public void TickCollisions(TickCollisionsEvent _)
{
// TODO: Do this via collision detection instead.
// TODO: Clean this up.
// Keeps sword rested on the ground.
if (this.stateMachine_.IsOnGround)
{
var bladeFromGroundY = -(this.playerRigidbody_.CenterY -
this.playerRigidbody_.BottomY);
bladeFromGroundY -= MathF.Abs(
TrigMath.LenDegY(this.handDis_, this.handDeg_));
var minAngle = MathF.Acos(bladeFromGroundY / this.bladeLength_) /
MathF.PI *
180;
var diffToGround = TrigMath.DifferenceInDegrees(this.swordDeg_, 270);
if (FloatMath.Abs(diffToGround) <= minAngle)
{
this.swordDeg_ = 270 + FloatMath.Sign(diffToGround) * minAngle;
if (FloatMath.Abs(this.swordDevVel_) > 2)
{
this.swordDevVel_ *= -.5f;
}
else
{
this.swordDevVel_ = 0;
}
}
}
}
private void TickCollisions_(TickCollisionsEvent _)
{
var initXSpd = FloatMath.Abs(this.playerRigidbody_.XVelocity);
var collidedTypes = this.collider_.TickCollisions();
if ((collidedTypes & LevelTileTypes.LEFT_WALL) != 0 ||
(collidedTypes & LevelTileTypes.RIGHT_WALL) != 0)
{
if (initXSpd > 1)
{
this.playerSounds_.PlayBumpWallSound();
}
}
// If falling while meant to be on the ground, then switch to falling state.
if (this.stateMachine_.IsOnGround && this.rigidbody_.YVelocity > 0)
{
this.stateMachine_.State = PlayerState.INITIALLY_FALLING_OFF_LEDGE;
this.initiallyFallingTimer_ = 3;
}
if (this.stateMachine_.State == PlayerState.WALL_SLIDING &&
this.rigidbody_.YVelocity > 0)
{
this.playerRigidbody_.YAcceleration =
PlayerConstants.WALL_SLIDING_GRAVITY;
}
else
{
this.playerRigidbody_.YAcceleration = PlayerConstants.GRAVITY;
}
}
public void TickCollisions(TickCollisionsEvent _) => this.CurrentItem.TickCollisions(_);
public void TickCollisions(TickCollisionsEvent _)
{
// TODO: Collisions?
}
