// Use this for initialization
void Start()
{
//Calculate world co-ordinates
//8 vertices for outline (determined from collider)
Bounds bounds = GetComponent <Collider>().bounds;
Vector3 center = bounds.center;
float xExtent = bounds.extents.x;
float yExtent = bounds.extents.y;
float zExtent = bounds.extents.z;
WorldVertices[0] = center + new Vector3(-xExtent, -yExtent, -zExtent);
WorldVertices[1] = center + new Vector3(xExtent, -yExtent, -zExtent);
WorldVertices[2] = center + new Vector3(xExtent, -yExtent, zExtent);
WorldVertices[3] = center + new Vector3(-xExtent, -yExtent, zExtent);
WorldVertices[4] = center + new Vector3(-xExtent, yExtent, -zExtent);
WorldVertices[5] = center + new Vector3(xExtent, yExtent, -zExtent);
WorldVertices[6] = center + new Vector3(xExtent, yExtent, zExtent);
WorldVertices[7] = center + new Vector3(-xExtent, yExtent, zExtent);
WorldHealthVertices[0] = new Vector3(WorldVertices[6].x, WorldVertices[6].y, WorldVertices[6].z);
WorldHealthVertices[0].y -= 0.1f;
WorldHealthVertices[0].z -= 0.1f;
WorldHealthVertices[1] = new Vector3(WorldHealthVertices[0].x, WorldHealthVertices[0].y - m_HealthSize, WorldHealthVertices[0].z);
WorldHealthVertices[2] = new Vector3(WorldHealthVertices[0].x, WorldHealthVertices[0].y - m_HealthSize, WorldHealthVertices[0].z - m_HealthSize);
WorldHealthVertices[3] = new Vector3(WorldHealthVertices[0].x, WorldHealthVertices[0].y, WorldHealthVertices[0].z - m_HealthSize);
WorldHealthVertices[4] = new Vector3(WorldVertices[7].x, WorldVertices[7].y, WorldVertices[7].z);
WorldHealthVertices[4].y -= 0.1f;
WorldHealthVertices[4].z -= 0.1f;
WorldHealthVertices[5] = new Vector3(WorldHealthVertices[4].x, WorldHealthVertices[4].y - m_HealthSize, WorldHealthVertices[0].z);
WorldHealthVertices[6] = new Vector3(WorldHealthVertices[4].x, WorldHealthVertices[4].y - m_HealthSize, WorldHealthVertices[0].z - m_HealthSize);
WorldHealthVertices[7] = new Vector3(WorldHealthVertices[4].x, WorldHealthVertices[4].y, WorldHealthVertices[0].z - m_HealthSize);
//Assign health width
m_HealthWidth = Mathf.Abs(WorldHealthVertices[0].x - WorldHealthVertices[4].x);
//Create GLItem
m_GLItem = new GLItem(ExecuteFunction);
//Resolve GLManager
m_GLManager = ManagerResolver.Resolve <IGLManager>();
//Assign GL material
m_GLMat = GLMatShader.GetGLMaterial();
//Assign building
m_Building = GetComponent <Building>();
}
// Use this for initialization
void Start()
{
Overlay = Overlays.CreateTexture();
IsSelected = false;
FindMaxWorldSize();
m_MainMenuWidth = ManagerResolver.Resolve <IGUIManager>().MainMenuWidth;
m_GLManager = ManagerResolver.Resolve <IGLManager>();
m_GLMat = GLMatShader.GetGLMaterial();
m_GLItem = new GLItem(GLExecuteFunction);
//If this unit is land based subscribe to the path changed event
LandMovement landMovement = GetComponent <LandMovement>();
if (landMovement != null)
{
landMovement.PathChangedEvent += PathChanged;
}
}
// Use this for initialization
void Start()
{
Overlay = Overlays.CreateTexture ();
IsSelected = false;
FindMaxWorldSize();
m_MainMenuWidth = ManagerResolver.Resolve<IGUIManager>().MainMenuWidth;
m_GLManager = ManagerResolver.Resolve<IGLManager>();
m_GLMat = GLMatShader.GetGLMaterial ();
m_GLItem = new GLItem(GLExecuteFunction);
//If this unit is land based subscribe to the path changed event
LandMovement landMovement = GetComponent<LandMovement>();
if (landMovement != null)
{
landMovement.PathChangedEvent += PathChanged;
}
}
// Use this for initialization
void Start()
{
//Calculate world co-ordinates
//8 vertices for outline (determined from collider)
/*Bounds bounds = GetComponent<BoxCollider>().bounds;
Vector3 center = bounds.center;
float xExtent = bounds.extents.x;
float yExtent = bounds.extents.y;
float zExtent = bounds.extents.z;
WorldVertices[0] = center + new Vector3(-xExtent, -yExtent, -zExtent);
WorldVertices[1] = center + new Vector3(xExtent, -yExtent, -zExtent);
WorldVertices[2] = center + new Vector3(xExtent, -yExtent, zExtent);
WorldVertices[3] = center + new Vector3(-xExtent, -yExtent, zExtent);
WorldVertices[4] = center + new Vector3(-xExtent, yExtent, -zExtent);
WorldVertices[5] = center + new Vector3(xExtent, yExtent, -zExtent);
WorldVertices[6] = center + new Vector3(xExtent, yExtent, zExtent);
WorldVertices[7] = center + new Vector3(-xExtent, yExtent, zExtent);
WorldHealthVertices[0] = new Vector3(WorldVertices[6].x, WorldVertices[6].y, WorldVertices[6].z);
WorldHealthVertices[0].y -= 0.1f;
WorldHealthVertices[0].z -= 0.1f;
WorldHealthVertices[1] = new Vector3(WorldHealthVertices[0].x, WorldHealthVertices[0].y-m_HealthSize, WorldHealthVertices[0].z);
WorldHealthVertices[2] = new Vector3(WorldHealthVertices[0].x, WorldHealthVertices[0].y-m_HealthSize, WorldHealthVertices[0].z-m_HealthSize);
WorldHealthVertices[3] = new Vector3(WorldHealthVertices[0].x, WorldHealthVertices[0].y, WorldHealthVertices[0].z-m_HealthSize);
WorldHealthVertices[4] = new Vector3(WorldVertices[7].x, WorldVertices[7].y, WorldVertices[7].z);
WorldHealthVertices[4].y -= 0.1f;
WorldHealthVertices[4].z -= 0.1f;
WorldHealthVertices[5] = new Vector3(WorldHealthVertices[4].x, WorldHealthVertices[4].y-m_HealthSize, WorldHealthVertices[0].z);
WorldHealthVertices[6] = new Vector3(WorldHealthVertices[4].x, WorldHealthVertices[4].y-m_HealthSize, WorldHealthVertices[0].z-m_HealthSize);
WorldHealthVertices[7] = new Vector3(WorldHealthVertices[4].x, WorldHealthVertices[4].y, WorldHealthVertices[0].z-m_HealthSize);
//Assign health width
m_HealthWidth = Mathf.Abs (WorldHealthVertices[0].x - WorldHealthVertices[4].x);*/
//Create GLItem
m_GLItem = new GLItem(ExecuteFunction);
//Resolve GLManager
m_GLManager = ManagerResolver.Resolve<IGLManager>();
//Assign GL material
m_GLMat = GLMatShader.GetGLMaterial();
//Assign building
m_Building = GetComponent<Building>();
}
