protected override Material ConstructDefaultWireframeMaterial()
{
Material m = new SFMLMaterial();
m.Topology = RenderTopology.Line_List;
return(m);
}
public void Draw(RenderTarget target, RenderStates states)
{
if (ClearColor.HasValue)
{
target.Clear(new SFMLColor(ClearColor.Value.R, ClearColor.Value.G, ClearColor.Value.B, ClearColor.Value.A));
}
if (VertexBuffer == null)
{
return;
}
Vector2 Offset = Vector2.One;
if (Texture != null && (Texture is Texture))
{
Texture SFMLTexture = Texture as Texture;
Offset = new Vector2(SFMLTexture.Size.X, SFMLTexture.Size.Y);
states.Texture = SFMLTexture;
}
SFMLVertexBuffer simpleVertexBuffer = VertexBuffer as SFMLVertexBuffer;
SFMLMaterial sfmlMat = Material as SFMLMaterial;
List <Vertex> SFMLVerts = new List <Vertex>();
int LastIndex = StartIndex + NumIndicies;
for (int i = StartIndex; i < LastIndex; i++)
{
Watertight.Math.Vertex wtvert = simpleVertexBuffer.VertexBuffer[simpleVertexBuffer.IndexBuffer[i]];
Vertex sfmlvert = new Vertex
{
Position = new Vector2f(wtvert.Location.X, wtvert.Location.Y),
TexCoords = new Vector2f(wtvert.UV.X * Offset.X, wtvert.UV.Y * Offset.Y),
Color = new Color(wtvert.Color.R, wtvert.Color.G, wtvert.Color.B, wtvert.Color.A)
};
SFMLVerts.Add(sfmlvert);
}
states.Transform = SFMLTransform.Identity;
states.Transform.Translate(new Vector2f(Transform.Translation.X, Transform.Translation.Y));
target.Draw(SFMLVerts.ToArray(), sfmlMat.SFMLPrimitiveType, states);
}
