PEP8
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#dummy module
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import asyncio
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import fractale.source.main
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import random
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# dummy module
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import discord
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import os
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from PIL import Image
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from concurrent.futures import ThreadPoolExecutor
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class MainClass():
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def __init__(self, client, modules, owners, prefix):
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self.client = client
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self.modules = modules
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self.owners = owners
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self.prefix = prefix
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self.events=['on_message'] #events list
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self.command="%sfractale"%self.prefix #command prefix (can be empty to catch every single messages)
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self.events = ['on_message'] # events list
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self.command = "%sfractale" % self.prefix # command prefix (can be empty to catch every single messages)
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self.name="Fractale"
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self.description="Module de génération de fractales"
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self.interactive=True
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self.color=0x78ffc3
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self.fractals={
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"von_koch_curve_flake":{"Type":"Figures", "Max":((5000,5000), 5000, 10), "Min":((0,0),0,1), "Default":"(2500 2500) 2000 5 #ffffff 1", "Indication":"(départ) (arrivée) longueur iterations color bg stroke", "ParseData":"pfixi"},
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"von_koch_curve":{"Type":"Figures", "Max":((5000,5000),(5000,5000),10), "Min":((0,0),(0,0),1), "Default":"(0 2500) (5000 2500) 5 #ffffff 1", "Indication":"(départ) (arrivée) iterations color bg stroke", "ParseData":"ppixi"},
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"blanc_manger":{"Type":"Figures", "Max":((5000,5000),(5000,5000),10), "Min":((0,0),(0,0),1), "Default":"(1000 1000) (4000 4000) 7 #ffffff 1", "Indication":"(départ) (arrivée) iterations color bg stroke", "ParseData":"ppixi"},
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"dragon":{"Type":"Lsystem", "Max":((5000,5000), 2500,19), "Min":((0,0),1,1), "Default":"(2500 2500)", "Indication":"(origine) longueur iterations color bg stroke", "ParseData":"pfixi"},
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"sierpinski_triangle":{"Type":"Lsystem", "Max":((5000,5000),2500,11), "Min":((0,0),0,1), "Default":"(0 0)", "Indication":"(origine) longueur iterations color bg stroke", "ParseData":"pfixi"},
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"fractal_plant":{"Type":"Lsystem", "Max":((5000,5000),2500,8), "Min":((0,0),0,1), "Default":"(0 2500)", "Indication":"(origine) longueur iterations color bg stroke", "ParseData":"pfixi"},
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"koch_curve_right_angle":{"Type":"Lsystem", "Max":((5000,5000),2500,9), "Min":((0,0),0,1), "Default":"(0 5000)", "Indication":"(origine) longueur iterations color bg stroke", "ParseData":"pfixi"},
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"fractal_binary_tree":{"Type":"Lsystem", "Max":((5000,5000),2500,15), "Min":((0,0),0,1), "Default":"(0 0)", "Indication":"(origine) longueur iterations color bg stroke", "ParseData":"pfixi"}
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}
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self.help="""\
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self.name = "Fractale"
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self.description = "Module de génération de fractales"
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self.interactive = True
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self.color = 0x78ffc3
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self.fractals = {
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"von_koch_curve_flake": {"Type": "Figures", "Max": ((5000, 5000), 5000, 10), "Min": ((0, 0), 0, 1),
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"Default": "(2500 2500) 2000 5 #ffffff 1",
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"Indication": "(départ) (arrivée) longueur iterations color bg stroke",
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"ParseData": "pfixi"},
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"von_koch_curve": {"Type": "Figures", "Max": ((5000, 5000), (5000, 5000), 10), "Min": ((0, 0), (0, 0), 1),
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"Default": "(0 2500) (5000 2500) 5 #ffffff 1",
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"Indication": "(départ) (arrivée) iterations color bg stroke", "ParseData": "ppixi"},
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"blanc_manger": {"Type": "Figures", "Max": ((5000, 5000), (5000, 5000), 10), "Min": ((0, 0), (0, 0), 1),
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"Default": "(1000 1000) (4000 4000) 7 #ffffff 1",
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"Indication": "(départ) (arrivée) iterations color bg stroke", "ParseData": "ppixi"},
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"dragon": {"Type": "Lsystem", "Max": ((5000, 5000), 2500, 19), "Min": ((0, 0), 1, 1),
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"Default": "(2500 2500)", "Indication": "(origine) longueur iterations color bg stroke",
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"ParseData": "pfixi"},
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"sierpinski_triangle": {"Type": "Lsystem", "Max": ((5000, 5000), 2500, 11), "Min": ((0, 0), 0, 1),
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"Default": "(0 0)", "Indication": "(origine) longueur iterations color bg stroke",
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"ParseData": "pfixi"},
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"fractal_plant": {"Type": "Lsystem", "Max": ((5000, 5000), 2500, 8), "Min": ((0, 0), 0, 1),
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"Default": "(0 2500)", "Indication": "(origine) longueur iterations color bg stroke",
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"ParseData": "pfixi"},
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"koch_curve_right_angle": {"Type": "Lsystem", "Max": ((5000, 5000), 2500, 9), "Min": ((0, 0), 0, 1),
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"Default": "(0 5000)",
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"Indication": "(origine) longueur iterations color bg stroke",
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"ParseData": "pfixi"},
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"fractal_binary_tree": {"Type": "Lsystem", "Max": ((5000, 5000), 2500, 15), "Min": ((0, 0), 0, 1),
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"Default": "(0 0)", "Indication": "(origine) longueur iterations color bg stroke",
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"ParseData": "pfixi"}
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}
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self.help = """\
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</prefix>fractale info <fractale>
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=> Affiche les informations relatives à la fractale spécifiée. (paramètres attendus, paramètres par défaut, type des arguments)
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@ -41,17 +55,17 @@ class MainClass():
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-> Valeurs possible pour <fractale>
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```..: Toutes les fractales:
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%s```"""%'\n'.join(['......: %s'%t for t in self.fractals.keys()])
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%s```""" % '\n'.join(['......: %s' % t for t in self.fractals.keys()])
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async def on_message(self, message):
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args=message.content.split(" ")
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if len(args)==1:
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args = message.content.split(" ")
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if len(args) == 1:
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await self.modules['help'][1].send_help(message.channel, self)
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elif len(args)==2:
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elif len(args) == 2:
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pass
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elif len(args)==3:
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if args[1]=="" and args[2] in self.fractals.keys():
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description="""\
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elif len(args) == 3:
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if args[1] == "" and args[2] in self.fractals.keys():
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description = """\
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La fractale {nom} attend les arguments suivant :
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`{arguments}`
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avec le type suivant:
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@ -61,98 +75,111 @@ Attention, les coordonnées des points doivent être entre parentheses et son co
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Les arguments valent par défaut :
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`{defaut}`""".format(nom=args[2])
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await message.channel.send(embed=discord.Embed(title="[%s] - Infos : *%s*"%(self.name,args[2]), description=""))
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await message.channel.send(
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embed=discord.Embed(title="[%s] - Infos : *%s*" % (self.name, args[2]), description=""))
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else:
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await self.modules['help'][1].send_help(message.channel, self)
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#parsed_data=self.parse(message.content[len("%sfractale "%self.prefix):])))
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# parsed_data=self.parse(message.content[len("%sfractale "%self.prefix):])))
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async def send_fractal(self, message, command):
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return #TODO Coder la fonction
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return # TODO Coder la fonction
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def parse(self, inp):
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retDic={"Success":False, "Message":"", "Result":()}
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#Parsing the fractal name and storing the corresponding dic into a variable
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retDic = {"Success": False, "Message": "", "Result": ()}
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# Parsing the fractal name and storing the corresponding dic into a variable
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try:
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fractal=self.fractals[inp.split(' ')[0]]
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fractal = self.fractals[inp.split(' ')[0]]
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except KeyError:
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retDic.update({"Success":False, "Message":"La fractale %s n'existe pas."%inp.split(' ')[0]})
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return(retDic)
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arg=' '.join(inp.split(' ')[1:]) #Stuff after the fractal name
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#checking for incoherent parentheses usage
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parentheses_count=0
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for i,char in enumerate(arg):
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if char=='(':
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parentheses_count+=1
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elif char==')':
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parentheses_count-=1
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if not(-1<parentheses_count<2):
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retDic.update({"Success":False, "Message":"Usage invalide de parentheses au charactère numéro %s (à partir d'après le nom de la fractale)."%i})
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return(retDic)
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retDic.update({"Success": False, "Message": "La fractale %s n'existe pas." % inp.split(' ')[0]})
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return (retDic)
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arg = ' '.join(inp.split(' ')[1:]) # Stuff after the fractal name
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# checking for incoherent parentheses usage
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parentheses_count = 0
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for i, char in enumerate(arg):
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if char == '(':
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parentheses_count += 1
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elif char == ')':
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parentheses_count -= 1
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if not (-1 < parentheses_count < 2):
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retDic.update({"Success": False,
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"Message": "Usage invalide de parentheses au charactère numéro %s (à partir d'après le nom de la fractale)." % i})
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return (retDic)
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#Here, we have a coherent parentheses usage
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# Here, we have a coherent parentheses usage
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if ',' in arg:
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retDic.update({"Success":False, "Message":"Les virgules n'ont pas leur place dans les paramètres de génération. Il ne doit y avoir que des espaces uniques."})
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return(retDic)
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retDic.update({"Success": False,
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"Message": "Les virgules n'ont pas leur place dans les paramètres de génération. Il ne doit y avoir que des espaces uniques."})
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return (retDic)
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#parsing the fractal
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args=arg.replace(')','').replace('(','').split(' ')
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parsed_args=[]
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i=0
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for parse in fractal['ParseData'] :
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if parse=='p':
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if args[i]!='*':
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# parsing the fractal
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args = arg.replace(')', '').replace('(', '').split(' ')
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parsed_args = []
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i = 0
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for parse in fractal['ParseData']:
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if parse == 'p':
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if args[i] != '*':
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try:
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int(args[i])
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int(args[i+1])
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int(args[i + 1])
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except:
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retDic.update({"Success":False, "Message":"Les valeurs ne sont pas du bon type. (nombre entiers attendus pour les coordonnées d'un point)"})
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return(retDic)
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parsed_args.append((int(args[i]),int(args[i+1])))
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i+=2
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retDic.update({"Success": False,
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"Message": "Les valeurs ne sont pas du bon type. (nombre entiers attendus pour les coordonnées d'un point)"})
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return (retDic)
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parsed_args.append((int(args[i]), int(args[i + 1])))
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i += 2
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else:
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parsed_args.append(self.parse(inp.split(' ')[0]+' '+fractal['Default'])['Result'][len(parsed_args)])
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i+=1
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parsed_args.append(
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self.parse(inp.split(' ')[0] + ' ' + fractal['Default'])['Result'][len(parsed_args)])
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i += 1
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elif parse=='f':
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if args[i]!='*':
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elif parse == 'f':
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if args[i] != '*':
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try:
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float(args[i])
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except:
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retDic.update({"Success":False, "Message":"Les valeurs ne sont pas du bon type. (Nombre à virgule flottante attendu (mettre un point pour la virgule))"})
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return(retDic)
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retDic.update({"Success": False,
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"Message": "Les valeurs ne sont pas du bon type. (Nombre à virgule flottante attendu (mettre un point pour la virgule))"})
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return (retDic)
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parsed_args.append(float(args[i]))
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i+=1
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i += 1
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else:
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parsed_args.append(self.parse(inp.split(' ')[0]+' '+fractal['Default'])['Result'][len(parsed_args)])
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i+=1
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parsed_args.append(
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self.parse(inp.split(' ')[0] + ' ' + fractal['Default'])['Result'][len(parsed_args)])
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i += 1
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elif parse=='i':
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if args[i]!='*':
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elif parse == 'i':
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if args[i] != '*':
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try:
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int(args[i])
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except:
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print(args[i])
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print(i)
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retDic.update({"Success":False, "Message":"Les valeurs ne sont pas du bon type. (Nombre entier attendu)"})
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return(retDic)
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retDic.update({"Success": False,
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"Message": "Les valeurs ne sont pas du bon type. (Nombre entier attendu)"})
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return (retDic)
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parsed_args.append(int(args[i]))
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i+=1
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i += 1
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else:
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parsed_args.append(self.parse(inp.split(' ')[0]+' '+fractal['Default'])['Result'][len(parsed_args)])
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i+=1
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parsed_args.append(
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self.parse(inp.split(' ')[0] + ' ' + fractal['Default'])['Result'][len(parsed_args)])
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i += 1
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elif parse=='x':
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if args[i]!='*':
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elif parse == 'x':
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if args[i] != '*':
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try:
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if '#' in args[i]:
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int(args[i].replace('#','0x'),16)
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int(args[i].replace('#', '0x'), 16)
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else:
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raise
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except:
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retDic.update({"Success":False, "Message":"Les valeurs ne sont pas du bon type. (Valeur hexadécimale attendue)"})
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return(retDic)
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parsed_args.append(int(args[i].replace('#','0x'),16))
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i+=1
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retDic.update({"Success": False,
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"Message": "Les valeurs ne sont pas du bon type. (Valeur hexadécimale attendue)"})
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return (retDic)
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parsed_args.append(int(args[i].replace('#', '0x'), 16))
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i += 1
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else:
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parsed_args.append(self.parse(inp.split(' ')[0]+' '+fractal['Default'])['Result'][len(parsed_args)])
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i+=1
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retDic.update({"Success":True, "Result":parsed_args})
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return(retDic)
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parsed_args.append(
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self.parse(inp.split(' ')[0] + ' ' + fractal['Default'])['Result'][len(parsed_args)])
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i += 1
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retDic.update({"Success": True, "Result": parsed_args})
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return (retDic)
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