public void visualDebug()
{
lock (myLock)
{
Vector2 size = new Vector2(1280, 800); // Renderer.context.viewport.size;
float boundary = size.X / 20;
size.X -= boundary * 2; //on both sides
float pixelRatio = (float)size.X / (float)myBufferSize;
float yLoc = 200;
foreach (Page p in myFreePages)
{
float e = p.size * pixelRatio;
float s = boundary + (p.start.ToInt64() - myBufferMemory.ToInt64()) * pixelRatio;
Rect r = new Rect(s, yLoc, s + e, yLoc + 20);
DebugRenderer.addRect2D(r, Color4.Aqua, Fill.SOLID, false, 0.0);
}
yLoc = 220;
foreach (Page p in myUsedPages)
{
float e = p.size * pixelRatio;
float s = boundary + (p.start.ToInt64() - myBufferMemory.ToInt64()) * pixelRatio;
Rect r = new Rect(s, yLoc, s + e, yLoc + 20);
DebugRenderer.addRect2D(r, Color4.Green, Fill.SOLID, false, 0.0);
}
}
}
static Renderer()
{
frameNumber = 0;
device = new Device();
device.init();
resourceManager = new ResourceManager();
shaderManager = new ShaderManager();
visiblityManager = new VisibilityManager();
views = new Dictionary <string, View>();
visualizers = new Dictionary <string, Visualizer>();
scene = new Scene();
activeViews = new List <View>();
activeCameras = new List <Camera>();
DebugRenderer.init();
present = null;
installDefaultVisualizers();
installDefaultShaders();
}
public void bind()
{
myViewport.apply();
if (myIsDebugging == true)
{
DebugRenderer.addFrustum(myClipMatrix, Color4.White, false, 0.0);
Renderer.device.bindUniformBuffer(myDebugCamera.myCameraUniformBuffer.id, 0); //camera is always ubo 0
}
else
{
Renderer.device.bindUniformBuffer(myCameraUniformBuffer.id, 0); //camera is always ubo 0
}
}
public override bool isVisible(Camera c)
{
if (myLightType == Type.DIRECTIONAL)
{
DebugRenderer.addLine(position, Vector3.Zero, color, Fill.WIREFRAME, false, 0);
DebugRenderer.addSphere(position, 0.1f, color, Fill.TRANSPARENT, false, 0);
return(true);
}
DebugRenderer.addSphere(position, 0.1f, color, Fill.TRANSPARENT, false, 0);
return(c.containsSphere(position, size));
}
public override void generateRenderCommandLists()
{
preCommands.Clear();
postCommands.Clear();
preCommands.Add(new PushDebugMarkerCommand(String.Format("Pass {0}:{1}-execute", view.name, name)));
//clear render target if needed
if (renderTarget != null)
{
preCommands.Add(new SetRenderTargetCommand(renderTarget));
if (clearTarget == true)
{
preCommands.Add(new ClearColorCommand(clearColor));
preCommands.Add(new ClearCommand(clearMask));
}
}
//called after setting render target so that any user commands inserted will affect (or change) the render target
onPreGenerateCommands();
stats.queueCount = myRenderQueues.Count;
stats.renderCalls = 0;
stats.name = name;
stats.technique = technique;
//update the debug renderer
DebugRenderer.update();
List <RenderCommand> cmds = DebugRenderer.canvas.getRenderCommands();
foreach (RenderCommand rc in cmds)
{
StatelessRenderCommand src = rc as StatelessRenderCommand;
src.renderState.setUniformBuffer(view.camera.uniformBufferId(), 0);
}
//these are stateless commands, so no need to setup a pipeline, thats part of each command (usually the same)
myRenderQueue.commands.AddRange(cmds);
onPostGenerateCommands();
postCommands.Add(new PopDebugMarkerCommand());
stats.renderCalls += preCommands.Count;
stats.renderCalls += postCommands.Count;
foreach (BaseRenderQueue rq in myRenderQueues.Values)
{
stats.renderCalls += rq.commands.Count;
}
}
public void debug()
{
float fsize = 150;
Vector2 screenSize = view.camera.viewport().size;
Vector2 size = new Vector2(fsize, fsize);
Vector2 step = new Vector2(fsize + 10, 0);
Vector2 min = new Vector2(10, screenSize.Y - 10 - size.Y);
DebugRenderer.addTexture(min, min + size, renderTarget.buffers[FramebufferAttachment.ColorAttachment0], false, 0.0);
DebugRenderer.addTexture(min += step, min + size, renderTarget.buffers[FramebufferAttachment.DepthAttachment], true, 0.0);
DebugRenderer.addTexture(min += step, min + size, myTempRenderTargets[0].buffers[FramebufferAttachment.ColorAttachment0], false, 0.0);
DebugRenderer.addTexture(min += step, min + size, myTempRenderTargets[1].buffers[FramebufferAttachment.ColorAttachment0], false, 0.0);
}
public void debugDraw(Vector3 pos, Quaternion ori)
{
foreach (Bone b in myBones)
{
Vector3 p = pos + Vector3.Transform(b.myWorldBindMatrix.ExtractTranslation(), ori);
DebugRenderer.addSphere(p, 0.02f, Color4.Orange, Fill.TRANSPARENT, false, 0.0f);
if (b.myParent != -1)
{
Vector3 p1 = pos + Vector3.Transform(b.myWorldBindMatrix.ExtractTranslation(), ori);
Vector3 p2 = pos + Vector3.Transform(myBones[b.myParent].myWorldBindMatrix.ExtractTranslation(), ori);
DebugRenderer.addLine(p1, p2, Color4.Red, Fill.WIREFRAME, false, 0.0f);
}
}
}
public void debugDraw(List <Matrix4> pose, Vector3 pos, Quaternion ori)
{
List <Matrix4> untxBones = new List <Matrix4>();
for (int i = 0; i < skeleton.boneCount; i++)
{
Bone b = skeleton.myBones[i];
untxBones.Add(b.myWorldBindMatrix * pose[i]);
Vector3 p = pos + Vector3.Transform(untxBones[i].ExtractTranslation(), ori);
DebugRenderer.addSphere(p, 0.05f, Color4.Green, Fill.TRANSPARENT, false, 0.0f);
if (b.myParent != -1)
{
Vector3 p1 = pos + Vector3.Transform(untxBones[i].ExtractTranslation(), ori);
Vector3 p2 = pos + Vector3.Transform(untxBones[b.myParent].ExtractTranslation(), ori);
DebugRenderer.addLine(p1, p2, Color4.Blue, Fill.WIREFRAME, false, 0.0f);
}
}
}
public void debugFrustum()
{
DebugRenderer.addFrustum(myClipMatrix, Color4.White, false, 60.0);
}
