def init(gravity):
reload(const)
reload(param)
pygame.init()
pygame.font.init()
pygame.display.set_caption(u"TETRIS")
model.p = Piece()
model.p_next = Piece()
view.renderNext(model.p_next)
param.score = 0
clock = pygame.time.Clock()
param.t['dropped'] = param.t['moved'] = param.t['rotated'] = \
param.t['stopped_moving'] = param.t['stopped_rotating'] \
= time.clock()
param.interval['gravity'] = gravity
pygame.key.set_repeat(150, 40)
def loop():
tick()
if param.flag['erase']:
model.erase()
pass
elif param.flag['update']:
for i in range(len(model.p.shape[0])):
for j in range (len(model.p.shape[0][i])):
if model.p.shape[0][i][j]:
const.map[model.p.y+i][model.p.x+j] = model.p.shape[1]
model.checkErase()
model.p= copy.deepcopy(model.p_next)
model.p.updateMap(const.map)
model.p_next = Piece()
view.renderNext(model.p_next)
param.flag['update'] = False
param.flag['ground'] = False
elif param.flag['gameover']:
print('oh no')
else:
model.getKey(model.p)
if (param.t['now']-param.t['dropped'])> param.interval['gravity']:
# param.t['dropped'] = param.t['now']
if param.flag['ground']:
if param.t['now']-param.t['moved'] < param.interval['gravity']\
or param.t['now']-param.t['rotated'] < param.interval['gravity']:
pass
else:
param.flag['update'] = True
else:
model.p.move('down')
else:
pass
model.p.checkGround()
model.checkGameover()
draw()
