protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
if (!(target is MarioCharacter mario))
{
return;
}
if (!mario.Active)
{
return;
}
if (top)
{
ChangeLives();
}
eventInfo = EventArgs.Empty;
ScorePoints(Const.SCORE_FLAG_MAX * height / maxHeight);
World.Add(new PopingUpPoints(World, Boundary.Location, Const.SCORE_FLAG_MAX * height / maxHeight));
flag.PullDown();
mario.FlagPole();
HandlerTimeScore?.Invoke(this, eventInfo);
}
// Constructors.
public BodyModule()
{
collidesWith = CollisionMode.Nothing;
position = Vector3.zero;
velocity = Vector3.zero;
rotation = Quaternion.identity;
}
public BodyModule(BodyModule other)
{
collidesWith = other.collidesWith;
position = other.position;
velocity = other.velocity;
rotation = other.rotation;
}
private void ChangeCollisionMode(CollisionMode mode)
{
this.mode = mode;
ResetSimulation();
switch (mode)
{
case CollisionMode.SPHERE:
ChangeActivityOfGaltonBoard(CollisionMode.SPHERE, true);
break;
case CollisionMode.AABB:
ChangeActivityOfGaltonBoard(CollisionMode.AABB, true);
break;
case CollisionMode.OBB:
ChangeActivityOfGaltonBoard(CollisionMode.OBB, true);
break;
case CollisionMode.MESH:
ChangeActivityOfGaltonBoard(CollisionMode.MESH, true);
break;
}
}
protected override bool IntersectsImpl(CollisionMode thisCollisionMode, IExtent otherExtent, CollisionMode otherCollisionMode)
{
switch (CollisionChecker.GetCollisionInteractionType(thisCollisionMode, otherCollisionMode))
{
case CollisionInteractionType.ExtentVsInnerCircle:
case CollisionInteractionType.InnerCircleVsInnerCircle:
return(ExtentIntersector.AreInIntersectionCircleVsCircle(this, otherExtent));
case CollisionInteractionType.ExtentVsExtent:
case CollisionInteractionType.InnerCircleVsExtent:
return(ExtentIntersector.AreInIntersectionCircleVsExtent(this, otherExtent));
case CollisionInteractionType.ExtentVsPoint:
case CollisionInteractionType.InnerCircleVsPoint:
return(ExtentIntersector.AreInIntersectionExtentVsPoint(this, otherExtent));
case CollisionInteractionType.PointVsCircle:
case CollisionInteractionType.PointVsExtent:
return(ExtentIntersector.AreInIntersectionExtentVsPoint(otherExtent, this));
case CollisionInteractionType.PointVsPoint:
case CollisionInteractionType.Invalid:
default:
return(false);
}
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
switch (target)
{
case Mario mario:
OnCollisionMario(mario, mode, corner);
break;
case Brick brick when brick.State is Hidden:
break;
case Question question when question.State is Blocks.QuestionStates.Hidden:
break;
case IGameObject _ when target is Brick ||
target is Question ||
target is Floor ||
target is Pipeline ||
target is Stair:
if (mode == CollisionMode.Left)
{
Bounce(mode, new Vector2(), 1);
ChangeFacing(FacingMode.right);
}
else if (mode == CollisionMode.Right)
{
Bounce(mode, new Vector2(), 1);
ChangeFacing(FacingMode.left);
}
else if (mode == CollisionMode.Bottom)
{
Bounce(mode, new Vector2());
}
break;
case FireBall _:
Defeat();
break;
case Koopa koopa:
if (koopa.State is MovingShell || koopa.State is NewlyMovingShell)
{
Defeat();
}
break;
case Beetle beetle:
if (beetle.State is BeetleStates.MovingShell || beetle.State is BeetleStates.NewlyMovingShell)
{
Defeat();
}
break;
}
}
protected override void OnCollideWorld(CollisionMode mode, CollisionMode modePassive)
{
Bounce(mode, new Vector2());
if (mode == CollisionMode.InnerTop)
{
onFloor = false;
}
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
}
public CollisionMessage(Entity target, Entity hit, bool isTrigger, CollisionMode mode)
{
Target = target;
Hit = hit;
IsTrigger = isTrigger;
Mode = mode;
}
/// <summary>
/// Change the mesh collision mode of all frames
/// </summary>
/// <param name="collisionMode">The CollisonMode to change to</param>
public void ChangeCollisionMode(CollisionMode collisionMode)
{
CollisionMode = collisionMode;
foreach (Frame frame in Frames)
{
frame.GenerateMeshColliders();
}
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
switch (target.GetType().Name)
{
case "MarioCharacter":
Mario mario = (Mario)target;
if (mario.ProtectionState is Starred)
{
Defeat();
}
break;
case "Brick":
if (((Brick)target).State is Hidden)
{
break;
}
goto case "Stair";
case "Question":
if (((Question)target).State is Blocks.QuestionStates.Hidden)
{
break;
}
goto case "Stair";
case "Floor":
onFloor = true;
break;
case "Pipeline":
case "Stair":
if (mode == CollisionMode.Left)
{
Bounce(mode, new Vector2(), 1);
ChangeFacing(FacingMode.right);
}
else if (mode == CollisionMode.Right)
{
Bounce(mode, new Vector2(), 1);
ChangeFacing(FacingMode.left);
}
else if (mode == CollisionMode.Bottom)
{
Bounce(mode, new Vector2());
}
break;
}
}
public bool Intersects(CollisionMode thisCollisionMode, IExtent otherExtent, CollisionMode otherCollisionMode)
{
if ((null == otherExtent) ||
(thisCollisionMode == CollisionMode.None || otherCollisionMode == CollisionMode.None) ||
(thisCollisionMode == CollisionMode.CenterPoint && otherCollisionMode == CollisionMode.CenterPoint))
{
return(false);
}
return(IntersectsImpl(thisCollisionMode, otherExtent, otherCollisionMode));
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
if (target is Mario && state is Normal)
{
Collect();
}
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
if (target is Mario && state is StarStates.Normal)
{
Collect();
}
if (state is StarStates.Normal)
{
switch (target)
{
case Brick brick when brick.State is Hidden:
break;
case Question question when question.State is Blocks.QuestionStates.Hidden:
break;
case IGameObject _ when target is Brick ||
target is Question ||
target is Floor ||
target is Pipeline ||
target is Stair:
if (mode == CollisionMode.Top)
{
Bounce(mode, new Vector2());
}
if (mode == CollisionMode.Left ||
mode == CollisionMode.InnerLeft && corner == CornerMode.Center)
{
Bounce(mode, new Vector2(), 1);
Facing = FacingMode.right;
}
else if (mode == CollisionMode.Right ||
mode == CollisionMode.InnerRight && corner == CornerMode.Center)
{
Bounce(mode, new Vector2(), 1);
Facing = FacingMode.left;
}
if (mode == CollisionMode.Bottom ||
mode == CollisionMode.InnerBottom && corner == CornerMode.Center)
{
Bounce(mode, new Vector2());
SetVerticalVelocity(-Const.VELOCITY_STAR_V);
}
break;
}
}
}
public Buffering(List<Particle> SeedList, double Prec, double Soft, double MaxV, double Grav, bool Coll, double CollD, CollisionMode CM, UniverseBoundaryType BT, double Size)
{
InitializeComponent();
ParticleList = SeedList;
Precision = Prec;
SofteningValue = Soft;
MaxVelocity = MaxV;
GravityConstant = Grav;
Collisions = Coll;
CollisionsDivider = CollD;
CollisionType = CM;
BoundaryType = BT;
UniverseSize = Size;
}
private void ChangeActivityOfGaltonBoard(CollisionMode mode, bool activity)
{
switch (mode)
{
case CollisionMode.SPHERE:
if (galtonSphere != null)
{
galtonSphere.SetActive(activity);
}
else
{
Debug.LogWarning("Couldn't find \"GaltonBoardSphere\" object.");
}
break;
case CollisionMode.AABB:
if (galtonAABB != null)
{
galtonAABB.SetActive(activity);
}
else
{
Debug.LogWarning("Couldn't find \"GaltonBoardAABB\" object.");
}
break;
case CollisionMode.OBB:
if (galtonOBB != null)
{
galtonOBB.SetActive(activity);
}
else
{
Debug.LogWarning("Couldn't find \"GaltonBoardOBB\" object.");
}
break;
case CollisionMode.MESH:
if (galtonMesh != null)
{
galtonMesh.SetActive(activity);
}
else
{
Debug.LogWarning("Couldn't find \"GaltonBoardMesh\" object.");
}
break;
}
}
private void OnCollisionMario(Mario mario, CollisionMode mode, CornerMode corner)
{
if (mario.MovementState is Crouching && !(mario.ProtectionState is Starred) && (state is MovingShell || state is NewlyMovingShell))
{
Wear(mario);
}
else if (mario.ProtectionState is Starred)
{
Defeat();
}
else if ((state is BeetleStates.Normal || state is MovingShell) && !(mario.ProtectionState is Dead))
{
if (mode == CollisionMode.Top)
{
JumpOn();
}
else
{
mario.Downgrade();
}
}
else if (state is Defeated && !(mario.ProtectionState is Dead))
{
switch (mode)
{
case CollisionMode.Left:
ChangeFacing(FacingMode.right);
Pushed();
break;
case CollisionMode.Right:
ChangeFacing(FacingMode.left);
Pushed();
break;
case CollisionMode.Top when corner == CornerMode.Left:
ChangeFacing(FacingMode.right);
Pushed();
break;
case CollisionMode.Top when corner == CornerMode.Right:
ChangeFacing(FacingMode.left);
Pushed();
break;
}
}
}
void RecreateTilemap(string name, int order, CollisionMode mode, int layer)
{
name = $"L{order}_{name}";
var tilemap = GetComponentsInChildren <Tilemap>()
.FirstOrDefault(t => t.name == name);
if (!tilemap)
{
tilemap = new GameObject(name).AddComponent <Tilemap>();
tilemap.transform.parent = transform;
}
tilemap.gameObject.isStatic = true;
tilemap.gameObject.layer = layer;
var renderer = tilemap.gameObject.GetOrAddComponent <TilemapRenderer>();
renderer.sortingOrder = order;
renderer.material = spriteMaterial;
switch (mode)
{
case CollisionMode.None:
break;
case CollisionMode.Collider: {
var collider = tilemap.gameObject.GetOrAddComponent <TilemapCollider>();
break;
}
case CollisionMode.Trigger: {
var collider = tilemap.gameObject.GetOrAddComponent <TilemapCollider2D>();
var composite = tilemap.gameObject.GetOrAddComponent <CompositeCollider2D>();
var rigidbody = tilemap.gameObject.GetOrAddComponent <Rigidbody2D>();
collider.isTrigger = true;
collider.usedByComposite = true;
composite.isTrigger = true;
composite.generationType = CompositeCollider2D.GenerationType.Synchronous;
composite.geometryType = CompositeCollider2D.GeometryType.Polygons;
rigidbody.bodyType = RigidbodyType2D.Static;
break;
}
default:
break;
}
UnityEditor.EditorUtility.SetDirty(tilemap);
}
public WWorld()
{
m_dtStopwatch = new System.Diagnostics.Stopwatch();
m_persistentLines = new WLineBatcher();
m_undoStack = new WUndoStack();
//m_actorEditor = new WActorEditor(this);
m_ActorMode = new ActorMode(this);
m_CollisionMode = new CollisionMode(this);
CurrentMode = m_ActorMode;
m_sceneViews = new List <WSceneView>();
WSceneView perspectiveView = new WSceneView();
m_sceneViews.AddRange(new[] { perspectiveView });
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
if (target is FireBall)
{
Defeat();
}
if (target is Koopa koopa)
{
if (koopa.State is MovingShell || koopa.State is NewlyMovingShell)
{
Defeat();
}
}
}
public Physics(string name, GameComponent parent, Matrix localTransform, Vector3 boundingBoxExtents, Vector3 boundingBoxPos, float mass, float i, float linearDamping, float angularDamping, Vector3 gravity, OrientMode orientation = OrientMode.Fixed) :
base(parent.Manager, name, parent, localTransform, boundingBoxExtents, boundingBoxPos)
{
Mass = mass;
Velocity = Vector3.Zero;
AngularVelocity = Vector3.Zero;
I = i;
LinearDamping = linearDamping;
AngularDamping = angularDamping;
Gravity = gravity;
Restitution = 0.01f;
Friction = 0.99f;
IsSleeping = false;
PreviousPosition = LocalTransform.Translation;
PreviousVelocity = Vector3.Zero;
IsInLiquid = false;
CollisionType = CollisionManager.CollisionType.Dynamic;
CollideMode = CollisionMode.All;
Orientation = orientation;
SleepTimer = new Timer(5.0f, true);
CurrentVoxel = new Voxel();
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
if (target is Mario mario && mode is CollisionMode.Top)
{
if (mario.MovementState is Crouching && Database.IsEntrance(this))
{
//TODO:Add warping state to model to allow sound controller play warping sound
//SoundManager.Pipe.Play();
switch (Type)
{
case "LeftIn":
if (mario.Boundary.Center.X > Boundary.Center.X)
{
// TODO
// switchingPlayer = mario;
}
break;
case "RightIn":
if (mario.Boundary.Center.X < Boundary.Center.X)
{
// TODO
// switchingPlayer = mario;
}
break;
}
// TODO: mario.freeze
}
}
}
protected override void OnCollideWorld(CollisionMode mode, CollisionMode modePassive)
{
//throw new NotImplementedException();
}
void DrawBoundingVolume(CustomCollider one, Color color, bool forceDraw = false, CustomCollider.ColliderType cType = CustomCollider.ColliderType.Box, CollisionMode mode = CollisionMode.SAT)
{
if (showBoundingVolumes.isOn || forceDraw)
{
if (mode == CollisionMode.AABB)
{
var xMin1 = one.transform.position.x + one.colliderOffset.x -
(one.colliderSize.x * one.transform.lossyScale.x) / 2;
var xMax1 = one.transform.position.x + one.colliderOffset.x +
(one.colliderSize.x * one.transform.lossyScale.x) / 2;
var yMin1 = one.transform.position.y + one.colliderOffset.y -
(one.colliderSize.y * one.transform.lossyScale.y) / 2;
var yMax1 = one.transform.position.y + one.colliderOffset.y +
(one.colliderSize.y * one.transform.lossyScale.y) / 2;
var zMin1 = one.transform.position.z + one.colliderOffset.z -
(one.colliderSize.z * one.transform.lossyScale.z) / 2;
var zMax1 = one.transform.position.z + one.colliderOffset.z +
(one.colliderSize.z * one.transform.lossyScale.z) / 2;
GLDebug.DrawLine(new Vector3(xMin1, yMin1, zMin1), new Vector3(xMax1, yMin1, zMin1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMin1, yMin1, zMax1), new Vector3(xMin1, yMin1, zMin1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMin1, yMin1, zMax1), new Vector3(xMax1, yMin1, zMax1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMax1, yMin1, zMax1), new Vector3(xMax1, yMin1, zMin1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMin1, yMin1, zMax1), new Vector3(xMin1, yMax1, zMax1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMax1, yMin1, zMin1), new Vector3(xMax1, yMax1, zMin1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMin1, yMax1, zMin1), new Vector3(xMax1, yMax1, zMin1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMin1, yMax1, zMax1), new Vector3(xMin1, yMax1, zMin1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMin1, yMax1, zMax1), new Vector3(xMax1, yMax1, zMax1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMax1, yMax1, zMax1), new Vector3(xMax1, yMax1, zMin1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMax1, yMin1, zMax1), new Vector3(xMax1, yMax1, zMax1), color,
Time.deltaTime, true);
GLDebug.DrawLine(new Vector3(xMax1, yMin1, zMax1), new Vector3(xMax1, yMax1, zMax1), color,
Time.deltaTime, true);
}
else
{
if (one.colliderType == CustomCollider.ColliderType.Box)
{
var box = ((CustomBoxCollider)one).GetOrientedBoxBounds();
GLDebug.DrawLine(box.dot1, box.dot2, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot2, box.dot6, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot5, box.dot6, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot5, box.dot1, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot4, box.dot8, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot3, box.dot7, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot4, box.dot3, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot8, box.dot7, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot1, box.dot4, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot2, box.dot3, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot6, box.dot7, color, Time.deltaTime, true);
GLDebug.DrawLine(box.dot5, box.dot8, color, Time.deltaTime, true);
}
else if (one.colliderType == CustomCollider.ColliderType.Sphere)
{
var sphere = ((CustomSphereCollider)one);
Vector3 previousDirection = sphere.U().normalized;
for (int x = 0; x <= 20; x++)
{
Vector3 start = sphere.transform.position + previousDirection * sphere.radius;
Vector3 newDirection = Quaternion.Euler(0, x * (360 / 20), 0) * sphere.U();
Vector3 end = sphere.transform.position + newDirection.normalized * sphere.radius;
previousDirection = newDirection;
GLDebug.DrawLine(start, end, color, Time.deltaTime, true);
}
previousDirection = sphere.V().normalized;
for (int x = 0; x <= 20; x++)
{
Vector3 start = sphere.transform.position + previousDirection * sphere.radius;
Vector3 newDirection = Quaternion.Euler(0, 0, x * (360 / 20)) * sphere.V();
Vector3 end = sphere.transform.position + newDirection.normalized * sphere.radius;
previousDirection = newDirection;
GLDebug.DrawLine(start, end, color, Time.deltaTime, true);
}
previousDirection = sphere.W().normalized;
for (int x = 0; x <= 20; x++)
{
Vector3 start = sphere.transform.position + previousDirection * sphere.radius;
Vector3 newDirection = Quaternion.Euler(x * (360 / 20), 0, 0) * sphere.W();
Vector3 end = sphere.transform.position + newDirection.normalized * sphere.radius;
previousDirection = newDirection;
GLDebug.DrawLine(start, end, color, Time.deltaTime, true);
}
}
}
}
}
protected override void OnCollideWorld(CollisionMode mode, CollisionMode modePassive)
{
}
public static CollisionInteractionType GetCollisionInteractionType(CollisionMode a, CollisionMode b)
{
CollisionInteractionType type = CollisionInteractionType.Invalid;
switch (a)
{
case CollisionMode.CenterPoint:
switch (b)
{
case CollisionMode.CenterPoint:
type = CollisionInteractionType.PointVsPoint;
break;
case CollisionMode.InnerCenterCircle:
type = CollisionInteractionType.PointVsCircle;
break;
case CollisionMode.Extent:
type = CollisionInteractionType.PointVsExtent;
break;
default:
break;
}
break;
case CollisionMode.InnerCenterCircle:
switch (b)
{
case CollisionMode.CenterPoint:
type = CollisionInteractionType.InnerCircleVsPoint;
break;
case CollisionMode.InnerCenterCircle:
type = CollisionInteractionType.InnerCircleVsInnerCircle;
break;
case CollisionMode.Extent:
type = CollisionInteractionType.InnerCircleVsExtent;
break;
default:
break;
}
break;
case CollisionMode.Extent:
switch (b)
{
case CollisionMode.CenterPoint:
type = CollisionInteractionType.ExtentVsPoint;
break;
case CollisionMode.InnerCenterCircle:
type = CollisionInteractionType.ExtentVsInnerCircle;
break;
case CollisionMode.Extent:
type = CollisionInteractionType.ExtentVsExtent;
break;
default:
break;
}
break;
default:
type = CollisionInteractionType.Invalid;
break;
}
return(type);
}
/// <summary>
/// Change the mesh collision mode of all frames
/// </summary>
/// <param name="collisionMode">The CollisonMode to change to</param>
public void ChangeCollisionMode(CollisionMode collisionMode)
{
CollisionMode = collisionMode;
foreach (Frame frame in Frames) frame.GenerateMeshColliders();
}
protected abstract bool IntersectsImpl(CollisionMode thisCollisionMode, IExtent otherExtent, CollisionMode otherCollisionMode);
public NiCollisionData()
{
propagationMode = (PropagationMode)0;
collisionMode = (CollisionMode)0;
useAbv = (byte)0;
}
private void OnCollisionMario(Mario mario, CollisionMode mode, CornerMode corner)
{
if (mode == CollisionMode.Top && corner == CornerMode.Top && !(mario.ProtectionState is Dead) || mario.ProtectionState is Starred)
{
Defeat();
}
else if ((state is KoopaStates.Normal || state is MovingShell) && !(mario.ProtectionState is Dead))
{
if (mode == CollisionMode.Top)
{
JumpOn();
}
else
{
mario.Downgrade();
}
}
else if (state is Defeated && !(mario.ProtectionState is Dead))
{
switch (mode)
{
case CollisionMode.Left:
ChangeFacing(FacingMode.right);
Pushed();
break;
case CollisionMode.Right:
ChangeFacing(FacingMode.left);
Pushed();
break;
case CollisionMode.Top when corner == CornerMode.Left:
ChangeFacing(FacingMode.right);
Pushed();
break;
case CollisionMode.Top when corner == CornerMode.Right:
ChangeFacing(FacingMode.left);
Pushed();
break;
case CollisionMode.Bottom:
break;
case CollisionMode.InnerLeft:
break;
case CollisionMode.InnerRight:
break;
case CollisionMode.InnerTop:
break;
case CollisionMode.InnerBottom:
break;
default:
throw new ArgumentOutOfRangeException(nameof(mode), mode, null);
}
}
}
protected override void OnCollision(
IGameObject target,
CollisionMode mode,
CollisionMode modePassive,
CornerMode corner,
CornerMode cornerPassive)
{
if (ProtectionState is Dead)
{
return;
}
switch (target.GetType().Name)
{
//TODO: add cases when collision mode is OutLeftTop/OutRightTop that Mario will be squeezed to side of the brick
//NOTE: if collision mode is OutLeftTop/OutRightTop, be careful that if there are blocks surronding the target, no squeeze will happen!!
case "Brick":
case "Question":
bool isHidden;
bool isBumping;
Brick brick = target as Brick;
Question question = target as Question;
if (brick != null)
{
if (brick.State is Destroyed)
{
break;
}
isHidden = brick.State is Hidden;
isBumping = brick.State is Bumped;
}
else if (question != null)
{
isHidden = question.State is Blocks.QuestionStates.Hidden;
isBumping = question.State is Blocks.QuestionStates.Bumped;
}
else
{
// never reach
isHidden = false;
isBumping = false;
}
if (mode == CollisionMode.Top)
{
bool bumped = Bounce(mode, new Vector2(), 1);
if (isBumping)
{
//Move(new Point(0, 1));
}
else if (bumped)
{
if (brick != null)
{
brick.Bump(this);
}
else if (question != null)
{
question.Bump(this);
}
}
}
else if (!isHidden)
{
goto case "Stair";
}
break;
case "Pipeline":
if (MovementState is Crouching && Database.IsEntrance((Pipeline)target))
{
string type = (target as Pipeline).Type;
if (type == "LeftIn")
{
if (Boundary.Center.X > target.Boundary.Center.X)
{
Bounce(CollisionMode.Left, new Vector2());
Bounce(CollisionMode.Right, new Vector2());
}
else
{
goto case "Floor";
}
}
else if (type == "RightIn")
{
if (Boundary.Center.X < target.Boundary.Center.X)
{
Bounce(CollisionMode.Left, new Vector2());
Bounce(CollisionMode.Right, new Vector2());
}
else
{
goto case "Floor";
}
}
}
else
{
goto case "Floor";
}
break;
case "CompressedBlock":
case "Floor":
case "Stair":
case "Flag":
Bounce(mode, new Vector2());
if (mode == CollisionMode.Bottom)
{
ApplyHorizontalFriction(Const.ACCEL_F_GROUND);
MovementState.Land();
}
break;
case "Goomba":
if (target is Goomba goomba && mode != CollisionMode.Bottom)
{
if (goomba.State is Enemies.GoombaStates.Normal && !(ProtectionState is Starred))
{
Downgrade();
}
}
else if (!(protectionState is Starred))
{
Bounce(mode, new Vector2(), 0.5f);
}
break;
bool CheckCollision(CustomCollider one_, CustomCollider two_, out CustomCollisionInfo hitInfo, CollisionMode mode = CollisionMode.SAT)// AABB - AABB collision
{
hitInfo = new CustomCollisionInfo();
if (one_.colliderType == CustomCollider.ColliderType.Box && two_.colliderType == CustomCollider.ColliderType.Box)
{
CustomBoxCollider one = one_ as CustomBoxCollider;
CustomBoxCollider two = two_ as CustomBoxCollider;
if (mode == CollisionMode.SAT)
{
List <Vector3> box1Points = one.GetOrientedBoxBounds().GetPoints();
List <Vector3> box2Points = two.GetOrientedBoxBounds().GetPoints();
var P1 = GetMinMaxObj(box1Points, one.V());
var P2 = GetMinMaxObj(box2Points, one.V());
var Q1 = GetMinMaxObj(box1Points, one.U());
var Q2 = GetMinMaxObj(box2Points, one.U());
var R1 = GetMinMaxObj(box1Points, one.W());
var R2 = GetMinMaxObj(box2Points, one.W());
var S1 = GetMinMaxObj(box1Points, two.V());
var S2 = GetMinMaxObj(box2Points, two.V());
var T1 = GetMinMaxObj(box1Points, two.U());
var T2 = GetMinMaxObj(box2Points, two.U());
var U1 = GetMinMaxObj(box1Points, two.W());
var U2 = GetMinMaxObj(box2Points, two.W());
bool P = P1.max < P2.min || P2.max < P1.min;
bool Q = Q1.max < Q2.min || Q2.max < Q1.min;
bool R = R1.max < R2.min || R2.max < R1.min;
bool S = S1.max < S2.min || S2.max < S1.min;
bool T = T1.max < T2.min || T2.max < T1.min;
bool U = U1.max < U2.min || U2.max < U1.min;
//Check if seperated
bool res = P || Q || R || S || T || U;
if (!res)
{
hitInfo.intersectionSize.x =
Mathf.Max(Mathf.Min(two.GetOrientedBoxBounds().max.x, one.GetOrientedBoxBounds().max.x), 0);
hitInfo.intersectionSize.y =
Mathf.Max(Mathf.Min(two.GetOrientedBoxBounds().max.y, one.GetOrientedBoxBounds().max.x), 0);
hitInfo.intersectionSize.z =
Mathf.Max(Mathf.Min(two.GetOrientedBoxBounds().max.z, one.GetOrientedBoxBounds().max.x), 0);
DrawBoundingVolume(one, Color.red, true);
DrawBoundingVolume(two, Color.red, true);
}
return(!res);
}
else
{
var xMin1 = one.GetOrientedBoxBounds().min.x;
var xMax1 = one.GetOrientedBoxBounds().max.x;
var yMin1 = one.GetOrientedBoxBounds().min.y;
var yMax1 = one.GetOrientedBoxBounds().max.y;
var zMin1 = one.GetOrientedBoxBounds().min.z;
var zMax1 = one.GetOrientedBoxBounds().max.z;
var xMin2 = two.GetOrientedBoxBounds().min.x;
var xMax2 = two.GetOrientedBoxBounds().max.x;
var yMin2 = two.GetOrientedBoxBounds().min.y;
var yMax2 = two.GetOrientedBoxBounds().max.y;
var zMin2 = two.GetOrientedBoxBounds().min.z;
var zMax2 = two.GetOrientedBoxBounds().max.z;
bool res = xMin1 <= xMax2 && xMax1 >= xMin2 &&
yMin1 <= yMax2 && yMax1 >= yMin2 &&
zMin1 <= zMax2 && zMax1 >= zMin2;
if (res)
{
hitInfo.intersectionSize.x = Mathf.Max(Mathf.Min(xMax2, xMax1), 0);
hitInfo.intersectionSize.y = Mathf.Max(Mathf.Min(yMax2, yMax1), 0);
hitInfo.intersectionSize.z = Mathf.Max(Mathf.Min(zMax2, zMax1), 0);
DrawBoundingVolume(one, Color.red, true);
DrawBoundingVolume(two, Color.red, true);
}
return(res);
}
}
if (one_.colliderType == CustomCollider.ColliderType.Sphere &&
two_.colliderType == CustomCollider.ColliderType.Box)
{
return(BoxVsSphereCollision((CustomBoxCollider)two_, (CustomSphereCollider)one_, out hitInfo));
}
else if (one_.colliderType == CustomCollider.ColliderType.Box &&
two_.colliderType == CustomCollider.ColliderType.Sphere)
{
return(BoxVsSphereCollision((CustomBoxCollider)one_, (CustomSphereCollider)two_, out hitInfo));
}
return(false);
}
/// <summary>
/// Checks a list of particles for collisions and combines particles as neccessary.
/// </summary>
public static List<Particle> CheckCollisions(List<Particle> InputList, double Precision, double CollisionDivider, CollisionMode CollisionType)
{
if (CollisionType == CollisionMode.PerfectlyInelastic) return CheckCollisions_PIE(InputList, Precision, CollisionDivider);
if (CollisionType == CollisionMode.PerfectlyElastic) return CheckCollisions_PE(InputList, Precision, CollisionDivider);
return null;
}
