//-------------------------------------------
ofMesh ofxAssimpModelLoader::getCurrentAnimatedMesh(int num){
if((int)modelMeshes.size()<=num){
ofLog(OF_LOG_ERROR,"couldn't find mesh " + ofToString(num) + " there's only " + ofToString(scene->mNumMeshes));
return ofMesh();
}
if(!modelMeshes[num].validCache){
modelMeshes[num].cachedMesh.clearVertices();
modelMeshes[num].cachedMesh.clearNormals();
modelMeshes[num].cachedMesh.addVertices(aiVecVecToOfVecVec(modelMeshes[num].animatedPos));
modelMeshes[num].cachedMesh.addNormals(aiVecVecToOfVecVec(modelMeshes[num].animatedNorm));
modelMeshes[num].validCache = true;
}
return modelMeshes[num].cachedMesh;
}
//-------------------------------------------
ofMesh ofxAssimpModelLoader::getCurrentAnimatedMesh(int num){
if((int)modelMeshes.size()<=num){
ofLogError("ofxAssimpModelLoader") << "getCurrentAnimatedMesh(): mesh id: " << num
<< "out of range for total num meshes: " << scene->mNumMeshes;
return ofMesh();
}
if(!modelMeshes[num].validCache){
modelMeshes[num].cachedMesh.clearVertices();
modelMeshes[num].cachedMesh.clearNormals();
modelMeshes[num].cachedMesh.addVertices(aiVecVecToOfVecVec(modelMeshes[num].animatedPos));
modelMeshes[num].cachedMesh.addNormals(aiVecVecToOfVecVec(modelMeshes[num].animatedNorm));
modelMeshes[num].validCache = true;
}
return modelMeshes[num].cachedMesh;
}
//-------------------------------------------
ofMesh ofxAssimpModelLoader::getCurrentAnimatedMesh(string name){
for(int i=0; i<(int)modelMeshes.size(); i++){
if(string(modelMeshes[i].mesh->mName.data)==name){
if(!modelMeshes[i].validCache){
modelMeshes[i].cachedMesh.clearVertices();
modelMeshes[i].cachedMesh.clearNormals();
modelMeshes[i].cachedMesh.addVertices(aiVecVecToOfVecVec(modelMeshes[i].animatedPos));
modelMeshes[i].cachedMesh.addNormals(aiVecVecToOfVecVec(modelMeshes[i].animatedNorm));
modelMeshes[i].validCache = true;
}
return modelMeshes[i].cachedMesh;
}
}
ofLogError("ofxAssimpModelLoader") << "getCurrentAnimatedMesh(): couldn't find mesh: \"" + name << "\"";
return ofMesh();
}
