'''
Created on 6 dec. 2013
Author: Daan Helsloot
'''
from ipy_lib import SnakeUserInterface
ui = SnakeUserInterface(40, 30, 0.5)
def processEvent(event):
ui.print_(event.name + " " + event.data + "\n")
if event.name == "click":
processClick(event)
elif event.name == "other":
processSpacebar(event)
def processClick(event):
click_coordinates = event.data.split()
x = int(click_coordinates[0])
y = int(click_coordinates[1])
ui.place(x, y, ui.WALL)
ui.show()
def processSpacebar(event):
ui.clear()
ui.show()
while True:
event = ui.get_event()
print('GAME OVER')
ui.wait(1000)
ui.close()
if food.eaten(snake.get_head()):
food.remove(ui)
food.generate(ui, snake.get_coordinates(), walls.get_coordinates())
snake.extend_tail()
snake.place(ui)
food.place(ui)
walls.place(ui)
ui.show()
'''Start program'''
ui = SnakeUserInterface(WIDTH, HEIGHT)
ui.set_animation_speed(ANIMATION_SPEED)
init_snake_coordinates = INIT_SNAKE_COORDINATES
direction = INIT_DIRECTION
walls = []
level = None
# level = read_file('SnakeInput4.txt') # Uncomment if you want to play levels
if level is not None:
walls, init_snake_coordinates, direction = prepare_data_level(level)
snake = Snake(init_snake_coordinates)
walls = Walls(walls)
food = Food((ui.random(MAX_X), ui.random(MAX_Y)))
food.generate(ui, snake.get_coordinates(), walls.get_coordinates())
# process all events that come in
def process_event(event):
# print_event(event) # Note: makes the program run slow
if event.name == "letter":
process_letter(event.data)
elif event.name == "alarm":
process_alarm(event.data)
elif event.name == "arrow":
process_arrow(event.data)
# START PROGRAM
# initialize the visual interface
ui = SnakeUserInterface(UI_WIDTH, UI_HEIGHT)
ui.show()
# state variables
current_color = ui.WALL
current_position = START_POSITION
current_speed = START_SPEED
# initial settings
ui.set_animation_speed(current_speed)
ui.place(current_position[0], current_position[1], current_color)
# infinite loop that parses the events
while True:
event = ui.get_event(
) # fetches the event using the built-in library function
for element in self.row:
if element != self.row[0]:
old_x, old_y = element.change_coordinate(old_x, old_y)
def check_coordinate(self, coordinate):
result = False
for element in self.row:
if element.coordinate() == coordinate.coordinate():
result = True
return result
# CONSTANTS
X_RANGE = 32
Y_RANGE = 24
ui = SnakeUserInterface(X_RANGE, Y_RANGE)
fps = 5
count = 0
direction = 'r'
snake = CoordinateRow([Coordinate(1, 0), Coordinate(0, 0)])
walls_list = CoordinateRow([])
def change_direction(event=None, mystic=False):
global direction
if event is None: # In case of level
direction_change = direction
else: # event is an event:
direction_change = event.data
if mystic:
'''
Created on 6 dec. 2013
Author: Daan Helsloot
'''
from ipy_lib import SnakeUserInterface
ui = SnakeUserInterface(40, 30, 0.5)
def processEvent(event):
ui.print_(event.name + " " + event.data + "\n")
if event.name == "click":
processClick(event)
elif event.name == "other":
processSpacebar(event)
def processClick(event):
click_coordinates = event.data.split()
x = int(click_coordinates[0])
y = int(click_coordinates[1])
ui.place(x, y, ui.WALL)
ui.show()
def processSpacebar(event):
ui.clear()
ui.show()
while True:
else:
self.y -= 1
def down(self):
if self.y >= HEIGHT - 1:
self.y = 0
else:
self.y += 1
def process_event(new_event):
if new_event.name == "arrow":
if new_event.data == "l":
head_of_snake.left()
elif new_event.data == "r":
head_of_snake.right()
elif new_event.data == "u":
head_of_snake.up()
elif new_event.data == "d":
head_of_snake.down()
ui.place(head_of_snake.x, head_of_snake.y, ui.SNAKE)
ui.show()
ui.clear()
ui = SnakeUserInterface(WIDTH, HEIGHT, SCALE)
head_of_snake = HeadOfSnake(x_coordinate, y_coordinate)
while True:
event = ui.get_event()
process_event(event)
__author__ = 'Helsloot'
WIDTH = 20
HEIGHT = 10
x = 0
y = 0
start_speed = 10
from ipy_lib import SnakeUserInterface
ui = SnakeUserInterface(WIDTH, HEIGHT, 1)
image = ui.WALL
ui.set_animation_speed(start_speed)
def processEvent(event):
ui.print_(event.name + " " + event.data + "\n")
if event.name == "alarm":
processAnimation()
if event.name == 'arrow':
processArrow(event.data)
if event.name == 'letter':
processKey(event.data)
def processAnimation():
global x, y
if x < WIDTH:
ui.place(x, y, image)
ui.show()
ui.place(x, y, ui.EMPTY)
Created on 8th of december 2013
Author: Daan Helsloot (dht340)
'''
WIDTH = 30
HEIGHT = 40
from Coordinate import Coordinate
from SnakeCoordinateRow import SnakeCoordinateRow
from ipy_lib import SnakeUserInterface
start_speed = 5
apple_x = 0
apple_y = 0
current_direction = 'r'
ui = SnakeUserInterface(WIDTH, HEIGHT)
ui.set_animation_speed(start_speed)
snake_instance = SnakeCoordinateRow()
def process_event(event):
if event.name == "alarm":
chk_snake_tail_collision(snake_instance)
process_animation()
if event.name == 'arrow':
set_direction(event.data)
def create_snake():
global snake_instance
snake_instance.add(Coordinate(0, 0))
# split the data on space, and return the coordinates as integers
def get_coordinates_from_data(data):
data = data.split()
return int(data[0]), int(data[1])
# onClick -> place a block on the spot
def process_click(data):
x,y = get_coordinates_from_data(data)
ui.place(x, y, ui.WALL)
ui.show()
# process all events that come in
def process_event(event):
print_event(event) # Note: makes the program run slow
if event.name == "click" :
process_click(event.data)
elif event.name == "other":
process_other(event.data)
# START PROGRAM
# initialize the visual interface
ui = SnakeUserInterface(UI_WIDTH, UI_HEIGHT)
ui.show()
# infinite loop that parses the events
while True :
event = ui.get_event() # fetches the event using the built-in library function
process_event(event) # event dispatcher
__author__ = 'Helsloot'
WIDTH = 20
HEIGHT = 10
x = 0
y = 0
start_speed = 10
from ipy_lib import SnakeUserInterface
ui = SnakeUserInterface(WIDTH, HEIGHT, 1)
image = ui.WALL
ui.set_animation_speed(start_speed)
def processEvent(event):
ui.print_(event.name + " " + event.data + "\n")
if event.name == "alarm":
processAnimation()
if event.name == 'arrow':
processArrow(event.data)
if event.name == 'letter':
processKey(event.data)
def processAnimation():
global x, y
if x < WIDTH:
ui.place(x, y, image)
ui.show()
ui.place(x, y, ui.EMPTY)
Created on 8th of december 2013
Author: Daan Helsloot (dht340)
'''
WIDTH = 30
HEIGHT = 40
from Coordinate import Coordinate
from SnakeCoordinateRow import SnakeCoordinateRow
from ipy_lib import SnakeUserInterface
start_speed = 5
apple_x = 0
apple_y = 0
current_direction = 'r'
ui = SnakeUserInterface(WIDTH, HEIGHT)
ui.set_animation_speed(start_speed)
snake_instance = SnakeCoordinateRow()
def process_event(event):
if event.name == "alarm":
chk_snake_tail_collision(snake_instance)
process_animation()
if event.name == 'arrow':
set_direction(event.data)
def create_snake():
global snake_instance
snake_instance.add(Coordinate(0, 0))