void Sound::Update(bool pause)
{
if (disable) return;
set_pause = pause;
// get source stop messages from sound thread
GetSourceChanges();
// process source stop messages
ProcessSourceStop();
// ProcessSourceAdd is implicit
// calculate sampler changes from sources
ProcessSources();
/*
logso << "id: " <<samplers_update.getFirst().id;
logso << " add: " << samplers_update.getFirst().sadd.size();
logso << " del: " << samplers_update.getFirst().sremove.size();
logso << " set: " << samplers_update.getFirst().sset.size();
logso << " sources: " << sources_num;
logso << std::endl;
*/
size_t old_update_id = update_id;
// commit sampler changes to sound thread
SetSamplerChanges();
// use update id to determine whether sampler updates have been comitted
if (old_update_id != update_id)
{
ProcessSourceRemove();
}
}
// ------------------------------------------------------------------------------------------------
void ColladaModelFactory::ProcessGeo(Model3dBuilder * builder, xml_node* geo)
{
// process meshes
for(xml_node* mesh = FindChildByName(geo, "mesh"); geo != NULL; geo=FindNextByName(geo, "mesh"))
{
const char * id = GetAttributeText(geo, "id", true);
if (!id)
{
id = "!missing-id!";
}
//start a new mesh
builder->Mesh_Reset();
builder->Mesh_Begin(id);
std::vector<Source> sources;
// setup our 'source' arrays
ProcessSources(&sources, builder, mesh);
// process 'polylists'
for(xml_node* polylist = FindChildByName(mesh, "polylist"); polylist != NULL; polylist = FindNextByName(polylist, "polylist"))
{
// process the inputs to determine index stride & offsets
ProcessPolyListFeatures(builder, polylist, &sources);
// get the poly index list and vcount per poly.
ParseUINTArray(FindChildByName(polylist, "vcount"), &builder->m_mesh.poly.vcount);
ParseUINTArray(FindChildByName(polylist, "p"), &builder->m_mesh.poly.indices);
// tell the builder to process the poly/indices data to build vertex/index data
builder->Mesh_SetPrimType("POLYGONS");
builder->Mesh_AddPolys();
}
// process 'triangles'
for(xml_node* triangles = FindChildByName(mesh, "triangles"); triangles != NULL; triangles = FindNextByName(triangles, "triangles"))
{
ProcessPolyListFeatures(builder, triangles, &sources);
ParseUINTArray(FindChildByName(triangles, "p"), &builder->m_mesh.poly.indices);
builder->Mesh_SetPrimType("TRIANGLES");
builder->Mesh_AddTriangles();
}
// process 'tristrips'
for(xml_node* tristrips = FindChildByName(mesh, "tristrips"); tristrips != NULL; tristrips = FindNextByName(tristrips, "tristrips"))
{
ProcessPolyListFeatures(builder, tristrips, &sources);
ParseUINTArray(FindChildByName(tristrips, "p"), &builder->m_mesh.poly.indices);
builder->Mesh_SetPrimType("TRISTRIPS");
builder->Mesh_AddTriStrips();
}
// process 'trifans'
for(xml_node* trifans = FindChildByName(mesh, "trifans"); trifans != NULL; trifans = FindNextByName(trifans, "trifans"))
{
ProcessPolyListFeatures(builder, trifans, &sources);
ParseUINTArray(FindChildByName(trifans, "p"), &builder->m_mesh.poly.indices);
builder->Mesh_SetPrimType("TRIFANS");
builder->Mesh_AddTriFans();
}
builder->Mesh_End();
}
}
