public override void InitializeComponents()
{
var bot = new Component(new LPPMesh(botModel), position, Quaternion.Identity, scalevec);
bot.SetCollision(botPI, true);
Components.Add(bot); // Component 0 is the bottom
var mid = new Component(new LPPMesh(midModel), position, Quaternion.Identity, scalevec);
mid.SetCollision(midPI, true);
Components.Add(mid); // 1 is the mid section
var top = new Component(new LPPMesh(topModel), position, Quaternion.Identity, scalevec);
top.SetCollision(topPI, true);
Components.Add(top); // and 2 is the top
foreach (Component component in Components)
{
Helpers.RemapEffects(component.Mesh.Model, liftEffect);
liftEffect.Parameters["DiffuseMap"].SetValue(liftTexture);
liftEffect.Parameters["NormalMap"].SetValue(liftNormal);
}
topPos = top.Entity.Position;
midPos = mid.Entity.Position;
botPos = bot.Entity.Position;
base.InitializeComponents();
}
public Actor(Component component)
{
Components = new List<Component>();
Components.Add(component);
if (component.Entity != null)
component.Entity.Tag = new EntityTag(this, component);
}
public Actor(Component component, string name)
{
Components = new List<Component>();
Components.Add(component);
if (component.Entity != null)
component.Entity.Tag = new EntityTag(this, component);
_name = name;
}
public EntityTag(Actor parentActor, Component parentComponent)
{
ParentActor = parentActor;
ParentComponent = parentComponent;
useType = UseType.Grab;
}
public override void InitializeComponents()
{
Component shade;
Light shadeLight;
var toplink = new Component(Position, Quaternion.Identity, scalevec / 32.0f);
toplink.Mesh = new LPPMesh(segmentModel);
toplink.SetCollision(segmentPhys, true);
Components.Add(toplink);
Vector3 yVec = new Vector3(0.0f, scalevec.Y, 0.0f);
var lastlink = toplink;
for (int i = 0; i < numSegments; i++)
{
var link = new Component(Position - (yVec * (float)i * linklength), Quaternion.Identity, scalevec / 32.0f);
link.Mesh = new LPPMesh(segmentModel);
link.SetCollision(segmentPhys, false);
CollisionRules.AddRule(lastlink.Entity, link.Entity, CollisionRule.NoBroadPhase);
var joint = new DistanceJoint(lastlink.Entity, link.Entity, link.Position, link.Position);
joint.SpringSettings.Advanced.UseAdvancedSettings = true;
joint.SpringSettings.Advanced.ErrorReductionFactor = 0.99f;
joint.SpringSettings.Advanced.Softness = 0.1f;
Components.Add(link);
Components.Add(new DummyComponent(joint));
lastlink = link;
}
shade = new Component(Position - (yVec * ((numSegments * linklength) + 0.25f)), Quaternion.Identity, scalevec / 32.0f);
shade.Mesh = new LPPMesh(lampModel);
shadeLight = new Light();
shadeLight.LocalTransform = Matrix.CreateTranslation(yVec * -0.3f);
shadeLight.Shadow = true;
shadeLight.LightType = "BakedShadow";
shadeLight.Radius = 12.5f;
shadeLight.Intensity = 0.75f;
shadeLight.Color = lightColor;
PhysicsInfo PI = new PhysicsInfo(lampPhys);
PI.Density /= scalevec.Length() / Vector3.One.Length();
shade.SetCollision(PI, false);
shade.Lights.Add(shadeLight);
shade.Entity.Tag = new EntityTag(this, shade);
shadeLight = new Light();
shadeLight.Color = lightColor;
shadeLight.LocalTransform = Matrix.CreateTranslation(yVec);
shadeLight.Radius = 11.9f;
shadeLight.Intensity = 0.75f;
shadeLight.Shadow = false;
shade.Lights.Add(shadeLight);
shadeLight = new Light();
shadeLight.Intensity = 1.0f;
shadeLight.Radius = 0.5f;
shade.Lights.Add(shadeLight);
Components.Add(shade);
CollisionRules.AddRule(shade.Entity, lastlink.Entity, CollisionRule.NoBroadPhase);
var joint1 = new DistanceJoint(lastlink.Entity, shade.Entity, shade.Position, lastlink.Position);
joint1.SpringSettings.DampingConstant = 1000000f;
joint1.SpringSettings.StiffnessConstant = 600000f;
var angularMotor1 = new AngularMotor(lastlink.Entity, shade.Entity);
angularMotor1.Settings.MaximumForce = 50f;
Components.Add(new DummyComponent(joint1));
Components.Add(new DummyComponent(angularMotor1));
base.InitializeComponents();
}