bool m_bDivingIntoWater = false; //to handle diving transions from water surface. if enabled,let finish it;
//Vector3 m_LarasHeapPosition;
// Use this for initialization
void Start()
{
m_Transform = transform;
OnGUIUpdate += GUIManager.HandleGUIUpdate;
OnGUIPlayerHealth += GUIManager.HandleGUIPlayerHealth;
OnPositionChanged += PositionChanged;
//GotoKeyMapper.IdleState();
KeyMapper.OnKeyDown += StateCodeHandler;
KeyMapper.OnKeyIdle += IdleStateHandler;
Mouse.m_OnMouseMove += OnMouseMove;
physics = new Physic3D(m_Transform.position);
physics.g = 5000 * Settings.SceneScaling;
//prevy = thistransform.position.y;
LaraStatePlayer.OnJump += JumpHandler;
LaraStatePlayer.OnJumping += JumpingHandler;
LaraStatePlayer.OnMovement += MovementHandler;
//LaraStatePlayer.OnPrimaryAction += PrimaryActionHandler; //this callback is not needed anymore
//m_FreePosition = m_Transform.position;
//m_PrevPlayPos = m_Transform.position;
//m_GroundHeight = m_Transform.position.y;
m_LarasHeap = m_Transform.Find("objPart:0");
m_LarasHead = m_LarasHeap.Find("objPart:7").Find("objPart:14");
//m_LarasHeapPosition = m_LarasHeap.position - Vector3.up * 0.25f;
SetInitialPosition(m_Transform.position, transform.forward);
physics.OnReachedMaximumHeight += DidReachedMaxJumpHeight;
}
public bool HitTest(Vector3 origin, Vector3 dir, ref Vector3 normal, float raylength = 200)
{
Vector3 hitpoint = Vector3.zero;
int faceid = Physic3D.RayCast(m_Transform, m_RoomVertices, m_SharedTriangles, origin, dir, raylength, ref hitpoint);
if (faceid != -1)
{
Triangle face = m_RoomAnalyzer.LodTriangles[faceid];
normal = face.normal;
}
return(faceid != -1);
}
// Update is called once per frame
void Update()
{
Physic3D.RayCast(mf.transform, mesh.vertices, mesh.triangles, transform.position, transform.forward, 10000, ref hp);
Debug.DrawLine(transform.position, hp);
}
public List <Edge> RayCast(Vector3 origin, Vector3 dir, float raylength = 200)
{
//first select a face from face network
//then find a edge that is normal to ground.
//if normal going upward and found next edge diagonal - > go to mirror face
//if normal going upward found next edge horizontal - > next edge lader step
// -> if lader step found chek it is topmost go to mirror face
//else
//if normal going downward and found next edge horizontal - > go to mirror face
//f normal going downward and found next edge diagonal - > third edge is lader step
// -> if lader step found chek it is topmost go to mirror face
Vector3 hitpoint = Vector3.zero;
int faceid = Physic3D.RayCast(m_Transform, m_RoomVertices, m_SharedTriangles, origin, dir, raylength, ref hitpoint);
//find all edeges connected to faceid
List <Edge> edges = new List <Edge>();
if (faceid != -1)
{
//Debug.Log("Room.RayCast:" + faceid);
Triangle face = m_RoomAnalyzer.LodTriangles[faceid];
int ntrycount = 0;
Edge TempEdge = null;
Edge platformEdge = null;
while (platformEdge == null)
{
for (int k = 0; k < face.vertex.Length; k++)
{
int nextid = (k + 1) % face.vertex.Length;
Vector3 upvec = (face.vertex[nextid].position - face.vertex[k].position).normalized;
float dot = Vector3.Dot(Vector3.up, upvec);
if (dot == 1.0f) //goin upward
{
//check if next edge is diagonal
int diagonalvtx0 = nextid;
int diagonalvtx1 = (nextid + 1) % face.vertex.Length;
Vector3 diagvec = (face.vertex[diagonalvtx1].position - face.vertex[diagonalvtx0].position).normalized;
bool isdiag = (Vector3.Dot(upvec, diagvec) != 0);
bool gotomirrorface = false;
if (!isdiag) //found ladder step
{
Edge e = new Edge(face.vertex[diagonalvtx0].position, face.vertex[diagonalvtx1].position);
e.AtoB = diagvec;
TempEdge = e;
//check if this is top most step
if (SurfaceAnalyzer.ComputeEdgeCollapseCost(face.vertex[diagonalvtx0], face.vertex[diagonalvtx1]) < 1)
{
platformEdge = e;
break;
}
else
{
gotomirrorface = true;
}
}
else
{
gotomirrorface = true;
}
if (gotomirrorface)
{
List <Triangle> faces = face.vertex[diagonalvtx0].face;
for (int i = 0; i < faces.Count; i++)
{
if (faces[i].HasVertex(face.vertex[diagonalvtx1]) && !faces[i].HasVertex(face.vertex[k]))
{
face = faces[i];
break;
}
}
}
}
else if (dot == -1.0f)
{
//check if next edge is diagonal
int diagonalvtx0 = nextid;
int diagonalvtx1 = (nextid + 1) % face.vertex.Length;
Vector3 diagvec = (face.vertex[diagonalvtx1].position - face.vertex[diagonalvtx0].position).normalized;
bool isdiag = (Vector3.Dot(upvec, diagvec) != 0);
bool gotomirrorface = false;
if (!isdiag) //found lowest ladder step
{
gotomirrorface = true;
}
else
{
Edge e = new Edge(face.vertex[diagonalvtx1].position, face.vertex[k].position);
e.AtoB = (face.vertex[k].position - face.vertex[diagonalvtx1].position).normalized;
TempEdge = e;
//check if this is top most step
if (SurfaceAnalyzer.ComputeEdgeCollapseCost(face.vertex[diagonalvtx1], face.vertex[k]) < 1)
{
platformEdge = e;
break;
}
else
{
gotomirrorface = true;
}
}
if (gotomirrorface)
{
List <Triangle> faces = face.vertex[diagonalvtx1].face;
for (int i = 0; i < faces.Count; i++)
{
if (faces[i].HasVertex(face.vertex[k]) && !faces[i].HasVertex(face.vertex[diagonalvtx0]))
{
face = faces[i];
break;
}
}
}
}
}
ntrycount++;
if (ntrycount > 20)
{
if (TempEdge != null)
{
platformEdge = TempEdge;
}
break;
}
}
if (platformEdge != null)
{
edges.Add(platformEdge);
}
}
return(edges);
}
// Use this for initialization
void Start()
{
m_Transform = transform;
OnGUIUpdate += GUIManager.HandleGUIUpdate;
OnGUIPlayerHealth += GUIManager.HandleGUIPlayerHealth;
OnPositionChanged += PositionChanged;
//GotoKeyMapper.IdleState();
KeyMapper.OnKeyDown += StateCodeHandler;
KeyMapper.OnKeyIdle += IdleStateHandler;
Mouse.m_OnMouseMove += OnMouseMove;
physics = new Physic3D(transform.position);
physics.g = 5000;
//prevy = thistransform.position.y;
LaraStatePlayer.OnJump += JumpHandler;
LaraStatePlayer.OnJumping += JumpingHandler;
LaraStatePlayer.OnMovement += MovementHandler;
LaraStatePlayer.OnPrimaryAction += PrimaryActionHandler;
//m_FreePosition = transform.position;
//m_PrevPlayPos = m_Transform.position;
//m_GroundHeight = transform.position.y;
SetInitialPosition(transform.position, transform.forward);
}
