diff options
Diffstat (limited to 'data/graphics/pong')
| -rw-r--r-- | data/graphics/pong | 190 |
1 files changed, 96 insertions, 94 deletions
diff --git a/data/graphics/pong b/data/graphics/pong index b94aeb9..8182861 100644 --- a/data/graphics/pong +++ b/data/graphics/pong @@ -5,7 +5,9 @@ # on the XO, the escape key is the top lefthand key, # circle with an x in it. -import pippy, pygame, sys +import pippy +import pygame +import sys from pygame.locals import * from random import * @@ -42,7 +44,7 @@ ball_radius = 25 # game constants fsize = 48 -msg = "Press 'g' to start game" +msg = 'Press \'g\' to start game' font = pygame.font.Font(None, fsize) text = font.render(msg, True, (250, 250, 250)) @@ -52,101 +54,101 @@ textRect.centery = screen.get_rect().centery while pippy.pygame.next_frame(): - # display msg - screen.fill(bgcolor) - screen.blit(text, textRect) - pygame.display.flip() + # display msg + screen.fill(bgcolor) + screen.blit(text, textRect) + pygame.display.flip() - # chill until a key is pressed - for idle_event in pygame.event.get(): - if idle_event.type == QUIT: - sys.exit() + # chill until a key is pressed + for idle_event in pygame.event.get(): + if idle_event.type == QUIT: + sys.exit() - if idle_event.type == KEYDOWN: - if idle_event.key == K_ESCAPE: - sys.exit() - - if idle_event.key == 103: # g key - - # play a game! - - # start the paddle in the center - paddle_location = height / 2 - - # number of balls to a game - balls = 4 - - while balls > 0: - - ball_position = [ball_radius, ball_radius] - ball_mvect = [randint(3,5), randint(3,5)] - ball_limit = size - balls = balls - 1 - - while ball_position[0] + ball_radius < ball_limit[0]: # in play - - for event in pygame.event.get(): - if event.type == QUIT: + if idle_event.type == KEYDOWN: + if idle_event.key == K_ESCAPE: sys.exit() - elif event.type == KEYDOWN: - if event.key == K_ESCAPE: - sys.exit() - elif event.key == 273 \ - or event.key == 265 \ - or event.key == 264: # up - paddle_location = paddle_location - step - elif event.key == 274 \ - or event.key == 259 \ - or event.key == 258: # down - paddle_location = paddle_location + step - - # make sure the paddle is in-bounds - if paddle_location - paddle_radius < 0: - paddle_location = paddle_radius - elif paddle_location + paddle_radius >= height: - paddle_location = height - 1 - paddle_radius - - # clear the screen - screen.fill(bgcolor) - - # draw the paddle on the right side of the screen - pygame.draw.line(screen, - paddle_color, - (width - paddle_width, paddle_location - - paddle_radius), - (width - paddle_width, - paddle_location+paddle_radius), - paddle_width) - - # draw the ball - pygame.draw.circle(screen, ball_color, ball_position, ball_radius) - - # draw the unused balls - for i in range(balls): - pygame.draw.circle(screen, ball_color, - (int(round(30+i*ball_radius*2.4)), 30), + if idle_event.key == 103: # g key + + # play a game! + + # start the paddle in the center + paddle_location = height / 2 + + # number of balls to a game + balls = 4 + + while balls > 0: + + ball_position = [ball_radius, ball_radius] + ball_mvect = [randint(3, 5), randint(3, 5)] + ball_limit = size + balls = balls - 1 + + while ball_position[0] + ball_radius < ball_limit[0]: # in play + + for event in pygame.event.get(): + if event.type == QUIT: + sys.exit() + + elif event.type == KEYDOWN: + if event.key == K_ESCAPE: + sys.exit() + elif event.key == 273 \ + or event.key == 265 \ + or event.key == 264: # up + paddle_location = paddle_location - step + elif event.key == 274 \ + or event.key == 259 \ + or event.key == 258: # down + paddle_location = paddle_location + step + + # make sure the paddle is in-bounds + if paddle_location - paddle_radius < 0: + paddle_location = paddle_radius + elif paddle_location + paddle_radius >= height: + paddle_location = height - 1 - paddle_radius + + # clear the screen + screen.fill(bgcolor) + + # draw the paddle on the right side of the screen + pygame.draw.line(screen, + paddle_color, + (width - paddle_width, paddle_location - + paddle_radius), + (width - paddle_width, + paddle_location + paddle_radius), + paddle_width) + + # draw the ball + pygame.draw.circle(screen, ball_color, ball_position, ball_radius) + + # draw the unused balls + for i in range(balls): + pygame.draw.circle(screen, ball_color, + (int(round(30 + i * ball_radius * 2.4)), 30), ball_radius) - # update the display - pygame.display.flip() - - # update the ball - for i in range(2): - ball_position[i] = ball_position[i] + ball_mvect[i] - - # bounce on top and left - if ball_position[i] < ball_radius: - ball_position[i] = ball_radius - ball_mvect[i] = -1 * ball_mvect[i] - # bounce on bottom - elif i == 1 \ - and ball_position[i] >= ball_limit[i] - ball_radius: - ball_position[i] = ball_limit[i] - ball_radius - 1 - ball_mvect[i] = -1 * ball_mvect[i] - elif i == 0 \ - and ball_position[i] >= ball_limit[i] - ball_radius - paddle_width \ - and ball_position[1] > paddle_location - paddle_radius \ - and ball_position[1] < paddle_location + paddle_radius : - ball_position[i] = ball_limit[i] - ball_radius - paddle_width - 1 - ball_mvect[i] = -1 * ball_mvect[i] + # update the display + pygame.display.flip() + + # update the ball + for i in range(2): + ball_position[i] = ball_position[i] + ball_mvect[i] + + # bounce on top and left + if ball_position[i] < ball_radius: + ball_position[i] = ball_radius + ball_mvect[i] = -1 * ball_mvect[i] + # bounce on bottom + elif i == 1 \ + and ball_position[i] >= ball_limit[i] - ball_radius: + ball_position[i] = ball_limit[i] - ball_radius - 1 + ball_mvect[i] = -1 * ball_mvect[i] + elif i == 0 \ + and ball_position[i] >= ball_limit[i] - ball_radius - paddle_width \ + and ball_position[1] > paddle_location - paddle_radius \ + and ball_position[1] < paddle_location + paddle_radius: + ball_position[i] = ball_limit[i] - ball_radius - paddle_width - 1 + ball_mvect[i] = (-1) * ball_mvect[i] |