//============================================================
public FDxBufferedTexture ExportTexture(string importFileName)
{
// 获得图片大小
Bitmap bmp = new Bitmap(importFileName);
_size.Set(bmp.Width, bmp.Height);
bmp.Dispose();
// 生成目标
Form form = new Form();
FDxDevice3D device = RDxCore.Adapter.CreateDevice(form.Handle, _size.Width, _size.Height);
device.ModeWireFrame = false;
// 设置几何体
FDxRegion region = new FDxRegion();
// 渲染几何体
FDxTechnique technique = RDxCore.TechniqueConsole.Get(device, "growing");
FDrGrowingGeometry geometry = new FDrGrowingGeometry();
geometry.Device = device;
geometry.LoadResource();
// 绘制结果
region.Renderables.Push(geometry);
// 设置目标
FDxBufferedTexture texture = new FDxBufferedTexture();
texture.Device = device;
texture.Create(_size.Width, _size.Height);
// 绘制目标
FDxTexture originTexture = new FDxTexture();
originTexture.Device = device;
originTexture.LoadFile(importFileName);
geometry.Material.Textures.Push(originTexture);
// 绘制目标
FDxTexture importTexture = new FDxTexture();
importTexture.Device = device;
importTexture.LoadFile(importFileName);
geometry.Material.Textures.Push(importTexture);
MemoryStream stream = new MemoryStream();
for (int n = 0; n < _borderCount; n++)
{
device.SetRenderTarget(texture);
// 绘制目标
technique.Draw(region);
device.SetRenderTarget();
// 复制渲染目标为开始
//importTexture.CopyFrom(texture);
texture.SaveStream(stream);
importTexture.LoadStream(stream);
}
// 保存内容
return(texture);
}
//============================================================
public void ExportMerge(FDrModel model)
{
SIntSize size = new SIntSize(_width, _height);
Form form = new Form();
FDxDevice3D device = RDxCore.Adapter.CreateDevice(form.Handle, size.Width, size.Height);
device.ModeWireFrame = false;
// 设置几何体
FDxRegion region = new FDxRegion();
// 设置目标
FDxBufferedTexture texture = new FDxBufferedTexture();
texture.Device = device;
texture.Create(size.Width, size.Height);
device.SetRenderTarget(texture);
// 渲染几何体
FDxTechnique technique = RDxCore.TechniqueConsole.Get(device, "light.map");
int index = 0;
foreach (INamePair <FDrGeometry> pair in model.Mesh.GeometryDictionary)
{
FDrLightGeometry geometry = new FDrLightGeometry();
geometry.Device = device;
geometry.LoadResource(pair.Value);
region.Renderables.Clear();
region.Renderables.Push(geometry);
// 绘制结果
technique.Draw(region);
// 保存内容
texture.SaveFile(model.Directory + "/" + RInt.Pad(index, 3) + ".png");
index++;
}
}
//============================================================
public void Export3d2(FDrGeometry geometry, string filename)
{
SIntSize size = new SIntSize(1024, 1024);
Form form = new Form();
FDxDevice3D device = RDxCore.Adapter.CreateDevice(form.Handle, size.Width, size.Height);
device.ModeWireFrame = false;
// 设置几何体
FDxRegion region = new FDxRegion();
FDsNormalGeometry normalGeometry = new FDsNormalGeometry();
normalGeometry.Device = device;
normalGeometry.LoadResource(geometry);
region.Renderables.Push(normalGeometry);
// 设置目标
FDxBufferedTexture texture = new FDxBufferedTexture();
texture.Device = device;
texture.Create(size.Width, size.Height);
device.SetRenderTarget(texture);
// 绘制结果
FDxTechnique technique = RDxCore.TechniqueConsole.Get(device, "normal.map");
technique.Draw(region);
// 保存内容
texture.SaveFile(filename);
// 创建设备
// QNormalMapForm form = new QNormalMapForm();
// form.geometry = geometry;
// Application.Run(form);
}
private void timer1_Tick(object sender, EventArgs e)
{
device.SetRenderTarget();
technique.Draw(region);
technique.Present();
}