private void GlideCancel()
{
Debug.Log("Cancel Glide");
isGliding = false;
if (aEntity.terminalVels.Contains(currentTerminal))
{
aEntity.terminalVels.Remove(currentTerminal);
}
currentTerminal = null;
}
public override void Cancel()
{
base.Cancel();
if (currentTerminal != null)
{
aEntity.terminalVels.Remove(currentTerminal);
currentTerminal = null;
aEntity.lockFlip = false;
}
}
private void PGlide()
{
Debug.Log("Glide");
isGliding = true;
if (aEntity.terminalVels.Contains(currentTerminal))
{
aEntity.terminalVels.Remove(currentTerminal);
}
LivingEntity.TerminalVel term = new LivingEntity.TerminalVel(glideSpeed);
currentTerminal = term;
aEntity.terminalVels.Add(term);
}
public override void AbilityUpdate()
{
base.AbilityUpdate();
if (AbilityActivated)
{
if (lockOutTimer <= 0)
{
PWallJumpSensor();
}
}
else
{
if (currentTerminal != null)
{
if (currentTerminal != null)
{
aEntity.terminalVels.Remove(currentTerminal);
currentTerminal = null;
}
}
}
}
private void PWallJumpSensor()
{
float rayLength = aEntity.entityBC2D.size.x / 2 + wallJumpRayLength;
Vector2 wallJumpRayDir = Vector2.right;
if (!aEntity.isLookingRight)
{
wallJumpRayDir = Vector2.left;
}
if (!aEntity.IsGrounded)
{
Vector3 topOrigin = new Vector3(sensorPosition.position.x, sensorPosition.position.y + sensorGap, sensorPosition.position.z);
Vector3 botOrigin = new Vector3(sensorPosition.position.x, sensorPosition.position.y - sensorGap, sensorPosition.position.z);
bool topRight = Physics2D.Raycast(topOrigin, Vector2.right, rayLength, wallJumpMask);
bool botRight = Physics2D.Raycast(botOrigin, Vector2.right, rayLength, wallJumpMask);
bool topLeft = Physics2D.Raycast(topOrigin, Vector2.left, rayLength, wallJumpMask);
bool botLeft = Physics2D.Raycast(botOrigin, Vector2.left, rayLength, wallJumpMask);
bool isOnWall = false;
if (topRight || botRight || topLeft || botLeft)
{
if (aEntity.isLookingRight && (topRight || botRight))
{
if (aEntity.EntityFlip())
{
aEntity.lockFlip = true;
}
}
if (!aEntity.isLookingRight && (topLeft || botLeft))
{
if (aEntity.EntityFlip())
{
aEntity.lockFlip = true;
}
}
isOnWall = true;
}
if (isOnWall)
{
onWallCling?.Invoke();
/*
* if (!CanCast)
* {
* onWallCling?.Invoke();
* }
*/
CanActivate = true;
if (currentTerminal == null)
{
aEntity.terminalVels.Remove(currentTerminal);
LivingEntity.TerminalVel term = new LivingEntity.TerminalVel(wallFallSpeed);
currentTerminal = term;
aEntity.terminalVels.Add(term);
}
}
else
{
CanActivate = false;
aEntity.lockFlip = false;
if (currentTerminal != null)
{
aEntity.terminalVels.Remove(currentTerminal);
currentTerminal = null;
}
}
}
else
{
CanActivate = false;
aEntity.lockFlip = false;
if (currentTerminal != null)
{
aEntity.terminalVels.Remove(currentTerminal);
currentTerminal = null;
}
}
Debug.DrawRay(new Vector3(sensorPosition.position.x, sensorPosition.position.y + sensorGap, sensorPosition.position.z), wallJumpRayDir * rayLength, Color.cyan);
Debug.DrawRay(new Vector3(sensorPosition.position.x, sensorPosition.position.y - sensorGap, sensorPosition.position.z), wallJumpRayDir * rayLength, Color.cyan);
Debug.DrawRay(new Vector3(sensorPosition.position.x, sensorPosition.position.y + sensorGap, sensorPosition.position.z), -wallJumpRayDir * rayLength, Color.cyan);
Debug.DrawRay(new Vector3(sensorPosition.position.x, sensorPosition.position.y - sensorGap, sensorPosition.position.z), -wallJumpRayDir * rayLength, Color.cyan);
}
