private Cloth(int w, int h)
: base()
{
NrU = w;
NrV = h;
ballConstrain = new BallConstrain(new THREE.Vector3(0, -30, 0), 55);
ballConstrain.Apply = false;
objectconstraines.Append(ballConstrain);
boxConstrain = new BoxConstrain(new THREE.Vector3(0, -90, 0),100.0,100.0,100.0);
boxConstrain.Apply = true;
objectconstraines.Append(boxConstrain);
windForce = new RandomWindForce();
windForce.Apply = false;
gravityForce = new YGravity(ParticleConstants.SPEEDFACTOR * 0.00004/ ParticleConstants.TIMESQR);
globalForces.Push(windForce);
globalForces.Push(gravityForce);
CreateParticles();
MakeConstrains();
//SetFixed(0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,17,20);
FixRange(0, NrU);
//SetFixed(0, NrU / 2, NrU);
// cloth geometry
Geometry = new THREE.ParametricGeometry(this.ParamFunction, NrU, NrV);
Geometry.dynamic = true;
}
public Carpet()
: base()
{
NrU = 30;
NrV = 30;
ballConstrain = new BallConstrain(new THREE.Vector3(-220, -350, 0), 350);
ballConstrain.Apply = true;
objectconstraines.Append(ballConstrain);
//ballConstrain = new BallConstrain(new THREE.Vector3(150, -80, 0), 80);
//ballConstrain.Apply = true;
//Allconstraines.Append(ballConstrain);
boxConstrain = new BoxConstrain(new THREE.Vector3(+180, -20, 0), 250.0, 250.0, 250);
boxConstrain.Apply = true;
objectconstraines.Append(boxConstrain);
windForce = new RandomWindForce();
windForce.Apply = false;
globalForces.Push(windForce);
gravityForce = new YGravity(ParticleConstants.SPEEDFACTOR * 0.00004 / ParticleConstants.TIMESQR);
globalForces.Push(gravityForce);
CreateParticles();
MakeConstrains();
Geometry = new THREE.ParametricGeometry(this.ParamFunction, NrU, NrV);
Geometry.dynamic = true;
}
public Carpet()
: base()
{
NrU = 30;
NrV = 30;
ballConstrain = new BallConstrain(new THREE.Vector3(-220, -350, 0), 350);
ballConstrain.Apply = true;
objectconstraines.Append(ballConstrain);
//ballConstrain = new BallConstrain(new THREE.Vector3(150, -80, 0), 80);
//ballConstrain.Apply = true;
//Allconstraines.Append(ballConstrain);
boxConstrain = new BoxConstrain(new THREE.Vector3(+180, -20, 0), 250.0, 250.0, 250);
boxConstrain.Apply = true;
objectconstraines.Append(boxConstrain);
windForce = new RandomWindForce();
windForce.Apply = false;
globalForces.Push(windForce);
gravityForce = new YGravity(ParticleConstants.SPEEDFACTOR * 0.00004 / ParticleConstants.TIMESQR);
globalForces.Push(gravityForce);
CreateParticles();
MakeConstrains();
Geometry = new THREE.ParametricGeometry(this.ParamFunction, NrU, NrV);
Geometry.dynamic = true;
}
private Cloth(int w, int h)
: base()
{
NrU = w;
NrV = h;
ballConstrain = new BallConstrain(new THREE.Vector3(0, -30, 0), 55);
ballConstrain.Apply = false;
objectconstraines.Append(ballConstrain);
boxConstrain = new BoxConstrain(new THREE.Vector3(0, -90, 0), 100.0, 100.0, 100.0);
boxConstrain.Apply = true;
objectconstraines.Append(boxConstrain);
windForce = new RandomWindForce();
windForce.Apply = false;
gravityForce = new YGravity(ParticleConstants.SPEEDFACTOR * 0.00004 / ParticleConstants.TIMESQR);
globalForces.Push(windForce);
globalForces.Push(gravityForce);
CreateParticles();
MakeConstrains();
//SetFixed(0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10,17,20);
FixRange(0, NrU);
//SetFixed(0, NrU / 2, NrU);
// cloth geometry
Geometry = new THREE.ParametricGeometry(this.ParamFunction, NrU, NrV);
Geometry.dynamic = true;
}
public ParametricSurface()
{
objectconstraines = new ConstrainedList();
globalForces = new GlobalForce[0];
}
public ParametricSurface()
{
objectconstraines = new ConstrainedList();
globalForces = new GlobalForce[0];
}