int main ()
{
printf ("Results of scene1_test:\n");
try
{
common::LogFilter log_filter ("render.*", &log_print);
syslib::Window window (syslib::WindowStyle_Overlapped, 512, 512);
syslib::Window window2 (syslib::WindowStyle_Overlapped, 512, 512);
window.RegisterEventHandler (syslib::WindowEvent_OnClose, xtl::bind (&on_window_close));
const char* SERVER_NAME = "MyServer";
Server server (SERVER_NAME, render::scene::server::ServerThreadingModel_SingleThreaded);
Client client (SERVER_NAME);
common::PropertyMap window_properties;
window_properties.SetProperty ("ColorBits", 32);
window_properties.SetProperty ("DepthBits", 24);
server.AttachWindow ("my_window", window, window_properties);
server.AttachWindow ("my_window2", window2, window_properties);
client.LoadResource ("data/render.rfx");
client.LoadResource ("data/u1/texture0000.dds");
client.LoadResource ("data/u1/texture0001.dds");
client.LoadResource ("data/u1/texture0002.dds");
client.LoadResource ("data/u1/EnvGala_020_D.dds");
client.LoadResource ("data/u1.xmtl");
client.LoadResource ("data/u1.xmesh");
client.LoadResource ("data/quad.xmesh");
RenderTarget target = client.CreateRenderTarget ("my_window");
RenderTarget target2 = client.CreateRenderTarget ("my_window2");
scene_graph::Screen screen;
scene_graph::Screen screen2;
target.SetScreen (&screen);
target2.SetScreen (&screen2);
// screen.SetBackgroundState (true);
screen.SetBackgroundColor (math::vec4f (0.0f, 1.0f, 1.0f, 1.0f));
// screen2.SetBackgroundState (true);
screen2.SetBackgroundColor (math::vec4f (1.0f, 0.0f, 1.0f, 1.0f));
scene_graph::OrthoCamera::Pointer camera = scene_graph::OrthoCamera::Create ();
camera->SetLeft (-10.0f);
camera->SetRight (10.0f);
camera->SetBottom (-10.0f);
camera->SetTop (10.0f);
camera->SetZNear (-1000.0f);
camera->SetZFar (1000.0f);
camera->SetPosition (0, 10.0f, 0.0f);
camera->LookTo (math::vec3f (0.0f), scene_graph::NodeOrt_Z, scene_graph::NodeOrt_X, scene_graph::NodeTransformSpace_World);
// camera->LookTo (math::vec3f (0.0f), math::vec3f (0, 1.0f, 0), scene_graph::NodeTransformSpace_World);
scene_graph::Scene scene;
camera->BindToScene (scene);
scene_graph::OrthoCamera::Pointer camera2 = scene_graph::OrthoCamera::Create ();
camera2->SetLeft (-10.0f);
camera2->SetRight (10.0f);
camera2->SetBottom (-10.0f);
camera2->SetTop (10.0f);
camera2->SetZNear (-1000.0f);
camera2->SetZFar (1000.0f);
camera2->SetPosition (0, 10.0f, 0.0f);
camera2->LookTo (math::vec3f (0.0f), scene_graph::NodeOrt_Z, scene_graph::NodeOrt_X, scene_graph::NodeTransformSpace_World);
camera2->BindToScene (scene);
scene_graph::OrthoCamera::Pointer camera3 = scene_graph::OrthoCamera::Create ();
camera3->SetLeft (-10.0f);
camera3->SetRight (10.0f);
camera3->SetBottom (-10.0f);
camera3->SetTop (10.0f);
camera3->SetZNear (-1000.0f);
camera3->SetZFar (1000.0f);
camera3->SetPosition (0, 10.0f, 0.0f);
camera3->LookTo (math::vec3f (0.0f), scene_graph::NodeOrt_Z, scene_graph::NodeOrt_X, scene_graph::NodeTransformSpace_World);
camera3->BindToScene (scene);
scene_graph::OrthoCamera::Pointer camera4 = scene_graph::OrthoCamera::Create ();
camera4->SetLeft (-10.0f);
camera4->SetRight (10.0f);
camera4->SetBottom (-10.0f);
camera4->SetTop (10.0f);
camera4->SetZNear (-1000.0f);
camera4->SetZFar (1000.0f);
camera4->SetPosition (0, 10.0f, 0.0f);
camera4->LookTo (math::vec3f (0.0f), scene_graph::NodeOrt_Z, scene_graph::NodeOrt_X, scene_graph::NodeTransformSpace_World);
camera4->BindToScene (scene);
scene_graph::StaticMesh::Pointer model = scene_graph::StaticMesh::Create ();
model->SetMeshName ("u1.polySurface2.mesh#0");
model->BindToScene (scene);
scene_graph::StaticMesh::Pointer model2 = scene_graph::StaticMesh::Create ();
model2->SetMeshName ("quad");
model2->Rotate (math::degree (-90.f), math::degree (0.f), math::degree (0.f));
model2->SetPosition (0, -8.0f, 0);
model2->Scale (10.0f, 10.0f, 10.0f);
model2->BindToScene (scene);
scene_graph::SpotLight::Pointer light = scene_graph::SpotLight::Create ();
light->SetPosition (0.0f, 10.0f, 0);
light->SetRange (20.0f);
light->LookTo (math::vec3f (0.0f), scene_graph::NodeOrt_Z, scene_graph::NodeOrt_X, scene_graph::NodeTransformSpace_World);
light->SetIntensity (1.0f);
light->SetAngle (math::degree (100.0f));
light->BindToScene (scene);
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scene_graph::Viewport vp;
vp.SetArea (0, 0, 100, 100);
vp.SetCamera (camera.get ());
vp.SetTechnique ("default");
vp.SetMinDepth (0);
vp.SetMaxDepth (0.2);
screen.Attach (vp);
scene_graph::Viewport vp2;
vp2.SetArea (0, 0, 100, 100);
vp2.SetCamera (camera2.get ());
vp2.SetTechnique ("default");
vp2.SetMinDepth (0.3);
vp2.SetMaxDepth (0.5);
screen2.Attach (vp2);
window.Show ();
window2.Show ();
window.SetPosition (100, 100);
window2.SetPosition (700, 100);
Test test (target, target2, *model);
syslib::Application::RegisterEventHandler (syslib::ApplicationEvent_OnIdle, xtl::bind (&idle, xtl::ref (test), xtl::ref (*light)));
syslib::Application::Run ();
}
catch (std::exception& e)
{
printf ("%s\n", e.what ());
}
}