float a0k = (-90 * Gammak_plus_1 - 1) / 60;
	float a1k = (90 * Gammak_plus_1 + 43) / 60;
	float a2k = (90 * Gammak_plus_1 + 17) / 60;
	float a3k = (-90 * Gammak_plus_1 + 1) / 60;

	vector<vec2> NewDivision;

	for(int i = 1; i < Divisions.size()-2; i++){

		NewDivision.push_back( Divisions[i] );
		NewDivision.push_back( a0k * Divisions[i - 1] + a1k * Divisions[i] + a2k * Divisions[i + 1] + a3k * Divisions[i + 2] );
		NewDivision.push_back( a3k * Divisions[i - 1] + a2k * Divisions[i] + a1k * Divisions[i + 1] + a0k * Divisions[i + 2] );
	}

	NewDivision.push_back( Divisions[Divisions.size()-2] );
	NewDivision.push_back( a0k * Divisions[Divisions.size() - 3] + a1k * Divisions[Divisions.size() - 2] + a2k * Divisions[Divisions.size() - 1] + a3k * Divisions[0] );
	NewDivision.push_back( a3k * Divisions[Divisions.size() - 3] + a2k * Divisions[Divisions.size() - 2] + a1k * Divisions[Divisions.size() - 1] + a0k * Divisions[0] );

	NewDivision.push_back( Divisions[Divisions.size() - 1] );
	NewDivision.push_back( a0k * Divisions[Divisions.size() - 2] + a1k * Divisions[Divisions.size() - 1] + a2k * Divisions[0] + a3k * Divisions[1] );
	NewDivision.push_back( a3k * Divisions[Divisions.size() - 2] + a2k * Divisions[Divisions.size() - 1] + a1k * Divisions[0] + a0k * Divisions[1] );

	NewDivision.push_back( Divisions[0] );
	NewDivision.push_back( a0k * Divisions[Divisions.size() - 1] + a1k * Divisions[0] + a2k * Divisions[1] + a3k * Divisions[2] );
	NewDivision.push_back( a3k * Divisions[Divisions.size() - 1] + a2k * Divisions[0] + a1k * Divisions[1] + a0k * Divisions[2] );