public TriangleFanRenderer()
{
m_program = TriangleProgram.Instance;
m_instances = new List <PointInstance>();
m_vao = new VertexArray();
GL.BindVertexArray(m_vao);
GL.UseProgram(m_program);
m_bufferSprite = new Buffer <PointData>();
m_bufferTriangle = new Buffer <Vector3>();
m_program.Position.SetValue(m_bufferSprite.GetView <Vector3>("Position"));
//m_program.Position.SetDivisor(1);
m_program.Color.SetValue(m_bufferSprite.GetView <Color4ub>("Color"));
//m_program.Color.SetDivisor(3);
// m_program.Normal.SetValue(m_bufferSprite.GetView<Vector3>("Normal"));
//// m_program.Normal.SetDivisor(1);
// m_program.Transform.SetValue(m_bufferSprite.GetView<Matrix4>("Transform"));
// //m_program.Transform.SetDivisor(1);
// m_program.TextureOrigin.SetValue(m_bufferSprite.GetView<Vector2>("TextureOrigin"));
// //m_program.TextureOrigin.SetDivisor(1);
// m_program.TextureTarget.SetValue(m_bufferSprite.GetView<Vector2>("TextureTarget"));
//m_program.TextureTarget.SetDivisor(1);
GL.BindVertexArray(null);
m_isDirty = true;
}
public void GetTriangleType_NotTriangle_ReturnsNotTriangleType(params string[] sides)
{
BigInteger[] parsedSides = sides.Select(side => BigInteger.Parse(side)).ToArray();
TriangleType resultType = TriangleProgram.GetTriangleType(parsedSides);
Assert.Equal(Triangle.TriangleType.NotTriangle, resultType);
}
public void Program_DifferentAmountOfParams_Returns0(params string[] args)
{
output.WriteLine(args != null ? string.Join(", ", args) : "no args");
var result = TriangleProgram.Main(null);
Assert.Equal(0, result);
}
public ParseException ParseSides_WrongValue_ThrowsParseException(string[] sides)
{
output.WriteLine(sides != null ? string.Join(", ", sides) : "no args");
return(Assert.Throws <ParseException>(() => TriangleProgram.ParseSides(sides)));
}
