/// <summary>
/// tillämpar rörelsen från <see cref="BeräknaRörelse(ref Vector2, out CollisionResult)()"/>
/// till entiteten och uppdaterar TriggerHjälparen
/// </summary>
/// <param name="rörelse"> Rörelse.</param>
public void TillämpaRörelsen(Vector2 rörelse)
{
// 2. flyttar entiteten till dennes nya position vid kollision annars förflyttas hela
// mängden. rörelse uppdateras när en kollision inträffar
Entity.Transform.Position += rörelse;
// 3. gör en överlappningskontroll av alla Kolliderare som triggrar med alla bredphase
// kolloider, trigger eller ingen trigger. Eventuella överlappningar resulterar med
// att trigger Events blir anropad.
TriggerHjälpare?.Update();
}
public override void Update(GameTime gameTime, Level lvl)
{
CalculateVelocity(gameTime);
HandleWallSliding(gameTime);
HandleJumpInput();
controller.Move(velocity);
Transform.Position = ConvertUnits.ToDisplayUnits(CollisionBox.Position);
if (controller.collisions.above || controller.collisions.below)
{
if (controller.collisions.slidingDown)
{
velocity.Y -= controller.collisions.slopeNormal.Y * -gravity * (float)gameTime.ElapsedGameTime.TotalSeconds;
}
else
{
velocity.Y = 0;
}
}
trigger.Update();
UpdateAnimation(gameTime);
base.Update(gameTime, lvl);
if (!context.lvl.LevelBounds.Contains(context.lvl.player.Transform.Position) && !context.transitionManager.isTransitioning)
{
context.lvl.SpawnPlayer(null);
}
PlayState.DebugMonitor.Clear();
PlayState.DebugMonitor.AddDebugValue("Current Animation", CurrentAnimation);
PlayState.DebugMonitor.AddDebugValue("Current State", CurrentState);
PlayState.DebugMonitor.AddDebugValue("Position", Transform.Position);
PlayState.DebugMonitor.AddDebugValue("Velocity", velocity);
PlayState.DebugMonitor.AddDebugValue("Below", controller.collisions.below);
PlayState.DebugMonitor.AddDebugValue("Left", controller.collisions.left);
PlayState.DebugMonitor.AddDebugValue("Right", controller.collisions.right);
PlayState.DebugMonitor.AddDebugValue("Above", controller.collisions.above);
PlayState.DebugMonitor.AddDebugValue("Face Dir", controller.collisions.faceDirection);
PlayState.DebugMonitor.AddDebugValue("Slope Angle", controller.collisions.slopeAngle);
PlayState.DebugMonitor.AddDebugValue("Slope Normal", controller.collisions.slopeNormal);
PlayState.DebugMonitor.AddDebugValue("Camera Focussed", context.camera.focussedOnPlayer);
PlayState.DebugMonitor.AddDebugValue("Camera Position", context.camera.Position);
PlayState.DebugMonitor.AddDebugValue("Kunai count", thrownObjects.Count());
}
void IUpdatable.Update()
{
// handle movement and animations
var moveDir = new Vector2(_xAxisInput.Value, 0);
string animation = null;
if (moveDir.X < 0)
{
if (_collisionState.Below)
{
animation = "Run";
}
_animator.FlipX = true;
_velocity.X = -MoveSpeed;
}
else if (moveDir.X > 0)
{
if (_collisionState.Below)
{
animation = "Run";
}
_animator.FlipX = false;
_velocity.X = MoveSpeed;
}
else
{
_velocity.X = 0;
if (_collisionState.Below)
{
animation = "Idle";
}
}
if (_collisionState.Below && _jumpInput.IsPressed)
{
animation = "Jumping";
_velocity.Y = -Mathf.Sqrt(2f * JumpHeight * Gravity);
}
if (!_collisionState.Below && _velocity.Y > 0)
{
animation = "Falling";
}
// apply gravity
_velocity.Y += Gravity * Time.DeltaTime;
// move
_mover.Move(_velocity * Time.DeltaTime, _boxCollider, _collisionState);
// Update the TriggerHelper. This will check if our collider intersects with a
// trigger-collider and call ITriggerListener if necessary.
_triggerHelper.Update();
if (_collisionState.Below)
{
_velocity.Y = 0;
}
if (animation != null && !_animator.IsAnimationActive(animation))
{
_animator.Play(animation);
}
}
