/** Remove a body from physics world. */
public virtual void RemoveBody(CCPhysicsBody body)
{
if (body.GetWorld() != this)
{
cp.AssertWarn("Physics Warnning: this body doesn't belong to this world");
return;
}
// destory the body's joints
foreach (var joint in body._joints)
{
// set destroy param to false to keep the iterator available
RemoveJoint(joint, false);
CCPhysicsBody other = (joint.GetBodyA() == body ? joint.GetBodyB() : joint.GetBodyA());
other.RemoveJoint(joint);
if (_delayRemoveJoints.Exists(j => j == joint))
{
joint._destoryMark = true;
}
}
body._joints.Clear();
RemoveBodyOrDelay(body);
_bodies.Remove(body);
body._world = null;
}
protected bool Init(CCPhysicsBody a, CCPhysicsBody b, CCPoint anchr1, CCPoint anchr2, float stiffness, float damping)
{
if (!base.Init(a, b))
{
return(false);
}
var anch1 = PhysicsHelper.CCPointToCpVect(anchr1);
var anch2 = PhysicsHelper.CCPointToCpVect(anchr2);
cpConstraint joint = new cpDampedSpring(GetBodyInfo(a).Body,
GetBodyInfo(b).Body,
anch1,
anch2,
cpVect.cpvdist(
_bodyB.Local2World(anch1), _bodyA.Local2World(anch2)),
stiffness,
damping);
if (joint == null)
{
return(false);
}
_info.Add(joint);
return(true);
}
/** Create a body contains a circle shape. */
public static CCPhysicsBody CreateCircle(float radius, CCPhysicsMaterial material, CCPoint offset)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeCircle(material, radius, offset));
return(body);
}
/** Create a body contains a box shape. */
public static CCPhysicsBody CreateBox(CCSize size, CCPhysicsMaterial material, float radius)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeBox(size, material, radius));
return(body);
}
public virtual CCPhysicsBody AddBodyOrDelay(CCPhysicsBody body)
{
CCPhysicsBody removeBodyIter = _delayRemoveBodies.Find(b => b == body);
if (removeBodyIter != null)
{
_delayRemoveBodies.Remove(removeBodyIter);
return(null);
}
if (_info.isLocked())
{
if (_delayAddBodies.Exists(b => b == body))
{
_delayAddBodies.Add(body);
_delayDirty = true;
}
}
else
{
DoAddBody(body);
}
return(body);
}
/**
* @brief Create a body contains a polygon shape.
* points is an array of cpVect structs defining a convex hull with a clockwise winding.
*/
public static CCPhysicsBody CreatePolygon(CCPoint[] points, int count, CCPhysicsMaterial material, float radius)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapePolygon(points, count, material, radius));
return(body);
}
public virtual void UpdateBodies()
{
if (_info.isLocked())
{
return;
}
// Fixed: netonjm > issue #4944, contact callback will be invoked when add/remove body, _delayAddBodies maybe changed, so we need make a copy.
CCPhysicsBody[] addCopy = new CCPhysicsBody[_delayAddBodies.Count];
_delayAddBodies.CopyTo(addCopy);
_delayAddBodies.Clear();
foreach (var body in addCopy)
{
DoAddBody(body);
}
CCPhysicsBody[] removeCopy = new CCPhysicsBody[_delayRemoveBodies.Count];
_delayRemoveBodies.CopyTo(removeCopy);
_delayRemoveBodies.Clear();
foreach (var body in removeCopy)
{
DoRemoveBody(body);
}
}
/** Create a body contains a EdgeSegment shape. */
public static CCPhysicsBody CreateEdgeSegment(CCPoint a, CCPoint b, CCPhysicsMaterial material, float border = 1)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeEdgeSegment(a, b, material, border));
body.IsDynamic = false;
return(body);
}
/** Create a body contains a EdgeBox shape. */
public static CCPhysicsBody CreateEdgeBox(CCSize size, CCPhysicsMaterial material, float border, CCPoint offset)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeEdgeBox(size, material, offset, border));
body.IsDynamic = false;
return(body);
}
/** Create a body contains a EdgeChain shape. */
public static CCPhysicsBody CreateEdgeChain(CCPoint[] points, int count, CCPhysicsMaterial material, float border = 1)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeEdgeChain(points, count, material, border));
body.IsDynamic = false;
return(body);
}
public static CCPhysicsJointSpring Construct(CCPhysicsBody a, CCPhysicsBody b, CCPoint anchr1, CCPoint anchr2, float stiffness, float damping)
{
CCPhysicsJointSpring joint = new CCPhysicsJointSpring();
if (joint != null && joint.Init(a, b, anchr1, anchr2, stiffness, damping))
{
return(joint);
}
return(null);
}
public static CCPhysicsJointDistance Construct(CCPhysicsBody a, CCPhysicsBody b, CCPoint anchr1, CCPoint anchr2)
{
CCPhysicsJointDistance joint = new CCPhysicsJointDistance();
if (joint != null && joint.Init(a, b, PhysicsHelper.CCPointToCpVect(anchr1), PhysicsHelper.CCPointToCpVect(anchr2)))
{
return(joint);
}
return(null);
}
public static CCPhysicsJointGroove Construct(CCPhysicsBody a, CCPhysicsBody b, CCPoint grooveA, CCPoint grooveB, CCPoint anchr2)
{
CCPhysicsJointGroove joint = new CCPhysicsJointGroove();
if (joint != null && joint.Init(a, b, grooveA, grooveB, anchr2))
{
return(joint);
}
return(null);
}
public CCPhysicsJoint()
{
_bodyA = null;
_bodyB = null;
_world = null;
_info = null;
_enable = false;
_collisionEnable = true;
_destoryMark = false;
_tag = 0;
}
public static CCPhysicsJointPin Construct(CCPhysicsBody a, CCPhysicsBody b, CCPoint anchr)
{
CCPhysicsJointPin joint = new CCPhysicsJointPin();
if (joint != null && joint.Init(a, b, anchr))
{
return(joint);
}
return(null);
}
public static CCPhysicsJointRotaryLimit Construct(CCPhysicsBody a, CCPhysicsBody b, float min, float max)
{
CCPhysicsJointRotaryLimit joint = new CCPhysicsJointRotaryLimit();
if (joint != null && joint.Init(a, b, min, max))
{
return(joint);
}
return(null);
}
public CCPhysicsJoint()
{
_bodyA = null;
_bodyB = null;
_world = null;
_info = null;
_enable = false;
_collisionEnable = true;
_destoryMark = false;
_tag = 0;
}
public static CCPhysicsJointMotor Construct(CCPhysicsBody a, CCPhysicsBody b, float rate)
{
CCPhysicsJointMotor joint = new CCPhysicsJointMotor();
if (joint != null && joint.Init(a, b, rate))
{
return(joint);
}
return(null);
}
public static CCPhysicsJointGear Construct(CCPhysicsBody a, CCPhysicsBody b, float phase, float ratio)
{
CCPhysicsJointGear joint = new CCPhysicsJointGear();
if (joint != null && joint.Init(a, b, phase, ratio))
{
return(joint);
}
return(null);
}
public static CCPhysicsJointRatchet Construct(CCPhysicsBody a, CCPhysicsBody b, float phase, float ratchet)
{
CCPhysicsJointRatchet joint = new CCPhysicsJointRatchet();
if (joint != null && joint.Init(a, b, phase, ratchet))
{
return(joint);
}
return(null);
}
public static CCPhysicsJointFixed Construct(CCPhysicsBody a, CCPhysicsBody b, CCPoint anchr)
{
CCPhysicsJointFixed joint = new CCPhysicsJointFixed();
if (joint != null && joint.Init(a, b, anchr))
{
return(joint);
}
// CC_SAFE_DELETE(joint);
return(null);
}
protected bool Init(CCPhysicsBody a, CCPhysicsBody b)
{
cp.AssertWarn(a != null && b != null, "the body passed in is nil");
cp.AssertWarn(a != b, "the two bodies are equal");
_info = new CCPhysicsJointInfo(this);
if (_info != null)
{
return(false);
}
_bodyA = a;
_bodyA._joints.Add(this);
_bodyB = b;
_bodyB._joints.Add(this);
return(true);
}
public virtual void DoRemoveBody(CCPhysicsBody body)
{
cp.AssertWarn(body != null, "the body can not be nullptr");
// reset the gravity
if (!body.IsGravityEnabled())
{
body.ApplyForce(_gravity * body.GetMass());
}
// remove shaps
foreach (var shape in body.GetShapes())
{
RemoveShape(shape);
}
// remove body
_info.removeBody(body._info);
}
//static PhysicsJointPin* ruct(PhysicsBody* a, PhysicsBody* b, cpVect anchr);
#region PROTECTED FUNC
protected bool Init(CCPhysicsBody a, CCPhysicsBody b, CCPoint anchr)
{
if (!base.Init(a, b))
{
return(false);
}
cpConstraint joint = new cpPivotJoint(GetBodyInfo(a).Body, GetBodyInfo(b).Body,
PhysicsHelper.CCPointToCpVect(anchr));
if (joint == null)
{
return(false);
}
_info.Add(joint);
return(true);
}
public virtual CCPhysicsBody AddBody(CCPhysicsBody body)
{
cp.AssertWarn(body != null, "the body can not be nullptr");
if (body.GetWorld() == this)
{
return(null);
}
if (body.GetWorld() != null)
{
body.RemoveFromWorld();
}
AddBodyOrDelay(body);
_bodies.Add(body);
body._world = this;
return(body);
}
protected bool Init(CCPhysicsBody a, CCPhysicsBody b, float rate)
{
if (!base.Init(a, b))
{
return(false);
}
cpConstraint joint = new cpSimpleMotor(GetBodyInfo(a).Body,
GetBodyInfo(b).Body,
rate);
if (joint == null)
{
return(false);
}
_info.Add(joint);
return(true);
}
protected bool Init(CCPhysicsBody a, CCPhysicsBody b, float phase, float ratio)
{
if (!base.Init(a, b))
{
return(false);
}
cpConstraint joint = new cpGearJoint(GetBodyInfo(a).Body,
GetBodyInfo(b).Body,
phase, ratio);
if (joint == null)
{
return(false);
}
_info.Add(joint);
return(true);
}
bool Init(CCPhysicsBody a, CCPhysicsBody b, cpVect anchr1, cpVect anchr2)
{
if (!base.Init(a, b))
{
return(false);
}
cpConstraint joint = new cpPinJoint(GetBodyInfo(a).Body,
GetBodyInfo(b).Body,
anchr1,
anchr2);
if (joint == null)
{
return(false);
}
_info.Add(joint);
return(true);
}
protected bool Init(CCPhysicsBody a, CCPhysicsBody b, float min, float max)
{
if (!base.Init(a, b))
{
return(false);
}
cpConstraint joint = new cpRotaryLimitJoint(GetBodyInfo(a).Body,
GetBodyInfo(b).Body,
min, max);
if (joint == null)
{
return(false);
}
_info.Add(joint);
return(true);
}
public virtual void RemoveBodyOrDelay(CCPhysicsBody body)
{
if (_delayAddBodies.Exists(b => b == body))
{
_delayAddBodies.Remove(body);
return;
}
if (_info.isLocked())
{
if (_delayRemoveBodies.Exists(b => b == body))
{
_delayRemoveBodies.Add(body);
_delayDirty = true;
}
}
else
{
DoRemoveBody(body);
}
}
public CCPhysicsShape()
{
_body = null;
_info = null;
_type = PhysicsType.UNKNOWN;
_area = 0;
_mass = CCPhysicsBody.MASS_DEFAULT;
_moment = CCPhysicsBody.MOMENT_DEFAULT;
_tag = 0;
_categoryBitmask = int.MaxValue;
_collisionBitmask = int.MaxValue;
_contactTestBitmask = 0;
_group = 0;
_info = new CCPhysicsShapeInfo(this);
_scaleX = 1.0f;
_scaleY = 1.0f;
_newScaleX = 1.0f;
_newScaleY = 1.0f;
_dirty = false;
}
public virtual void DoRemoveBody(CCPhysicsBody body)
{
cp.AssertWarn(body != null, "the body can not be nullptr");
// reset the gravity
if (!body.IsGravityEnabled())
{
body.ApplyForce(_gravity * body.GetMass());
}
// remove shaps
foreach (var shape in body.GetShapes())
{
RemoveShape(shape);
}
// remove body
_info.removeBody(body._info);
}
public virtual void DoAddBody(CCPhysicsBody body)
{
if (body.IsEnabled())
{
//is gravity enable
if (!body.IsGravityEnabled())
{
body.ApplyForce(-_gravity * body.GetMass());
}
// add body to space
if (body.IsDynamic())
{
_info.addBody(body._info);
}
// add shapes to space
foreach (CCPhysicsShape shape in body.GetShapes())
{
AddShape(shape);
}
}
}
public virtual CCPhysicsBody AddBody(CCPhysicsBody body)
{
cp.AssertWarn(body != null, "the body can not be nullptr");
if (body.GetWorld() == this)
return null;
if (body.GetWorld() != null)
{
body.RemoveFromWorld();
}
AddBodyOrDelay(body);
_bodies.Add(body);
body._world = this;
return body;
}
/** Remove a body from physics world. */
public virtual void RemoveBody(CCPhysicsBody body)
{
if (body.GetWorld() != this)
{
cp.AssertWarn("Physics Warnning: this body doesn't belong to this world");
return;
}
// destory the body's joints
foreach (var joint in body._joints)
{
// set destroy param to false to keep the iterator available
RemoveJoint(joint, false);
CCPhysicsBody other = (joint.GetBodyA() == body ? joint.GetBodyB() : joint.GetBodyA());
other.RemoveJoint(joint);
if (_delayRemoveJoints.Exists(j => j == joint))
joint._destoryMark = true;
}
body._joints.Clear();
RemoveBodyOrDelay(body);
_bodies.Remove(body);
body._world = null;
}
public virtual void UpdateBodies()
{
if (_info.isLocked())
{
return;
}
// Fixed: netonjm > issue #4944, contact callback will be invoked when add/remove body, _delayAddBodies maybe changed, so we need make a copy.
CCPhysicsBody[] addCopy = new CCPhysicsBody[_delayAddBodies.Count];
_delayAddBodies.CopyTo(addCopy);
_delayAddBodies.Clear();
foreach (var body in addCopy)
{
DoAddBody(body);
}
CCPhysicsBody[] removeCopy = new CCPhysicsBody[_delayRemoveBodies.Count];
_delayRemoveBodies.CopyTo(removeCopy);
_delayRemoveBodies.Clear();
foreach (var body in removeCopy)
{
DoRemoveBody(body);
}
}
protected int lookupBodyIndex(CCPhysicsBody body)
{
int? val = m_bodyToIndexMap[body];
if (null != val)
return val.Value;
else
return -1;
}
public string GetBodyName(CCPhysicsBody body)
{
if (m_bodyToNameMap.ContainsKey(body))
return m_bodyToNameMap[body];
return null;
}
// REVISADO =====================================================================
public void SetBodyTypeFromInt(CCPhysicsBody body, int type)
{
switch (type)
{
case 0:
body.BodyType = cpBodyType.STATIC;
//body = CCPhysicsBody.NewStatic(); // CCPhysicsBodyType.b2_staticBody;
break;
case 1:
//body = CCPhysicsBody.NewKinematic(); // CCPhysicsBodyType.b2_kinematicBody;
body.BodyType = cpBodyType.KINEMATIC;
break;
//default:
// body = CCPhysicsBody.New(1,1); // = CCPhysicsBodyType.b2_dynamicBody;
// break;
}
}
public void SetCustomString(CCPhysicsBody item, String propertyName, String val)
{
m_bodiesWithCustomProperties.Add(item);
GetCustomPropertiesForItem(item, true).m_customPropertyMap_string.Add(propertyName, val);
}
/** Create a body contains a circle shape. */
public static CCPhysicsBody CreateCircle(float radius, CCPhysicsMaterial material, CCPoint offset)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeCircle(material, radius, offset));
return body;
}
/**
* @brief Create a body contains a polygon shape.
* points is an array of cpVect structs defining a convex hull with a clockwise winding.
*/
public static CCPhysicsBody CreatePolygon(CCPoint[] points, int count, CCPhysicsMaterial material, float radius)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapePolygon(points, count, material, radius));
return body;
}
public virtual CCPhysicsBody AddBodyOrDelay(CCPhysicsBody body)
{
CCPhysicsBody removeBodyIter = _delayRemoveBodies.Find(b => b == body);
if (removeBodyIter != null)
{
_delayRemoveBodies.Remove(removeBodyIter);
return null;
}
if (_info.isLocked())
{
if (_delayAddBodies.Exists(b => b == body))
{
_delayAddBodies.Add(body);
_delayDirty = true;
}
}
else
{
DoAddBody(body);
}
return body;
}
/** Create a body contains a EdgeBox shape. */
public static CCPhysicsBody CreateEdgeBox(CCSize size, CCPhysicsMaterial material, float border, CCPoint offset)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeEdgeBox(size, material, offset, border));
body.IsDynamic = false;
return body;
}
public virtual void RemoveBodyOrDelay(CCPhysicsBody body)
{
if (_delayAddBodies.Exists(b => b == body))
{
_delayAddBodies.Remove(body);
return;
}
if (_info.isLocked())
{
if (_delayRemoveBodies.Exists(b => b == body))
{
_delayRemoveBodies.Add(body);
_delayDirty = true;
}
}
else
{
DoRemoveBody(body);
}
}
public override void OnEnter()
{
base.OnEnter();
float width = (VisibleBoundsWorldspace.Size.Width - 10) / 4;
float height = (VisibleBoundsWorldspace.Size.Height - 50) / 4;
Scene.PhysicsWorld.DebugDrawMask = PhysicsDrawFlags.Shapes | PhysicsDrawFlags.Joints;
CCNode node = new CCNode();
CCPhysicsBody box = new CCPhysicsBody();
node.PhysicsBody = box;
box.IsDynamic = false;
node.Position = CCPoint.Zero;
AddChild(node);
CCPhysicsJoint joint;
CCSprite sp1, sp2;
for (int i = 0; i < 4; i++)
{
for (int j = 0; j < 4; j++)
{
CCPoint offset = new CCPoint(
0 + 5 + j * width + width / 2,
0 + 50 + i * height + height / 2
);
//CCPoint offset = new CCPoint()
box.AddShape(
new CCPhysicsShapeEdgeBox(
new CCSize(width, height), CCPhysicsMaterial.PHYSICSSHAPE_MATERIAL_DEFAULT,
offset, 1)
);
switch (i * 4 + j)
{
case 0:
sp1 = MakeBall(offset - new CCPoint(30, 0), 10);
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBall(offset + new CCPoint(30, 0), 10);
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
joint = CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, offset);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 1:
sp1 = MakeBall(offset - new CCPoint(30, 0), 10);
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
joint = CCPhysicsJointFixed.Construct(sp1.PhysicsBody, sp2.PhysicsBody, offset);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 2:
sp1 = MakeBall(offset - new CCPoint(30, 0), 10);
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
joint = CCPhysicsJointDistance.Construct(sp1.PhysicsBody, sp2.PhysicsBody, CCPoint.Zero, CCPoint.Zero);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 3:
sp1 = MakeBall(offset - new CCPoint(30, 0), 10);
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
joint =
CCPhysicsJointSpring.Construct(sp1.PhysicsBody,
sp2.PhysicsBody, CCPoint.Zero, CCPoint.Zero, 500, 0.3f);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 4:
sp1 = MakeBall(offset - new CCPoint(30, 0), 10);
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
joint = CCPhysicsJointGroove.Construct(sp1.PhysicsBody, sp2.PhysicsBody, new CCPoint(30, 15), new CCPoint(30, -15), new CCPoint(-30, 0));
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 5:
sp1 = MakeBall(offset - new CCPoint(30, 0), 10);
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
joint = CCPhysicsJointGroove.Construct(sp1.PhysicsBody, sp2.PhysicsBody, new CCPoint(30, 15), new CCPoint(30, -15), new CCPoint(-30, 0));
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 6:
sp1 = MakeBox(offset - new CCPoint(30, 0), new CCSize(30, 10));
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
joint = CCPhysicsJointRotarySpring.Construct(sp1.PhysicsBody, sp2.PhysicsBody, 3000.0f, 60.0f);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 7:
sp1 = MakeBox(offset - new CCPoint(30, 0), new CCSize(30, 10));
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
joint = CCPhysicsJointRotaryLimit.Construct(sp1.PhysicsBody, sp2.PhysicsBody, 0.0f, ChipmunkSharp.cp.M_PI_2);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 8:
sp1 = MakeBox(offset - new CCPoint(30, 0), new CCSize(30, 10));
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
joint = CCPhysicsJointRatchet.Construct(sp1.PhysicsBody, sp2.PhysicsBody, 0.0f, ChipmunkSharp.cp.M_PI_2);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 9:
sp1 = MakeBox(offset - new CCPoint(30, 0), new CCSize(30, 10));
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
joint = CCPhysicsJointGear.Construct(sp1.PhysicsBody, sp2.PhysicsBody, 0.0f, 2f);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
case 10:
sp1 = MakeBox(offset - new CCPoint(30, 0), new CCSize(30, 10));
sp1.PhysicsBody.Tag = DRAG_BODYS_TAG;
sp2 = MakeBox(offset + new CCPoint(30, 0), new CCSize(30, 10));
sp2.PhysicsBody.Tag = DRAG_BODYS_TAG;
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
Scene.PhysicsWorld.AddJoint(CCPhysicsJointPin.Construct(sp1.PhysicsBody, sp2.PhysicsBody, sp1.Position));
joint = CCPhysicsJointMotor.Construct(sp1.PhysicsBody, sp2.PhysicsBody, ChipmunkSharp.cp.M_PI_2);
Scene.PhysicsWorld.AddJoint(joint);
AddChild(sp1);
AddChild(sp2);
break;
default:
break;
}
}
}
Schedule();
}
protected void readCustomPropertiesFromJson(CCPhysicsBody item, JObject value)
{
if (null == item)
return;
if (value["customProperties"] != null)
return;
int i = 0;
JArray propValues = (JArray)value["customProperties"];
if (null != propValues)
{
int numPropValues = propValues.Count;
for (i = 0; i < numPropValues; i++)
{
JObject propValue = (JObject)propValues[i];
string propertyName = propValue["name"].ToString();
if (propValue["int"] != null)
SetCustomInt(item, propertyName, (int)propValue["int"]);
if (propValue["float"] != null)
SetCustomFloat(item, propertyName, (float)propValue["float"]);
if (propValue["string"] != null)
SetCustomString(item, propertyName, propValue["string"].ToString());
if (propValue["vec2"] != null)
SetCustomVector(item, propertyName, this.jsonToVec("vec2", propValue));
if (propValue["bool"] != null)
SetCustomBool(item, propertyName, (bool)propValue["bool"]);
}
}
}
public static CCPhysicsJointRatchet Construct(CCPhysicsBody a, CCPhysicsBody b, float phase, float ratchet)
{
CCPhysicsJointRatchet joint = new CCPhysicsJointRatchet();
if (joint != null && joint.Init(a, b, phase, ratchet))
{
return joint;
}
return null;
}
//public JObject writeToValue( b2World world) {
//if (null == world)
// return new JObject();
//return b2j(world);
//}
//public String worldToString(b2World world, int indentFactor) {
// if (null == world)
// return "";
// return b2j(world).toString(indentFactor);
//}
public void SetBodyName(CCPhysicsBody body, String name)
{
m_bodyToNameMap.Add(body, name);
}
public static CCPhysicsJointGear Construct(CCPhysicsBody a, CCPhysicsBody b, float phase, float ratio)
{
CCPhysicsJointGear joint = new CCPhysicsJointGear();
if (joint != null && joint.Init(a, b, phase, ratio))
{
return joint;
}
return null;
}
public void SetCustomFloat(CCPhysicsBody item, String propertyName, float val)
{
m_bodiesWithCustomProperties.Add(item);
GetCustomPropertiesForItem(item, true).m_customPropertyMap_float.Add(propertyName, (float)val);
}
protected bool Init(CCPhysicsBody a, CCPhysicsBody b, float phase, float ratio)
{
if (!base.Init(a, b))
return false;
cpConstraint joint = new cpGearJoint(GetBodyInfo(a).Body,
GetBodyInfo(b).Body,
phase, ratio);
if (joint == null)
return false;
_info.Add(joint);
return true;
}
public void SetCustomVector(CCPhysicsBody item, String propertyName, cpVect val)
{
m_bodiesWithCustomProperties.Add(item);
GetCustomPropertiesForItem(item, true).m_customPropertyMap_cpVect.Add(propertyName, val);
}
public static CCPhysicsJointMotor Construct(CCPhysicsBody a, CCPhysicsBody b, float rate)
{
CCPhysicsJointMotor joint = new CCPhysicsJointMotor();
if (joint != null && joint.Init(a, b, rate))
{
return joint;
}
return null;
}
/** Create a body contains a box shape. */
public static CCPhysicsBody CreateBox(CCSize size, CCPhysicsMaterial material, float radius)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeBox(size, material, radius));
return body;
}
protected bool Init(CCPhysicsBody a, CCPhysicsBody b, float rate)
{
if (!base.Init(a, b))
return false;
cpConstraint joint = new cpSimpleMotor(GetBodyInfo(a).Body,
GetBodyInfo(b).Body,
rate);
if (joint == null)
return false;
_info.Add(joint);
return true;
}
/** Create a body contains a EdgeSegment shape. */
public static CCPhysicsBody CreateEdgeSegment(CCPoint a, CCPoint b, CCPhysicsMaterial material, float border = 1)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeEdgeSegment(a, b, material, border));
body.IsDynamic = false;
return body;
}
public CCPhysicsShape()
{
_body = null;
_info = null;
_type = PhysicsType.UNKNOWN;
_area = 0;
_mass = CCPhysicsBody.MASS_DEFAULT;
_moment = CCPhysicsBody.MOMENT_DEFAULT;
_tag = 0;
_categoryBitmask = int.MaxValue;
_collisionBitmask = int.MaxValue;
_contactTestBitmask = 0;
_group = 0;
_info = new CCPhysicsShapeInfo(this);
_scaleX = 1.0f;
_scaleY = 1.0f;
_newScaleX = 1.0f;
_newScaleY = 1.0f;
_dirty = false;
}
/** Create a body contains a EdgeChain shape. */
public static CCPhysicsBody CreateEdgeChain(CCPoint[] points, int count, CCPhysicsMaterial material, float border = 1)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeEdgeChain(points, count, material, border));
body.IsDynamic = false;
return body;
}
public override void OnEnter()
{
base.OnEnter();
ToggleDebug();
_distance = 0.0f;
_rotationV = 0.0f;
Scene.Scale = 0.5f;
//Create a boundin box container room
var node = new CCNode();
var body = new CCPhysicsBody();
body.IsDynamic = false;
CCPhysicsMaterial staticMaterial = new CCPhysicsMaterial(cp.PHYSICS_INFINITY,
0, 0.5f);
body.AddShape(new CCPhysicsShapeEdgeSegment(LeftTop + new CCPoint(50, 0), LeftTop + new CCPoint(50, -130), staticMaterial, 2.0f));
body.AddShape(new CCPhysicsShapeEdgeSegment(LeftTop + new CCPoint(190, 0), LeftTop + new CCPoint(100, -50), staticMaterial, 2.0f));
body.AddShape(new CCPhysicsShapeEdgeSegment(LeftTop + new CCPoint(100, -50), LeftTop + new CCPoint(100, -90), staticMaterial, 2.0f));
body.AddShape(new CCPhysicsShapeEdgeSegment(LeftTop + new CCPoint(50, -130), LeftTop + new CCPoint(100, -145), staticMaterial, 2.0f));
body.AddShape(new CCPhysicsShapeEdgeSegment(LeftTop + new CCPoint(100, -145), LeftBottom + new CCPoint(100, 80), staticMaterial, 2.0f));
body.AddShape(new CCPhysicsShapeEdgeSegment(LeftTop + new CCPoint(150, -80), LeftBottom + new CCPoint(150, 80), staticMaterial, 2.0f));
body.AddShape(new CCPhysicsShapeEdgeSegment(LeftTop + new CCPoint(150, -80), RightTop + new CCPoint(-100, -150), staticMaterial, 2.0f));
body.SetCategoryBitmask(0x01);
for (int i = 0; i < 6; ++i)
{
var ball = MakeBall(LeftTop + new CCPoint(75 + CCRandom.Float_0_1() * 90, 0), 22, new CCPhysicsMaterial(0.05f, 0, 0.1f));
ball.PhysicsBody.Tag = DRAG_BODYS_TAG;
AddChild(ball);
}
node.PhysicsBody = body;
AddChild(node);
CCPoint[] vec = new CCPoint[4] {
new CCPoint(LeftTop + new CCPoint(102,-148)),
new CCPoint(LeftTop + new CCPoint(148,-161)),
new CCPoint(LeftBottom + new CCPoint(148,20)),
new CCPoint(LeftBottom + new CCPoint(102,20))
};
var world = Scene.PhysicsWorld;
// small gear
var sgear = new CCNode();// Node::create();
var sgearB = CCPhysicsBody.CreateCircle(44, CCPoint.Zero);
sgear.PhysicsBody = sgearB;
sgear.Position = LeftBottom + new CCPoint(125, 0);
this.AddChild(sgear);
//sgearB.SetCategoryBitmask(0x04);
//sgearB.SetCollisionBitmask(0x04);
sgearB.Tag = 1;
world.AddJoint(CCPhysicsJointPin.Construct(body, sgearB, sgearB.Position));
// big gear
var bgear = new CCNode();
var bgearB = CCPhysicsBody.CreateCircle(100);
bgear.PhysicsBody = (bgearB);
bgear.Position = LeftBottom + new CCPoint(275, 0);
this.AddChild(bgear);
//bgearB.SetCategoryBitmask(0x04);
world.AddJoint(CCPhysicsJointPin.Construct(body, bgearB, bgearB.Position));
// pump
var pump = new CCNode();
var center = CCPhysicsShape.GetPolygonCenter(vec, 4);
pump.Position = center;
var pumpB = CCPhysicsBody.CreatePolygon(vec, 4, CCPhysicsMaterial.PHYSICSSHAPE_MATERIAL_DEFAULT, 0.0f);
pump.PhysicsBody = pumpB;
this.AddChild(pump);
//pumpB.SetCategoryBitmask(0x02);
pumpB.SetGravityEnable(false);
world.AddJoint(CCPhysicsJointDistance.Construct(pumpB, sgearB, new CCPoint(0, 0), new CCPoint(0, -44)));
// plugger
CCPoint[] seg = new CCPoint[] { LeftTop + new CCPoint(75, -120), LeftBottom + new CCPoint(75, -100) };
CCPoint segCenter = (seg[1] + seg[0]) / 2;
seg[1] -= segCenter;
seg[0] -= segCenter;
var plugger = new CCNode();
var pluggerB = CCPhysicsBody.CreateEdgeSegment(seg[0], seg[1], new CCPhysicsMaterial(0.01f, 0.0f, 0.5f), 20);
pluggerB.IsDynamic = true;
pluggerB.SetMass(30);
pluggerB.Moment = 100000;
plugger.PhysicsBody = pluggerB;
plugger.Position = segCenter;
this.AddChild(plugger);
//pluggerB.SetCategoryBitmask(0x02);
//sgearB.SetCollisionBitmask(0x04 | 0x01);
world.AddJoint(CCPhysicsJointPin.Construct(body, pluggerB, LeftBottom + new CCPoint(75, -90)));
world.AddJoint(CCPhysicsJointDistance.Construct(pluggerB, sgearB, pluggerB.World2Local(LeftBottom + new CCPoint(75, 0)), new CCPoint(44, 0)));
//drops a grosini sprite on center on window
Schedule();
}