void ofMaterial::updateMaterial(const ofShader & shader,ofGLProgrammableRenderer & renderer) const{
shader.setUniform4fv("mat_ambient", &data.ambient.r);
shader.setUniform4fv("mat_diffuse", &data.diffuse.r);
shader.setUniform4fv("mat_specular", &data.specular.r);
shader.setUniform4fv("mat_emissive", &data.emissive.r);
shader.setUniform4fv("global_ambient", &ofGetGlobalAmbientColor().r);
shader.setUniform1f("mat_shininess",data.shininess);
}
void ofMaterial::updateMaterial(const ofShader & shader,ofGLProgrammableRenderer & renderer) const{
shader.setUniform4fv("mat_ambient", &data.ambient.r);
shader.setUniform4fv("mat_diffuse", &data.diffuse.r);
shader.setUniform4fv("mat_specular", &data.specular.r);
shader.setUniform4fv("mat_emissive", &data.emissive.r);
shader.setUniform4fv("global_ambient", &ofGetGlobalAmbientColor().r);
shader.setUniform1f("mat_shininess",data.shininess);
for(auto & uniform: uniforms1f){
shader.setUniform1f(uniform.first, uniform.second);
}
for (auto & uniform : uniforms2f) {
shader.setUniform2f(uniform.first, uniform.second);
}
for (auto & uniform : uniforms3f) {
shader.setUniform3f(uniform.first, uniform.second);
}
for (auto & uniform : uniforms4f) {
shader.setUniform4f(uniform.first, uniform.second);
}
for (auto & uniform : uniforms1i) {
shader.setUniform1i(uniform.first, uniform.second);
}
for (auto & uniform : uniforms2i) {
shader.setUniform2i(uniform.first, uniform.second.x, uniform.second.y);
}
for (auto & uniform : uniforms3i) {
shader.setUniform3i(uniform.first, uniform.second.x, uniform.second.y, uniform.second.z);
}
for (auto & uniform : uniforms4i) {
shader.setUniform4i(uniform.first, uniform.second.x, uniform.second.y, uniform.second.z, uniform.second.w);
}
for (auto & uniform : uniformstex) {
shader.setUniformTexture(uniform.first,
uniform.second.textureTarget,
uniform.second.textureID,
uniform.second.textureLocation);
}
}
void ofMaterial::beginShader(int texType){
initShaders();
switch(texType){
case OF_NO_TEXTURE:
currentShader = &shaderNoTexture;
break;
case GL_TEXTURE_2D:
currentShader = &shaderTexture2D;
break;
default:
currentShader = &shaderTextureRect;
break;
}
const ofMatrix4x4 & normalMatrix = ofGetCurrentNormalMatrix();
currentShader->begin();
currentShader->setUniformMatrix4f("normalMatrix",normalMatrix);
currentShader->setUniform4fv("mat_ambient", &data.ambient.r);
currentShader->setUniform4fv("mat_diffuse", &data.diffuse.r);
currentShader->setUniform4fv("mat_specular", &data.specular.r);
currentShader->setUniform4fv("mat_emissive", &data.emissive.r);
currentShader->setUniform4fv("global_ambient", &ofGetGlobalAmbientColor().r);
currentShader->setUniform1f("mat_shininess",data.shininess);
for(size_t i=0;i<ofLightsData().size();i++){
string idx = ofToString(i);
if(ofLightsData()[i].expired() || !ofLightsData()[i].lock()->isEnabled){
currentShader->setUniform1f("lights["+idx+"].enabled",0);
continue;
}
shared_ptr<ofLight::Data> light = ofLightsData()[i].lock();
ofVec4f lightEyePosition = light->position * ofGetCurrentViewMatrix();
currentShader->setUniform1f("lights["+idx+"].enabled",1);
currentShader->setUniform1f("lights["+idx+"].type", light->lightType);
currentShader->setUniform4fv("lights["+idx+"].position", &lightEyePosition.x);
currentShader->setUniform4fv("lights["+idx+"].ambient", &light->ambientColor.r);
currentShader->setUniform4fv("lights["+idx+"].specular", &light->specularColor.r);
currentShader->setUniform4fv("lights["+idx+"].diffuse", &light->diffuseColor.r);
if(light->lightType==OF_LIGHT_POINT || light->lightType==OF_LIGHT_AREA){
currentShader->setUniform1f("lights["+idx+"].constantAttenuation", light->attenuation_constant);
currentShader->setUniform1f("lights["+idx+"].linearAttenuation", light->attenuation_linear);
currentShader->setUniform1f("lights["+idx+"].quadraticAttenuation", light->attenuation_quadratic);
}
if(light->lightType==OF_LIGHT_SPOT){
ofVec3f direction = light->position + light->direction;
direction = direction * ofGetCurrentViewMatrix();
direction = direction - lightEyePosition;
currentShader->setUniform3fv("lights["+idx+"].spotDirection", &direction.x);
currentShader->setUniform1f("lights["+idx+"].spotExponent", light->exponent);
currentShader->setUniform1f("lights["+idx+"].spotCutoff", light->spotCutOff);
currentShader->setUniform1f("lights["+idx+"].spotCosCutoff", cos(ofDegToRad(light->spotCutOff)));
}else if(light->lightType==OF_LIGHT_DIRECTIONAL){
ofVec3f halfVector = (ofVec3f(0,0,1) + lightEyePosition).getNormalized();
currentShader->setUniform3fv("lights["+idx+"].halfVector", &halfVector.x);
}else if(light->lightType==OF_LIGHT_AREA){
currentShader->setUniform1f("lights["+idx+"].width", light->width);
currentShader->setUniform1f("lights["+idx+"].height", light->height);
ofVec3f direction = light->position + light->direction;
direction = direction * ofGetCurrentViewMatrix();
direction = direction - lightEyePosition;
ofVec3f right = light->position + light->right;
right = right * ofGetCurrentViewMatrix();
right = right - lightEyePosition;
ofVec3f up = right.getCrossed(direction);
currentShader->setUniform3fv("lights["+idx+"].spotDirection", &direction.x);
currentShader->setUniform3fv("lights["+idx+"].right", &right.x);
currentShader->setUniform3fv("lights["+idx+"].up", &up.x);
}
}
}
