void ShVarModel::setRecursiveUniformValues(ShVarItem *item, const Uniform& u)
{
if (!item)
return;
if (item->getFullName() == u.name()) {
dbgPrint(DBGLVL_INFO, "found uniform: %s\n", u.name().toAscii().data());
item->setData(DF_DEBUG_UNIFORM_VALUE, u.toString());
emit dataChanged(ShVarModel::getIndex(item, 0),
ShVarModel::getIndex(item, DF_LAST - 1));
} else {
for (int i = 0; i < item->childCount(); ++i) {
setRecursiveUniformValues(item->child(i), u);
}
}
}
void UniformRegistry::setUniform(const Uniform & uniform, bool warnIfUnused, bool forced){
entry_t * & entry = uniforms[uniform.getNameId()];
if(entry==nullptr){ // new entry
entry = new entry_t( uniform,warnIfUnused,getNewGlobalStep() );
orderedList.push_front(entry);
entry->positionInUpdateList=orderedList.begin();
} // if an entry exists and appliance is forced or (uniform is valid and value has changed)
else if( forced || (entry->valid && !(uniform==entry->uniform)) ){
//! \note This warning should do no harm - otherwise remove it.
if(entry->uniform.getType()!=uniform.getType() ){
WARN("Type of Uniform changed; this may be a problem. "+entry->uniform.toString()+" -> "+uniform.toString());
}
// move entry to the front of the orderedList
orderedList.erase(entry->positionInUpdateList);
orderedList.push_front(entry);
entry->reset(uniform,getNewGlobalStep(),warnIfUnused,orderedList.begin());
}
// else: if the value of an uniform has not changed or the uniform could not be set (= invalid), nothing needs to be done.
}
