public void OnAdditionToSpace(ISpace newSpace)
{
foreach(OperationalMachine o in machines)
newSpace.Add(o);
foreach(BaseModel m in models)
newSpace.Add(m);
}
void ISpaceObject.OnAdditionToSpace(ISpace newSpace)
{
//if(Ent != null)
newSpace.Add(Ent);
//else
// newSpace.Add(mesh);
}
internal void OnAdditionToSpace(ISpace space)
{
//Make sure it doesn't collide with anything.
shape.OnAdditionToSpace(space);
shape.UpdateDetectorPosition(); //Need to put the detectors in appropriate locations before adding since otherwise overloads the broadphase
space.Add(shape.detector);
}
public override void OnAdditionToSpace(ISpace s)
{
foreach(WeldJoint j in joints)
s.Add(j);
s.Add(baseJoint);
base.OnAdditionToSpace(s);
}
/// <summary>
/// Sets up the vehicle's information when being added to the space.
/// Called automatically when the space adds the vehicle.
/// </summary>
/// <param name="newSpace">New owning space.</param>
public override void OnAdditionToSpace(ISpace newSpace)
{
newSpace.Add(body);
foreach (Wheel wheel in Wheels)
{
wheel.OnAdditionToSpace(newSpace);
}
}
/// <summary>
/// Adds the motors to the space. Called automatically.
/// </summary>
public override void OnAdditionToSpace(ISpace newSpace)
{
newSpace.Add(LinearMotor);
}
void ISpaceObject.OnAdditionToSpace(ISpace newSpace)
{
//newSpace.Add(m1);
//newSpace.Add(m2);
if(motor != null)
newSpace.Add(motor);
newSpace.Add(Ent);
GameManager.Space.DuringForcesUpdateables.Starting += updateVelocities;
}
public override void OnAdditionToSpace(ISpace newSpace)
{
foreach(WeldJoint j in joints)
newSpace.Add(j);
base.OnAdditionToSpace(newSpace);
}
public override void OnAdditionToSpace(ISpace newSpace)
{
newSpace.Add(linearMotor);
newSpace.Add(angularMotor);
}
/// <summary>
/// Adds the BeltPiece to an ISpace.
/// </summary>
/// <param name="newSpace"></param>
public void OnAdditionToSpace(ISpace newSpace)
{
foreach(BaseModel m in models.Union(tubes))
newSpace.Add(m);
}
public virtual void OnAdditionToSpace(ISpace newSpace)
{
foreach(BaseModel m in modelList)
if(m.Ent.Space == null)
newSpace.Add(m);
foreach(Tube t in tubeList)
newSpace.Add(t);
foreach(Button b in inputs.FindAll(v => { return v is Button; }))
if(b.Model.Ent.Space == null)
newSpace.Add(b);
(newSpace as Space).DuringForcesUpdateables.Starting += updateVelocities;
}
public void LoadLevel(String fileName)
{
// Load level data
GameLevelContent levelData = Game.Content.Load <GameLevelContent>(fileName);
int blocksCount = levelData.BlocksCount();
// List of blocks chapes for compound body
List <CompoundShapeEntry> shapes = new List <CompoundShapeEntry>();
// Create block groups and block physics
foreach (BlockGroupData blockGroup in levelData.BlockGroups)
{
// Create block group
LoadBlockType(blockGroup.BlockTypeName, blocksCount);
// Create physical representation of blocks in this group
Vector3 scale;
Quaternion rotation;
Vector3 translation;
foreach (BlockData blockData in blockGroup.Blocks)
{
// Extract size, position and orientation values from block data transform
blockData.Transform.Decompose(out scale, out rotation, out translation);
blockData.Scale = scale;
// Create physical shape of the block to be part of compound body of blocks
BoxShape blockShape = new BoxShape(scale.X, scale.Y, scale.Z);
// Create compound shape entry for compund body of blocks
CompoundShapeEntry entry = new CompoundShapeEntry(blockShape, new RigidTransform(translation, rotation));
shapes.Add(entry);
}
}
// Create compound body
compoundBody = new CompoundBody(shapes, COMPOUND_BODY_MASS);
compoundBody.PositionUpdateMode = BEPUphysics.PositionUpdating.PositionUpdateMode.Continuous;
compoundBody.AngularDamping = COMPOUND_BODY_ANGULAR_DAMPING;
// Compound body has Position and LocalPosition (in Collision information)
// Position property is position of mass center in global space - it is calculated automatically.
// LocalPosition property is position of geometry of the body in its local space.
// So in order to create compound body which is rotated around desired position ((0,0,0) for now)
// We should switch Position and LocalPosition properties of our compound body.
compoundBody.CollisionInformation.LocalPosition = compoundBody.Position;
compoundBody.Position = Vector3.Zero;
// Add constraint prevents compound body from moving
constraint = new MaximumLinearSpeedConstraint(compoundBody, 0.0f);
// Create collision group for removed blocks
removedBlocksGroup = new CollisionGroup();
// Create blocks
int childCollidableIndex = 0;
foreach (BlockGroupData blockGroup in levelData.BlockGroups)
{
Matrix localPosTransform = Matrix.CreateTranslation(compoundBody.CollisionInformation.LocalPosition);
foreach (BlockData blockData in blockGroup.Blocks)
{
// Obtain block type and instanced mesh for the block
BlockType blockType = blockTypes[blockGroup.BlockTypeName];
InstancedMesh <VertexData> instancedMesh = blockInstancedMeshes[blockGroup.BlockTypeName];
// Obtain physics body (a part of compound body) for the block
CompoundChild child = compoundBody.CollisionInformation.Children[childCollidableIndex];
// Create instance of the block in instanced mesh
InstancedMesh <VertexData> .Instance instance = instancedMesh.AppendInstance(Matrix.CreateScale(blockData.Scale) * child.Entry.LocalTransform.Matrix * localPosTransform);
// Store new block instance to the list
Block block = new Block(blockType, instance, child);
blocks.Add(block);
block.Scale = blockData.Scale;
childCollidableIndex++;
}
}
// Add compound body and its constraints to physics space
space.Add(compoundBody);
space.Add(constraint);
}
public override void OnAdditionToSpace(ISpace newSpace)
{
//Add any supplements to the space too.
newSpace.Add(Body);
//This character controller requires the standard implementation of Space.
((Space)newSpace).BoundingBoxUpdater.Finishing += ExpandBoundingBox;
}
public override void OnAdditionToSpace(ISpace newSpace)
{
//Add any supplements to the space too.
newSpace.Add(Body);
newSpace.Add(HorizontalMotionConstraint);
newSpace.Add(VerticalMotionConstraint);
//This character controller requires the standard implementation of Space.
((Space)newSpace).BoundingBoxUpdater.Finishing += ExpandBoundingBox;
Body.AngularVelocity = new Vector3();
Body.LinearVelocity = new Vector3();
}
//protected void resetVelocities()
//{
// foreach(BaseModel m in modelList)
// m.ReturnToInitialVelocities();
// foreach(Tube m in tubeList)
// m.ReturnToInitialVelocities();
//}
public override void OnAdditionToSpace(ISpace s)
{
//foreach(RotateMotor m in motorList)
// s.Add(m);
foreach(WeldJoint j in joints)
s.Add(j);
s.Add(baseJoint);
base.OnAdditionToSpace(s);
}
public void OnAdditionToSpace(ISpace newSpace)
{
newSpace.Add(Model);
newSpace.Add(joint);
Model.Ent.CollisionInformation.Events.PairTouching += onCollision;
}
public override void OnAdditionToSpace(ISpace s)
{
s.Add(baseJoint);
s.Add(rotateJoint);
foreach(WeldJoint j in welds)
s.Add(j);
base.OnAdditionToSpace(s);
}
