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20
CdC.md
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20
CdC.md
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Cahier des charges
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==
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Le jeu
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--
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C'est un jeu multijoueur basé sur le jeu de la vie. Il doit supporter pleins de règles donc je vais utiliser lifelib.
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L'objectif d'un joueur est d'avoir le contrôle sur le plus grand nombre de cellules *(coucou le go)*
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Les objectifs
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--
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- Support pour autant de joueur qu'on puisse imaginer *(on fait un mmo ?)*
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- Permettre de copier des RLE dans le jeu
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- Des performances potables, du dezoom a la golly
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- Une interface graphique sympa (HUD, Boutons, Menus)
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- Une structure correcte (séparation en sous-modules)
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- ~~Moddable ?? (on part sur non quand même)~~
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Les idées
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--
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- Envisager une structure p2p et une structure centralisée
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- Des zones de "spawn" pour les joueurs qu'ils peuvent éditer lors de certains ticks
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13
Pipfile
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13
Pipfile
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[[source]]
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name = "pypi"
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url = "https://pypi.org/simple"
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verify_ssl = true
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[dev-packages]
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spyder = "*"
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[packages]
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pygame = "*"
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[requires]
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python_version = "3.7"
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53
Pipfile.lock
generated
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53
Pipfile.lock
generated
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{
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"_meta": {
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"hash": {
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"sha256": "e172a3e30534a9a0b74742497b40f2ab196a0890d1cb082eb481fb89e384456e"
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},
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"pipfile-spec": 6,
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"requires": {
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"python_version": "3.7"
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},
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"sources": [
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{
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"name": "pypi",
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"url": "https://pypi.org/simple",
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"verify_ssl": true
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}
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]
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},
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"default": {
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"pygame": {
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"hashes": [
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"sha256:0480fe82cd41a43e3eea497fa2c059c72ac54cb5d003d5aa2ed06a04541c384e",
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"sha256:136a3b5711d9ec369a0407e4e08ffced3ba61aa41059e9280ffffa79c8614f65",
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"sha256:2622b9dd95f445c887a36a57eade42c672598589f69a8052ccdb8eeeffa4dbb1",
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"sha256:301c6428c0880ecd4a9e3951b80e539c33863b6ff356a443db1758de4f297957",
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"sha256:396320aa29a925feed0b64639f77ce1418722ea7f536b4e4936083dd8d4c4535",
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"sha256:398c42b605ecc514e62f68f1944a2d21e247938309f598de6cb0ad3c207324a8",
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"sha256:4aaff572a273a32e70ec3593d213e59ab11c183a9916616562247930f17a5447",
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"sha256:4e1065577f1b29111113be5deb2ea88553551a5e1cf33e0c08fa32768f285809",
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"sha256:5f052dc2975a399aa1830c1f04c5f72856aa416bf3cd4b31375a058015a5c620",
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"sha256:68ea43e51150316b9fb08e251209d4e2b4e76a340b5b6fc8cdf1a898c78f7e5b",
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"sha256:698433a9fcefca0527244dc44dff9503eb26157494730b1cc80e6e4dbb246e92",
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"sha256:6f714986f7987f10cb94f1be0753318e341a7ea6b12d66f37a4d5d6dd4695023",
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"sha256:73cd9df328c7e72638dbcc1d18e7155225faed880a53db6bad90d1d7c0a71dfd",
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"sha256:7876d1f29f66d3d7cac46479503891ee1ef409b0fbce54b0d74f3a6b33a46dba",
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"sha256:854e87b8b2b76e3ed11d64985fcfdd7af919659503de99fc2b0a717b314c3cf0",
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"sha256:8da13704ad45b7d5de8a8cca135a7f44c7fc6aa9f691abe7b0392468a34a8013",
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"sha256:9ce22fb72298ea33dbb3a1c6c60a4a4e19d9698df6f3f5782eba4dada7b7736d",
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"sha256:a37b6c59e7b8feadc51db5197052b86ceb6443f9fb2a6f7d6527620e707c558c",
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"sha256:a6e8d2f99dbe1dfe72d0c019693c14d93c410f702d0b04ec9a81b36dacd55a23",
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"sha256:a9ac862dd7159861f2c6443b0029089e1c0c4ec762a8074022914ec52fe4dfac",
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"sha256:ae1bc3e78ed28f20878e7ca2c98663a6634e9c00d7746d39413fc18e907dc162",
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"sha256:be7e70f91bd4eb35ae081062f16bf434619b3292358d9b061f8159ddc570c7f0",
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"sha256:c895cf9c1b6d1cbba8cb8cc3f5427febcf8aa41a9333697741abeea1c537a350",
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"sha256:e3e7e4a09dfd8b03663222d6bcadec9fef021404f4d9eecf56825342e039dfc1",
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"sha256:f1f5714d2c23f6a64ef2ac4fcd36a2dd2689da85978d951a99a6ae5dfdf9bdbc",
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"sha256:fa788f775680fc5d268ab00a2da29c9a22830032cfab732730298a2952cd87f3"
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],
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"index": "pypi",
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"version": "==1.9.6"
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}
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},
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"develop": {}
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}
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176
install.py
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176
install.py
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#!/usr/bin/python
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def make_lifelib(autorun=True):
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'''
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This script should be run from within the Python environment in which
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you would like to install or upgrade lifelib. It will do the following
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in turn:
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- ensure its own existence;
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- invoke the pip package manager to install/upgrade python-lifelib;
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- ensure the lifelib environment is correctly configured;
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- perform a rudimentary sanity check;
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- perform comprehensive tests.
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It can be invoked as a Python script or module, or run from within an
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interpreter (python, IPython, or Jupyter), or executed as a Golly script.
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'''
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import sys
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import os
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from time import sleep
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print('Determining whether Golly exists...')
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try:
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import golly as g
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def pprint(x):
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print(x)
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g.show(x)
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g.update()
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sleep(0.5)
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golly_exists=True
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except ImportError:
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def pprint(x):
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print(x)
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golly_exists=False
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preposition = ('within' if golly_exists else 'outside')
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pprint('We are running %s Golly.' % preposition)
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pprint('Determining Python executable...')
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this_python = os.path.abspath(sys.executable)
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pprint('Determining script location...')
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try:
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this_script = os.path.abspath(__file__)
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if not os.path.exists(this_script):
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raise NameError("Script does not exist.")
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except NameError:
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# We may be running from stdin or the clipboard. Ensure the script
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# exists in a real location:
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pprint('Writing script to file...')
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this_script = 'lifelib_install.py'
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try:
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import inspect
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source = '#!/usr/bin/python\n\n'
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source += inspect.getsource(make_lifelib)
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source += '# run program\nmake_lifelib(False)\n'
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with open(this_script, 'w') as f:
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f.write(source)
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except:
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try:
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from urllib import urlretrieve
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except ImportError:
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from urllib.request import urlretrieve
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pprint("Downloading installation script over HTTPS...")
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script_path = 'https://gitlab.com/apgoucher/python-lifelib'
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script_path += '/raw/master/install/install.py'
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urlretrieve(script_path, this_script)
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def install_package():
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pprint("Finding pip package manager...")
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try:
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import pip
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except ImportError:
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import ensurepip
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ensurepip.bootstrap()
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try:
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# Python 3.x:
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from pip._internal import main
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except ImportError:
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# Python 2.x:
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from pip import main
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pprint("Installing/upgrading lifelib...")
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rc = main(['install', '--user', '--upgrade', 'python-lifelib'])
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if rc and os.environ.get('VIRTUAL_ENV', None):
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pprint("Probably running in virtualenv so dropping --user...")
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rc = main(['install', '--upgrade', 'python-lifelib'])
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if rc:
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pprint("Failed to install or upgrade lifelib.")
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def post_install():
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pprint("Checking lifelib is installed...")
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try:
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# This usually works, but not if this is the first time that
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# a --user package has been installed:
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import lifelib
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except ImportError:
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pprint("Updating sys.path...")
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# Find the updated sys.path which contains the newly-minted
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# python-lifelib installation:
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from subprocess import check_output
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sa = [this_python, '-c', 'import sys; print(sys.path)']
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new_path = check_output(sa)
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# Python 3 returns a 'bytes' object which is incompatible
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# with the ast.literal_eval() function, so cast to str:
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if not isinstance(new_path, str):
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new_path = new_path.decode()
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# Safely decode the returned string:
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import ast
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new_path = ast.literal_eval(new_path)
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# In-place list concatenation:
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for n in new_path:
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sys.path.append(n)
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# Now that sys.path has been modified, we can import lifelib:
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import lifelib
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pprint("Lifelib version: %s" % lifelib.__version__)
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if (os.name == 'nt'):
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pprint("Installing Cygwin if necessary...")
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lifelib.install_cygwin()
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pprint("Creating session...")
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sess = lifelib.load_rules('b3s23', force_indirect=True)
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lt = sess.lifetree()
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lidka = lt.pattern("bo$obo$bo8$8bo$6bobo$5b2obo2$4b3o!", 'b3s23')
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lp = lidka.population
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l30kp = lidka[30000].population
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pprint("Initial population of Lidka: %d" % lp)
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pprint("Final population of Lidka: %d" % l30kp)
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if (lp != 13) or (l30kp != 1623):
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raise ValueError("Serious problem: populations do not match.")
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pprint("Checking numpy is installed...")
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import numpy as np
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pprint("Numpy version: %s" % np.__version__)
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pprint("Running comprehensive tests...")
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lifelib.run_tests()
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pprint("Everything completed successfully.")
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def install_sandboxed():
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from subprocess import check_call
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pprint("Upgrading lifelib in separate process...")
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check_call([this_python, this_script, '*'])
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pprint("Lifelib upgraded; running post-install tasks...")
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sleep(1.0)
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post_install()
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if autorun or golly_exists:
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install_sandboxed()
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elif (__name__ == '__main__'):
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[install_sandboxed, install_package, post_install][len(sys.argv)-1]()
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pass
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# run program
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make_lifelib(False)
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