public void Configure(IRenderer renderer)
{
_material.Configure(renderer);
_mesh.Configure(renderer);
renderer.SetInstanceData(_name, _instanceMatrices);
renderer.SetInstanceAttribute(_name, _material.Shader.Name, 0, "instanceMatrix", 4 * Vector4.SizeInBytes, Vector4.SizeInBytes);
}
public void Configure(IRenderer renderer)
{
_material.Configure(renderer);
renderer.LoadObject(_name);
renderer.SetVerticesData(_name, GetVerticesData());
renderer.SetIndexData(_name, GetFaceData());
_vertices.First().Configure(_name, _material.Shader.Name, renderer); //We use the first vertex as representatve to configure the vertex info of the renderer
}
public void Configure(IRenderer renderer)
{
if (_vertices.Count > 0)
{
_material.Configure(renderer);
renderer.LoadObject(_name);
renderer.SetVerticesData(_name, GetVerticesData());
renderer.SetIndexData(_name, GetIndexData());
_vertices.First().Configure(_name, _material.Shader.Name, renderer);
}
}
public void Load()
{
var shaders = _resourceManager.GetShaders().ToList();
foreach (var shader in shaders)
{
shader.Configure(_renderer);
}
_currentMaterial = new Material(shaders.First());
_currentMaterial.Configure(_renderer);
InitView(shaders);
_shape = _shapes.First();
_shape.Shape.Material = _currentMaterial;
_shape.Configure(_renderer);
}
public void Load()
{
var shaders = _resourceManager.GetShaders().ToList();
foreach (var shader in shaders)
{
shader.Configure(_renderer);
}
_currentMaterial = new Material(shaders.First());
_currentMaterial.Configure(_renderer);
InitView(shaders);
_shape = _shapes.First();
_shape.Shape.Material = _currentMaterial;
_shape.Configure(_renderer);
}
