void Bezier::draw(int levelOfDetail) {


	connectTheDots();
	int i,j,k;
	Pvector::iterator p;
	int controlPoints = points.size();
	Pvector finalPVector;
	if (points.size() > 1){

		for (i = 0; i <= levelOfDetail-1; i++){
			float u = (float) i/levelOfDetail;
			vector<Pvector> pointvector(controlPoints);
			Pvector controlPVector;
			for (p = points.begin(); p != points.end(); p++){

				controlPVector.push_back(*p);
			}
			pointvector[controlPoints-1] = controlPVector;

			for (j = controlPoints-2; j >= 0; j--){
				Pvector tempPVector;
				for (k = 0; k <= j; k++){
					tempPVector.push_back(Point((1-u)*pointvector[j+1][k].x + u*pointvector[j+1][k+1].x, (1-u)*pointvector[j+1][k].y + u*pointvector[j+1][k+1].y));

				}
				pointvector[j] = tempPVector;
			}

			finalPVector.push_back(pointvector[0][0]);
		}

		int finalSize = finalPVector.size();
		int g;
		for (g = 0; g < finalSize-1; g++){
			drawLine(finalPVector[g].x, finalPVector[g].y, finalPVector[g+1].x, finalPVector[g+1].y);
			printf("finalPVector x1 is %f, finalPVector y1 is %f, iteration is %i\n", finalPVector[g].x, finalPVector[g].y, g);
			printf("finalPVector x2 is %f, finalPVector y2 is %f, iteration is %i\n", finalPVector[g].x, finalPVector[g].y, g);


		}
	}
	/* YOUR CODE HERE */
}