public void DetermineOverlaps(ISimplePhysicsEntity entity)
{
this.DetermineOverlapsInternal((IPhysicsEntity)entity, this.CameraManager.Viewpoint);
}
public bool Update(ISimplePhysicsEntity entity, bool simple, bool keepInFront)
{
QueryOptions queryOptions = QueryOptions.None;
if (entity.Background)
{
queryOptions |= QueryOptions.Background;
}
if (simple)
{
queryOptions |= QueryOptions.Simple;
}
if (entity is InstancePhysicsState)
{
(entity as InstancePhysicsState).UpdatingPhysics = true;
}
if (!simple)
{
this.MoveAlongWithGround((IPhysicsEntity)entity, queryOptions);
}
Vector3?clampToGroundDistance = new Vector3?();
bool grounded = entity.Grounded;
MultipleHits <CollisionResult> horizontalResults;
MultipleHits <CollisionResult> verticalResults;
if (!entity.IgnoreCollision)
{
this.CollisionManager.CollideRectangle(entity.Center, entity.Velocity, entity.Size, queryOptions, entity.Elasticity, out horizontalResults, out verticalResults);
bool flag = (double)this.CollisionManager.GravityFactor < 0.0;
FaceOrientation faceOrientation = this.CameraManager.VisibleOrientation;
if (entity.Background)
{
faceOrientation = FezMath.GetOpposite(faceOrientation);
}
if ((flag ? ((double)entity.Velocity.Y > 0.0 ? 1 : 0) : ((double)entity.Velocity.Y < 0.0 ? 1 : 0)) != 0 && BoxCollisionResultExtensions.AnyCollided(verticalResults))
{
MultipleHits <TrileInstance> ground = entity.Ground;
CollisionResult collisionResult1 = verticalResults.NearLow;
CollisionResult collisionResult2 = verticalResults.FarHigh;
if (collisionResult2.Destination != null && collisionResult2.Destination.GetRotatedFace(faceOrientation) != CollisionType.None)
{
ground.FarHigh = collisionResult2.Destination;
if (collisionResult2.Collided && collisionResult2.ShouldBeClamped)
{
clampToGroundDistance = new Vector3?(collisionResult2.NearestDistance);
}
}
else
{
ground.FarHigh = (TrileInstance)null;
}
if (collisionResult1.Destination != null && collisionResult1.Destination.GetRotatedFace(faceOrientation) != CollisionType.None)
{
ground.NearLow = collisionResult1.Destination;
if (collisionResult1.Collided && collisionResult1.ShouldBeClamped)
{
clampToGroundDistance = new Vector3?(collisionResult1.NearestDistance);
}
}
else
{
ground.NearLow = (TrileInstance)null;
}
entity.Ground = ground;
}
else
{
entity.Ground = new MultipleHits <TrileInstance>();
}
}
else
{
horizontalResults = new MultipleHits <CollisionResult>();
verticalResults = new MultipleHits <CollisionResult>();
}
bool flag1 = this.UpdateInternal((IPhysicsEntity)entity, horizontalResults, verticalResults, clampToGroundDistance, grounded, keepInFront, false, simple);
if (entity is InstancePhysicsState)
{
(entity as InstancePhysicsState).UpdatingPhysics = false;
}
return(flag1);
}
public bool Update(ISimplePhysicsEntity entity)
{
return(this.Update(entity, false, true));
}
public void DetermineOverlaps(ISimplePhysicsEntity entity)
{
this.DetermineOverlapsInternal((IPhysicsEntity) entity, this.CameraManager.Viewpoint);
}
public bool Update(ISimplePhysicsEntity entity, bool simple, bool keepInFront)
{
QueryOptions queryOptions = QueryOptions.None;
if (entity.Background)
queryOptions |= QueryOptions.Background;
if (simple)
queryOptions |= QueryOptions.Simple;
if (entity is InstancePhysicsState)
(entity as InstancePhysicsState).UpdatingPhysics = true;
if (!simple)
this.MoveAlongWithGround((IPhysicsEntity) entity, queryOptions);
Vector3? clampToGroundDistance = new Vector3?();
bool grounded = entity.Grounded;
MultipleHits<CollisionResult> horizontalResults;
MultipleHits<CollisionResult> verticalResults;
if (!entity.IgnoreCollision)
{
this.CollisionManager.CollideRectangle(entity.Center, entity.Velocity, entity.Size, queryOptions, entity.Elasticity, out horizontalResults, out verticalResults);
bool flag = (double) this.CollisionManager.GravityFactor < 0.0;
FaceOrientation faceOrientation = this.CameraManager.VisibleOrientation;
if (entity.Background)
faceOrientation = FezMath.GetOpposite(faceOrientation);
if ((flag ? ((double) entity.Velocity.Y > 0.0 ? 1 : 0) : ((double) entity.Velocity.Y < 0.0 ? 1 : 0)) != 0 && BoxCollisionResultExtensions.AnyCollided(verticalResults))
{
MultipleHits<TrileInstance> ground = entity.Ground;
CollisionResult collisionResult1 = verticalResults.NearLow;
CollisionResult collisionResult2 = verticalResults.FarHigh;
if (collisionResult2.Destination != null && collisionResult2.Destination.GetRotatedFace(faceOrientation) != CollisionType.None)
{
ground.FarHigh = collisionResult2.Destination;
if (collisionResult2.Collided && collisionResult2.ShouldBeClamped)
clampToGroundDistance = new Vector3?(collisionResult2.NearestDistance);
}
else
ground.FarHigh = (TrileInstance) null;
if (collisionResult1.Destination != null && collisionResult1.Destination.GetRotatedFace(faceOrientation) != CollisionType.None)
{
ground.NearLow = collisionResult1.Destination;
if (collisionResult1.Collided && collisionResult1.ShouldBeClamped)
clampToGroundDistance = new Vector3?(collisionResult1.NearestDistance);
}
else
ground.NearLow = (TrileInstance) null;
entity.Ground = ground;
}
else
entity.Ground = new MultipleHits<TrileInstance>();
}
else
{
horizontalResults = new MultipleHits<CollisionResult>();
verticalResults = new MultipleHits<CollisionResult>();
}
bool flag1 = this.UpdateInternal((IPhysicsEntity) entity, horizontalResults, verticalResults, clampToGroundDistance, grounded, keepInFront, false, simple);
if (entity is InstancePhysicsState)
(entity as InstancePhysicsState).UpdatingPhysics = false;
return flag1;
}
public bool Update(ISimplePhysicsEntity entity)
{
return this.Update(entity, false, true);
}
