private bool QueryCallback(int proxyId)
{
var actor = (Actor)_tree.GetUserData(proxyId);
actor.Overlap = CollisionUtils.TestOverlap(_queryAABB, actor.AABB);
return(true);
}
// ----------------------------------------------------------------------------------------------------
#endregion
#region Initialization
// ----------------------------------------------------------------------------------------------------
/// <summary>
/// Called upon awaking this behavior.
/// </summary>
private void Awake()
{
this.triggerEventGroup = new TriggerEventGroup(triggerEvents);
this.interactionTarget = this.GetComponent <InteractionTarget>();
this.cameraShakeEffect = this.GetComponent <CameraShakeEffect>();
this.highlightMaterial = this.GetComponent <HighlightMaterialController>();
this.collisionGravity = this.GetComponent <CollisionGravity>();
this.interactionTarget.OnInteraction += (playerController) => {
var playerStateController = playerController.StateController;
if (CollisionUtils.IsObjectInsideTile(transform.position, playerStateController.transform.position))
{
this.Toggle();
}
};
this.OnStatusChanged += (toggleSwitch) => {
if (toggleSwitch.isActivated)
{
this.triggerEventGroup.Invoke();
}
else
{
this.triggerEventGroup.Reset();
}
};
this.SetActive(this.activatedByDefault, true);
}
void FixedUpdate()
{
numberOfCollisions = collisions.Count;
Vector3 impulseSum = Vector3.zero;
float impulseMagnitudeSum = 0f;
for (int i = 0; i < collisions.Count; i++)
{
Vector3 normal = CollisionUtils.GetAverageNormal(collisions[i]);
float impulseStrength = collisions[i].impulse.magnitude;
Vector3 impulseDir = collisions[i].impulse.normalized;
Vector3 impulse = normal * impulseStrength * Mathf.Abs(Vector3.Dot(impulseDir, normal)); //HACK super hacky, are there times when this could go horribly wrong?
// Vector3 impulse = collisions[i].impulse;
//TODO test on moving ground or with the other collider moving past etc...
//maybe multiply it with abs(dot(normal, impulse)) just to be sure. normalized impulse of course...
//maybe the impulse could point away if the other object is lighter? i dont know. it doesnt make any sense
//OR ... IDEA... TEST IF ANY FORCE IS POINTING INTO ANYTHING. AND IF HOW BIG THAT FORCE IS
//so get the forces, dot product that shit with other contacts' normals and see what's left? maybe even calculate how much resistance that other thing would put up?
impulseSum += impulse;
impulseMagnitudeSum += impulse.magnitude;
// Debug.DrawRay(transform.position, impulse.normalized * 0.3f, Color.magenta, Time.fixedDeltaTime, false);
// Debug.DrawRay(GetAveragePoint(collisions[i]), impulse.normalized * 0.3f, rayColor, Time.fixedDeltaTime, false);
currentForce = CalculateForce(collisions[i]);
if (currentForce > peakForceInKG)
{
peakForceInKG = currentForce;
}
// DrawCollisionContacts(collisions[i]);
}
// Debug.DrawRay(transform.position, impulseSum * impulseScale, Color.yellow, Time.fixedDeltaTime, false);
float deltaMag = impulseMagnitudeSum - impulseSum.magnitude; //this is the crushing "force"...
//it scales linearly with mass of THIS rigidbody (or the other one)
// Debug.Log("CRUSHING WITH " + deltaMag);
// if(deltaMag > peakCrushValue) peakCrushValue = deltaMag;
currentCrushValue = deltaMag / (Time.fixedDeltaTime * rb.mass); //this is a pretty good approximation.
DebugDrawHelper.DrawSphere(transform.position, currentCrushValue * crushScale, Color.yellow, Time.fixedDeltaTime, false);
// Debug.Log("CRUSHING WITH " + crushForce + " | " + deltaMag);
if (currentCrushValue > peakCrushValue)
{
peakCrushValue = currentCrushValue;
}
collisions.Clear();
if (jumpInput)
{
rb.velocity += Vector3.up * 10f;
}
if (gravity)
{
rb.velocity += Physics.gravity * Time.fixedDeltaTime;
}
// if(Input.GetKey(KeyCode.R)) rb.velocity = Vector3.zero;
// if(Input.GetKey(KeyCode.T)) rb.velocity = Vector3.down;
jumpInput = false;
}
public Slash(MovingEntity origin, Vector2 target, float damage, bool flipped, Vector2?relativeOriginPosition = null) : base(origin.Position, origin)
{
Vector2 _relativeOriginPosition = relativeOriginPosition ?? Vector2.Zero;
Vector2 newPosition = Vector2.Add(origin.Position.ToVector(), _relativeOriginPosition);
Vector2 direction = new Vector2(target.X - newPosition.X, target.Y - newPosition.Y);
direction.Normalize();
// Get Hitted Targets
hitboxCircle = new Circle((int)(newPosition.X + direction.X * 40), (int)(newPosition.Y + direction.Y * 40), 16);
newPosition.X += (direction.X * WorldGrid.BlockSize.X * 1.5f);
newPosition.Y += (direction.Y * WorldGrid.BlockSize.Y * 1.5f);
Angle = GeometryUtils.GetAngleFromDirection(direction) + (float)Math.PI * 0.5f;
Flipped = flipped;
origin.CanWalk = false;
updatePosition(new WorldPosition(newPosition, origin.InteriorID));
List <LivingEntity> hittedObjects = CollisionUtils.GetLivingHittedObjects(hitboxCircle, origin.InteriorID, origin);
foreach (var hittedObject in hittedObjects)
{
if (hittedObject is LivingEntity)
{
((LivingEntity)hittedObject).ModifyHealth((int)-damage, Origin);
}
}
}
private ClosestSeeable canCharacterSeeCharacter(Character source, Character target)
{
ClosestSeeable candidate = null;
if (target.isVisible())
{
Vector2 direction = Vector2.Subtract(target.Position, source.Position);
Nullable <float> distanceToTarget = CollisionUtils.castRay(target.BBox, source.Position, direction);
bool canSee = true;
if (distanceToTarget != null)
{
foreach (Wall wall in map.Walls)
{
Nullable <float> distance = CollisionUtils.castRay(wall.BBox, source.Position, direction);
// as soon as we cannot see the target, stop looking
if (distance != null && distance < distanceToTarget)
{
canSee = false;
break;
}
}
if (canSee)
{
candidate = new ClosestSeeable()
{
Target = target, Distance = (float)distanceToTarget, Source = source
};
}
}
}
return(candidate);
}
public override void OnRender()
{
var manifold = new Manifold();
CollisionUtils.CollidePolygons(ref manifold, _polygonA, _transformA, _polygonB, _transformB);
var worldManifold = new WorldManifold();
worldManifold.Initialize(manifold, _transformA, _polygonA.Radius, _transformB, _polygonB.Radius);
DrawString($"point count = {manifold.PointCount}");
{
var color = Color.FromArgb(230, 230, 230);
var v = new Vector2[Settings.MaxPolygonVertices];
for (var i = 0; i < _polygonA.Count; ++i)
{
v[i] = MathUtils.Mul(_transformA, _polygonA.Vertices[i]);
}
Drawer.DrawPolygon(v, _polygonA.Count, color);
for (var i = 0; i < _polygonB.Count; ++i)
{
v[i] = MathUtils.Mul(_transformB, _polygonB.Vertices[i]);
}
Drawer.DrawPolygon(v, _polygonB.Count, color);
}
for (var i = 0; i < manifold.PointCount; ++i)
{
Drawer.DrawPoint(worldManifold.Points[i], 4.0f, Color.FromArgb(230, 77, 77));
}
}
private void MoveNode(int index)
{
var node = pathingScript.PathingNodes[index];
EditorGUI.BeginChangeCheck();
Vector3 newTargetPosition;
if (node.IsEnabled == true)
{
Handles.color = Color.white;
newTargetPosition = Handles.FreeMoveHandle(node.Position, Quaternion.identity, 0.5f, Vector3.zero, Handles.SphereHandleCap);
}
else
{
Handles.color = Color.gray;
newTargetPosition = Handles.FreeMoveHandle(node.Position, Quaternion.identity, 0.5f, Vector3.zero, Handles.SphereHandleCap);
}
if (EditorGUI.EndChangeCheck())
{
Undo.RecordObject(pathingScript, "Change Look At Target Position");
node.Position = CollisionUtils.SnapToTile(newTargetPosition);
if (index == 0)
{
pathingScript.transform.position = node.Position;
}
}
}
bool CheckCapsuleAtPos(Vector3 pos, Color debugColor, Vector3 fromPos)
{
Vector3 spawnPosReal = CollisionUtils.GetGroundedPos(pos);
Vector3 A = spawnPosReal + Vector3.up * (m_Radius + 0.05f); // take it little bit over the ground
Vector3 B = spawnPosReal + Vector3.up * (m_Height - m_Radius);
int Default = 1 << LayerMask.NameToLayer("Default");
int PhysicsMetal = 1 << LayerMask.NameToLayer("PhysicsMetal");
if (Physics.CheckCapsule(A, B, m_Radius, Default | PhysicsMetal))
{
DebugDraw.DisplayTime = 1;
//DebugDraw.Diamond( debugColor, 0.03f, A );
//DebugDraw.LineOriented( debugColor, A, B, 0.05f );
DebugDraw.Capsule(debugColor, m_Radius, A, B);
//if( fromPos != null )
{
DebugDraw.LineOriented(Color.magenta, fromPos, A);
DebugDraw.LineOriented(Color.magenta, fromPos, B);
DebugDraw.LineOriented(Color.magenta, fromPos, 0.5f * (A + B));
}
return(false);
}
return(true);
}
/// Called for each fixture found in the query AABB.
/// @return false to terminate the query.
public bool QueryCallback(Fixture fixture)
{
if (Count == MaxCount)
{
return(false);
}
var body = fixture.Body;
var shape = fixture.Shape;
var overlap = CollisionUtils.TestOverlap(
shape,
0,
Circle,
0,
body.GetTransform(),
Transform,
fixture.Body.World.GJkProfile);
if (overlap)
{
var color = Box2DSharp.Common.Color.FromArgb(0.95f, 0.95f, 0.6f);
var center = body.GetWorldCenter();
_drawer.DrawPoint(center, 5.0f, color);
++Count;
}
return(true);
}
/**
* Resolves a collision with the given solid collider.
*
* In hindsight, it may have been easier to look for collisions BEFORE
* attempting the movement, but I am too far down the rabbit hole to change it
* now.
*
* That approach would allow us to consider all collisions ahead of time and
* then decide how to resolve them, whereas this approach means that we have
* to resolve collisions as they occur, without knowing what other collisions
* may have occurred simultaneously.
*/
private void CollideWithSolid(Collider2D other)
{
float distanceTravelled = (rigidbody.position - prevPosition).magnitude;
// We know that a collision has occurred but we don't know where exactly.
// To find the position of the collision, we re-enact the movement that's
// just occurred using raycasts from each of our collision nodes.
foreach (Vector2 node in collisionNodes)
{
Vector2 prev = prevPosition + node;
Vector2 current = rigidbody.position + node;
RaycastHit2D hit = Physics2D.Raycast(
prev, current - prev, distanceTravelled, LayerMask.GetMask("Level"));
// We only care about collisions with the collider that caused this
// callback; other colliders can take care of their own collisions.
if (hit.collider == other &&
CollisionUtils.IsCollisionValid(hit) &&
CollisionUtils.CanNodeCollide(
node, hit, spriteRenderer.bounds.extents, SlopeTolerance))
{
ProcessCollision(hit);
return;
}
}
}
public bool IsBlockWalkable(int blockX, int blockY)
{
ThreadingUtils.assertChildThread();
if (CollisionUtils.IsBlockBlocking(GetBlockType(blockX, blockY)))
{
return(false);
}
Rect blockBounds = new Rect(blockX * WorldGrid.BlockSize.X, blockY * WorldGrid.BlockSize.Y, WorldGrid.BlockSize.X, WorldGrid.BlockSize.Y);
if (ContainedObjects != null)
{
lock (ContainedObjects)
{
foreach (var containedObject in ContainedObjects)
{
lock (containedObject)
{
if (containedObject.IsBlocking() && containedObject.BlockingBounds.Intersects(blockBounds))
{
return(false);
}
}
}
}
}
return(true);
}
void ManageCrushDamage(List <Collision> collisions)
{
if (collisions.Count > 1) //TODO just running into a corner (backing out and running back in) can do 40 damage...
{
float impulseMagnitudeSum = 0f;
Vector3 impulseSum = Vector3.zero;
for (int i = 0; i < collisions.Count; i++)
{
Vector3 normal = CollisionUtils.GetAverageNormal(collisions[i]);
Vector3 impulse = normal * collisions[i].impulse.magnitude * Mathf.Abs(Vector3.Dot(normal, collisions[i].impulse.normalized));
impulseMagnitudeSum += impulse.magnitude;
impulseSum += impulse;
}
float deltaMag = impulseMagnitudeSum - impulseSum.magnitude;
float crushForce = deltaMag / (Time.fixedDeltaTime * rb.mass);
float lerpFactor = (crushForce - crushForceMin) / (crushForceMax - crushForceMin);
if (lerpFactor > 0f)
{
// float crushDamage = lerpFactor * 100f;
// Debug.LogWarning(crushDamage + " damage from crushing");
// DamageDirect(crushDamage);
Debug.LogWarning("Crushing damage commented out");
}
}
}
public void AssignTargets(List <Transform> targets)
{
targetPosition = targets[0].position;
if (!followingTarget)
{
followingTarget = true;
if (usePathing)
{
var transformPosition = (Vector2)transform.position;
// If in same block as target, move to target
if ((CollisionUtils.SnapToTile(transformPosition) - CollisionUtils.SnapToTile(targetPosition)).sqrMagnitude <= 0.01f)
{
previousPoint = currentPoint;
currentPoint = targetPosition;
}
else // Move to next tile
{
previousPoint = currentPoint;
currentPoint = GetPointToTarget(targetPosition);
}
}
}
}
/// Called for each fixture found in the query AABB.
/// @return false to terminate the query.
public bool QueryCallback(Fixture fixture)
{
if (Count == MaxCount)
{
return(false);
}
var body = fixture.Body;
var shape = fixture.Shape;
var overlap = CollisionUtils.TestOverlap(
shape,
0,
Circle,
0,
body.GetTransform(),
Transform,
fixture.Body.World.GJkProfile);
if (overlap)
{
DrawFixture(fixture);
++Count;
}
return(true);
}
public void UnblockRect(Rect blockingBounds)
{
Point blockTopLeft = GeometryUtils.GetChunkPosition(blockingBounds.Left, blockingBounds.Top, WorldGrid.BlockSize.X, WorldGrid.BlockSize.Y);
Point blockBottomRight = GeometryUtils.GetChunkPosition(blockingBounds.Right, blockingBounds.Bottom, WorldGrid.BlockSize.X, WorldGrid.BlockSize.Y);
for (int blockX = blockTopLeft.X; blockX <= blockBottomRight.X; blockX++)
{
for (int blockY = blockTopLeft.Y; blockY <= blockBottomRight.Y; blockY++)
{
Point walkableGridChunkPos = GeometryUtils.GetChunkPosition(blockX, blockY, WalkableGridBlockChunkSize.X, WalkableGridBlockChunkSize.Y);
if (IsLoaded(GeometryUtils.ConvertPointToLong(walkableGridChunkPos.X, walkableGridChunkPos.Y)))
{
Point worldGridChunkPos = GeometryUtils.GetChunkPosition(blockX, blockY, WorldGrid.WorldChunkBlockSize.X, WorldGrid.WorldChunkBlockSize.Y);
WorldGridChunk worldGridChunk = SimulationGame.World.GetFromChunkPoint(worldGridChunkPos.X, worldGridChunkPos.Y);
int blockType = worldGridChunk.GetBlockType(blockX, blockY);
if (CollisionUtils.IsBlockBlocking(blockType))
{
continue;
}
var found = false;
if (worldGridChunk.ContainedObjects != null)
{
foreach (HitableObject interactiveObject in worldGridChunk.ContainedObjects)
{
if (interactiveObject.IsBlocking() && interactiveObject.BlockingBounds.Intersects(new Rect(blockX * WorldGrid.BlockSize.X, blockY * WorldGrid.BlockSize.Y, WorldGrid.BlockSize.X, WorldGrid.BlockSize.Y)))
{
found = true;
break;
}
}
}
if (worldGridChunk.OverlappingObjects != null)
{
foreach (HitableObject interactiveObject in worldGridChunk.OverlappingObjects)
{
if (interactiveObject.IsBlocking() && interactiveObject.BlockingBounds.Intersects(new Rect(blockX * WorldGrid.BlockSize.X, blockY * WorldGrid.BlockSize.Y, WorldGrid.BlockSize.X, WorldGrid.BlockSize.Y)))
{
found = true;
break;
}
}
}
if (!found)
{
SetBlockNotWalkable(blockX, blockY, false);
}
}
}
}
}
public static bool collision(Nuke nuke, Terrain terrain, out Vector2 collisionPoint)
{
bool collision = false;
if (CollisionUtils.doPixelsIntersect(nuke.TextureColourData, nuke.Matrix, terrain.TextureColourData, terrain.Matrix, out collisionPoint))
{
collision = true;
}
return(collision);
}
public static bool collision(Launcher launcher, Terrain terrain, out Vector2 collisionPoint)
{
bool collision = false;
if (CollisionUtils.doPixelsIntersect(launcher.TextureColourData, launcher.Matrix, terrain.TextureColourData, terrain.Matrix, out collisionPoint))
{
collision = true;
}
return(collision);
}
void BroadPhase(float Delta)
{
PossibleContacts.Clear();
ActualContacts.Clear();
for (int i = 0; i < PhysicsRectangles.Count; i++)
{
PhysicsRectangle a = PhysicsRectangles[i];
for (int j = 0; j < 4; j++)
{
a.Hit[j] = null;
}
PhysicsRectangles[i] = a;
}
for (int i = 0; i < PhysicsRectangles.Count; i++)
{
for (int j = 0; j < PhysicsRectangles.Count; j++)
{
if (i != j)
{
PhysicsRectangle a = PhysicsRectangles[i].Clone();
PhysicsRectangle b = PhysicsRectangles[j].Clone();
float AMinX = Math.Min(a.X, a.X + (a.VelX * Delta));
float AMinY = Math.Min(a.Y, a.Y + (a.VelY * Delta));
float AMaxX = Math.Max(a.X + a.SizeX, a.X + a.SizeX + (a.VelX * Delta));
float AMaxY = Math.Max(a.Y + a.SizeY, a.Y + a.SizeY + (a.VelY * Delta));
float BMinX = Math.Min(b.X, b.X + (b.VelX * Delta));
float BMinY = Math.Min(b.Y, b.Y + (b.VelY * Delta));
float BMaxX = Math.Max(b.X + b.SizeX, b.X + b.SizeX + (b.VelX * Delta));
float BMaxY = Math.Max(b.Y + b.SizeY, b.Y + b.SizeY + (b.VelY * Delta));
a.SizeX = Math.Abs(AMaxX - AMinX);
a.SizeY = Math.Abs(AMaxY - AMinY);
a.X = AMinX;
a.Y = AMinY;
b.SizeX = Math.Abs(BMaxX - BMinX);
b.SizeY = Math.Abs(BMaxY - BMinY);
b.X = BMinX;
b.Y = BMinY;
if (CollisionUtils.RectangleIntersect(a, b))
{
PossibleContacts.Add(new Tuple <int, int>(i, j));
}
}
}
}
}
public static bool collision(Nuke nuke, Launcher launcher, out Vector2 collisionPoint)
{
bool collision = false;
collisionPoint = new Vector2(-1f);
if (CollisionUtils.doPixelsIntersect(nuke.TextureColourData, nuke.Matrix, launcher.TextureColourData, launcher.Matrix, out collisionPoint))
{
collision = true;
}
return(collision);
}
// ----------------------------------------------------------------------------------------------------
#endregion
#region Initialization
// ----------------------------------------------------------------------------------------------------
/// <summary>
/// Called upon awaking this behavior.
/// </summary>
private void Awake()
{
this.interactionTarget = this.GetComponent <InteractionTarget>();
this.interactionTarget.OnInteraction += (playerController) => {
var playerStateController = playerController.StateController;
if (CollisionUtils.IsObjectInsideTile(transform.position, playerStateController.transform.position))
{
StartCoroutine(playerStateController.TeleportTo(targetTeleporter.transform));
this.OnTeleport?.Invoke(this);
}
};
}
protected override BehaviourTreeStatus internalUpdate(GameTime gameTime)
{
var movingEntity = (MovingEntity)subject;
if (GeometryUtils.VectorsWithinDistance(movingEntity.Position, from.Position, maxDistance) == false)
{
movingEntity.StopWalking();
return(BehaviourTreeStatus.Success);
}
else
{
var neighbors = new SortedList <float, Point>();
var originalDistanceToTarget = GeometryUtils.GetDiagonalDistance(movingEntity.BlockPosition.X, movingEntity.BlockPosition.Y, from.BlockPosition.X, from.BlockPosition.Y);
// Find blockPosition to walk to
for (int i = -1; i <= 1; i++)
{
for (int j = -1; j <= 1; j++)
{
if (i == 0 && j == 0)
{
continue;
}
var neighborBlockPosition = new Point(i + movingEntity.BlockPosition.X, j + movingEntity.BlockPosition.Y);
var distanceToTarget = GeometryUtils.GetDiagonalDistance(neighborBlockPosition.X, neighborBlockPosition.Y, from.BlockPosition.X, from.BlockPosition.Y);
if (distanceToTarget > originalDistanceToTarget && CollisionUtils.IsBlockPositionWalkable(neighborBlockPosition.X, neighborBlockPosition.Y, movingEntity.InteriorID))
{
if (neighbors.ContainsKey(distanceToTarget) == false)
{
neighbors.Add(distanceToTarget, neighborBlockPosition);
}
}
}
}
if (neighbors.Count > 0)
{
Point pointToWalkTo = neighbors.Values[neighbors.Count - 1];
movingEntity.WalkToPosition(new WorldPosition(pointToWalkTo.X * WorldGrid.BlockSize.X + 15, pointToWalkTo.Y * WorldGrid.BlockSize.Y + 15, movingEntity.InteriorID));
return(BehaviourTreeStatus.Running);
}
return(BehaviourTreeStatus.Failure);
}
}
// Create WorldGridChunks
public void Build()
{
//ElevationGenerator.PrintHeightMap(this);
for (int i = 0; i < WorldSegmentChunkSize.X; i++)
{
for (int j = 0; j < WorldSegmentChunkSize.Y; j++)
{
var worldGridChunkExists = WorldLoader.DoesWorldGridChunkExist(startChunkPosition.X + i, startChunkPosition.Y + j);
if (worldGridChunkExists == true)
{
continue;
}
if (Blocks[i * WorldGrid.WorldChunkBlockSize.X, j *WorldGrid.WorldChunkBlockSize.Y].BlockId == BlockType.Invalid)
{
continue;
}
var chunkBlockPosition = new Point(startBlockPosition.X + i * WorldGrid.WorldChunkBlockSize.X, startBlockPosition.Y + j * WorldGrid.WorldChunkBlockSize.Y);
WorldGridChunk worldGridChunk = new WorldGridChunk(WorldGrid.BlockSize.X * chunkBlockPosition.X, WorldGrid.BlockSize.Y * chunkBlockPosition.Y);
WalkableGridChunk walkableGridChunk = WalkableGridChunk.CreateEmpty(startChunkPosition.X + i, startChunkPosition.Y + j);
worldGridChunk.SetBiomeType(Biome);
for (int x = 0; x < WorldGrid.WorldChunkBlockSize.X; x++)
{
for (int y = 0; y < WorldGrid.WorldChunkBlockSize.Y; y++)
{
var blockPosition = new Point(chunkBlockPosition.X + x, chunkBlockPosition.Y + y);
var worldSegmentPosition = new Point(i * WorldGrid.WorldChunkBlockSize.X + x, j * WorldGrid.WorldChunkBlockSize.Y + y);
worldGridChunk.SetBlockType(blockPosition.X, blockPosition.Y, Blocks[worldSegmentPosition.X, worldSegmentPosition.Y].BlockId);
if (CollisionUtils.IsBlockBlocking(Blocks[worldSegmentPosition.X, worldSegmentPosition.Y].BlockId))
{
walkableGridChunk.SetWalkable(blockPosition.X, blockPosition.Y, false);
}
}
}
WorldLoader.SaveWorldGridChunk(startChunkPosition.X + i, startChunkPosition.Y + j, worldGridChunk);
WorldLoader.SaveWalkableGridChunk(startChunkPosition.X + i, startChunkPosition.Y + j, walkableGridChunk);
}
}
}
protected void ApplyGravity()
{
Rectangle futurePosition = new Rectangle(CollisionBox.X, CollisionBox.Y - VelocityY, CollisionBox.Width, CollisionBox.Height);
Collision.LineSegment intersectedPlatform = CollisionUtils.IntersectsWithSlopedPlatforms(futurePosition) ?? CollisionUtils.IntersectsWithAxisAlignedPlatforms(futurePosition);
if (intersectedPlatform == null)
{
SetCollisionBoxY(CollisionBox.Y - VelocityY);
IsGrounded = false;
IsFalling = true;
}
else
{
if (intersectedPlatform.IsSloped)
{
do
{
// Set the incline angle
if ((intersectedPlatform.IsAscending && CollisionBox.Y + CollisionBox.Height < intersectedPlatform.PointB.Y) ||
(!intersectedPlatform.IsAscending && CollisionBox.Y + CollisionBox.Height < intersectedPlatform.PointA.Y))
{
// Don't apply incline angle if we are completely above the platform
InclineAngle = 0;
}
else
{
InclineAngle = intersectedPlatform.IsAscending
? Maths.DegreesToRadians(360) - intersectedPlatform.InclineAngleWithX
: intersectedPlatform.InclineAngleWithX;
}
// Check for collision a little higher
futurePosition.Y -= Math.Abs(StartingVelocityY * 0.1f);
intersectedPlatform = CollisionUtils.IntersectsWithSlopedPlatforms(futurePosition);
}while (intersectedPlatform != null);
SetCollisionBoxY(futurePosition.Y);
}
else
{
InclineAngle = 0;
float distanceToPlatform = intersectedPlatform.PointA.Y - (CollisionBox.Y + CollisionBox.Height) - 1;
SetCollisionBoxY(CollisionBox.Y + distanceToPlatform);
}
IsGrounded = true;
IsFalling = false;
}
}
private void Query()
{
_tree.Query(QueryCallback, _queryAABB);
for (var i = 0; i < ActorCount; ++i)
{
if (_actors[i].ProxyId == BroadPhase.NullProxy)
{
continue;
}
var overlap = CollisionUtils.TestOverlap(_queryAABB, _actors[i].AABB);
Debug.Assert(overlap == _actors[i].Overlap);
}
}
private CollisionInfo FindEarliestLineCollision()
{
var myGame = (MyGame)game;
var collisionInfo = new CollisionInfo(Vec2.Zero, null, Mathf.Infinity);
foreach (var line in myGame.Lines)
{
var currentCollisionInfo = CollisionUtils.CircleLineCollision(Position, OldPosition, Velocity * Time.deltaTime, Radius, line);
if (currentCollisionInfo != null && currentCollisionInfo.TimeOfImpact < collisionInfo.TimeOfImpact)
{
collisionInfo = new CollisionInfo(currentCollisionInfo.Normal, null, currentCollisionInfo.TimeOfImpact);
}
}
return(float.IsPositiveInfinity(collisionInfo.TimeOfImpact) ? null : collisionInfo);
}
public override void Update(GameTime gameTime)
{
if (!HasHitTarget)
{
updatePosition(new WorldPosition(Position.X + (direction.X * velocity * (int)gameTime.ElapsedGameTime.TotalMilliseconds), Position.Y + (direction.Y * velocity * gameTime.ElapsedGameTime.Milliseconds), Position.InteriorID));
if (GeometryUtils.VectorsWithinDistance(Position.X, Position.Y, startPosition.X, startPosition.Y, MaxDistance))
{
var rotateVector = new Vector2(Position.X, Position.Y + 7.5f);
var rotatedPoint = GeometryUtils.Rotate(Angle, Position.ToVector(), ref rotateVector);
var collisionRect = new Rect((int)(rotatedPoint.X - 7.5f), (int)(rotatedPoint.Y - 7.5f), 15, 15);
var hittedObjects = CollisionUtils.GetHittedObjects(collisionRect, Position.InteriorID, Origin);
if (hittedObjects.Count == 0)
{
if (CollisionUtils.IsHitableBlockHitted(collisionRect, InteriorID))
{
HasHitTarget = true;
}
}
else
{
HasHitTarget = true;
foreach (var hittedObject in hittedObjects)
{
if (hittedObject is LivingEntity)
{
((LivingEntity)hittedObject).ModifyHealth((int)-damage, Origin);
}
}
}
}
else
{
IsFinished = true;
}
}
else
{
if (InteriorID != SimulationGame.Player.InteriorID || effectRendererInformation == null || effectRendererInformation.IsFinished)
{
IsFinished = true;
}
}
}
public void RefreshBlock(int blockX, int blockY)
{
Point walkableGridChunkPos = GeometryUtils.GetChunkPosition(blockX, blockY, WalkableGridBlockChunkSize.X, WalkableGridBlockChunkSize.Y);
if (IsLoaded(GeometryUtils.ConvertPointToLong(walkableGridChunkPos.X, walkableGridChunkPos.Y)))
{
Point worldGridChunkPos = GeometryUtils.GetChunkPosition(blockX, blockY, WorldGrid.WorldChunkBlockSize.X, WorldGrid.WorldChunkBlockSize.Y);
WorldGridChunk worldGridChunk = SimulationGame.World.GetFromChunkPoint(worldGridChunkPos.X, worldGridChunkPos.Y);
int blockType = worldGridChunk.GetBlockType(blockX, blockY);
if (CollisionUtils.IsBlockBlocking(blockType))
{
SetBlockNotWalkable(blockX, blockY, true);
return;
}
var found = false;
if (worldGridChunk.ContainedObjects != null)
{
foreach (HitableObject interactiveObject in worldGridChunk.ContainedObjects)
{
if (interactiveObject.IsBlocking() && interactiveObject.BlockingBounds.Intersects(new Rect(blockX * WorldGrid.BlockSize.X, blockY * WorldGrid.BlockSize.Y, WorldGrid.BlockSize.X, WorldGrid.BlockSize.Y)))
{
found = true;
break;
}
}
}
if (worldGridChunk.OverlappingObjects != null)
{
foreach (HitableObject interactiveObject in worldGridChunk.OverlappingObjects)
{
if (interactiveObject.IsBlocking() && interactiveObject.BlockingBounds.Intersects(new Rect(blockX * WorldGrid.BlockSize.X, blockY * WorldGrid.BlockSize.Y, WorldGrid.BlockSize.X, WorldGrid.BlockSize.Y)))
{
found = true;
break;
}
}
}
SetBlockNotWalkable(blockX, blockY, found);
}
}
public static WorldPosition GetWalkablePositionCloseTo(WorldPosition realOrigin, WorldPosition realTarget, int realDistanceFromTarget)
{
Debug.Assert(realOrigin.InteriorID == realTarget.InteriorID, "Problem origin != target interior");
var direction = new Vector2(realTarget.X - realOrigin.X, realTarget.Y - realOrigin.Y);
direction.Normalize();
var realPosition = new WorldPosition(realTarget.X - realDistanceFromTarget * direction.X, realTarget.Y - realDistanceFromTarget * direction.Y, realOrigin.InteriorID);
var isBlockWalkable = CollisionUtils.IsRealPositionWalkable(realPosition);
var worldLink = SimulationGame.World.GetWorldLinkFromRealPosition(realPosition);
if (isBlockWalkable && worldLink == null)
{
return(realPosition);
}
return(null);
}
/// Called for each fixture found in the query AABB.
/// @return false to terminate the query.
private bool ReportFixture(Fixture fixture)
{
if (Count == MaxCount)
{
return(false);
}
var body = fixture.Body;
var shape = fixture.Shape;
var overlap = CollisionUtils.TestOverlap(shape, 0, Circle, 0, body.GetTransform(), Transform);
if (overlap)
{
DrawFixture(fixture);
++Count;
}
return(true);
}
public override bool IntersectWith(Shapes other)
{
if (other is Circle circle2)
{
var dx = this.x - circle2.x;
var dy = this.y - circle2.y;
var distance = Math.Sqrt(dx * dx + dy * dy);
if (distance < this.radius + circle2.radius)
{
return true;
}
}
if (other is Rectangle rectangle)
{
return CollisionUtils.IntersectRectangleCircle(this, rectangle);
}
return false;
}