/**
* @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);
}
/** 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 CCPhysicsShape(float radius, CCPhysicsMaterial material, CCPoint offset)
{
// TODO: Complete member initialization
this.radius = radius;
this.material = material;
this.offset = PhysicsHelper.CCPointToCpVect(offset);
}
//protected cpVect _offset;
#endregion
#region PUBLIC METHODS
public CCPhysicsShapeBox(CCSize size, CCPhysicsMaterial material, float radius)
{
cpVect wh = PhysicsHelper.size2cpv(size);
_type = PhysicsType.BOX;
cpVect[] vec =
{
new cpVect(-wh.x / 2.0f, -wh.y / 2.0f),
new cpVect(-wh.x / 2.0f, wh.y / 2.0f),
new cpVect(wh.x / 2.0f, wh.y / 2.0f),
new cpVect(wh.x / 2.0f, -wh.y / 2.0f)
};
cpShape shape = new cpPolyShape(CCPhysicsShapeInfo.SharedBody, 4, vec, radius);
_info.Add(shape);
//_offset = offset;
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
Material = material;
}
public CCPhysicsShapeEdgeBox(CCSize size, CCPhysicsMaterial material, CCPoint offset, float border = 1)
{
_type = PhysicsType.EDGEBOX;
List <cpVect> vec = new List <cpVect>()
{
new cpVect(-size.Width / 2 + offset.X, -size.Height / 2 + offset.Y),
new cpVect(+size.Width / 2 + offset.X, -size.Height / 2 + offset.Y),
new cpVect(+size.Width / 2 + offset.X, +size.Height / 2 + offset.Y),
new cpVect(-size.Width / 2 + offset.X, +size.Height / 2 + offset.Y)
};
int i = 0;
for (; i < 4; ++i)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.SharedBody, vec[i], vec[(i + 1) % 4],
border);
_info.Add(shape);
}
_offset = offset;
_mass = CCPhysicsBody.MASS_DEFAULT;
_moment = CCPhysicsBody.MOMENT_DEFAULT;
Material = material;
}
public CCPhysicsShapeEdgePolygon(CCPoint[] vec, int count, CCPhysicsMaterial material, float border = 1)
{
_type = PhysicsType.EDGEPOLYGEN;
int i = 0;
var vecs = PhysicsHelper.CCPointsTocpVects(vec);
for (; i < count; ++i)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.SharedBody, vecs[i], vecs[(i + 1) % count],
border);
if (shape == null)
{
break;
}
shape.SetElasticity(1.0f);
shape.SetFriction(1.0f);
_info.Add(shape);
}
_mass = cp.Infinity;
_moment = cp.Infinity;
Material = material;
}
/** 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 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 CCPhysicsShapeCircle(CCPhysicsMaterial material, float radius, CCPoint offset)
{
_type = PhysicsType.CIRCLE;
cpShape shape = new cpCircleShape(CCPhysicsShapeInfo.SharedBody, radius, PhysicsHelper.CCPointToCpVect(offset));
_info.Add(shape);
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
Material = material;
}
public void Init(CCPoint[] vecs, int count, CCPhysicsMaterial material, float radius)
{
_type = PhysicsType.POLYGEN;
cpShape shape = new cpPolyShape(CCPhysicsShapeInfo.SharedBody, count, PhysicsHelper.CCPointsTocpVects(vecs), radius);
_info.Add(shape);
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
Material = material;
}
public CCPhysicsShapeEdgeSegment(CCPoint a, CCPoint b, CCPhysicsMaterial material, float border = 1)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.SharedBody,
PhysicsHelper.CCPointToCpVect(a),
PhysicsHelper.CCPointToCpVect(b),
border);
_type = PhysicsType.EDGESEGMENT;
_info.Add(shape);
_mass = cp.Infinity;
_moment = cp.Infinity;
Material = material;
}
public CCPhysicsShapeEdgeChain(CCPoint[] vec, int count, CCPhysicsMaterial material, float border = 1)
{
_type = PhysicsType.EDGECHAIN;
var vecs = PhysicsHelper.CCPointsTocpVects(vec);
int i = 0;
for (; i < count; ++i)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.getSharedBody(), vecs[i], vecs[i + 1],
border);
shape.SetElasticity(1.0f);
shape.SetFriction(1.0f);
_info.add(shape);
}
_mass = cp.Infinity;
_moment = cp.Infinity;
SetMaterial(material);
}
public CCPhysicsShape(float radius, CCPhysicsMaterial material, CCPoint offset)
{
// TODO: Complete member initialization
this.radius = radius;
this.material = material;
this.offset = PhysicsHelper.CCPointToCpVect(offset);
}
public CCPhysicsShapeEdgeChain(cpVect[] vec, int count, CCPhysicsMaterial material, float border = 1)
{
_type = PhysicsType.EDGECHAIN;
int i = 0;
for (; i < count; ++i)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.getSharedBody(), vec[i], vec[i + 1],
border);
shape.SetElasticity(1.0f);
shape.SetFriction(1.0f);
_info.add(shape);
}
_mass = cp.Infinity;
_moment = cp.Infinity;
SetMaterial(material);
}
/** 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;
}
public CCPhysicsShapeEdgeSegment(CCPoint a, CCPoint b, CCPhysicsMaterial material, float border = 1)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.SharedBody,
PhysicsHelper.CCPointToCpVect(a),
PhysicsHelper.CCPointToCpVect(b),
border);
_type = PhysicsType.EDGESEGMENT;
_info.Add(shape);
_mass = cp.Infinity;
_moment = cp.Infinity;
Material = material;
}
public void SetMaterial(CCPhysicsMaterial material)
{
SetDensity(material.density);
SetRestitution(material.restitution);
SetFriction(material.friction);
}
public CCPhysicsShape(float radius, CCPhysicsMaterial material, cpVect offset)
{
// TODO: Complete member initialization
this.radius = radius;
this.material = material;
this.offset = offset;
}
/** Create a body contains a circle shape. */
public static CCPhysicsBody CreateCircle(float radius, CCPhysicsMaterial material, cpVect offset)
{
CCPhysicsBody body = new CCPhysicsBody();
body.SetMass(MASS_DEFAULT);
body.AddShape(new CCPhysicsShapeCircle(material, radius, offset));
return body;
}
public void Init(cpVect[] vecs, int count, CCPhysicsMaterial material, float radius)
{
_type = PhysicsType.POLYGEN;
cpShape shape = new cpPolyShape(CCPhysicsShapeInfo.getSharedBody(), count, vecs, radius);
_info.add(shape);
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
SetMaterial(material);
}
/**
* @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;
}
/** 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 void SetMaterial(CCPhysicsMaterial material)
{
SetDensity(material.density);
SetRestitution(material.restitution);
SetFriction(material.friction);
}
public CCPhysicsShapeEdgeChain(CCPoint[] vec, int count, CCPhysicsMaterial material, float border = 1)
{
_type = PhysicsType.EDGECHAIN;
var vecs = PhysicsHelper.CCPointsTocpVects(vec);
int i = 0;
for (; i < count; ++i)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.SharedBody, vecs[i], vecs[i + 1],
border);
shape.SetElasticity(1.0f);
shape.SetFriction(1.0f);
_info.Add(shape);
}
_mass = cp.Infinity;
_moment = cp.Infinity;
Material = material;
}
public CCPhysicsShapeEdgeBox(CCSize size, CCPhysicsMaterial material, CCPoint offset, float border = 1)
{
_type = PhysicsType.EDGEBOX;
List<cpVect> vec = new List<cpVect>() {
new cpVect(-size.Width/2+offset.X, -size.Height/2+offset.Y),
new cpVect(+size.Width/2+offset.X, -size.Height/2+offset.Y),
new cpVect(+size.Width/2+offset.X, +size.Height/2+offset.Y),
new cpVect(-size.Width/2+offset.X, +size.Height/2+offset.Y)
};
int i = 0;
for (; i < 4; ++i)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.SharedBody, vec[i], vec[(i + 1) % 4],
border);
_info.Add(shape);
}
_offset = offset;
_mass = CCPhysicsBody.MASS_DEFAULT;
_moment = CCPhysicsBody.MOMENT_DEFAULT;
Material = material;
}
public CCPhysicsShapeEdgeBox(CCSize size, CCPhysicsMaterial material, float border /* = 1 */, cpVect offset)
{
_type = PhysicsType.EDGEBOX;
List<cpVect> vec = new List<cpVect>() {
new cpVect(-size.Width/2+offset.x, -size.Height/2+offset.y),
new cpVect(+size.Width/2+offset.x, -size.Height/2+offset.y),
new cpVect(+size.Width/2+offset.x, +size.Height/2+offset.y),
new cpVect(-size.Width/2+offset.x, +size.Height/2+offset.y)
};
int i = 0;
for (; i < 4; ++i)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.getSharedBody(), vec[i], vec[(i + 1) % 4],
border);
_info.add(shape);
}
_offset = offset;
_mass = CCPhysicsBody.MASS_DEFAULT;
_moment = CCPhysicsBody.MOMENT_DEFAULT;
SetMaterial(material);
}
public CCSprite MakeBall(CCPoint point, float radius, CCPhysicsMaterial material)
{
CCSprite ball = new CCSprite("Images/ball");
ball.Scale = 0.13f * radius;
var body = CCPhysicsBody.CreateCircle(radius, material, CCPoint.Zero);
ball.PhysicsBody = body;
ball.Position = point;// new cpVect(point.X, point.Y);
return ball;
}
public CCPhysicsShapeEdgeSegment(cpVect a, cpVect b, CCPhysicsMaterial material, float border = 1)
{
cpShape shape = new cpSegmentShape(CCPhysicsShapeInfo.getSharedBody(),
a,
b,
border);
_type = PhysicsType.EDGESEGMENT;
_info.add(shape);
_mass = cp.Infinity;
_moment = cp.Infinity;
SetMaterial(material);
}
public CCSprite MakeTriangle(CCPoint point, CCSize size, int color, CCPhysicsMaterial material)
{
bool yellow = false;
if (color == 0)
{
yellow = CCRandom.Float_0_1() > 0.5f;
}
else
{
yellow = color == 1;
}
var triangle = yellow ? new CCSprite("Images/YellowTriangle") : new CCSprite("Images/CyanTriangle");
if (size.Height == 0)
{
triangle.Scale = size.Width / 100.0f;
}
else
{
triangle.ScaleX = size.Width / 50.0f;
triangle.ScaleY = size.Height / 43.5f;
}
CCPoint[] vers = new CCPoint[] {
new CCPoint(0, size.Height/2),
new CCPoint(size.Width/2, -size.Height/2),
new CCPoint(-size.Width/2, -size.Height/2)
};
var body = CCPhysicsBody.CreateEdgePolygon(vers, 3, material);
triangle.PhysicsBody = body;
triangle.Position = new CCPoint(point.X, point.Y);
return triangle;
}
public CCPhysicsShapeCircle(CCPhysicsMaterial material, float radius, cpVect offset)
{
_type = PhysicsType.CIRCLE;
cpShape shape = new cpCircleShape(CCPhysicsShapeInfo.getSharedBody(), radius, offset);
_info.add(shape);
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
SetMaterial(material);
}
public void Init(CCPoint[] vecs, int count, CCPhysicsMaterial material, float radius)
{
_type = PhysicsType.POLYGEN;
cpShape shape = new cpPolyShape(CCPhysicsShapeInfo.SharedBody, count, PhysicsHelper.CCPointsTocpVects(vecs), radius);
_info.Add(shape);
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
Material = material;
}
public CCPhysicsShapePolygon(CCPoint[] vecs, int count, CCPhysicsMaterial material, float radius)
{
Init(vecs, count, material, radius);
}
//protected cpVect _offset;
#endregion
#region PUBLIC METHODS
public CCPhysicsShapeBox(CCSize size, CCPhysicsMaterial material, float radius)
{
cpVect wh = PhysicsHelper.size2cpv(size);
_type = PhysicsType.BOX;
cpVect[] vec = {
new cpVect( -wh.x/2.0f,-wh.y/2.0f),
new cpVect( -wh.x/2.0f, wh.y/2.0f),
new cpVect( wh.x/2.0f, wh.y/2.0f),
new cpVect( wh.x/2.0f, -wh.y/2.0f)
};
cpShape shape = new cpPolyShape(CCPhysicsShapeInfo.SharedBody, 4, vec, radius);
_info.Add(shape);
//_offset = offset;
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
Material = material;
}
/** Create a body contains a EdgePolygon shape. */
public static CCPhysicsBody CreateEdgePolygon(cpVect[] points, int count, CCPhysicsMaterial material, float border = 1)
{
CCPhysicsBody body = new CCPhysicsBody();
body.AddShape(new CCPhysicsShapeEdgePolygon(points, count, material, border));
body._dynamic = false;
return body;
}
public CCPhysicsShapeCircle(CCPhysicsMaterial material, float radius, CCPoint offset)
{
_type = PhysicsType.CIRCLE;
cpShape shape = new cpCircleShape(CCPhysicsShapeInfo.SharedBody, radius, PhysicsHelper.CCPointToCpVect(offset));
_info.Add(shape);
_area = CalculateArea();
_mass = material.density == cp.Infinity ? cp.Infinity : material.density * _area;
_moment = CalculateDefaultMoment();
Material = material;
}
/** 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 CCPhysicsShapePolygon(CCPoint[] vecs, int count, CCPhysicsMaterial material, float radius)
{
Init(vecs, count, material, radius);
}
/** 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 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();
}
/** 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 CCSprite MakeBox(CCPoint point, CCSize size, int color, CCPhysicsMaterial material)
{
bool yellow = (color == 0) ? CCRandom.Float_0_1() > 0.5f : color == 1;
CCSprite box = new CCSprite(yellow ? "Images/YellowSquare" : "Images/CyanSquare");
box.ScaleX = size.Width / 100.0f;
box.ScaleY = size.Height / 100.0f;
var body = CCPhysicsBody.CreateBox(size, material, 0.0f);
box.PhysicsBody = body;
box.Position = point;// new cpVect(point.X, point.Y);
return box;
}
