private void SetOnStairsColliders(StairsController stairsController)
{
playerStatusVariables.isClimbingStairs = true;
PhysicsHelpers.IgnoreCollision(capsuleCollider2D, stairsController.adjacentCollider, true);
stairsController.adjacentCollider.gameObject.layer = LayerMask.NameToLayer("Ground Ignore");
PhysicsHelpers.IgnoreLayerCollision(rigidbody2D.gameObject.layer, LayerMask.NameToLayer("Stairs Ground"),
false);
playerCollisionHandler.SetLayerForCollisions(new[] { "Ground", "Stairs Ground" });
}
public void SetStairs(StairsController stairs)
{
currentStairs = stairs;
float stepDx = 0, stepDy = 0;
float currentStep = 0;
if (stairs != null)
{
switch (stairs.ascendingDirection)
{
case PlayerOrientation.Up:
case PlayerOrientation.Down:
break;
case PlayerOrientation.Left:
currentStep = (stairs.bounds.max.x - transform.position.x) / (stairs.bounds.max.x - stairs.bounds.min.x);
stepDy = stairs.bounds.size.y / stairs.steps;
if (playerOrientation == PlayerOrientation.Right)
{
stepDy = -stepDy;
}
break;
case PlayerOrientation.Right:
currentStep = (transform.position.x - stairs.bounds.min.x) / (stairs.bounds.max.x - stairs.bounds.min.x);
stepDy = stairs.bounds.size.y / stairs.steps;
if (playerOrientation == PlayerOrientation.Left)
{
stepDy = -stepDy;
}
break;
}
currentStep = (int)(currentStep * stairs.steps);
}
if (lastStep != currentStep)
{
lastStep = (int)currentStep;
Vector3 newPosition = transform.position;
newPosition.x += stepDx;
newPosition.y += stepDy;
transform.position = newPosition;
}
}
public void SetStairs(StairsController stairs)
{
currentStairs = stairs;
float stepDx = 0, stepDy = 0;
float currentStep = 0;
if(stairs != null)
{
switch(stairs.ascendingDirection)
{
case PlayerOrientation.Up:
case PlayerOrientation.Down:
break;
case PlayerOrientation.Left:
currentStep = (stairs.bounds.max.x - transform.position.x) / (stairs.bounds.max.x - stairs.bounds.min.x);
stepDy = stairs.bounds.size.y / stairs.steps;
if(playerOrientation == PlayerOrientation.Right)
{
stepDy = -stepDy;
}
break;
case PlayerOrientation.Right:
currentStep = (transform.position.x - stairs.bounds.min.x) / (stairs.bounds.max.x - stairs.bounds.min.x);
stepDy = stairs.bounds.size.y / stairs.steps;
if(playerOrientation == PlayerOrientation.Left)
{
stepDy = -stepDy;
}
break;
}
currentStep = (int) (currentStep * stairs.steps);
}
if(lastStep != currentStep)
{
lastStep = (int) currentStep;
Vector3 newPosition = transform.position;
newPosition.x += stepDx;
newPosition.y += stepDy;
transform.position = newPosition;
}
}
