public Vector2 Update()
{
if (InputWrapper.GetJumpDown())
{
var jumpV = Quaternion.Euler(0, 0, wallJumpAngle * Mathf.Sign(super.wallNormal)) * new Vector2(0, wallJumpSpeed);
vel = jumpV;
super.pmove.Reset();
super.partsys.Play();
super.pjump.SetJumpSpeedCur(jumpV);
super.pjump.jumping = true;
super.pjump.jumpTime = wallJumpTime;
super.pjump.jumpCount = 1;
//preventDir = wallNormal < 0 ? -1 : 1;
}
else
{
vel = Vector2.zero;
}
return(vel);
}
public Vector2 Update()
{
if (jumpCount < jumpsMax && !jumping) // init
{
if ((super.isGrounded && InputWrapper.GetJumpBuffered() && jumpCount == 0) ||
InputWrapper.GetJumpDown()) // first jump is buffered
{
jumping = true;
super.partsys.Play();
jumpTime = jumpTimeMax[jumpCount];
jumpSpeedCur = new Vector2(0, jumpSpeed[jumpCount]);
}
}
if (jumping)
{
if (jumpTime > 0 && InputWrapper.GetJump())
{
super.overrideVel.y = jumpSpeedCur.y;
vel.x = jumpSpeedCur.x;
jumpTime -= Time.fixedDeltaTime;
}
else // end jump
{
jumpTime = 0;
jumping = false;
jumpCount++;
vel = Vector2.zero;
}
}
return(vel);
}