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spoilers.py
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spoilers.py
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# -*- coding: utf-8 -*-
import requests
import feedparser
import re
import sys
import os
import shutil
import time
from lxml import html
from lxml import etree
from PIL import Image
import datetime
import urllib
import json
def scrape_mtgs(url):
return requests.get(url, headers={'Cache-Control':'no-cache', 'Pragma':'no-cache', 'Expires': 'Thu, 01 Jan 1970 00:00:00 GMT'}).text
def parse_mtgs(mtgs, manual_cards=[], card_corrections=[], delete_cards=[], split_cards=[], related_cards=[]):
mtgs = mtgs.replace('utf-16','utf-8')
patterns = ['<b>Name:</b> <b>(?P<name>.*?)<',
'Cost: (?P<cost>\d{0,2}[WUBRGC]*?)<',
'Type: (?P<type>.*?)<',
'Pow/Tgh: (?P<pow>.*?)<',
'Rules Text: (?P<rules>.*?)<br /',
'Rarity: (?P<rarity>.*?)<',
'Set Number: #(?P<setnumber>.*?)/'
]
d = feedparser.parse(mtgs)
cards = []
for entry in d.items()[5][1]:
card = dict(cost='',cmc='',img='',pow='',name='',rules='',type='',
color='', altname='', colorIdentity='', colorArray=[], colorIdentityArray=[], setnumber='', rarity='')
summary = entry['summary']
for pattern in patterns:
match = re.search(pattern, summary, re.MULTILINE|re.DOTALL)
if match:
dg = match.groupdict()
card[dg.items()[0][0]] = dg.items()[0][1]
cards.append(card)
#if we didn't find any cards, let's bail out to prevent overwriting good data
count = 0
for card in cards:
count = count + 1
if count < 1:
sys.exit("No cards found, exiting to prevent file overwrite")
#for manual_card in manual_cards:
#initialize some keys
#manual_card['colorArray'] = []
#manual_card['colorIdentityArray'] = []
#manual_card['color'] = ''
#manual_card['colorIdentity'] = ''
#if not manual_card.has_key('rules'):
# manual_card['rules'] = ''
#if not manual_card.has_key('pow'):
# manual_card['pow'] = ''
#if not manual_card.has_key('setnumber'):
# manual_card['setnumber'] = '0'
#if not manual_card.has_key('type'):
# manual_card['type'] = ''
#see if this is a dupe
#and remove the spoiler version
#i trust my manual cards over their data
#for card in cards:
# if card['name'] == manual_card['name']:
# cards.remove(card)
#cards.append(manual_card)
for card in cards:
card['name'] = card['name'].replace(''', '\'')
card['rules'] = card['rules'].replace(''', '\'') \
.replace('<i>', '') \
.replace('</i>', '') \
.replace('"', '"') \
.replace('blkocking', 'blocking')\
.replace('&bull;','*')\
.replace('comes into the','enters the')\
.replace('threeor', 'three or')\
.replace('[i]','')\
.replace('[/i]','')\
.replace('Lawlwss','Lawless')\
.replace('Costner',"Counter")
card['type'] = card['type'].replace(' ',' ')\
.replace('Crature', 'Creature')
if card['type'][-1] == ' ':
card['type'] = card['type'][:-1]
#if card['name'] in card_corrections:
# for correction in card_corrections[card['name']]:
# if correction != 'name':
# card[correction] = card_corrections[card['name']][correction]
# for correction in card_corrections[card['name']]:
# if correction == 'name':
# oldname = card['name']
# card['name'] = card_corrections[oldname]['name']
# card['rules'] = card['rules'].replace(oldname, card_corrections[oldname][correction])
if 'cost' in card and len(card['cost']) > 0:
workingCMC = 0
stripCost = card['cost'].replace('{','').replace('}','')
for manaSymbol in stripCost:
if manaSymbol.isdigit():
workingCMC += int(manaSymbol)
elif not manaSymbol == 'X':
workingCMC += 1
card['cmc'] = workingCMC
# figure out color
for c in 'WUBRG':
if c not in card['colorIdentity']:
if c in card['cost']:
card['color'] += c
card['colorIdentity'] += c
if (c + '}') in card['rules'] or (str.lower(c) + '}') in card['rules']:
if not (c in card['colorIdentity']):
card['colorIdentity'] += c
cleanedcards = []
#let's remove any cards that are named in delete_cards array
for card in cards:
if not card['name'] in delete_cards:
cleanedcards.append(card)
cards = cleanedcards
cardlist = []
cardarray = []
for card in cards:
dupe = False
for dupecheck in cardarray:
if dupecheck['name'] == card['name']:
dupe = True
if dupe == True:
continue
#if 'draft' in card['rules']:
# continue
for cid in card['colorIdentity']:
card['colorIdentityArray'].append(cid)
if 'W' in card['color']:
card['colorArray'].append('White')
if 'U' in card['color']:
card['colorArray'].append('Blue')
if 'B' in card['color']:
card['colorArray'].append('Black')
if 'R' in card['color']:
card['colorArray'].append('Red')
if 'G' in card['color']:
card['colorArray'].append('Green')
cardpower = ''
cardtoughness = ''
if len(card['pow'].split('/')) > 1:
cardpower = card['pow'].split('/')[0]
cardtoughness = card['pow'].split('/')[1]
cardnames = []
cardnumber = card['setnumber'].lstrip('0')
if card['name'] in related_cards:
cardnames.append(card['name'])
cardnames.append(related_cards[card['name']])
cardnumber += 'a'
card['layout'] = 'double-faced'
for namematch in related_cards:
if card['name'] == related_cards[namematch]:
card['layout'] = 'double-faced'
cardnames.append(namematch)
if not card['name'] in cardnames:
cardnames.append(card['name'])
cardnumber += 'b'
cardnames = []
if card['name'] in split_cards:
cardnames.append(card['name'])
cardnames.append(split_cards[card['name']])
cardnumber = cardnumber.replace('b','').replace('a','') + 'a'
card['layout'] = 'split'
for namematch in split_cards:
if card['name'] == split_cards[namematch]:
card['layout'] = 'split'
cardnames.append(namematch)
if not card['name'] in cardnames:
cardnames.append(card['name'])
cardnumber = cardnumber.replace('b','').replace('a','') + 'b'
if 'number' in card:
if 'b' in card['number'] or 'a' in card['number']:
if not 'layout' in card:
print card['name'] + " has a a/b number but no 'layout'"
cardtypes = []
if not '-' in card['type']:
card['type'] = card['type'].replace('instant','Instant').replace('sorcery','Sorcery').replace('creature','Creature')
cardtypes.append(card['type'].replace('instant','Instant'))
else:
cardtypes = card['type'].replace('Legendary ','').split(' - ')[0].split(' ')[:-1]
if '-' in card['type']:
subtype = card['type'].split(' - ')[1].strip()
#if u"—" in card['type']:
# subtype = card['type'].split(' — ')[1].strip()
if subtype:
subtypes = subtype.split(' ')
if card['cmc'] == '':
card['cmc'] = 0
cardjson = {}
#cardjson["id"] = hashlib.sha1(setname + card['name'] + str(card['name']).lower()).hexdigest()
cardjson["cmc"] = card['cmc']
cardjson["manaCost"] = card['cost']
cardjson["name"] = card['name']
cardjson["number"] = cardnumber
#not sure if mtgjson has a list of acceptable rarities, but my application does
#so we'll warn me but continue to write a non-standard rarity (timeshifted?)
#may force 'special' in the future
if card['rarity'] not in ['Mythic Rare','Rare','Uncommon','Common','Special']:
#errors.append({"name": card['name'], "key": "rarity", "value": card['rarity']})
print card['name'] + ' has rarity = ' + card['rarity']
if subtypes:
cardjson['subtypes'] = subtypes
cardjson["rarity"] = card['rarity']
cardjson["text"] = card['rules']
cardjson["type"] = card['type']
cardjson["url"] = card['img']
cardjson["types"] = cardtypes
#optional fields
if len(card['colorIdentityArray']) > 0:
cardjson["colorIdentity"] = card['colorIdentityArray']
if len(card['colorArray']) > 0:
cardjson["colors"] = card['colorArray']
if len(cardnames) > 1:
cardjson["names"] = cardnames
if cardpower or cardpower == '0':
cardjson["power"] = cardpower
cardjson["toughness"] = cardtoughness
if card.has_key('loyalty'):
cardjson["loyalty"] = card['loyalty']
if card.has_key('layout'):
cardjson["layout"] = card['layout']
cardarray.append(cardjson)
return {"cards": cardarray}
def correct_cards(mtgjson, manual_cards=[], card_corrections=[], delete_cards=[]):
mtgjson2 = []
for card in manual_cards:
if 'cmc' not in card:
workingCMC = 0
stripCost = card['manaCost'].replace('{','').replace('}','')
for manaSymbol in stripCost:
if manaSymbol.isdigit():
workingCMC += int(manaSymbol)
elif not manaSymbol == 'X':
workingCMC += 1
if 'types' not in card:
card['types'] = []
if '—' in card['type']:
workingTypes = card['type'].split('—')[0].strip()
else:
workingTypes = card['type'].split('-')[0].strip()
workingTypes.replace('Legendary ','').replace('Snow ','')\
.replace('Elite ','').replace('Basic ','').replace('World ','').replace('Ongoing ','')
card['types'] += workingTypes.split(' ')
if 'subtypes' not in card:
if '—' in card['type']:
workingSubtypes = card['type'].split('—')[1].strip()
elif '-' in card['type']:
workingSubtypes = card['type'].split('-')[1].strip()
if workingSubtypes:
card['subtypes'] = workingSubtypes.split(' ')
colorMap = {
"W": "White",
"U": "Blue",
"B": "Black",
"R": "Red",
"G": "Green"
}
if 'manaCost' in card:
if 'text' in card and not 'Devoid' in card['text']:
for letter in card['manaCost']:
if not letter.isdigit() and not letter == 'X':
if 'colorIdentity' in card:
if not letter in card['colorIdentity']:
card['colorIdentity'] += letter
else:
card['colorIdentity'] = [letter]
if 'colors' in card:
if not colorMap[letter] in card['colors']:
card['colors'] += colorMap[letter]
else:
card['colors'] = [colorMap[letter]]
if 'text' in card:
for CID in colorMap:
if '{' + CID + '}' in card['text']:
if 'colorIdentity' in card:
if not CID in card['colorIdentity']:
card['colorIdentity'] += CID
else:
card['colorIdentity'] = [CID]
for card in mtgjson['cards']:
isManual = False
for manualCard in manual_cards:
if card['name'] == manualCard['name']:
mtgjson2.append(manualCard)
isManual = True
if not isManual and not card['name'] in delete_cards:
mtgjson2.append(card)
mtgjson = {"cards": mtgjson2}
for card in mtgjson['cards']:
for cardCorrection in card_corrections:
if card['name'] == cardCorrection:
for correctionType in card_corrections[cardCorrection]:
if not correctionType == 'name':
card[correctionType] = card_corrections[cardCorrection][correctionType]
if 'name' in card_corrections[cardCorrection]:
card['name'] = card_corrections[cardCorrection]['name']
return mtgjson
def errorcheck(mtgjson):
errors = []
for card in mtgjson['cards']:
for key in card:
if key == "":
errors.append({"name": card['name'], "key": key, "value": ""})
requiredKeys = ['name','type']
for requiredKey in requiredKeys:
if not requiredKey in card:
errors.append({"name": card['name'], "key": key, "missing": True})
if 'text' in card:
#foo = 1
card['text'] = card['text'].replace('<i>','').replace('</i>','').replace('<em>','').replace('</em','').replace('(','')
if 'type' in card:
if 'Planeswalker' in card['type']:
if not 'loyalty' in card:
errors.append({"name": card['name'], "key": "loyalty", "value": ""})
if not card['rarity'] == 'Mythic Rare':
errors.append({"name": card['name'], "key": "rarity", "value": card['rarity']})
if not 'subtypes' in card:
errors.append({"name": card['name'], "key": "subtypes", "oldvalue": "", "newvalue": card['name'].split(" ")[0], "fixed": True})
if not card['name'].split(' ')[0] == 'Ob' and not card['name'].split(' ') == 'Nicol':
card["subtypes"] = card['name'].split(" ")[0]
else:
card["subtypes"] = card['name'].split(" ")[1]
if not 'types' in card:
#errors.append({"name": card['name'], "key": "types", "fixed": True, "oldvalue": "", "newvalue": ["Planeswalker"]})
card['types'] = ["Planeswalker"]
elif not "Planeswalker" in card['types']:
#errors.append({"name": card['name'], "key": "types", "fixed": True, "oldvalue": card['types'], "newvalue": card['types'] + ["Planeswalker"]})
card['types'].append("Planeswalker")
if 'Creature' in card['type']:
if not 'power' in card:
errors.append({"name": card['name'], "key": "power", "value": ""})
if not 'toughness' in card:
errors.append({"name": card['name'], "key": "toughness", "value": ""})
if not 'subtypes' in card:
errors.append({"name": card['name'], "key": "subtypes", "value": ""})
if 'manaCost' in card:
workingCMC = 0
stripCost = card['manaCost'].replace('{','').replace('}','')
for manaSymbol in stripCost:
if manaSymbol.isdigit():
workingCMC += int(manaSymbol)
elif not manaSymbol == 'X':
workingCMC += 1
if not 'cmc' in card:
errors.append({"name": card['name'], "key": "cmc", "value": ""})
elif not card['cmc'] == workingCMC:
errors.append({"name": card['name'], "key": "cmc", "oldvalue": card['cmc'], "newvalue": workingCMC, "fixed": True, "match": card['manaCost']})
card['cmc'] = workingCMC
if not 'cmc' in card:
errors.append({"name": card['name'], "key": "cmc", "value": ""})
else:
if not isinstance(card['cmc'], int):
errors.append({"name": card['name'], "key": "cmc", "oldvalue": card['cmc'], "newvalue": int(card['cmc']), "fixed": True})
card['cmc'] = int(card['cmc'])
else:
if card['cmc'] > 0:
if not 'manaCost' in card:
errors.append({"name": card['name'], "key": "manaCost", "value": "", "match": card['cmc']})
else:
if 'manaCost' in card:
errors.append({"name": card['name'], "key": "manaCost", "oldvalue": card['manaCost'], "fixed": True})
del card["manaCost"]
if 'colors' in card:
if not 'colorIdentity' in card:
if 'text' in card:
if not 'devoid' in card['text'].lower():
errors.append({"name": card['name'], "key": "colorIdentity", "value": ""})
else:
errors.append({"name": card['name'], "key": "colorIdentity", "value": ""})
if 'colorIdentity' in card:
if not 'colors' in card:
#this one will false positive on emerge cards
if not 'Land' in card['type'] and not 'Artifact' in card['type'] and not 'Eldrazi' in card['type']:
if 'text' in card:
if not 'emerge' in card['text'].lower() and not 'devoid' in card['text'].lower():
errors.append({"name": card['name'], "key": "colors", "value": ""})
else:
errors.append({"name": card['name'], "key": "colors", "value": ""})
#if not 'Land' in card['type'] and not 'Artifact' in card['type'] and not 'Eldrazi' in card['type']:
# errors.append({"name": card['name'], "key": "colors", "value": ""})
if not 'url' in card:
errors.append({"name": card['name'], "key": "url", "value": ""})
elif len(card['url']) < 10:
errors.append({"name": card['name'], "key": "url", "value": ""})
if 'layout' in card:
if card['layout'] == 'split' or card['layout'] == 'meld' or card['layout'] == 'aftermath':
if not 'names' in card:
errors.append({"name": card['name'], "key": "names", "value": ""})
if 'number' in card:
if not 'a' in card['number'] and not 'b' in card['number'] and not 'c' in card['number']:
errors.append({"name": card['name'], "key": "number", "value": card['number']})
if not 'number' in card:
errors.append({"name": card['name'], "key": "number", "value": ""})
if not 'types' in card:
errors.append({"name": card['name'], "key": "types", "value": ""})
#print errors
return [mtgjson, errors]
def get_scryfall(setUrl):
#getUrl = 'https://api.scryfall.com/cards/search?q=++e:'
#setUrl = getUrl + setname.lower()
setDone = False
scryfall = []
#firstPass = True
while setDone == False:
setcards = requests.get(setUrl)
setcards = setcards.json()
if setcards.has_key('data'):
#if firstPass:
# cards[set]["cards"] = []
# firstPass = False
scryfall.append(setcards['data'])
#for setkey in mtgjson[set]:
# if 'card' not in setkey:
# if set != 'NMS':
# cards[set][setkey] = mtgjson[set][setkey]
else:
setDone = True
print setUrl
print setcards
print 'No data - ' + set
#noset.append(set)
time.sleep(.1)
if setcards.has_key('has_more'):
if setcards['has_more'] == True:
#print 'Going to extra page of ' + set
setUrl = setcards['next_page']
else:
setDone = True
else:
setDone = True
#return scryfall
convert_scryfall(scryfall)
return scryfall
print
def convert_scryfall(scryfall):
cards2 = []
for card in scryfall:
card2 = {}
card2['cmc'] = int((card['converted_mana_cost']).split('.')[0])
if card.has_key('mana_cost'):
card2['manaCost'] = card['mana_cost'].replace('{','').replace('}','')
else:
card2['manaCost'] = ''
card2['name'] = card['name']
card2['number'] = card['collector_number']
card2['rarity'] = card['rarity'].replace('mythic','mythic rare').title()
if card.has_key('oracle_text'):
card2['text'] = card['oracle_text'].replace(u"\u2022 ", u'*').replace(u"\u2014",'-').replace(u"\u2212","-")
else:
card2['text'] = ''
card2['url'] = card['image_uri']
card2['type'] = card['type_line'].replace(u'—','-')
cardtypes = card['type_line'].split(u' — ')[0].replace('Legendary ','').replace('Snow ','')\
.replace('Elite ','').replace('Basic ','').replace('World ','').replace('Ongoing ','')
cardtypes = cardtypes.split(' ')
if u' — ' in card['type_line']:
cardsubtypes = card['type_line'].split(u' — ')[1]
if ' ' in cardsubtypes:
card2['subtypes'] = cardsubtypes.split(' ')
else:
card2['subtypes'] = [cardsubtypes]
if 'Legendary' in card['type_line']:
if card2.has_key('supertypes'):
card2['supertypes'].append('Legendary')
else:
card2['supertypes'] = ['Legendary']
if 'Snow' in card['type_line']:
if card2.has_key('supertypes'):
card2['supertypes'].append('Snow')
else:
card2['supertypes'] = ['Snow']
if 'Elite' in card['type_line']:
if card2.has_key('supertypes'):
card2['supertypes'].append('Elite')
else:
card2['supertypes'] = ['Elite']
if 'Basic' in card['type_line']:
if card2.has_key('supertypes'):
card2['supertypes'].append('Basic')
else:
card2['supertypes'] = ['Basic']
if 'World' in card['type_line']:
if card2.has_key('supertypes'):
card2['supertypes'].append('World')
else:
card2['supertypes'] = ['World']
if 'Ongoing' in card['type_line']:
if card2.has_key('supertypes'):
card2['supertypes'].append('Ongoing')
else:
card2['supertypes'] = ['Ongoing']
card2['types'] = cardtypes
if card.has_key('color_identity'):
card2['colorIdentity'] = card['color_identity']
if card.has_key('colors'):
if not card['colors'] == []:
card2['colors'] = []
if 'W' in card['colors']:
card2['colors'].append("White")
if 'U' in card['colors']:
card2['colors'].append("Blue")
if 'B' in card['colors']:
card2['colors'].append("Black")
if 'R' in card['colors']:
card2['colors'].append("Red")
if 'G' in card['colors']:
card2['colors'].append("Green")
#card2['colors'] = card['colors']
if card.has_key('all_parts'):
card2['names'] = []
for partname in card['all_parts']:
card2['names'].append(partname['name'])
if card.has_key('power'):
card2['power'] = card['power']
if card.has_key('toughness'):
card2['toughness'] = card['toughness']
if card.has_key('layout'):
if card['layout'] != 'normal':
card2['layout'] = card['layout']
if card.has_key('loyalty'):
card2['loyalty'] = card['loyalty']
if card.has_key('artist'):
card2['artist'] = card['artist']
#if card.has_key('source'):
# card2['source'] = card['source']
#if card.has_key('rulings'):
# card2['rulings'] = card['rulings']
if card.has_key('flavor_text'):
card2['flavor'] = card['flavor_text']
if card.has_key('multiverse_id'):
card2['multiverseid'] = card['multiverse_id']
cards2['cards'].append(card2)
return cards2
print
def scrape_fullspoil(url, showRarityColors=False, showFrameColors=False, manual_cards=[], delete_cards=[], split_cards=[]):
page = requests.get(url)
tree = html.fromstring(page.content)
cards = []
cardtree = tree.xpath('//*[@id="content-detail-page-of-an-article"]')
for child in cardtree:
cardElements = child.xpath('//*/p/img')
cardcount = 0
for cardElement in cardElements:
card = {
"name": cardElement.attrib['alt'].replace(u"\u2019",'\'').split(' /// ')[0],
"img": cardElement.attrib['src']
}
card["url"] = card["img"]
card["cmc"] = 0
card["manaCost"] = ""
card["type"] = "Land"
card["types"] = ["Land"]
card["text"] = ""
#card["colorIdentity"] = [""]
if card['name'] in split_cards:
card["names"] = [card['name'], split_cards[card['name']]]
card["layout"] = "split"
notSplit = True
for backsplit in split_cards:
if card['name'] == split_cards[backsplit]:
notSplit = False
if notSplit and not card['name'] in delete_cards:
cards.append(card)
cardcount += 1
print "Spoil Gallery has " + str(cardcount) + " cards."
#print mtgjson
#print cards
#return cards
get_rarities_by_symbol(fullspoil, showRarityColors)
get_colors_by_frame(fullspoil, showFrameColors)
return cards
def get_rarities_by_symbol(fullspoil, split_cards=[]):
symbolPixels = (234, 215, 236, 218)
highVariance = 15
colorAverages = {
"Common": [225, 224, 225],
"Uncommon": [194, 228, 240],
"Rare": [225, 201, 134],
"Mythic Rare": [249, 163, 15]
}
#symbolCount = 0
for card in fullspoil:
cardImage = Image.open('images/' + card['name'] + '.png')
if card['name'] in split_cards:
setSymbol = cardImage.crop((234, 134, 236, 137))
else:
setSymbol = cardImage.crop(symbolPixels)
cardHistogram = setSymbol.histogram()
reds = cardHistogram[0:256]
greens = cardHistogram[256:256 * 2]
blues = cardHistogram[256 * 2: 256 * 3]
reds = sum(i * w for i, w in enumerate(reds)) / sum(reds)
greens = sum(i * w for i, w in enumerate(greens)) / sum(greens)
blues = sum(i * w for i, w in enumerate(blues)) / sum(blues)
variance = 768
for color in colorAverages:
colorVariance = 0
colorVariance = colorVariance + abs(colorAverages[color][0] - reds)
colorVariance = colorVariance + abs(colorAverages[color][1] - greens)
colorVariance = colorVariance + abs(colorAverages[color][2] - blues)
if colorVariance < variance:
variance = colorVariance
card['rarity'] = color
if variance > highVariance:
# if a card isn't close to any of the colors, it's probably a planeswalker? make it mythic.
print card['name'], 'has high variance of', variance, ', closest rarity is', card['rarity']
card['rarity'] = "Mythic Rare"
print card['name'], '$', reds, greens, blues
#if symbolCount < 10:
#setSymbol.save('images/' + card['name'] + '.symbol.jpg')
# symbolCount += 1
return fullspoil
print
def get_colors_by_frame(fullspoil, split_cards=[]):
framePixels = (20, 11, 76, 16)
highVariance = 10
colorAverages = {
"White": [231,225,200],
"Blue": [103,193,230],
"Black": [58, 61, 54],
"Red": [221, 122, 101],
"Green": [118, 165, 131],
"Multicolor": [219, 200, 138],
"Artifact": [141, 165, 173],
"Colorless": [216, 197, 176],
}
#symbolCount = 0
for card in fullspoil:
cardImage = Image.open('images/' + card['name'] + '.png')
if card['name'] in split_cards:
continue
#setSymbol = cardImage.crop((234, 134, 236, 137))
#else:
cardColor = cardImage.crop(framePixels)
cardHistogram = cardColor.histogram()
reds = cardHistogram[0:256]
greens = cardHistogram[256:256 * 2]
blues = cardHistogram[256 * 2: 256 * 3]
reds = sum(i * w for i, w in enumerate(reds)) / sum(reds)
greens = sum(i * w for i, w in enumerate(greens)) / sum(greens)
blues = sum(i * w for i, w in enumerate(blues)) / sum(blues)
variance = 768
for color in colorAverages:
colorVariance = 0
colorVariance = colorVariance + abs(colorAverages[color][0] - reds)
colorVariance = colorVariance + abs(colorAverages[color][1] - greens)
colorVariance = colorVariance + abs(colorAverages[color][2] - blues)
if colorVariance < variance:
variance = colorVariance
card['colors'] = [color]
if variance > highVariance:
# if a card isn't close to any of the colors, it's probably a planeswalker? make it mythic.
#print card['name'], 'has high variance of', variance, ', closest rarity is', card['color']
print card['name'], '$ colors $', reds, greens, blues
#if 'Multicolor' in card['colors'] or 'Colorless' in card['colors'] or 'Artifact' in card['colors']:
# card['colors'] = []
#if symbolCount < 10:
#cardColor.save('images/' + card['name'] + '.symbol.jpg')
# symbolCount += 1
return fullspoil
def get_image_urls(mtgjson, isfullspoil, setname, setlongname, setSize=269):
IMAGES = 'http://magic.wizards.com/en/content/' + setlongname.lower().replace(' ', '-') + '-cards'
IMAGES2 = 'http://mythicspoiler.com/newspoilers.html'
IMAGES3 = 'http://magic.wizards.com/en/articles/archive/card-image-gallery/' + setlongname.lower().replace(' ', '-')
text = requests.get(IMAGES).text
text2 = requests.get(IMAGES2).text
text3 = requests.get(IMAGES3).text
wotcpattern = r'<img alt="{}.*?" src="(?P<img>.*?\.png)"'
mythicspoilerpattern = r' src="' + setname.lower() + '/cards/{}.*?.jpg">'
for c in mtgjson['cards']:
match = re.search(wotcpattern.format(c['name'].replace('\'','’')), text, re.DOTALL)
if match:
c['url'] = match.groupdict()['img']
else:
match3 = re.search(wotcpattern.format(c['name'].replace('\'','’')), text3, re.DOTALL)
if match3:
c['url'] = match3.groupdict()['img']
else:
match2 = re.search(mythicspoilerpattern.format((c['name']).lower().replace(' ', '').replace(''', '').replace('-', '').replace('\'','').replace(',', '')), text2, re.DOTALL)
if match2 and not isfullspoil:
c['url'] = match2.group(0).replace(' src="', 'http://mythicspoiler.com/').replace('">', '')
pass
#if ('Creature' in c['type'] and not c.has_key('power')) or ('Vehicle' in c['type'] and not c.has_key('power')):
# print(c['name'] + ' is a creature w/o p/t img: ' + c['url'])
if len(str(c['url'])) < 10:
print(c['name'] + ' has no image.')
return mtgjson
def write_xml(mtgjson, setname, setlongname, setreleasedate, split_cards=[]):
if not os.path.isdir('out/'):
os.makedirs('out/')
cardsxml = open('out/' + setname + '.xml', 'w+')
cardsxml.truncate()
count = 0
dfccount = 0
newest = ''
related = 0
cardsxml.write("<?xml version='1.0' encoding='UTF-8'?>\n"
"<cockatrice_carddatabase version='3'>\n"
"<sets>\n<set>\n<name>"
+ setname +
"</name>\n"
"<longname>"
+ setlongname +
"</longname>\n"
"<settype>Expansion</settype>\n"
"<releasedate>"
+ setreleasedate +
"</releasedate>\n"
"</set>\n"
"</sets>\n"
"<cards>")
#print mtgjson
for card in mtgjson["cards"]:
for carda in split_cards:
if card["name"] == split_cards[carda]:
continue
if count == 0:
newest = card["name"]
count += 1
name = card["name"]
if card.has_key("manaCost"):
manacost = card["manaCost"].replace('{', '').replace('}', '')
else:
manacost = ""
if card.has_key("power") or card.has_key("toughness"):
if card["power"]:
pt = str(card["power"]) + "/" + str(card["toughness"])
else:
pt = 0
else:
pt = 0
if card.has_key("text"):
text = card["text"]
else:
text = ""
cardcmc = str(card['cmc'])
cardtype = card["type"]
if card.has_key("names"):
if "layout" in card:
if card["layout"] != 'split':
if len(card["names"]) > 1:
if card["names"][0] == card["name"]:
related = card["names"][1]
text += '\n\n(Related: ' + card["names"][1] + ')'
dfccount += 1
elif card['names'][1] == card['name']:
related = card["names"][0]
text += '\n\n(Related: ' + card["names"][0] + ')'
else:
for carda in split_cards:
if card["name"] == carda:
cardb = split_cards[carda]
for jsoncard in mtgjson["cards"]:
if cardb == jsoncard["name"]:
cardtype += " // " + jsoncard["type"]
manacost += " // " + (jsoncard["manaCost"]).replace('{', '').replace('}', '')
cardcmc += " // " + str(jsoncard["cmc"])
text += "\n---\n" + jsoncard["text"]
name += " // " + cardb
else:
print card["name"] + " has multiple names and no 'layout' key"
tablerow = "1"
if "Land" in cardtype:
tablerow = "0"
elif "Sorcery" in cardtype:
tablerow = "3"
elif "Instant" in cardtype:
tablerow = "3"
elif "Creature" in cardtype:
tablerow = "2"
if 'number' in card:
if 'b' in card['number']:
if 'layout' in card:
if card['layout'] == 'split':
#print "We're skipping " + card['name'] + " because it's the right side of a split card"
continue
cardsxml.write("<card>\n")
cardsxml.write("<name>" + name.encode('utf-8') + "</name>\n")
cardsxml.write('<set rarity="' + card['rarity'] + '" picURL="' + card["url"] + '">' + setname + '</set>\n')
cardsxml.write("<manacost>" + manacost.encode('utf-8') + "</manacost>\n")
cardsxml.write("<cmc>" + cardcmc + "</cmc>")
if card.has_key('colors'):
colorTranslate = {
"White": "W",
"Blue": "U",
"Black": "B",
"Red": "R",
"Green": "G"
}
for color in card['colors']:
cardsxml.write('<color>' + colorTranslate[color] + '</color>')
if name + ' enters the battlefield tapped' in text:
cardsxml.write("<cipt>1</cipt>")
cardsxml.write("<type>" + cardtype.encode('utf-8') + "</type>\n")
if pt:
cardsxml.write("<pt>" + pt + "</pt>\n")
if card.has_key('loyalty'):
cardsxml.write("<loyalty>" + str(card['loyalty']) + "</loyalty>")
cardsxml.write("<tablerow>" + tablerow + "</tablerow>\n")
cardsxml.write("<text>" + text.encode('utf-8') + "</text>\n")
if related:
# for relatedname in related:
cardsxml.write("<related>" + related.encode('utf-8') + "</related>\n")
related = ''
cardsxml.write("</card>\n")
cardsxml.write("</cards>\n</cockatrice_carddatabase>")
#failing pretty xml code
#with open('out/' + setname + '.xml') as data_file:
# tree = etree.parse(data_file)
#root = tree.getroot()
#f = open('out/' + setname + '.xml', 'w')
#f.write(etree.tostring(root, pretty_print=True))
#f.close()
print 'XML STATS'
print 'Total cards: ' + str(count)
if dfccount > 0:
print 'DFC: ' + str(dfccount)
print 'Newest: ' + str(newest)
print 'Runtime: ' + str(datetime.datetime.today().strftime('%H:%M')) + ' on ' + str(datetime.date.today())
def make_allsets(AllSets, mtgjson, setname):
AllSets[setname] = mtgjson
return AllSets
def scrape_masterpieces(url='http://www.mtgsalvation.com/spoilers/181-amonkhet-invocations', cardurl='http://www.mtgsalvation.com/cards/amonkhet-invocations/'):
page = requests.get(url)
tree = html.fromstring(page.content)
cards = []
cardstree = tree.xpath('//*[contains(@class, "log-card")]')
for child in cardstree:
#print child.text
cardpage = requests.get(cardurl + child.attrib['data-card-id'] + '-' + child.text.replace(' ','-'))
tree = html.fromstring(cardpage.content)
cardtree = tree.xpath('//img[contains(@class, "card-spoiler-image")]')
#print cardtree[0]
card = {
"name": child.text,
"url": cardtree[0].attrib['src']
}
cards.append(card)
return cards
def make_masterpieces(headers, AllSets, spoil):
masterpieces = scrape_masterpieces(headers['mtgsurl'], headers['mtgscardpath'])
masterpieces2 = []
for masterpiece in masterpieces:
matched = False
for set in AllSets:
if not matched:
for oldcard in AllSets[set]['cards']:
if oldcard['name'] == masterpiece['name'] and not matched:
mixcard = oldcard
mixcard['url'] = masterpiece['url']
mixcard['rarity'] = 'Mythic Rare'
masterpieces2.append(mixcard)
matched = True
break
for spoilcard in spoil['cards']:
if not matched:
if spoilcard['name'] == masterpiece['name']:
mixcard = spoilcard
mixcard['rarity'] = 'Mythic Rare'
mixcard['url'] = masterpiece['url']
masterpieces2.append(mixcard)
matched = True
break
if not matched:
print "We couldn't find a card object to assign the data to for masterpiece " + masterpiece['name']
masterpieces2.append(masterpiece)
mpsjson = {
"name": headers['setlongname'],
"alternativeNames": headers['alternativeNames'],
"code": "MPS_AKH",
"releaseDate": headers['setreleasedate'],
"border": "black",
"type": "masterpiece",
"cards": masterpieces2
}
return mpsjson
def get_allsets():
class MyOpener(urllib.FancyURLopener):
version = 'Mozilla/5.0 (Windows; U; Windows NT 5.1; it; rv:1.8.1.11) Gecko / 20071127 Firefox / 2.0.0.11'
opener = MyOpener()
opener.retrieve('http://mtgjson.com/json/AllSets.json', 'AllSets.pre.json')
with open('AllSets.pre.json') as data_file:
AllSets = json.load(data_file)
return AllSets
def add_headers(mtgjson, setinfos):
mtgjson2 = {
"block": setinfos['blockname'],
"border": "black",
"code": setinfos['setname'],
"magicCardsInfoCode": setinfos['setname'].lower(),
"name": setinfos['setlongname'],
"releaseDate": setinfos['setreleasedate'],
"type": setinfos['settype'],
"booster": [
[
"rare",
"mythic rare"
],
"uncommon",
"uncommon",
"uncommon",
"common",
"common",
"common",
"common",
"common",
"common",
"common",
"common",
"common",
"common",
"land",
"marketing"
],
"cards": mtgjson['cards']
}
return mtgjson2