diff --git a/colors.py b/colors.py index cdc855a..183c14e 100644 --- a/colors.py +++ b/colors.py @@ -1,4 +1,4 @@ -import datetime,os,random,re,requests +import datetime,os,re,requests from bs4 import BeautifulSoup from collections import Counter import log,variables @@ -1000,747 +1000,6 @@ def crayonlog(colour,event): crayonstring = str(crayonno) + " " + crayonrend return crayonstring -def dupes(mass=True,nonmass=True,characters=True,specials=True): - dupeslist = [] - previouscard = "" - for card in cardlist: - try: - if card["colour"] != "sig" and card ["colour"] != "limited": - if card["name"] == previouscard["name"]: - dupe = {} - dupe["name"] = card["name"] - if len(card["mass"]) > 0: - if mass: - dupe["mass"] = card["mass"] - if card["colour"] == "special": - if specials: - dupeslist.append(dupe) - else: - if characters: - dupeslist.append(dupe) - else: - if nonmass: - if card["colour"] == "special": - if specials: - dupeslist.append(dupe) - else: - if characters: - dupeslist.append(dupe) - except: - pass - previouscard = card - return dupeslist - -def activitydupes(): - print(dupes(False,True,True,False)) - -def riku(): - print("Specials") - print(dupes(True,False,False,True)) - print("Characters") - print(dupes(True,False,True,False)) - -def nextportfolio(monochrome=False): - useddecks = {} - already = 0 - if monochrome: - for portfolio in portfolios: - if portfolio["type"] == "monochrome": - already += 1 - useddecks.update(portfolio["decks"]) - else: - for portfolio in portfolios: - if portfolio["type"] == "palette": - already += 1 - useddecks.update(portfolio["decks"]) - potentials = [] - for deck in decklist: - if deck["mastered"]: - if deck["colour"] != "special" and deck["colour"] != "limited": - potential = True - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - potential = False - if potential: - potentials.append(deck) - potentials = sorted(potentials, key=lambda d: d["mastered"]) - if monochrome: - reddecks = [] - orangedecks = [] - yellowdecks = [] - greendecks = [] - bluedecks = [] - purpledecks = [] - browndecks = [] - greydecks = [] - for deck in potentials: - if deck["colour"] == "red": - reddecks.append(deck) - elif deck["colour"] == "orange": - orangedecks.append(deck) - elif deck["colour"] == "yellow": - yellowdecks.append(deck) - elif deck["colour"] == "green": - greendecks.append(deck) - elif deck["colour"] == "blue": - bluedecks.append(deck) - elif deck["colour"] == "purple": - purpledecks.append(deck) - elif deck["colour"] == "brown": - browndecks.append(deck) - elif deck["colour"] == "gray": - greydecks.append(deck) - longestvalue = len(reddecks) - nextportcolour = "red" - if len(orangedecks) > longestvalue: - nextportcolour = "orange" - if len(yellowdecks) > longestvalue: - nextportcolour = "yellow" - if len(greendecks) > longestvalue: - nextportcolour = "green" - if len(bluedecks) > longestvalue: - nextportcolour = "blue" - if len(purpledecks) > longestvalue: - nextportcolour = "purple" - if len(browndecks) > longestvalue: - nextportcolour = "brown" - if len(greydecks) > longestvalue: - nextportcolour = "grey" - firstthree = [] - if nextportcolour == "red": - firstthree.append(reddecks[0]["name"]) - firstthree.append(reddecks[1]["name"]) - firstthree.append(reddecks[2]["name"]) - elif nextportcolour == "orange": - firstthree.append(orangedecks[0]["name"]) - firstthree.append(orangedecks[1]["name"]) - firstthree.append(orangedecks[2]["name"]) - elif nextportcolour == "yellow": - firstthree.append(yellowdecks[0]["name"]) - firstthree.append(yellowdecks[1]["name"]) - firstthree.append(yellowdecks[2]["name"]) - elif nextportcolour == "green": - firstthree.append(greendecks[0]["name"]) - firstthree.append(greendecks[1]["name"]) - firstthree.append(greendecks[2]["name"]) - elif nextportcolour == "blue": - firstthree.append(bluedecks[0]["name"]) - firstthree.append(bluedecks[1]["name"]) - firstthree.append(bluedecks[2]["name"]) - elif nextportcolour == "purple": - firstthree.append(purpledecks[0]["name"]) - firstthree.append(purpledecks[1]["name"]) - firstthree.append(purpledecks[2]["name"]) - elif nextportcolour == "brown": - firstthree.append(browndecks[0]["name"]) - firstthree.append(browndecks[1]["name"]) - firstthree.append(browndecks[2]["name"]) - elif nextportcolour == "grey": - firstthree.append(greydecks[0]["name"]) - firstthree.append(greydecks[1]["name"]) - firstthree.append(greydecks[2]["name"]) - secondfive = [] - nearingdecks = sorted(decklist, key=lambda d: d["count"],reverse=True) - slots = 5 - for deck in nearingdecks: - if slots > 0: - if not deck["mastered"]: - if nextportcolour == "grey": - if deck["colour"] == "gray": - secondfive.append(deck["name"]) - slots -= 1 - else: - if deck["colour"] == nextportcolour: - secondfive.append(deck["name"]) - slots -= 1 - alleight = sorted(firstthree + secondfive) - else: - thereddeck = False - redmastered = False - theorangedeck = False - orangemastered = False - theyellowdeck = False - yellowmastered = False - thegreendeck = False - greenmastered = False - thebluedeck = False - bluemastered = False - thepurpledeck = False - purplemastered = False - thebrowndeck = False - brownmastered = False - thegreydeck = False - greymastered = False - sorteddecks = 0 - for deck in potentials: - if sorteddecks < 3: - if deck["colour"] == "red" and thereddeck == False: - thereddeck = deck["name"] - redmastered = True - sorteddecks += 1 - elif deck["colour"] == "orange" and theorangedeck == False: - theorangedeck = deck["name"] - orangemastered = True - sorteddecks += 1 - elif deck["colour"] == "yellow" and theyellowdeck == False: - theyellowdeck = deck["name"] - yellowmastered = True - sorteddecks += 1 - elif deck["colour"] == "green" and thegreendeck == False: - thegreendeck = deck["name"] - greenmastered = True - sorteddecks += 1 - elif deck["colour"] == "blue" and thebluedeck == False: - thebluedeck = deck["name"] - bluemastered = True - sorteddecks += 1 - elif deck["colour"] == "purple" and thepurpledeck == False: - thepurpledeck = deck["name"] - purplemastered = True - sorteddecks += 1 - elif deck["colour"] == "brown" and thebrowndeck == False: - thebrowndeck = deck["name"] - brownmastered = True - sorteddecks += 1 - elif deck["colour"] == "gray" and thegreydeck == False: - thegreydeck = deck["name"] - greymastered = True - sorteddecks += 1 - nearingdecks = sorted(decklist, key=lambda d: d["count"],reverse=True) - if thereddeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if thereddeck == False: - if deck["colour"] == "red": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - thereddeck = deck["name"] - if theorangedeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if theorangedeck == False: - if deck["colour"] == "orange": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - theorangedeck = deck["name"] - if theyellowdeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if theyellowdeck == False: - if deck["colour"] == "yellow": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - theyellowdeck = deck["name"] - if thegreendeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if thegreendeck == False: - if deck["colour"] == "green": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - thegreendeck = deck["name"] - if thebluedeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if thebluedeck == False: - if deck["colour"] == "blue": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - thebluedeck = deck["name"] - if thepurpledeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if thepurpledeck == False: - if deck["colour"] == "purple": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - thepurpledeck = deck["name"] - if thebrowndeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if thebrowndeck == False: - if deck["colour"] == "brown": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - thebrowndeck = deck["name"] - if thegreydeck == False: - for deck in nearingdecks: - if not deck["mastered"]: - if thegreydeck == False: - if deck["colour"] == "gray": - used = False - for key, value in useddecks.items(): - if deck["name"] == key.replace(" ",""): - used = True - if used == False: - thegreydeck = deck["name"] - alleight = [] - alleight.append(thereddeck) - alleight.append(theorangedeck) - alleight.append(theyellowdeck) - alleight.append(thegreendeck) - alleight.append(thebluedeck) - alleight.append(thepurpledeck) - alleight.append(thebrowndeck) - alleight.append(thegreydeck) - portcomment = "♥ Your Name: " + variables.name + "\n♥ Card post: " + variables.url + "\n♥ " - if monochrome: - portcomment += "Monochrome" - else: - portcomment += "Palette" - portcomment += " Portfolio #: " + str(already + 1) + "\n" - if monochrome: - portcomment += "♥ Monochrome Color: " - if nextportcolour == "grey": - if variables.british: - portcomment += "grey" - else: - portcomment += "gray" - else: - portcomment += nextportcolour - portcomment += "\n♥ 1st deck: " + alleight[0] - if alleight[0] in firstthree: - portcomment += " (mastered)" - portcomment += "\n♥ 2nd deck: " + alleight[1] - if alleight[1] in firstthree: - portcomment += " (mastered)" - portcomment += "\n♥ 3rd deck: " + alleight[2] - if alleight[2] in firstthree: - portcomment += " (mastered)" - portcomment += "\n♥ 4th deck: " + alleight[3] - if alleight[3] in firstthree: - portcomment += " (mastered)" - portcomment += "\n♥ 5th deck: " + alleight[4] - if alleight[4] in firstthree: - portcomment += " (mastered)" - portcomment += "\n♥ 6th deck: " + alleight[5] - if alleight[5] in firstthree: - portcomment += " (mastered)" - portcomment += "\n♥ 7th deck: " + alleight[6] - if alleight[6] in firstthree: - portcomment += " (mastered)" - portcomment += "\n♥ 8th deck: " + alleight[7] - if alleight[7] in firstthree: - portcomment += " (mastered)" - else: - portcomment += "♥ Red deck: " + thereddeck - if redmastered: - portcomment += " (mastered)" - portcomment += "\n♥ Orange deck: " + theorangedeck - if orangemastered: - portcomment += " (mastered)" - portcomment += "\n♥ Yellow deck: " + theyellowdeck - if yellowmastered: - portcomment += " (mastered)" - portcomment += "\n♥ Green deck: " + thegreendeck - if greenmastered: - portcomment += " (mastered)" - portcomment += "\n♥ Blue deck: " + thebluedeck - if bluemastered: - portcomment += " (mastered)" - portcomment += "\n♥ Purple deck: " + thepurpledeck - if purplemastered: - portcomment += " (mastered)" - portcomment += "\n♥ Brown deck: " + thebrowndeck - if brownmastered: - portcomment += " (mastered)" - portcomment += "\n♥ Gray deck: " + thegreydeck - if greymastered: - portcomment += " (mastered)" - print(portcomment) - porturl = input("\nPaste the comment URL here: ") - print("\n{\"event\":\"portfolio\",\"date\":datetime.datetime(" + datetime.datetime.today().strftime("%Y,%-m,%-d") + "),\"url\":\"" + porturl + "\",\"decks\":[\"" + alleight[0] + "\",\"" + alleight[1] + "\",\"" + alleight[2] + "\",\"" + alleight[3] + "\",\"" + alleight[4] + "\",\"" + alleight[5] + "\",\"" + alleight[6] + "\",\"" + alleight[7] + "\"]}") - -def switchit(): - wantedbypriority = sorted(wantedlist, key=lambda d: d["priority"]) - redtrade = [] - orangetrade = [] - yellowtrade = [] - greentrade = [] - bluetrade = [] - purpletrade = [] - browntrade = [] - greytrade = [] - for card in cardlist: - if card["priority"] == 4: - if card["colour"] == "red": - redtrade.append(card["name"]) - elif card["colour"] == "orange": - orangetrade.append(card["name"]) - elif card["colour"] == "yellow": - yellowtrade.append(card["name"]) - elif card["colour"] == "green": - greentrade.append(card["name"]) - elif card["colour"] == "blue": - bluetrade.append(card["name"]) - elif card["colour"] == "purple": - purpletrade.append(card["name"]) - elif card["colour"] == "brown": - browntrade.append(card["name"]) - elif card["colour"] == "gray": - greytrade.append(card["name"]) - wantednames = [] - for card in wantedbypriority: - wantednames.append(card["name"]) - wantall = [] - tradeall = [] - reds = input("Paste red pile here: ").split(", ") - wantreds = [] - for card in reds: - if card in wantednames: - wantreds.append(card) - if len(wantreds) > 5: - wantreds = wantreds[:5] - if len(wantreds) > 0: - wantall.extend(wantreds) - traderedscount = len(wantreds) - tradereds = [] - tradereds.extend(random.sample(redtrade,len(wantreds))) - tradeall.extend(tradereds) - oranges = input("Paste orange pile here: ").split(", ") - wantoranges = [] - for card in oranges: - if card in wantednames: - wantoranges.append(card) - if len(wantoranges) > 5: - wantoranges = wantoranges[:5] - if len(wantoranges) > 0: - wantall.extend(wantoranges) - tradeorangescount = len(wantoranges) - tradeoranges = [] - tradeoranges.extend(random.sample(orangetrade,len(wantoranges))) - tradeall.extend(tradeoranges) - yellows = input("Paste yellow pile here: ").split(", ") - wantyellows = [] - for card in yellows: - if card in wantednames: - wantyellows.append(card) - if len(wantyellows) > 5: - wantyellows = wantyellows[:5] - if len(wantyellows) > 0: - wantall.extend(wantyellows) - tradeyellowscount = len(wantyellows) - tradeyellows = [] - tradeyellows.extend(random.sample(yellowtrade,len(wantyellows))) - tradeall.extend(tradeyellows) - greens = input("Paste green pile here: ").split(", ") - wantgreens = [] - for card in greens: - if card in wantednames: - wantgreens.append(card) - if len(wantgreens) > 5: - wantgreens = wantgreens[:5] - if len(wantgreens) > 0: - wantall.extend(wantgreens) - tradegreenscount = len(wantgreens) - tradegreens = [] - tradegreens.extend(random.sample(greentrade,len(wantgreens))) - tradeall.extend(tradegreens) - blues = input("Paste blue pile here: ").split(", ") - wantblues = [] - for card in blues: - if card in wantednames: - wantblues.append(card) - if len(wantblues) > 5: - wantblues = wantblues[:5] - if len(wantblues) > 0: - wantall.extend(wantblues) - tradebluescount = len(wantblues) - tradeblues = [] - tradeblues.extend(random.sample(bluetrade,len(wantblues))) - tradeall.extend(tradeblues) - purples = input("Paste purple pile here: ").split(", ") - wantpurples = [] - for card in purples: - if card in wantednames: - wantpurples.append(card) - if len(wantpurples) > 5: - wantpurples = wantpurples[:5] - if len(wantpurples) > 0: - wantall.extend(wantpurples) - tradepurplescount = len(wantpurples) - tradepurples = [] - tradepurples.extend(random.sample(purpletrade,len(wantpurples))) - tradeall.extend(tradepurples) - browns = input("Paste brown pile here: ").split(", ") - wantbrowns = [] - for card in browns: - if card in wantednames: - wantbrowns.append(card) - if len(wantbrowns) > 5: - wantbrowns = wantbrowns[:5] - if len(wantbrowns) > 0: - wantall.extend(wantbrowns) - tradebrownscount = len(wantbrowns) - tradebrowns = [] - tradebrowns.extend(random.sample(browntrade,len(wantbrowns))) - tradeall.extend(tradebrowns) - greys = input("Paste grey pile here: ").split(", ") - wantgreys = [] - for card in greys: - if card in wantednames: - wantgreys.append(card) - if len(wantgreys) > 5: - wantgreys = wantgreys[:5] - if len(wantgreys) > 0: - wantall.extend(wantgreys) - tradegreyscount = len(wantgreys) - tradegreys = [] - tradegreys.extend(random.sample(greytrade,len(wantgreys))) - tradeall.extend(tradegreys) - chaos = input("Paste chaos pile here: ").split(", ") - wantchaos = [] - for card in chaos: - if card in wantednames: - wantchaos.append(card) - if len(wantchaos) > 5: - wantchaos = wantchaos[:5] - if len(wantchaos) > 0: - wantall.extend(wantchaos) - tradechaos = input("Provide " + str(len(wantchaos)) + " cards for the chaos pile (for " + ", ".join(wantchaos) + "): ").split(", ") - tradeall.extend(tradechaos) - print("\n") - if len(wantreds) > 0: - print("red: " + ", ".join(tradereds) + " for " + ", ".join(wantreds)) - if len(wantoranges) > 0: - print("orange: " + ", ".join(tradeoranges) + " for " + ", ".join(wantoranges)) - if len(wantyellows) > 0: - print("yellow: " + ", ".join(tradeyellows) + " for " + ", ".join(wantyellows)) - if len(wantgreens) > 0: - print("green: " + ", ".join(tradegreens) + " for " + ", ".join(wantgreens)) - if len(wantblues) > 0: - print("blue: " + ", ".join(tradeblues) + " for " + ", ".join(wantblues)) - if len(wantpurples) > 0: - print("purple: " + ", ".join(tradepurples) + " for " + ", ".join(wantpurples)) - if len(wantbrowns) > 0: - print("brown: " + ", ".join(tradebrowns) + " for " + ", ".join(wantbrowns)) - if len(wantgreys) > 0: - if variables.british: - print("grey: " + ", ".join(tradegreys) + " for " + ", ".join(wantgreys)) - else: - print("gray: " + ", ".join(tradegreys) + " for " + ", ".join(wantgreys)) - if len(wantchaos) > 0: - print("chaos: " + ", ".join(tradechaos) + " for " + ", ".join(wantchaos)) - images = "" - for card in tradeall: - images += "" - print("\n" + images + "\n") - switchround = input("Round number: ") - switchcomment = input("Comment URL: ") - print("\n{\"event\":\"switch it up " + switchround + "\",\"date\":datetime.datetime(" + datetime.datetime.today().strftime("%Y,%-m,%-d") + "),\"url\":\"" + switchcomment + "\",\"pend\":[\"" + "\",\"".join(wantall) + "\"],\"lost\":[\"" + "\",\"".join(tradeall) + "\"]}") - -def fish(): - fishdecks = input("Paste list of decks here: ").split(", ") - fishfound = [] - for card in cardlist: - for deck in fishdecks: - if card["name"][:-2] == deck: - fishfound.append(card) - break - fishrefined = [] - previouscard = "" - for card in fishfound: - try: - if card["name"][:-2] != previouscard["name"][:-2]: - fishrefined.append(card) - except: - fishrefined.append(card) - previouscard = card - fishmastered = [] - fishhp = [] - fishmp = [] - fishlp = [] - fishmass = [] - fishtrade = [] - for card in fishrefined: - if card["priority"] == 1: - for deck in decklist: - if deck["name"] == card["name"][:-2]: - if deck["mastered"]: - fishmastered.append(card) - else: - fishhp.append(card) - elif card["priority"] == 2: - if card["mass"]: - for deck in decklist: - if deck["name"] == card["name"][:-2]: - if deck["mass"]: - fishmp.append(card) - else: - fishmass.append(card) - else: - fishmp.append(card) - elif card["priority"] == 3: - fishlp.append(card) - else: - fishtrade.append(card) - locations = [] - if len(fishmastered) > 0: - locations.append("mastered") - if len(fishhp) > 0: - locations.append("collecting/high priority") - if len(fishmp) > 0: - locations.append("collecting/medium priority") - if len(fishlp) > 0: - locations.append("collecting/low priority") - if len(fishmass) > 0: - for card in fishmass: - locations.append("mass collecting/" + card["mass"][0]) - if len(fishtrade) > 0: - locations.append("trading") - locations = list(dict.fromkeys(locations)) - cardnames = [] - for card in fishrefined: - cardnames.append(card["name"]) - print("\nTrade post: " + variables.url + "\nNumber of matches: " + str(len(fishrefined)) + "\nCard name(s): " + ", ".join(cardnames) + "\nWhere cards are located: " + ", ".join(locations) + "\nCards:") - images = "" - for card in fishrefined: - images += "" - print(images) - -def studio(): - dupeslimit = 10 - newlimit = 20 - sigslimit = 10 - choicelimit = 16 - speciallimit = 10 - for event in log.log: - if event["date"].year == datetime.datetime.now().year and event["date"].month == datetime.datetime.now().month: - if event["event"] == "art studio": - try: - dupeslimit -= event["exchange"]["dupes"] - except: - pass - try: - newlimit -= event["exchange"]["new"] - except: - pass - try: - sigslimit -= event["exchange"]["sigs"] - except: - pass - try: - choicelimit -= event["exchange"]["choice"] - except: - pass - try: - speciallimit -= event["exchange"]["special"] - except: - pass - if dupeslimit > 0: - dupeswant = int(input("How many randoms for doubles? (" + str(dupeslimit) + " remaining) ")) - else: - dupeswant = 0 - if newlimit > 0: - newwant = int(input("How many new release cards? (" + str(newlimit) + " remaining) ")) - else: - newwant = 0 - if sigslimit > 0: - sigswant = int(input("How many signatures? (" + str(sigslimit) + " remaining) ")) - else: - sigswant = 0 - if choicelimit > 0: - choicewant = int(input("How many choice character cards? (" + str(choicelimit) + " remaining) ")) - else: - choicewant = 0 - if speciallimit > 0: - specialwant = int(input("How many choice special cards? (" + str(speciallimit) + " remaining) ")) - else: - specialwant = 0 - tradedupes = [] - tradenormal = [] - tradespecial = [] - for card in cardlist: - if card["priority"] == 4: - if card["colour"] != "sig" and card["colour"] != "limited": - if card["dupe"]: - if len(card["mass"]) == 0: - tradedupes.append(card["name"]) - else: - if card["colour"] == "special": - tradespecial.append(card["name"]) - else: - tradenormal.append(card["name"]) - neededdupes = dupeswant - needednormal = 2 * newwant + 3 * sigswant + 3 * choicewant - neededspecial = 3 * specialwant - give = [] - if neededdupes > 0: - give.extend(random.sample(tradedupes,neededdupes)) - if needednormal > 0: - give.extend(random.sample(tradenormal,needednormal)) - if neededspecial > 0: - give.extend(random.sample(tradespecial,neededspecial)) - if choicewant > 0: - choicelist = input(str(choicewant) + " choice character cards: ").split(", ") - if specialwant > 0: - speciallist = input(str(specialwant) + " choice special cards: ").split(", ") - allwants = [] - if dupeswant > 1: - allwants.append(str(dupeswant) + " random cards") - elif dupeswant == 1: - allwants.append(str(dupeswant) + " random card") - if newwant > 1: - allwants.append(str(newwant) + " new release cards") - elif newwant == 1: - allwants.append(str(newwant) + " new release card") - if sigswant > 0: - allwants.append(str(sigswant) + " x sig_" + variables.name.lower()) - if choicewant > 0: - allwants.extend(choicelist) - if specialwant > 0: - allwants.extend(speciallist) - print("\nWhat are you exchanging for?: " + ", ".join(allwants) + "\nCards you are exchanging:\n\nCard names: " + ", ".join(give) + "\nArt Studio use for the current month: random cards: " + str(10 - dupeslimit + dupeswant) + "/10; new release cards: " + str(20 - newlimit + newwant) + "/20; signatures: " + str(10 - sigslimit + sigswant) + "/10; character cards: " + str(16 - choicelimit + choicewant) + "/16; special cards: " + str(10 - speciallimit + specialwant) + "/10\n") - studiourl = input("Paste in comment URL: ") - studiostring = "{\"event\":\"art studio\",\"date\":datetime.datetime(" + datetime.datetime.today().strftime("%Y,%-m,%-d") + "),\"url\":\"" + studiourl + "\",\"lost\":[\"" + "\",\"".join(give) + "\"]," - allchoice = [] - try: - allchoice.extend(choicelist) - except: - pass - try: - allchoice.extend(speciallist) - except: - pass - if len(allchoice) > 0: - studiostring += "\"pend\":[\"" + "\",\"".join(allchoice) + "\"]," - studiostring += "\"exchange\":{\"dupes\":" + str(dupeswant) + ",\"new\":" + str(newwant) + ",\"sigs\":" + str(sigswant) + ",\"choice\":" + str(choicewant) + ",\"special\":" + str(specialwant) + "}}" - print("\n" + studiostring) - -def randoms(specials=False): - totalrandoms = int(input("How many? ")) - pool = [] - for card in cardlist: - if card["priority"] == 4 and card["dupe"] == False and card["colour"] != "sig" and card["colour"] != "limited": - if specials: - pool.append(card["name"]) - else: - if card["colour"] != "special": - pool.append(card["name"]) - chosen = sorted(random.sample(pool,totalrandoms)) - print(", ".join(chosen)) - if __name__ == "__main__": print("Building index page") @@ -1882,7 +1141,7 @@ def indexgen(): content.write("/assets/levels/" + rankcode + ".gif\"> 0: content.write("/" + variables.subfolder) - content.write("/decks/sigs/" + variables.name.lower() + ".gif\" loading=\"lazy\">\n