protected void BufferContactPoint(ref ContactPoint point)
{
if (_iContactPointCount == _iMaxContatPoints)
return;
// Angel buffers contact points, I don't know why. We don't.
PhysicsActor pa1 = point.Shape1.Body.GetUserData() as PhysicsActor;
PhysicsActor pa2 = point.Shape2.Body.GetUserData() as PhysicsActor;
if (pa1 == null || pa2 == null)
return;
CollisionPair pair = new CollisionPair(pa1, pa2);
if (!_currentTouches.ContainsKey(pair))
{
pa1.OnCollision(pa2, ref point);
if (Switchboard.Instance["CollisionWith" + pa1.Name] != null)
{
Switchboard.Instance.Broadcast(new Message("CollisionWith" + pa1.Name));
_currentTouches.Add(pair, true);
}
}
pair = new CollisionPair(pa2, pa1);
if (!_currentTouches.ContainsKey(pair))
{
pa2.OnCollision(pa1, ref point);
if (Switchboard.Instance["CollisionWith" + pa2.Name] != null)
{
Switchboard.Instance.Broadcast(new Message("CollisionWith" + pa2.Name));
_currentTouches.Add(pair, true);
}
}
_iContactPointCount++;
}
public override void Evaluate(ContactListener listener)
{
Body b1 = _shape1.GetBody();
Body b2 = _shape2.GetBody();
#warning "needfix"
//memcpy(&m0, &m_manifold, sizeof(b2Manifold));
Manifold m0 = _manifold.Clone();
Collision.Collision.CollidePolygons(ref _manifold, (PolygonShape)_shape1, b1.GetXForm(),
(PolygonShape)_shape2, b2.GetXForm());
bool[] persisted = new bool[] { false, false };
ContactPoint cp = new ContactPoint();
cp.Shape1 = _shape1;
cp.Shape2 = _shape2;
cp.Friction = Settings.MixFriction(_shape1.Friction, _shape2.Friction);
cp.Restitution = Settings.MixRestitution(_shape1.Restitution, _shape2.Restitution);
// Match contact ids to facilitate warm starting.
if (_manifold.PointCount > 0)
{
// Match old contact ids to new contact ids and copy the
// stored impulses to warm start the solver.
for (int i = 0; i < _manifold.PointCount; ++i)
{
ManifoldPoint mp = _manifold.Points[i];
mp.NormalImpulse = 0.0f;
mp.TangentImpulse = 0.0f;
bool found = false;
ContactID id = mp.ID;
for (int j = 0; j < m0.PointCount; ++j)
{
if (persisted[j] == true)
{
continue;
}
ManifoldPoint mp0 = m0.Points[j];
if (mp0.ID.Key == id.Key)
{
persisted[j] = true;
mp.NormalImpulse = mp0.NormalImpulse;
mp.TangentImpulse = mp0.TangentImpulse;
// A persistent point.
found = true;
// Report persistent point.
if (listener != null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = id;
listener.Persist(cp);
}
break;
}
}
// Report added point.
if (found == false && listener != null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = id;
listener.Add(cp);
}
}
_manifoldCount = 1;
}
else
{
_manifoldCount = 0;
}
if (listener == null)
{
return;
}
// Report removed points.
for (int i = 0; i < m0.PointCount; ++i)
{
if (persisted[i])
{
continue;
}
ManifoldPoint mp0 = m0.Points[i];
cp.Position = b1.GetWorldPoint(mp0.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp0.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp0.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = m0.Normal;
cp.Separation = mp0.Separation;
cp.ID = mp0.ID;
listener.Remove(cp);
}
}
public override void Evaluate(ContactListener listener)
{
Body body = this._shape1.GetBody();
Body body2 = this._shape2.GetBody();
Manifold manifold = this._manifold.Clone();
Collision.Collision.CollideCircles(ref this._manifold, (CircleShape)this._shape1, body.GetXForm(), (CircleShape)this._shape2, body2.GetXForm());
ContactPoint contactPoint = new ContactPoint();
contactPoint.Shape1 = this._shape1;
contactPoint.Shape2 = this._shape2;
contactPoint.Friction = Settings.MixFriction(this._shape1.Friction, this._shape2.Friction);
contactPoint.Restitution = Settings.MixRestitution(this._shape1.Restitution, this._shape2.Restitution);
if (this._manifold.PointCount > 0)
{
this._manifoldCount = 1;
ManifoldPoint manifoldPoint = this._manifold.Points[0];
if (manifold.PointCount == 0)
{
manifoldPoint.NormalImpulse = 0f;
manifoldPoint.TangentImpulse = 0f;
if (listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = manifoldPoint.ID;
listener.Add(contactPoint);
}
}
else
{
ManifoldPoint manifoldPoint2 = manifold.Points[0];
manifoldPoint.NormalImpulse = manifoldPoint2.NormalImpulse;
manifoldPoint.TangentImpulse = manifoldPoint2.TangentImpulse;
if (listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = manifoldPoint.ID;
listener.Persist(contactPoint);
}
}
}
else
{
this._manifoldCount = 0;
if (manifold.PointCount > 0 && listener != null)
{
ManifoldPoint manifoldPoint2 = manifold.Points[0];
contactPoint.Position = body.GetWorldPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = manifold.Normal;
contactPoint.Separation = manifoldPoint2.Separation;
contactPoint.ID = manifoldPoint2.ID;
listener.Remove(contactPoint);
}
}
}
public override void Evaluate(ContactListener listener)
{
Body body = this._shape1.GetBody();
Body body2 = this._shape2.GetBody();
Manifold manifold = this._manifold.Clone();
Collision.Collision.CollidePolygons(ref this._manifold, (PolygonShape)this._shape1, body.GetXForm(), (PolygonShape)this._shape2, body2.GetXForm());
bool[] array = new bool[2];
bool[] array2 = array;
ContactPoint contactPoint = new ContactPoint();
contactPoint.Shape1 = this._shape1;
contactPoint.Shape2 = this._shape2;
contactPoint.Friction = Settings.MixFriction(this._shape1.Friction, this._shape2.Friction);
contactPoint.Restitution = Settings.MixRestitution(this._shape1.Restitution, this._shape2.Restitution);
if (this._manifold.PointCount > 0)
{
for (int i = 0; i < this._manifold.PointCount; i++)
{
ManifoldPoint manifoldPoint = this._manifold.Points[i];
manifoldPoint.NormalImpulse = 0f;
manifoldPoint.TangentImpulse = 0f;
bool flag = false;
ContactID iD = manifoldPoint.ID;
for (int j = 0; j < manifold.PointCount; j++)
{
if (!array2[j])
{
ManifoldPoint manifoldPoint2 = manifold.Points[j];
if (manifoldPoint2.ID.Key == iD.Key)
{
array2[j] = true;
manifoldPoint.NormalImpulse = manifoldPoint2.NormalImpulse;
manifoldPoint.TangentImpulse = manifoldPoint2.TangentImpulse;
flag = true;
if (listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = iD;
listener.Persist(contactPoint);
}
break;
}
}
}
if (!flag && listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = iD;
listener.Add(contactPoint);
}
}
this._manifoldCount = 1;
}
else
{
this._manifoldCount = 0;
}
if (listener != null)
{
for (int i = 0; i < manifold.PointCount; i++)
{
if (!array2[i])
{
ManifoldPoint manifoldPoint2 = manifold.Points[i];
contactPoint.Position = body.GetWorldPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = manifold.Normal;
contactPoint.Separation = manifoldPoint2.Separation;
contactPoint.ID = manifoldPoint2.ID;
listener.Remove(contactPoint);
}
}
}
}
/// <summary>
/// Called when a contact point persists. This includes the geometry
/// and the forces.
/// </summary>
public virtual void Persist(ContactPoint point)
{
return;
}
public virtual void Persist(ContactPoint point)
{
}
public virtual void Remove(ContactPoint point)
{
}
internal override void OnCollision(PhysicsActor otherActor, ref ContactPoint point)
{
if (otherActor is PhysicsEventActor)
{
AddCollision((PhysicsEventActor)otherActor);
}
base.OnCollision(otherActor, ref point);
}
public void Destroy(Contact c)
{
Shape shape = c.GetShape1();
Shape shape2 = c.GetShape2();
Body body = shape.GetBody();
Body body2 = shape2.GetBody();
ContactPoint contactPoint = new ContactPoint();
contactPoint.Shape1 = shape;
contactPoint.Shape2 = shape2;
contactPoint.Friction = Settings.MixFriction(shape.Friction, shape2.Friction);
contactPoint.Restitution = Settings.MixRestitution(shape.Restitution, shape2.Restitution);
int manifoldCount = c.GetManifoldCount();
if (manifoldCount > 0 && this._world._contactListener != null)
{
Manifold[] manifolds = c.GetManifolds();
for (int i = 0; i < manifoldCount; i++)
{
Manifold manifold = manifolds[i];
contactPoint.Normal = manifold.Normal;
for (int j = 0; j < manifold.PointCount; j++)
{
ManifoldPoint manifoldPoint = manifold.Points[j];
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = manifoldPoint.ID;
this._world._contactListener.Remove(contactPoint);
}
}
}
if (c._prev != null)
{
c._prev._next = c._next;
}
if (c._next != null)
{
c._next._prev = c._prev;
}
if (c == this._world._contactList)
{
this._world._contactList = c._next;
}
if (c._node1.Prev != null)
{
c._node1.Prev.Next = c._node1.Next;
}
if (c._node1.Next != null)
{
c._node1.Next.Prev = c._node1.Prev;
}
if (c._node1 == body._contactList)
{
body._contactList = c._node1.Next;
}
if (c._node2.Prev != null)
{
c._node2.Prev.Next = c._node2.Next;
}
if (c._node2.Next != null)
{
c._node2.Next.Prev = c._node2.Prev;
}
if (c._node2 == body2._contactList)
{
body2._contactList = c._node2.Next;
}
Contact.Destroy(c);
this._world._contactCount--;
}
public void OnContactRemove(Box2DX.Collision.Shape _other, Box2DX.Collision.Shape _self, ContactPoint _point)
{
// if (wheel == _self)
{
//only when the tile is left which was just hit
if (_lastContact == _other)
{
isOnGround = false;
}
}
}
public void OnContact(Box2DX.Collision.Shape _other, Box2DX.Collision.Shape _self, ContactPoint _point)
{
if (wheel == _self)
{
_lastContact = _other;
isOnGround = true;
JumptimePassed = 0;
}
else if(head == _self && Physics.ContactManager.g_contactManager.isLethal(_other))
{
isDead = true;
}
}
public override void Evaluate(ContactListener listener)
{
Body b1 = _shape1.GetBody();
Body b2 = _shape2.GetBody();
#warning "needfix"
//memcpy(&m0, &m_manifold, sizeof(b2Manifold));
Manifold m0 = _manifold.Clone();
Collision.Collision.CollidePolygons(ref _manifold, (PolygonShape)_shape1, b1.GetXForm(),
(PolygonShape)_shape2, b2.GetXForm());
bool[] persisted = new bool[] { false, false };
ContactPoint cp = new ContactPoint();
cp.Shape1 = _shape1;
cp.Shape2 = _shape2;
cp.Friction = Settings.MixFriction(_shape1.Friction, _shape2.Friction);
cp.Restitution = Settings.MixRestitution(_shape1.Restitution, _shape2.Restitution);
// Match contact ids to facilitate warm starting.
if (_manifold.PointCount > 0)
{
// Match old contact ids to new contact ids and copy the
// stored impulses to warm start the solver.
for (int i = 0; i < _manifold.PointCount; ++i)
{
ManifoldPoint mp = _manifold.Points[i];
mp.NormalImpulse = 0.0f;
mp.TangentImpulse = 0.0f;
bool found = false;
ContactID id = mp.ID;
for (int j = 0; j < m0.PointCount; ++j)
{
if (persisted[j] == true)
{
continue;
}
ManifoldPoint mp0 = m0.Points[j];
if (mp0.ID.Key == id.Key)
{
persisted[j] = true;
mp.NormalImpulse = mp0.NormalImpulse;
mp.TangentImpulse = mp0.TangentImpulse;
// A persistent point.
found = true;
// Report persistent point.
if (listener != null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = id;
listener.Persist(cp);
}
break;
}
}
// Report added point.
if (found == false && listener != null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = id;
listener.Add(cp);
}
}
_manifoldCount = 1;
}
else
{
_manifoldCount = 0;
}
if (listener == null)
{
return;
}
// Report removed points.
for (int i = 0; i < m0.PointCount; ++i)
{
if (persisted[i])
{
continue;
}
ManifoldPoint mp0 = m0.Points[i];
cp.Position = b1.GetWorldPoint(mp0.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp0.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp0.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = m0.Normal;
cp.Separation = mp0.Separation;
cp.ID = mp0.ID;
listener.Remove(cp);
}
}
internal virtual void OnCollision(PhysicsActor otherActor, ref ContactPoint point)
{
if (Collision != null)
Collision(this, otherActor, ref point);
}
public override void Persist(ContactPoint point)
{
// Test player collision with ground
Shape shape1 = point.Shape1;
Shape shape2 = point.Shape2;
PhysicsObject object1 = shape1.GetBody().GetUserData() as PhysicsObject;
PhysicsObject object2 = shape2.GetBody().GetUserData() as PhysicsObject;
// set the normal vector from the object to the dude sensor - used for jumping
if (!(
(shape1.GetBody().GetUserData() == world.dude && (ScrollingWorld.dudeSensorName).Equals(shape2.UserData))
||
(shape2.GetBody().GetUserData() == world.dude && (ScrollingWorld.dudeSensorName).Equals(shape1.UserData))
))
{
if ((ScrollingWorld.dudeSensorName).Equals(shape1.UserData))
{
Vector2 b2dnormal = -Utils.Convert(point.Normal);
b2dnormal.Normalize();
world.dude.Normal = b2dnormal;
}
else if ((ScrollingWorld.dudeSensorName).Equals(shape2.UserData))
{
Vector2 b2dnormal = Utils.Convert(point.Normal);
b2dnormal.Normalize();
world.dude.Normal = b2dnormal;
}
}
if ((ScrollingWorld.dudeSensorName+"SLOPE").Equals(shape2.UserData) || ScrollingWorld.dudeSensorName.Equals(shape2.UserData))
{
Shape temp = shape1;
shape1 = shape2;
shape2 = temp;
}
if (ScrollingWorld.dudeSensorName.Equals(shape1.UserData) &&
(world.dude != shape2.GetBody().GetUserData()))
{
world.dude.Grounded = true;
}
if ((ScrollingWorld.dudeSensorName + "SLOPE").Equals(shape1.UserData) &&
(world.dude != shape2.GetBody().GetUserData()) && (shape1.GetBody() != shape2.GetBody()))
{
//Console.WriteLine(shape2.UserData); // DEBUG
world.dude.OnSlope = true;
}
Dictionary<String, List<PhysicsObject>> objsDict = new Dictionary<String, List<PhysicsObject>>();
objsDict.Add("BoxObject", new List<PhysicsObject>());
objsDict.Add("PolygonObject", new List<PhysicsObject>());
objsDict.Add("CircleObject", new List<PhysicsObject>());
objsDict.Add("DudeObject", new List<PhysicsObject>());
objsDict.Add("PaintedObject", new List<PhysicsObject>());
objsDict.Add("SensorObject", new List<PhysicsObject>());
objsDict.Add("HoleObject", new List<PhysicsObject>());
objsDict.Add("AnimationObject", new List<PhysicsObject>());
objsDict.Add("MovingObject", new List<PhysicsObject>());
objsDict.Add("HorizontalMovingObject", new List<PhysicsObject>());
objsDict.Add("SwitchObject", new List<PhysicsObject>());
objsDict.Add("DeathObject", new List<PhysicsObject>());
objsDict.Add("FailButtonObject", new List<PhysicsObject>());
objsDict.Add("WinDoorObject", new List<PhysicsObject>());
objsDict.Add("PistonObject", new List<PhysicsObject>());
foreach (PhysicsObject po in this.world.Objects)
{
if (po is BoxObject)
{
objsDict["BoxObject"].Add(po);
}
else if (po is PolygonObject)
{
objsDict["PolygonObject"].Add(po);
}
else if (po is CircleObject)
{
objsDict["CircleObject"].Add(po);
}
if (po is DudeObject)
{
objsDict["DudeObject"].Add(po);
}
else if (po is PaintedObject)
{
objsDict["PaintedObject"].Add(po);
}
else if (po is SensorObject)
{
objsDict["SensorObject"].Add(po);
}
else if (po is HoleObject)
{
objsDict["HoleObject"].Add(po);
}
else if (po is AnimationObject)
{
objsDict["AnimationObject"].Add(po);
}
else if (po is MovingObject)
{
objsDict["MovingObject"].Add(po);
}
else if (po is HorizontalMovingObject)
{
objsDict["HorizontalMovingObject"].Add(po);
}
else if (po is SwitchObject)
{
objsDict["SwitchObject"].Add(po);
}
else if (po is DeathPlatform)
{
objsDict["DeathObject"].Add(po);
}
else if (po is FailButtonObject)
{
objsDict["FailButtonObject"].Add(po);
}
else if (po is WinDoorObject)
{
objsDict["WinDoorObject"].Add(po);
}
else if (po is PistonObject)
{
objsDict["PistonObject"].Add(po);
}
}
foreach (PhysicsObject switchObj in objsDict["AnimationObject"])
{
if ((object1 == switchObj && object2 == world.dude) ||
(object2 == switchObj && object1 == world.dude))
//(object1 == switchObj || object2 == switchObj)
{
AnimationObject temp = (AnimationObject)switchObj;
if (temp.checkDeathObject())
{
world.dude.setDead();
world.Fail();
}
}
}
foreach (PhysicsObject switchObj in objsDict["SwitchObject"])
{
if ((object1 == switchObj && object2 == world.dude) ||
(object2 == switchObj && object1 == world.dude))
//(object1 == switchObj || object2 == switchObj)
{
((SwitchObject)switchObj).switchOn = true;
}
}
foreach (PhysicsObject switchObj in objsDict["DeathObject"])
{
if ((object1 == switchObj && object2 == world.dude) ||
(object2 == switchObj && object1 == world.dude))
{
((DeathPlatform)switchObj).deadCosmo = true;
world.dude.setDead();
world.Fail();
}
}
foreach (PhysicsObject switchObj in objsDict["CircleObject"])
{
if ((object1 == switchObj && object2 == world.dude) ||
(object2 == switchObj && object1 == world.dude))
{
if (((CircleObject)switchObj).TextureFilename.Equals("Art\\Objects\\CircleObjects\\gear"))
{
world.dude.setDead();
world.Fail();
}
}
}
foreach (PhysicsObject switchObj in objsDict["FailButtonObject"])
{
if ((object1 == switchObj && object2 == world.dude) ||
(object2 == switchObj && object1 == world.dude))
{
((FailButtonObject)switchObj).deadCosmo = true;
world.dude.setDead();
world.Fail();
}
}
foreach (PhysicsObject hMove in objsDict["HorizontalMovingObject"])
{
if ((object1 == hMove && object2 == world.dude) ||
(object2 == hMove && object1 == world.dude))
{
if (world.dude.Grounded)
{
if (((HorizontalMovingObject)hMove).mySwitch != null)
{
if (((HorizontalMovingObject)hMove).mySwitch.switchOn)
{
if (((HorizontalMovingObject)hMove).isMoving)
{
world.dude.Body.ApplyForce(Utils.Convert(new Vector2(10.5f, 0)), world.dude.Body.GetWorldCenter());
// world.dude.Position += new Vector2(.035f, 0);
}
else
{
world.dude.Body.ApplyForce(Utils.Convert(new Vector2(-10.5f, 0)), world.dude.Body.GetWorldCenter());
// world.dude.Position += new Vector2(-0.05f, 0);
}
}
}
else
{
if (((HorizontalMovingObject)hMove).isMoving)
{
world.dude.Body.ApplyForce(Utils.Convert(new Vector2(10.5f, 0)), world.dude.Body.GetWorldCenter());
// world.dude.Position += new Vector2(.035f, 0);
}
else
{
world.dude.Body.ApplyForce(Utils.Convert(new Vector2(-10.5f, 0)), world.dude.Body.GetWorldCenter());
// world.dude.Position += new Vector2(-0.05f, 0);
}
}
}
}
}
bool allHolesFilled = true;
foreach (PhysicsObject hole in objsDict["HoleObject"])
{
if (((HoleObject)hole).Filled < HoleObject.MAX_FILL)
{
allHolesFilled = false;
}
}
foreach (PhysicsObject door in objsDict["WinDoorObject"])
{
if ((object1 == door && object2 == world.dude) ||
(object2 == door && object1 == world.dude))
{
if (allHolesFilled)
{
((WinDoorObject)door).makeAnimate();
world.Win();
}
}
}
foreach (PhysicsObject piston in objsDict["PistonObject"])
{
foreach (PhysicsObject circle in objsDict["CircleObject"])
{
if ((object1 == piston && object2 == circle) ||
(object1 == piston && object2 == circle))
{
if ((MathHelper.ToDegrees(object1.Angle) > -5) && (MathHelper.ToDegrees(object1.Angle) < 5))
{ circle.Body.ApplyForce(Utils.Convert(new Vector2(500, 0)), circle.Body.GetWorldCenter()); }
else if ((MathHelper.ToDegrees(object1.Angle) > 85) && (MathHelper.ToDegrees(object1.Angle) < 95))
{ circle.Body.ApplyForce(Utils.Convert(new Vector2(0, 500)), circle.Body.GetWorldCenter()); }
else if ((MathHelper.ToDegrees(object1.Angle) > -95) && (MathHelper.ToDegrees(object1.Angle) < -85))
{ circle.Body.ApplyForce(Utils.Convert(new Vector2(0, -500)), circle.Body.GetWorldCenter()); }
else if ((MathHelper.ToDegrees(object1.Angle) > 175) && (MathHelper.ToDegrees(object1.Angle) < 185))
{ circle.Body.ApplyForce(Utils.Convert(new Vector2(-500, 0)), circle.Body.GetWorldCenter()); }
}
}
}
}
public override void Evaluate(ContactListener listener)
{
Body b1 = _shape1.GetBody();
Body b2 = _shape2.GetBody();
#warning "needfix"
//memcpy(&m0, &m_manifold, sizeof(b2Manifold));
Manifold m0 = _manifold.Clone();
Collision.Collision.CollideCircles(ref _manifold, (CircleShape)_shape1, b1.GetXForm(),
(CircleShape)_shape2, b2.GetXForm());
ContactPoint cp = new ContactPoint();
cp.Shape1 = _shape1;
cp.Shape2 = _shape2;
cp.Friction = Settings.MixFriction(_shape1.Friction, _shape2.Friction);
cp.Restitution = Settings.MixRestitution(_shape1.Restitution, _shape2.Restitution);
if (_manifold.PointCount > 0)
{
_manifoldCount = 1;
ManifoldPoint mp = _manifold.Points[0];
if (m0.PointCount == 0)
{
mp.NormalImpulse = 0.0f;
mp.TangentImpulse = 0.0f;
if (listener != null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = mp.ID;
listener.Add(cp);
}
}
else
{
ManifoldPoint mp0 = m0.Points[0];
mp.NormalImpulse = mp0.NormalImpulse;
mp.TangentImpulse = mp0.TangentImpulse;
if (listener != null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = mp.ID;
listener.Persist(cp);
}
}
}
else
{
_manifoldCount = 0;
if (m0.PointCount > 0 && listener != null)
{
ManifoldPoint mp0 = m0.Points[0];
cp.Position = b1.GetWorldPoint(mp0.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp0.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp0.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = m0.Normal;
cp.Separation = mp0.Separation;
cp.ID = mp0.ID;
listener.Remove(cp);
}
}
}
public void Destroy(Contact c)
{
Shape shape1 = c.GetShape1();
Shape shape2 = c.GetShape2();
Body body1 = shape1.GetBody();
Body body2 = shape2.GetBody();
ContactPoint cp = new ContactPoint();
cp.Shape1 = shape1;
cp.Shape2 = shape2;
cp.Friction = Settings.MixFriction(shape1.Friction, shape2.Friction);
cp.Restitution = Settings.MixRestitution(shape1.Restitution, shape2.Restitution);
// Inform the user that this contact is ending.
int manifoldCount = c.GetManifoldCount();
if (manifoldCount > 0 && _world._contactListener!=null)
{
Manifold[] manifolds = c.GetManifolds();
for (int i = 0; i < manifoldCount; ++i)
{
Manifold manifold = manifolds[i];
cp.Normal = manifold.Normal;
for (int j = 0; j < manifold.PointCount; ++j)
{
ManifoldPoint mp = manifold.Points[j];
cp.Position = body1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = body1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = body2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Separation = mp.Separation;
cp.ID = mp.ID;
_world._contactListener.Remove(cp);
}
}
}
// Remove from the world.
if (c._prev != null)
{
c._prev._next = c._next;
}
if (c._next != null)
{
c._next._prev = c._prev;
}
if (c == _world._contactList)
{
_world._contactList = c._next;
}
// Remove from body 1
if (c._node1.Prev != null)
{
c._node1.Prev.Next = c._node1.Next;
}
if (c._node1.Next != null)
{
c._node1.Next.Prev = c._node1.Prev;
}
if (c._node1 == body1._contactList)
{
body1._contactList = c._node1.Next;
}
// Remove from body 2
if (c._node2.Prev != null)
{
c._node2.Prev.Next = c._node2.Next;
}
if (c._node2.Next != null)
{
c._node2.Next.Prev = c._node2.Prev;
}
if (c._node2 == body2._contactList)
{
body2._contactList = c._node2.Next;
}
// Call the factory.
Contact.Destroy(c);
--_world._contactCount;
}
public override void Evaluate(ContactListener listener)
{
Body body = this._shape1.GetBody();
Body body2 = this._shape2.GetBody();
Manifold manifold = this._manifold.Clone();
Collision.Collision.CollideCircles(ref this._manifold, (CircleShape)this._shape1, body.GetXForm(), (CircleShape)this._shape2, body2.GetXForm());
ContactPoint contactPoint = new ContactPoint();
contactPoint.Shape1 = this._shape1;
contactPoint.Shape2 = this._shape2;
contactPoint.Friction = Settings.MixFriction(this._shape1.Friction, this._shape2.Friction);
contactPoint.Restitution = Settings.MixRestitution(this._shape1.Restitution, this._shape2.Restitution);
if (this._manifold.PointCount > 0)
{
this._manifoldCount = 1;
ManifoldPoint manifoldPoint = this._manifold.Points[0];
if (manifold.PointCount == 0)
{
manifoldPoint.NormalImpulse = 0f;
manifoldPoint.TangentImpulse = 0f;
if (listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = manifoldPoint.ID;
listener.Add(contactPoint);
}
}
else
{
ManifoldPoint manifoldPoint2 = manifold.Points[0];
manifoldPoint.NormalImpulse = manifoldPoint2.NormalImpulse;
manifoldPoint.TangentImpulse = manifoldPoint2.TangentImpulse;
if (listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = manifoldPoint.ID;
listener.Persist(contactPoint);
}
}
}
else
{
this._manifoldCount = 0;
if (manifold.PointCount > 0 && listener != null)
{
ManifoldPoint manifoldPoint2 = manifold.Points[0];
contactPoint.Position = body.GetWorldPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = manifold.Normal;
contactPoint.Separation = manifoldPoint2.Separation;
contactPoint.ID = manifoldPoint2.ID;
listener.Remove(contactPoint);
}
}
}
public override void Evaluate(ContactListener listener)
{
Body b1 = _shape1.GetBody();
Body b2 = _shape2.GetBody();
#warning "needfix"
//memcpy(&m0, &m_manifold, sizeof(b2Manifold));
Manifold m0 = _manifold.Clone();
Collision.Collision.CollideCircles(ref _manifold, (CircleShape)_shape1, b1.GetXForm(),
(CircleShape)_shape2, b2.GetXForm());
ContactPoint cp = new ContactPoint();
cp.Shape1 = _shape1;
cp.Shape2 = _shape2;
cp.Friction = Settings.MixFriction(_shape1.Friction, _shape2.Friction);
cp.Restitution = Settings.MixRestitution(_shape1.Restitution, _shape2.Restitution);
if (_manifold.PointCount > 0)
{
_manifoldCount = 1;
ManifoldPoint mp = _manifold.Points[0];
if (m0.PointCount == 0)
{
mp.NormalImpulse = 0.0f;
mp.TangentImpulse = 0.0f;
if (listener!=null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = mp.ID;
listener.Add(cp);
}
}
else
{
ManifoldPoint mp0 = m0.Points[0];
mp.NormalImpulse = mp0.NormalImpulse;
mp.TangentImpulse = mp0.TangentImpulse;
if (listener!=null)
{
cp.Position = b1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = _manifold.Normal;
cp.Separation = mp.Separation;
cp.ID = mp.ID;
listener.Persist(cp);
}
}
}
else
{
_manifoldCount = 0;
if (m0.PointCount > 0 && listener!=null)
{
ManifoldPoint mp0 = m0.Points[0];
cp.Position = b1.GetWorldPoint(mp0.LocalPoint1);
Vec2 v1 = b1.GetLinearVelocityFromLocalPoint(mp0.LocalPoint1);
Vec2 v2 = b2.GetLinearVelocityFromLocalPoint(mp0.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Normal = m0.Normal;
cp.Separation = mp0.Separation;
cp.ID = mp0.ID;
listener.Remove(cp);
}
}
}
public void Destroy(Contact c)
{
Shape shape1 = c.GetShape1();
Shape shape2 = c.GetShape2();
Body body1 = shape1.GetBody();
Body body2 = shape2.GetBody();
ContactPoint cp = new ContactPoint();
cp.Shape1 = shape1;
cp.Shape2 = shape2;
cp.Friction = Settings.MixFriction(shape1.Friction, shape2.Friction);
cp.Restitution = Settings.MixRestitution(shape1.Restitution, shape2.Restitution);
// Inform the user that this contact is ending.
int manifoldCount = c.GetManifoldCount();
if (manifoldCount > 0 && _world._contactListener != null)
{
Manifold[] manifolds = c.GetManifolds();
for (int i = 0; i < manifoldCount; ++i)
{
Manifold manifold = manifolds[i];
cp.Normal = manifold.Normal;
for (int j = 0; j < manifold.PointCount; ++j)
{
ManifoldPoint mp = manifold.Points[j];
cp.Position = body1.GetWorldPoint(mp.LocalPoint1);
Vec2 v1 = body1.GetLinearVelocityFromLocalPoint(mp.LocalPoint1);
Vec2 v2 = body2.GetLinearVelocityFromLocalPoint(mp.LocalPoint2);
cp.Velocity = v2 - v1;
cp.Separation = mp.Separation;
cp.ID = mp.ID;
_world._contactListener.Remove(cp);
}
}
}
// Remove from the world.
if (c._prev != null)
{
c._prev._next = c._next;
}
if (c._next != null)
{
c._next._prev = c._prev;
}
if (c == _world._contactList)
{
_world._contactList = c._next;
}
// Remove from body 1
if (c._node1.Prev != null)
{
c._node1.Prev.Next = c._node1.Next;
}
if (c._node1.Next != null)
{
c._node1.Next.Prev = c._node1.Prev;
}
if (c._node1 == body1._contactList)
{
body1._contactList = c._node1.Next;
}
// Remove from body 2
if (c._node2.Prev != null)
{
c._node2.Prev.Next = c._node2.Next;
}
if (c._node2.Next != null)
{
c._node2.Next.Prev = c._node2.Prev;
}
if (c._node2 == body2._contactList)
{
body2._contactList = c._node2.Next;
}
// Call the factory.
Contact.Destroy(c);
--_world._contactCount;
}
public override void Evaluate(ContactListener listener)
{
Body body = this._shape1.GetBody();
Body body2 = this._shape2.GetBody();
Manifold manifold = this._manifold.Clone();
Collision.Collision.CollidePolygonAndCircle(ref this._manifold, (PolygonShape)this._shape1, body.GetXForm(), (CircleShape)this._shape2, body2.GetXForm());
bool[] array = new bool[2];
bool[] array2 = array;
ContactPoint contactPoint = new ContactPoint();
contactPoint.Shape1 = this._shape1;
contactPoint.Shape2 = this._shape2;
contactPoint.Friction = Settings.MixFriction(this._shape1.Friction, this._shape2.Friction);
contactPoint.Restitution = Settings.MixRestitution(this._shape1.Restitution, this._shape2.Restitution);
if (this._manifold.PointCount > 0)
{
for (int i = 0; i < this._manifold.PointCount; i++)
{
ManifoldPoint manifoldPoint = this._manifold.Points[i];
manifoldPoint.NormalImpulse = 0f;
manifoldPoint.TangentImpulse = 0f;
bool flag = false;
ContactID iD = manifoldPoint.ID;
for (int j = 0; j < manifold.PointCount; j++)
{
if (!array2[j])
{
ManifoldPoint manifoldPoint2 = manifold.Points[j];
if (manifoldPoint2.ID.Key == iD.Key)
{
array2[j] = true;
manifoldPoint.NormalImpulse = manifoldPoint2.NormalImpulse;
manifoldPoint.TangentImpulse = manifoldPoint2.TangentImpulse;
flag = true;
if (listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = iD;
listener.Persist(contactPoint);
}
break;
}
}
}
if (!flag && listener != null)
{
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = this._manifold.Normal;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = iD;
listener.Add(contactPoint);
}
}
this._manifoldCount = 1;
}
else
{
this._manifoldCount = 0;
}
if (listener != null)
{
for (int i = 0; i < manifold.PointCount; i++)
{
if (!array2[i])
{
ManifoldPoint manifoldPoint2 = manifold.Points[i];
contactPoint.Position = body.GetWorldPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint2.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Normal = manifold.Normal;
contactPoint.Separation = manifoldPoint2.Separation;
contactPoint.ID = manifoldPoint2.ID;
listener.Remove(contactPoint);
}
}
}
}
public virtual void Add(ContactPoint point)
{
}
public override void Add(ref ContactPoint point)
{
BufferContactPoint(ref point);
}
/// <summary>
/// Called when a contact point is added. This includes the geometry
/// and the forces.
/// </summary>
public virtual void Add(ContactPoint point)
{
return;
}
public override void Persist(ref ContactPoint point)
{
BufferContactPoint(ref point);
}
/// <summary>
/// Called when a contact point is removed. This includes the last
/// computed geometry and forces.
/// </summary>
public virtual void Remove(ContactPoint point)
{
return;
}
public void Destroy(Contact c)
{
Shape shape = c.GetShape1();
Shape shape2 = c.GetShape2();
Body body = shape.GetBody();
Body body2 = shape2.GetBody();
ContactPoint contactPoint = new ContactPoint();
contactPoint.Shape1 = shape;
contactPoint.Shape2 = shape2;
contactPoint.Friction = Settings.MixFriction(shape.Friction, shape2.Friction);
contactPoint.Restitution = Settings.MixRestitution(shape.Restitution, shape2.Restitution);
int manifoldCount = c.GetManifoldCount();
if (manifoldCount > 0 && this._world._contactListener != null)
{
Manifold[] manifolds = c.GetManifolds();
for (int i = 0; i < manifoldCount; i++)
{
Manifold manifold = manifolds[i];
contactPoint.Normal = manifold.Normal;
for (int j = 0; j < manifold.PointCount; j++)
{
ManifoldPoint manifoldPoint = manifold.Points[j];
contactPoint.Position = body.GetWorldPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint = body.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint1);
Vec2 linearVelocityFromLocalPoint2 = body2.GetLinearVelocityFromLocalPoint(manifoldPoint.LocalPoint2);
contactPoint.Velocity = linearVelocityFromLocalPoint2 - linearVelocityFromLocalPoint;
contactPoint.Separation = manifoldPoint.Separation;
contactPoint.ID = manifoldPoint.ID;
this._world._contactListener.Remove(contactPoint);
}
}
}
if (c._prev != null)
{
c._prev._next = c._next;
}
if (c._next != null)
{
c._next._prev = c._prev;
}
if (c == this._world._contactList)
{
this._world._contactList = c._next;
}
if (c._node1.Prev != null)
{
c._node1.Prev.Next = c._node1.Next;
}
if (c._node1.Next != null)
{
c._node1.Next.Prev = c._node1.Prev;
}
if (c._node1 == body._contactList)
{
body._contactList = c._node1.Next;
}
if (c._node2.Prev != null)
{
c._node2.Prev.Next = c._node2.Next;
}
if (c._node2.Next != null)
{
c._node2.Next.Prev = c._node2.Prev;
}
if (c._node2 == body2._contactList)
{
body2._contactList = c._node2.Next;
}
Contact.Destroy(c);
this._world._contactCount--;
}
