd.open_workbook('2017-2018 Framingham Bus Data.xlsx')
sheet = workbook.sheet_by_name('qmf_temp')
for row in range(1, sheet.nrows):
school_id = sheet.row(row)[0].value
if school_id not in school_dict:
school_address = SCHOOL_ADDRESS_DICT[school_id] + ", Framingham, MA"
school_geocode = gmaps.geocode(
school_address)[0]['geometry']['location']
school_dict[school_id] = School(school_id, school_geocode['lng'],
school_geocode['lat'])
student_id = row - 1
if student_id not in student_dict:
student_address = sheet.row(row)[2].value + ", Framingham, MA"
student_geocode = gmaps.geocode(
student_address)[0]['geometry']['location']
student_school = school_dict[school_id]
stop_address = sheet.row(row)[7].value # used AM stop destination
stop_geocode = gmaps.geocode(
stop_address)[0]['geometry']['location']
student_dict[student_id] = Student(
student_id=student_id,
res_latitude=student_geocode['lat'],
res_longitude=student_geocode['lng'],
school=student_school,
stop_latitude=stop_geocode['lat'],
stop_longitude=stop_geocode['lng'])
bus_id = sheet.row(row)[4].value
if bus_id not in bus_dict:
bus_dict[bus_id] = Bus(bus_id=bus_id)
format_dictionary(student_dict, "student")
def read_file_student(name_file1):
file = open(name_file1, "r")
info_file = file.read()
list_row = info_file.splitlines() # save list of all the rows in the file
list_student = [] # list of all the students
index_sl = 0 # index course
for x in list_row:
x = x.split() # save list of all the words in row[i] of the file
name_s = "" # name of the student
for i in range(1, len(x)):
name_s = name_s + x[i]
list_student.append(Student(name_s.capitalize()))
index_sl = index_sl + 1
file.close()
return list_student
# Modules
import modules as md
import numpy as np
import pandas as pd
import matplotlib as plt
r = np.random
print (r)
#############################################
# Classes and Objects
from Classes import Student
student_1 = Student("Jim", "math", 18, 3.1, True)
student_2 = Student("Sam", "econ", 19, 2.5, False)
#print (student_2.gpa)
student_list = [1,2]
student_list[0] = student_1.age
student_list[1] = student_2.age
print(student_list)
#############################################
# A multiple choice quiz
Question_Prompts = [
"How many states are in the U.S.?\n(a) 55\n(b) 45 \n(c) 50\n",
"What is the color of the sky in a sunny day?\n(a) blue\n(b) red\n(c) green\n",
from Classes import Student
student1 = Student("Jim", "Business", 3.5, False)
student2 = Student("Pam", "Art", 2.5, True)
print(student2.gpa)
from Classes import BaseClass, ChildClass, Student #Importing BaseClass, ChildClass and Student from the Classes module
#simple example showing the use of the function belonging to this class
print("Using BaseClass object to call function")
b = BaseClass()
b.hello()
print()
#the child class can also use this function as it is a child of BaseClass and inherites it
print(
"Using ChildClass object to call function which it inherites from BaseClass"
)
c = ChildClass()
c.hello()
#Declaring a Student object inherited from Person class, uses Person classes constructor for the first three arguments.
print("Creating student object which inherites from Person")
s = Student("Kieran", 26, 100, 'A', "GMIT")
s.printDetails() #Student object can call function from Person class
print(s.grade) #Printing out the grade value
print(
s.school.schoolName
) #We can access the schoolname value by calling the Student object which calls the School object that was
#declared inside the Student class, then from there we can reference its schoolName value.
from Classes import Student
student1 = Student("Tom", "Business", "3.1", "False")
student2 = Student("Jim", "Art", "2.5", "True")
print(student1.gpa)
from Classes import Student, Mobile
student1 = Student("Tomas", "Programming", 3.6, False)
student2 = Student("Michal", "Art", 2.2, True)
redmi = Mobile("Redmi 7A", "MI11", 1.25, "11.0.4", "Blue")
print(student1.major)
print(student2.major)
print(f"{student1.name} has honor: {student1.onHonorRoll()}")
print(f"{student2.name} has honor: {student2.onHonorRoll()}")
print(
f"Mobile name: {redmi.name}, Version: {redmi.OS} {redmi.version}, Colour: {redmi.colour}"
)
name = input("Zadejte jmeno mobilu: ")
OS = input("Zadejte operacni system: ")
weight = input("Zadejte vahu: ")
version = input("Zadejte verzi mobilu: ")
colour = input("Zadejte barvu mobilu: ")
newPhone = Mobile(name, OS, weight, version, colour)
print(
f"Mobile name: {newPhone.name}, Version: {newPhone.OS} {newPhone.version}, Colour: {newPhone.colour}, Weight: {newPhone.weight}"
)
from Classes import BaseClass, ChildClass, Student #Importing BaseClass, ChildClass and Student from the Classes module
#simple example showing the use of the function belonging to this class
print("Using BaseClass object to call function")
b = BaseClass()
b.hello()
print()
#the child class can also use this function as it is a child of BaseClass and inherites it
print("Using ChildClass object to call function which it inherites from BaseClass")
c = ChildClass()
c.hello()
#Declaring a Student object inherited from Person class, uses Person classes constructor for the first three arguments.
print("Creating student object which inherites from Person")
s = Student("Kieran", 26, 100, 'A', "GMIT")
s.printDetails() #Student object can call function from Person class
print(s.grade) #Printing out the grade value
print(s.school.schoolName) #We can access the schoolname value by calling the Student object which calls the School object that was
#declared inside the Student class, then from there we can reference its schoolName value.
def get_student_list(main_sheet):
student_list = []
for data_dict in main_sheet.get_all_records():
student_list.append(Student.Student(data_dict))
return student_list
class generators:
"""class to generate random values for driver code"""
def id_generator():
result = ""
for _ in range(0,4):
result += str(random.randint(0, 99))
return result
def name_generator():
names = ["Aaran", "Aaren", "Aarez", "Aarman", "Aaron", "Aaron-James", "Aarron", "Aaryan", "Aaryn", "Aayan", "Aazaan", "Abaan", "Abbas", "Abdallah", "Abdalroof", "Abdihakim", "Abdirahman", "Abdisalam", "Abdul", "Afonso", "Ahmad", "Ahmed", "Ahmed-Aziz", "Ahoua", "Ahtasham", "Aiadan", "Aidan", "Aiden", "Aiden-Jack", "Aiden-Vee", "Brydon-Craig", "Bryn", "Brynmor", "Bryson", "Buddy", "Bully", "Burak", "Burhan", "Butali", "Butchi", "Byron", "Cabhan", "Cadan", "Cade", "Caden", "Cadon", "Cadyn", "Caedan", "Caedyn", "Cael", "Caelan", "Caelen", "Caethan", "Cahl", "Cahlum", "Cai", "Caidan", "Caiden", "Caiden-Paul", "Caidyn", "Caie", "Cailaen", "Cailean", "Caileb-John", "Cailin", "Cain", "Caine", "Cairn", "Cal"]
return f'{names[random.randint(0, 30)]} {names[random.randint(0, 30)]}'
def grade_generator():
level = ["1st year", "2nd Year", "3rd Year", "4th year"]
return level[random.randint(0, 3)]
human1 = Person(generators.name_generator(), random.randint(18, 99), '1114 S Juanita Ave, Redondo Beach, CA, 90277')
human2 = Student(generators.name_generator(), random.randint(18, 99), '5412 Pebble Ln, Loves Park, IL, 61111', generators.id_generator(),generators.grade_generator())
human3 = Employee(generators.name_generator(), random.randint(18, 99), '5412 Pebble Ln, Loves Park, IL, 61111', random.randint(30000, 1000000),random.randint(0, 40))
human4 = Faculty(generators.name_generator(), random.randint(18, 99), '5412 Pebble Ln, Loves Park, IL, 61111', random.randint(30000, 1000000),random.randint(0, 40), generators.id_generator(), "Math" )
if __name__ == "__main__":
print("\n Person class: \n{}\n\n Student class: \n{}\n\n Employee class: \n{}\n\n Faculty class: \n{}\n\n ".format(human1, human2, human3, human4))
from Classes import Person
if __name__ == "__main__":
testPerson = Person()
testPerson.getGoal()
testPerson.introduce()
from Classes import Student
if __name__ == "__main__":
testStudent = Student()
testStudent.getGoal()
testStudent.introduce()
testStudent.skipDays(4)
testStudent.introduce()