bool PlanesDataUser::CheckCollision(PVRTVec3 nodeWorldPos, float walkDistance)
{
JoyStick * pJoyStick = JoyStick::GetJoyStick();
PVRTVec2 vecLeft = pJoyStick->GetVectorLeft();
PVRTVec2 vecRight = pJoyStick->GetVectorRight();
vecLeft.normalize();
vecLeft.y*=-1.0f;
PVRTVec2 nodeNewPos(nodeWorldPos.x, nodeWorldPos.z);
PVRTVec2 globalTan(0.0f,0.0f);
int collisionCount = 0;
for (int p=0;p<mNumPlanesData;p++)
{
PlanesData * pPlanesData = mPlanesData[p];
int numOfPlanes = pPlanesData->GetNumOfPlanes();
for (int n=0;n<numOfPlanes;n++)
{
Plane * plane = pPlanesData->GetPlane(n);
Line2D line;
line.p0.x = plane->x1;
line.p0.y = plane->z1;
line.p1.x = plane->x2;
line.p1.y = plane->z2;
float dist = Collision::Vec2DistanceFromLine2D(line, nodeNewPos);
if (dist < MM(walkDistance))
{
PVRTVec2 wall(plane->nx, plane->nz);
globalTan+=wall.normalized();
collisionCount++;
}
}
}
if (collisionCount > 0)
{
globalTan/=(float)collisionCount;
float deltaAngle = acos(vecLeft.dot(globalTan));
//static char txt[255]={0};
//sprintf(txt,"%f \n",deltaAngle);
//OutputDebugStr(txt);
if ( deltaAngle >= PVRT_PI*0.5f )
{
return true;
}
}
return false;
}
bool DoorsDataUser::CheckCollision(PVRTVec3 nodeWorldPos, float walkDistance)
{
JoyStick * pJoyStick = JoyStick::GetJoyStick();
PVRTVec2 vecLeft = pJoyStick->GetVectorLeft();
PVRTVec2 vecRight = pJoyStick->GetVectorRight();
vecLeft.normalize();
vecLeft.y*=-1.0f;
PVRTVec2 nodeNewPos(nodeWorldPos.x, nodeWorldPos.z);
PVRTVec2 globalTan(0.0f,0.0f);
int collisionCount = 0;
for (int p=0;p<mNumDoorsData;p++)
{
DoorsData * pDoorsData = mDoorsData[p];
int numOfDoors = pDoorsData->GetNumOfDoors();
for (int d=0;d<numOfDoors;d++)
{
Door * pDoor = pDoorsData->GetDoor(d);
if (pDoor->GetState() == Door::door_state_open)
continue;
int numOfDoorEdges = pDoor->GetNumOfDoorEdges();
for (int e = 0 ; e< numOfDoorEdges ; e++)
{
DoorEdge * edge = pDoor->GetDoorEdge(e);
Line2D line;
line.p0.x = edge->x1;
line.p0.y = edge->z1;
line.p1.x = edge->x2;
line.p1.y = edge->z2;
float dist = Collision::Vec2DistanceFromLine2D(line, nodeNewPos);
if (dist < MM(walkDistance))
{
PVRTVec2 wall(edge->nx, edge->nz);
globalTan+=wall.normalized();
collisionCount++;
}
}
}
}
if (collisionCount > 0)
{
globalTan/=(float)collisionCount;
float deltaAngle = acos(vecLeft.dot(globalTan));
if ( deltaAngle >= PVRT_PI*0.5f )
{
return true;
}
}
return false;
}
