/// <summary>
/// Call this to actually perform a wall jump
/// </summary>
public void PerformWallJump()
{
if (ColliderWeAreOn)
{
CharacterMovement.ResetCachedGravityScaled();
Vector2 AdjustedLaunchVelocity = new Vector2(WallJumpVelocity.x * (CharacterMovement.GetIsFacingLeft() ? 1f : -1f), WallJumpVelocity.y);
Physics2D.Velocity = AdjustedLaunchVelocity;
CharacterMovement.SetIsFacingLeft(!CharacterMovement.GetIsFacingLeft(), true);
}
}
/// <summary>
/// Coroutine that performs our character's dash based on the direction of their input and the dash
/// animation curve
/// </summary>
/// <returns></returns>
private IEnumerator PerformDash()
{
Vector2 MovementInputAxis = MovementComponent.GetMovementInput();
Vector2 DashDirection;
if (MovementInputAxis.x == 0)
{
MovementInputAxis = Vector2.right * (MovementComponent.GetIsFacingLeft() ? -1 : 1);
}
float HorizontalDashDirection = MovementInputAxis.x != 0 ? Mathf.Sign(MovementInputAxis.x) : 0;
float VerticalDashDirection = 0;//Mathf.Abs(MovementInputAxis.y) > EHCharacterMovementComponent.JOYSTICK_WALK_THRESHOLD ? Mathf.Sign(MovementInputAxis.y) : 0;
DashDirection = new Vector2(HorizontalDashDirection, VerticalDashDirection);
DashDirection.Normalize();
MovementComponent.SetIsFacingLeft(DashDirection.x, true);
float TimeThatHasPassed = 0;
float CachedGravity = Physics2D.GravityScale;
Physics2D.GravityScale = 0;
while (TimeThatHasPassed < DashTime && bIsPerformingDash)
{
Physics2D.Velocity = DashAnimationCurve.Evaluate(TimeThatHasPassed / DashTime) * DashDirection * DashSpeed;
yield return(null);
TimeThatHasPassed += EHTime.DeltaTime;
}
Physics2D.GravityScale = CachedGravity;
}