* move delete to earlier stage
* lines for better readability
* Added detach shader
* Addition forgotten glDeleteProgram
https://github.com/rwengine/openrw/search?utf8=%E2%9C%93&q=glDeleteProgram&type=
In project there's no necessary clearing call of glDeleteProgram.
* Removing/Closing shader programs
Each shader program should be taken care by glDeleteProgram.
To make it works/usefull, each shader's raw ptr will convertet to unique_ptr
in next commit.
* Converting ShaderProgram's ptr to unique
Actually deleting isn't handled,
so this commit removes memory leak.
Should fix these memory leaks:
==22737== 14,598,040 (131,472 direct, 14,466,568 indirect) bytes in 2,739 blocks are definitely lost in loss record 3,124 of 3,126
==22737== at 0x4C2F1CA: operator new(unsigned long) (vg_replace_malloc.c:334)
==22737== by 0x90FE4B: LoaderDFF::loadFromMemory(std::shared_ptr<FileContentsInfo>) (LoaderDFF.cpp:443)
==22737== by 0x7BCC86: GameData::loadModel(unsigned short) (GameData.cpp:474)
==22737== by 0x7DF7BC: GameWorld::createInstance(unsigned short, glm::tvec3<float, (glm::precision)0> const&, glm::tquat<float, (glm::precision)0> const&) (GameWorld.cpp:144)
==22737== by 0x7DF44C: GameWorld::placeItems(std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char> > const&) (GameWorld.cpp:120)
==22737== by 0x758D38: RWGame::newGame() (RWGame.cpp:116)
==22737== by 0x786389: LoadingState::enter() (LoadingState.cpp:9)
==22737== by 0x75DC59: void StateManager::enter<LoadingState, RWGame*, RWGame::RWGame(Logger&, int, char**)::{lambda()#1}>(RWGame*&&, RWGame::RWGame(Logger&, int, char**)::{lambda()#1}&&) (StateManager.hpp:40)
==22737== by 0x758484: RWGame::RWGame(Logger&, int, char**) (RWGame.cpp:81)
==22737== by 0x747815: main (main.cpp:13)
Previously the worker thread was constructed before the queue was, leading to
unfortunate race conditions. This fixes that, along with unrelated minor cleanup.
Replaces animator with a simpler system that can overlay multiple
animations
Character animation split into two layers, motion and action.
Walking, running and jumping animations are played on the first
layer, actions such as firing can be overlayed on the second.
More work is needed to limit overlap to only the weapons that make
sense.
