// public override void RenderFrame(GraphicsPipeline3D pipeline, BufferedGeometryData[] gBuffers)
// {
// Matrix wvp = pipeline.WorldMatrix * pipeline.ViewMatrix * pipeline.ProjectionMatrix;
// Matrix iv = Matrix.Invert(pipeline.ViewMatrix);
// effect.SetValue("worldViewProj", wvp);
// effect.SetValue("viewInverse", iv);
// effect.SetValue("worldInverseTranspose", Matrix.TransposeMatrix(iv));
// effect.SetValue("diffuseTexture2", vTexture);
// effect.SetValue("lightDir", new float[] { 1, 1, -1, 1 });
// effect.SetValue("lightColor", new float[] { 1, 1, 1, 1 });
// effect.SetValue("materialDiffuse", new float[] { 1, 1, 1, 1 });
// effect.SetValue("noiseScale", 0.1f);
// effect.Technique = technique;
// effect.Begin(FX.None);
// effect.BeginPass(0);
// foreach (BufferedGeometryData buffer in gBuffers)
// {
// buffer.DrawBuffers(pipeline);
// }
// effect.EndPass();
// effect.End();
// }
public override void RenderFrame(GraphicsPipeline3D pipeline, MoleculeRenderingScheme scheme, bool alphaPass)
{
Matrix wvp = pipeline.WorldMatrix * pipeline.ViewMatrix * pipeline.ProjectionMatrix;
Matrix iv = Matrix.Invert(pipeline.ViewMatrix);
effect.SetValue("worldViewProj", wvp);
effect.SetValue("viewInverse", iv);
effect.SetValue("worldInverseTranspose", Matrix.TransposeMatrix(Matrix.Invert(pipeline.WorldMatrix)));
// do light passes
effect.Technique = technique;
effect.Begin(FX.None);
effect.BeginPass(0);
// render everything from the scheme
scheme.RenderAtoms(false, false);
scheme.RenderBonds(false, false);
effect.EndPass();
effect.End();
}
public void SetScheme(MoleculeRenderingScheme scheme, CompleteOutputDescription coDesc)
{
latestCoDesc = new CompleteOutputDescription(coDesc);
sceneManger.SetScheme(scheme);
sceneManger.SetOutputDesc(coDesc);
scheme.device = device;
// build preview via thread
if (generatorThread.ThreadState == ThreadState.Running)
{
// abort thread
generatorThread.Abort();
generatorThread.Join();
}
generatorThread = new Thread(GeneratePreviewProcess);
generatorThread.Start();
wantPreview = true;
}
// public abstract bool DesiredGeomDataFields(out DataFields[] fields, bool exclusive);
public abstract void RenderFrame(GraphicsPipeline3D pipeline, MoleculeRenderingScheme scheme, bool alphaPass);
public void SetScheme(MoleculeRenderingScheme scheme)
{
this.scheme = scheme;
}
public override void RenderFrame(GraphicsPipeline3D pipeline, MoleculeRenderingScheme scheme, bool alphaPass)
{
Effect cEffect;
if (lod == 0)
cEffect = effect1;
else if (lod == 1)
cEffect = effect2;
else
return;
Matrix wvp = pipeline.WorldMatrix * pipeline.ViewMatrix * pipeline.ProjectionMatrix;
Matrix iv = Matrix.Invert(pipeline.ViewMatrix);
cEffect.SetValue("worldViewProj", wvp);
cEffect.SetValue("viewInverse", iv);
cEffect.SetValue("worldInverseTranspose", Matrix.TransposeMatrix(iv));
cEffect.SetValue("shininess", 3);
cEffect.SetValue("diffuseTexture", testTexture);
if (alphaPass)
{
cEffect.Technique = alphaTechnique;
cEffect.Begin(FX.None);
cEffect.BeginPass(0);
scheme.RenderAtoms(false, false);
cEffect.EndPass();
cEffect.End();
}
else
{
// do light passes
cEffect.Technique = technique;
cEffect.Begin(FX.None);
cEffect.BeginPass(0);
//effect.SetValue("diffuseTexture", texture);
foreach (NuGenSVisualLib.Rendering.Lighting.Light light in setup.lights)
{
if (!light.Enabled)
continue;
if (light is DirectionalLight)
{
DirectionalLight dLight = (DirectionalLight)light;
cEffect.SetValue("lightDir", new Vector4(dLight.Direction.X, dLight.Direction.Y, dLight.Direction.Z, 1.0f));
cEffect.SetValue("lightColor", ColorValue.FromColor(dLight.Clr));
// render everything from the scheme
scheme.RenderAtoms(false, false);
if (scheme.LightBonds)
scheme.RenderBonds(false, false);
}
}
cEffect.EndPass();
cEffect.End();
}
//if (!scheme.LightBonds)
//{
// effect.Technique = lineTechnique;
// effect.Begin(FX.None);
// effect.BeginPass(0);
// scheme.RenderBonds();
// effect.EndPass();
// effect.End();
//}
//device.SetTexture(0, null);
}
