public void personEntered(OpenTSPSPerson person)
{
// Debug.Log (" person entered with ID " + person.id);
GameObject personObject = (GameObject)Instantiate(personMarker, positionForPerson(person), Quaternion.identity);
personObject.GetComponentInChildren <Renderer> ().material = materials [person.id % materials.Length];
peopleCubes [person.id] = personObject;
}
//maps the OpenTSPS coordinate system into one that matches the size of the boundingPlane
private Vector3 positionForPerson(OpenTSPSPerson person)
{
//Bounds meshBounds = boundingPlane.GetComponent<MeshFilter> ().sharedMesh.bounds;
Bounds meshBounds = boundingPlane.GetComponent <MeshRenderer> ().bounds;
Vector3 offset = meshBounds.center;
Vector3 pos = new Vector3((float)(.5f - person.centroidX) * meshBounds.size.x, 0.25f, (float)(person.centroidY - .5f) * meshBounds.size.z);
return(pos + offset);
}
public void personWillLeave(OpenTSPSPerson person)
{
// Debug.Log ("Person leaving with ID " + person.id);
if (peopleCubes.ContainsKey(person.id))
{
GameObject cubeToRemove = peopleCubes [person.id];
peopleCubes.Remove(person.id);
//delete it from the scene
Destroy(cubeToRemove);
}
}
public void personMoved(OpenTSPSPerson person)
{
// Debug.Log ("Person updated with ID " + person.id);
if (peopleCubes.ContainsKey(person.id))
{
GameObject cubeToMove = peopleCubes [person.id];
if (m_useSmoothing)
{
cubeToMove.transform.position = Vector3.Lerp(cubeToMove.transform.position, positionForPerson(person), Time.deltaTime * m_damping);
}
else
{
cubeToMove.transform.position = positionForPerson(person);
}
}
}
public void personUpdated(OpenTSPSPerson person)
{
//don't need to handle the Updated method any differently for this example
personMoved(person);
}
