void animateSceneCenterMovement() {
calculateBezier(points);
for(int i = 0; i < bezierPoints.size(); ++i) {
center.i = bezierPoints[i].x;
center.j = bezierPoints[i].y;
center.k = bezierPoints[i].z;
ObjectModel* n = removePolygons(original);
//pronadji matricu transformacije za postojece ociste i glediste
float* MatrixViewT;
float* MatrixProjectionT;
MakeTransform(eye, center, &MatrixViewT, &MatrixProjectionT);
float* Matrix;
MatrixMultiply(MatrixViewT, 4, 4, MatrixProjectionT, 4, 4, &Matrix);
ObjectModel* o = TransformCopy(n, Matrix);
o->normalize();
free(MatrixViewT); free(MatrixProjectionT); free(Matrix);
drawBody(o);
delete n; delete o;
sleep(1);
}
//glutSwapBuffers();
printf("Animacija gotova.\n");
}
DrawingBezier::DrawingBezier(sf::Vector2f vector[4])
{
color = sf::Color::Black;
resolution = 200.0f;
this->start = vector[0];
this->firstpoint = vector[1];
this->secondpoint = vector[2];
this->end = vector[3];
calculateBezier();
}
DrawingBezier::DrawingBezier(sf::Vector2f start,sf::Vector2f firstPoint,sf::Vector2f secondpoint, sf::Vector2f end)
{
color = sf::Color::Black;
resolution = 200.0f;
this->start = start;
this->firstpoint = firstPoint;
this->secondpoint = secondpoint;
this->end = end;
calculateBezier();
}
void DrawingBezier::AI(sf::RenderWindow& renderWindow, map<string, float>& eventMap)
{
//++secondpoint.x;
calculateBezier();
}
