def checkPhraseWrap(self):
if self.model.currentphrase < 0:
self.model.currentphrase = 0
elif self.model.currentphrase == self.model.numphrases:
self.model.currentphrase = self.model.numphrases-1
self.state = self.FINISHED
self.t = gametime.getms()
def update(self,world):
if self.state == self.TALKING:
if not self.t:
self.t = gametime.getms()
return
t2 = gametime.getms()
dt = t2 - self.t
if dt > self.model.talktime:
self.t = t2
self.stepPhrase(1)
self.checkPhraseWrap()
else:
t2 = gametime.getms()
dt = t2 - self.t
if dt > self.transitiontime:
print("Gonna change now!!");
def resetTime(self):
self.t = gametime.getms()
def update(self,keysdown,keysup,world):
#Let's check if we are on solid ground!
p = ProxyRect(self.model.pos)
p.rect.bottom += 1
onsolid = False
#pygame.sprite.spritecollide(sprite, group, dokill, collided)
colliding = pygame.sprite.spritecollide(p, world["solidclouds"],False)
if len(colliding):
onsolid = True
if self.model.state == self.model.SHOOT1:
t = gametime.getms()
if t > self.shootstart + self.model.shoottime:
self.model.state = self.model.SHOOT2
self.shootstart = gametime.getms()
elif self.model.state == self.model.SHOOT2:
t = gametime.getms()
if t > self.shootstart + self.model.shoot2time:
self.model.state = self.model.STAND
else:
for k in keysdown:
#print(str(k))
if pygame.K_LEFT == k:
#print("LEFT")
self.model.facing = self.model.LEFT
if onsolid:
self.model.vel.topleft = (-5,0)
self.model.state = self.model.WALK
if pygame.K_RIGHT == k:
#print("RIGHT")
self.model.facing = self.model.RIGHT
if onsolid:
self.model.vel.topleft = (5,0)
self.model.state = self.model.WALK
if pygame.K_UP == k:
#print("JUMP")
if onsolid:
self.model.state = self.model.JUMP
self.model.vel.top = -25
if pygame.K_SPACE == k:
self.model.state = self.model.SHOOT1
self.shootstart = gametime.getms()
for k in keysup:
#print(str(k))
if pygame.K_LEFT == k and self.walkingLeft(self.model):
self.model.state = self.model.STAND
if onsolid:
self.model.vel.topleft = (0,0)
if pygame.K_RIGHT == k and self.walkingRight(self.model):
self.model.state = self.model.STAND
if onsolid:
self.model.vel.topleft = (0,0)
if pygame.K_UP == k:
pass
# if we are not shooting, let's resume a standing position
if onsolid and self.model.state != self.model.WALK and self.model.vel.y >= 0:
if self.model.state != self.model.SHOOT1 and self.model.state != self.model.SHOOT2:
self.model.state = self.model.STAND
# Gravity!
if not onsolid:
self.model.vel.y = self.model.vel.y + 1
# Friction!
if onsolid and self.model.state != self.model.WALK and not self.model.vel.x == 0 and self.model.vel.y >= 0:
if self.model.vel.x > 0:
self.model.vel.x -= 1
elif self.model.vel.x < 0:
self.model.vel.x += 1
else:
pass
# And now the actual movement!
# horizontal movement!
vel = self.model.vel
if vel.x:
p = ProxyRect(self.model.pos)
p.rect.move_ip(vel.x,0)
colliding = pygame.sprite.spritecollide(p, world["solidclouds"],False)
if len(colliding):
#print("omg I collided with " + str(colliding[0].rect.topleft))
if vel.x > 0:
self.model.pos.right = colliding[0].pos.left
else:
self.model.pos.left = colliding[0].pos.right
else:
self.model.pos.x += self.model.vel.x
p.rect.move_ip(-1*vel.x,0)
if vel.y:
p.rect.move_ip(0,vel.y)
colliding = pygame.sprite.spritecollide(p, world["solidclouds"],False)
if len(colliding):
if vel.y > 0:
self.model.pos.bottom = colliding[0].pos.top
self.model.vel.y = 0
else:
self.model.pos.top = colliding[0].pos.bottom
self.model.vel.y = 0
else:
self.model.pos.y += self.model.vel.y
