def run_normal_menu():
first_price_box.run()
standard_price_box.run()
typing.write(typing.retro_8x10, 'Price of a first class ticket:', (renderer.mid_x, renderer.mid_y - 50))
typing.write(typing.retro_8x10, 'Price of a standard class ticket:', (renderer.mid_x, renderer.mid_y + 50))
if next_button.run():
global_data.first_price = first_price_box.run()
global_data.standard_price = standard_price_box.run()
return True
return False
def run():
typing.write(typing.retro_8x10, 'UK airport:',
(renderer.mid_x, renderer.mid_y - 100))
typing.write(typing.retro_8x10, 'Overseas airport:',
(renderer.mid_x, renderer.mid_y))
if save_button.run():
if uk_airport_box.correct and overseas_airport_box.correct:
global_data.uk_airport = uk_airport_box.run()
global_data.overseas_airport = overseas_airport_box.run()
return global_data.main_menu
uk_airport_box.run()
overseas_airport_box.run()
return global_data.enter_airport_details
def run():
typing.write(typing.retro_8x10, 'Route stats:',
(renderer.mid_x, renderer.mid_y - 175))
if main_menu_button.run():
return global_data.main_menu
def find_overseas_airport(airport_code):
for airport in global_data.list_of_airports:
if airport.code == airport_code:
return airport
if global_data.uk_airport == 'LJL':
airport_dist = find_overseas_airport(
global_data.overseas_airport).dist_LJL
else:
airport_dist = find_overseas_airport(
global_data.overseas_airport).dist_BI
try:
standard_seats = int(
global_data.airplane_types_data[global_data.airplane_type][
global_data.max_capacity]) - int(global_data.first_seats) * 2
cost_per_seat = global_data.airplane_types_data[
global_data.airplane_type][
global_data.running_cost] * airport_dist / 100
cost = float(cost_per_seat) * (float(global_data.first_seats) +
float(standard_seats))
income = float(global_data.first_seats) * float(
global_data.first_price) + standard_seats * float(
global_data.standard_price)
profit = income - cost
typing.write(typing.retro_8x10,
f'The flight costs {cost_per_seat} per seat',
(renderer.mid_x, renderer.mid_y - 100))
typing.write(typing.retro_8x10, f'The flight costs {cost} in total',
(renderer.mid_x, renderer.mid_y - 50))
typing.write(typing.retro_8x10, f'The total income of {income}',
(renderer.mid_x, renderer.mid_y))
typing.write(typing.retro_8x10, f'The profit is {profit}',
(renderer.mid_x, renderer.mid_y + 50))
except ValueError:
print(
f"Bug found: calc_profit_info.run() found a value error. Probably because it is "
f"trying to float or int a string or something.")
return global_data.calc_profit_info
def run():
typing.write(typing.retro_8x10, 'Some data still needs to be entered:',
(center_x, center_y))
if main_menu_button.run():
return global_data.main_menu
if global_data.overseas_airport == '' or global_data.uk_airport == '':
if enter_airport_details.run():
return global_data.enter_airport_details
if global_data.first_seats == 0 or global_data.airplane_type == -1:
if enter_flight_details.run():
return global_data.enter_flight_details
return global_data.calc_profit_enter
def run():
if global_data.airplane_type == -1 or global_data.uk_airport == '' or global_data.overseas_airport == '' or global_data.first_seats == 0:
return global_data.calc_profit_enter
elif global_data.first_price != 0 and global_data.standard_price != 0:
return global_data.calc_profit_info
else:
airplane_max = global_data.airplane_types_data[global_data.airplane_type][global_data.max_range]
if global_data.uk_airport == 'lpl':
airport_dist = find_overseas_airport().dist_LJL
else:
airport_dist = find_overseas_airport().dist_BI
if airplane_max < int(airport_dist):
typing.write(typing.retro_8x10, 'The range of the selected', (renderer.mid_x, renderer.mid_y - 50))
typing.write(typing.retro_8x10, 'airplane is too short for', (renderer.mid_x, renderer.mid_y))
typing.write(typing.retro_8x10, 'the flight plan', (renderer.mid_x, renderer.mid_y + 50))
py.display.flip()
time.sleep(5)
return global_data.main_menu
else:
if run_normal_menu():
return global_data.calc_profit_info
return global_data.calc_profit_data
def run():
if medium_narrow_button.run():
global_data.airplane_type = global_data.medium_narrow
if large_narrow_button.run():
global_data.airplane_type = global_data.large_narrow
if medium_wide_button.run():
global_data.airplane_type = global_data.medium_wide
typing.write(typing.retro_8x10, 'Number of first class seats:',
(renderer.mid_x, renderer.mid_y))
if save_button.run():
if first_seats_box.correct and global_data.airplane_type != -1:
global_data.first_seats = first_seats_box.run()
return global_data.main_menu
first_seats_box.run()
if global_data.airplane_type == -1:
message = 'n/a'
elif global_data.airplane_type == 0:
message = 'medium narrow'
elif global_data.airplane_type == 1:
message = 'large narrow'
elif global_data.airplane_type == 2:
message = 'medium wide'
else:
message = f'Error: airplane type is {global_data.airplane_type}'
typing.write(typing.retro_8x10, 'Airplane type: ' + message,
(renderer.mid_x, renderer.mid_y - 200))
if global_data.airplane_type != -1:
if get_info_button.run():
return global_data.get_info
return global_data.enter_flight_details
def run():
info = global_data.airplane_types_data[global_data.airplane_type]
message = 'running cost: ' + str(info[global_data.running_cost])
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y - 100))
message = 'maximum range: ' + str(info[global_data.max_range])
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y - 50))
message = 'maximum capacity: ' + str(info[global_data.max_capacity])
typing.write(typing.retro_8x10, message, (renderer.mid_x, renderer.mid_y))
message = 'minimum first class seats: ' + str(
info[global_data.min_first_class])
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y + 50))
if back_button.run():
return global_data.enter_flight_details
return global_data.get_info
def tick_stats():
# UK airport
if global_data.uk_airport != '':
message = f'UK airport: {global_data.uk_airport}'
else:
message = 'Uk airport: N/A'
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y - 50))
# Overseas airport
if global_data.overseas_airport != '':
message = f'Overseas airport: {global_data.overseas_airport}'
else:
message = 'Overseas airport: N/A'
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y - 20))
# Airplane type
if global_data.airplane_type != -1:
message = f'Airplane type: {global_data.airplane_type}'
else:
message = 'Airplane type: N/A'
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y + 10))
# Number of first class seats
message = f'Number of First class seats: {global_data.first_seats}'
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y + 40))
# First class seat price
message = f'Price of first class seats: {global_data.first_price}'
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y + 70))
# Standard class seat price
message = f'standard class seat price: {global_data.standard_price}'
typing.write(typing.retro_8x10, message,
(renderer.mid_x, renderer.mid_y + 100))
# ================================================================================================
"""
Joseph Coppin
Computer Science GSCE Coursework
Description of file
Global Functions:
Imports: """
screen_x = 1000
screen_y = 600
mid_x = screen_x / 2
mid_y = screen_y / 2
background_colour = (255, 255, 255)
# how fast the program should run ideally
run_FPS = 60
# initialises pygame
py.init()
screen = py.display.set_mode((screen_x, screen_y))
clock = py.time.Clock()
# puts starting message on the screen
screen.fill((255, 255, 255))
typing.write(typing.retro_8x10, 'Please look at the console', (mid_x, mid_y))
typing.write(typing.retro_8x10, 'for options', (mid_x, mid_y + 40))
py.display.update()
def display(self, message):
typing.write(self.font, message, (self.x, self.y))