本文整理汇总了C++中ShaderProgram::LoadFromFile方法的典型用法代码示例。如果您正苦于以下问题：C++ ShaderProgram::LoadFromFile方法的具体用法？C++ ShaderProgram::LoadFromFile怎么用？C++ ShaderProgram::LoadFromFile使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类ShaderProgram的用法示例。
在下文中一共展示了ShaderProgram::LoadFromFile方法的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: GetDefaultPipeline
ShaderPipeline* ShaderPipeline::GetDefaultPipeline()
{
if(!s_defaultPipeline)
{
s_defaultPipeline = new ShaderPipeline();
ShaderProgram defaultShader;
defaultShader.LoadFromFile("Shader/RenderingShader/ZPassShader.glsl");
s_defaultPipeline->m_pipeline[RENDERPASS_ZBUFFER] = defaultShader;
defaultShader.LoadFromFile("Shader/RenderingShader/DiffuseShader.glsl");
s_defaultPipeline->m_pipeline[RENDERPASS_DIFFUSE] = defaultShader;
//defaultShader.LoadFromFile("Shader/RenderingShader/LightingShader.glsl");
//s_defaultPipeline->m_pipeline[RENDERPASS_LIGHTING] = defaultShader;
defaultShader.LoadFromFile("Shader/RenderingShader/DirectionnalShadowCastShader.glsl");
s_defaultPipeline->m_pipeline[RENDERPASS_DIRECTIONNAL_LIGHTING_WITH_SHADOW] = defaultShader;
defaultShader.LoadFromFile("Shader/RenderingShader/PointShadowCastShader.glsl");
s_defaultPipeline->m_pipeline[RENDERPASS_POINT_SHADOW_CAST] = defaultShader;
defaultShader.LoadFromFile("Shader/RenderingShader/DeferredShader.glsl");
s_defaultPipeline->m_pipeline[RENDERPASS_DEFERRED] = defaultShader;
}
return s_defaultPipeline;
}示例2: init
void App::init()
{
pause = true;
m_timer = 1000;
printf("Loading...");
m_MatProj3D = glm::perspective(35.0f, (float)getScreen().x / (float)getScreen().y, 0.01f, 100.f);
m_MatProj2D = ortho(0.0f,(float)getScreen().x,0.0f,(float)getScreen().y);
drawMouse = false;
draw = true;
pause = false;
DeferredRendering* mode = new DeferredRendering(getScreen());
//RenderingMode::SetRenderingMode(mode);
tex[0].Create(getScreen(),PXF_A8R8G8B8,TEXTURE_2D);
tex[1].Create(getScreen(),PXF_A8R8G8B8,TEXTURE_2D);
m_fxaa = new AntiAliasing();
blur = new BlurMotionEffect(getScreen());
//drug = new DrugEffect();
//PostEffectMgr::Instance().AddEffect(drug);
//PostEffectMgr::Instance().AddEffect(new BlurMotionEffect(getScreen()));
//PostEffectMgr::Instance().AddEffect(m_fxaa);
//PostEffectMgr::Instance().AddEffect(new Inverse());
m_fps = new GraphicString(ivec2(0,getScreen().y-15),"",Color::black);
m_Scene = new SceneMgr();
Texture t;
Texture color_gradiant;
Material* mat = new Material();
mat->SetTexture(t,0,(TRenderPass)((1<<RENDERPASS_DEFERRED) | (1<<RENDERPASS_ZBUFFER)));
mat->SetTexture(color_gradiant,1,(TRenderPass)(1<<RENDERPASS_DEFERRED));
Driver::Get().SetActiveScene(m_Scene);
Driver::Get().SetCullFace(2);
m_light = new Light(vec3(0, 0 ,10),-normalize(vec3(0,0.2,-1)),LightType::LIGHT_DIR);//new Light(vec3(0,0,10),-normalize(vec3(0,0.5,-1)),LIGHT_SPOT);
m_Scene->AddLight(m_light);
m_light->SetRange(2000.0f);
ShaderProgram prog;
ShaderProgram prog2;
/*particles1 = new ParticlesEmitter("Shader/particle_1.glsl",250,new Transform(vec3(-6,0,0)));
particles2 = new ParticlesEmitter("Shader/particle_2.glsl",250,new Transform(vec3(6,0,0)));*/
string cubemap[6];
/*for(int i = 0; i < 6; i++)
{
cubemap[i] = StringBuilder("Texture/background/")(i+1)(".png");
}*/
//Texture tex_cubemap;
//tex_cubemap.CreateFromFile(cubemap,PXF_A8R8G8B8);
mouse_emitter = new ParticlesEmitter(std::string("shader/particle_3.glsl"),2,new Transform());
AWindow* position =new AWindow();
AWindow* velocity = new AWindow();
AWindow* life = new AWindow();
//particles->velocity_buffer[1]);
//life->SetBackground(mouse_emitter->extra_buffer[0]);
//GUIMgr::Instance().AddWidget(position);
//GUIMgr::Instance().AddWidget(velocity);
// GUIMgr::Instance().AddWidget(life);
SkyBox* box = new SkyBox();
//box->SetTexture(tex_cubemap);
cam3D = new FollowCamera(m_MatProj3D,0,0,vec2(-65.7063446,0),10.f);//m_MatProj3D,4.8f,8.8f,vec2(0,-7.55264f),9.87785f); //Follow Camera Theta(4.8) _phi(8.8) angles(0,-7.55264) distance(9.87785)
cam2D = new FPCamera(m_MatProj2D);
velocity_program.LoadFromFile("Shader/particle_velocity_render.glsl");
mass_program.LoadFromFile("Shader/particle_mass_render.glsl");
tmass.Create(getScreen(),PXF_A8R8G8B8,TEXTURE_2D);
tvelocity.Create(getScreen(),PXF_A8R8G8B8,TEXTURE_2D);
position->SetBackground(tmass);
velocity->SetBackground(tvelocity);
Camera::setCurrent(cam3D, CAMERA_3D);
Camera::setCurrent(cam2D, CAMERA_2D);
m_particles.push_back(new ParticlesEmitter(std::string("shader/particle_4.glsl"),2500 ,new Transform(vec3((0),0.f,0)*30.f)));
printf("Loading end");
}