def MoveRightBy(self, speed):
self.realX += speed
col = collisions.CheckSolidCollisionsForMovement(self)
if hasattr(col, "realX"):
while self.CollidesWith(
col
): ##might break if collision adjustment moves from one object to the next
self.realX -= 1
else:
while collisions.CheckSolidCollisionsForMovement(self):
self.realX -= 1
return col
def Jump(self):
if hasattr(
self, "DropBlock"
): #should only be for anything where a collision is meaningful
self.DropBlock()
self.realY -= self.GetJumpStrength()
collides = collisions.CheckSolidCollisionsForMovement(self)
if collides or not self.IsFalling():
while collisions.CheckSolidCollisionsForMovement(self):
self.realY += 1 #move down incrementally to get head out of ceiling
self.RemoveState(
'Jump'
) #remove the state so that verticle propultion is 0 (ie. so it can just start falling)
def MoveRight(self):
self.realX += self.moveSpeed
if hasattr(
self, "collidesWithBlock"
): #should only be for anything where a collision is meaningful
self.collidesWithBlock = collisions.CheckCollisionsBlocks(self)
col = collisions.CheckSolidCollisionsForMovement(self)
if hasattr(col, "realX"):
while self.CollidesWith(
col
): ##might break if collision adjustment moves from one object to the next
self.realX -= 1
else:
while collisions.CheckSolidCollisionsForMovement(self):
self.realX -= 1
def MoveLeft(self):
self.realX -= self.moveSpeed
if hasattr(
self, "collidesWithBlock"
): #should only be for anything where a collision is meaningful. ie. Block won't use this
self.collidesWithBlock = collisions.CheckCollisionsBlocks(
self) ##maybe change to just not block... o
col = collisions.CheckSolidCollisionsForMovement(self)
if hasattr(col, "realX"):
while self.CollidesWith(
col
): ##might break if collision adjustment moves from one object to the next
self.realX += 1
else:
while collisions.CheckSolidCollisionsForMovement(self):
self.realX += 1