//! Création de la grille
void CalibrationUtils::setGrid(int x, int y)
{
//Nombre de points de calibration sur chaque cercle de calibration - 1
GRID_X = x;
//Nombre de cercle de calibration - 1
GRID_Y = y;
//Nombre de points de calibration
GRID_POINTS = GRID_X+1;
for (int i=2; i<= GRID_Y+1; i++) GRID_POINTS += i*GRID_X;
//printf("\nX : %d\nY : %d\n",x,y);
//printf("GRID_POINTS : %d\n",GRID_POINTS);
//Initialisation des listes de points, et des zones de calibration
screenPoints = new calibrationPoint[GRID_POINTS];
cameraPoints = new calibrationPoint[GRID_POINTS];
triangles = new std::vector<triangle*>();
//Si les deux listes de points sont crées
if(bscreenPoints && bcameraPoints)
{
//Initialisation des points à afficher
initScreenPoints();
//Initialisation des points à lire
initCameraPoints(_camWidth, _camHeight);
//Initialisation des triangles
initTriangles();
}
}
void CalibrationUtils::setScreenScale(float s)
{
// legacy
float offset = (1.0f - s)*0.5f;
screenBB = rect2df(vector2df(offset,offset),vector2df(1.0f-offset,1.0f-offset));
initScreenPoints();
}
void CalibrationUtils::setGrid(int x, int y)
{
GRID_Y = y;
GRID_X = x;
GRID_POINTS = ((GRID_X+1) * (GRID_Y+1));
GRID_INDICES = (GRID_X * GRID_Y * 3 * 2);
screenPoints = new vector2df[GRID_POINTS];
cameraPoints = new vector2df[GRID_POINTS];
triangles = new int[GRID_INDICES];
initTriangles();
if(bscreenPoints && bcameraPoints){
initScreenPoints();
initCameraPoints(_camWidth, _camHeight);
}
}
//! Taille de la zone d'affichage
void CalibrationUtils::setScreenBBox(rect2df &box)
{
screenBB = box;
initScreenPoints();
}
//Bounding Box Size
void calibrationB::setScreenBBox(rect2df &box)
{
screenBB = box;
initScreenPoints();
}
