This repository implements a Advantage Actor-Critic agent baseline for the pysc2 environment as described in the DeepMind StarCraft II paper. We use a synchronous variant of A3C (A2C) to effectively train on GPUs.
Note that this is still work in progress.
This project is licensed under the MIT License (refer to the LICENSE file for details).
- A2C agent
- FullyConv architecture
- support all spatial screen and minimap observations as well as non-spatial player observations
- support the full action space as described in the DeepMind paper (predicting all arguments independently)
- support training on all mini games
- train MoveToBeacon
- train other mini games and correct any training issues
- LSTM architecture
- Multi-GPU training
Any mini game can in principle be trained with the current code,
although we still have to do experiments on maps other than MoveToBeacon
.
Map | mean score (ours) | mean score (DeepMind) |
---|---|---|
MoveToBeacon | 25 | 26 |
With default settings (32 environments), learning MoveToBeacon currently takes between 3K and 8K episodes in total. This varies each run depending on random initialization and action sampling.
- for fast training, a GPU is recommended
- Python 3
- pysc2 (tested with v1.2)
- TensorFlow (tested with 1.4.0)
- StarCraft II and mini games (see below or pysc2)
pip install numpy tensorflow-gpu pysc2==1.2
- Install StarCraft II. On Linux, use 3.16.1.
- Download the
mini games
and extract them to your
StarcraftII/Maps/
directory.
- train with
python run.py my_experiment --map MoveToBeacon
. - run trained agents with
python run.py my_experiment --map MoveToBeacon --eval
.
You can visualize the agents with the --vis
flag.
See run.py
for all arguments.
Summaries are written to out/summary/<experiment_name>
and model checkpoints are written to out/models/<experiment_name>
.
The code in rl/environment.py
is based on
OpenAI baselines,
with adaptions from
sc2aibot.
Some of the code in rl/agents/a2c/runner.py
is loosely based on
sc2aibot.
Also see pysc2-agents for a similar repository.