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#!/usr/bin/env python3
import argparse
import configparser
import pathlib
import os
from typing import MutableMapping
COLLECTION_TEMPLATE = \
"""\\documentclass[a4paper,landscape]{{article}}
% Ränder des Dokuments anpassen
\\usepackage[margin=6mm,top=5mm]{{geometry}}
% Pakete dazuladen
\\input{{libs.tex}}
% Farbdefinitionen laden
\\input{{colors.tex}}
% \card-Commands laden
\\input{{tikzcards.tex}}
\\usepackage{{standalone}}
\\begin{{document}}
\\begin{{center}}
\\pagestyle{{empty}}
{0}
\\end{{center}}
\\end{{document}}
"""
CARD_TEMPLATE = \
"""\\documentclass[]{{standalone}}
% Pakete dazuladen
\\input{{libs.tex}}
% Farbdefinitionen laden
\\input{{colors.tex}}
% \card-Commands laden
\\input{{tikzcards.tex}}
\\begin{{document}}
\\begin{{tikzpicture}}
{0}
\\cardborder
\\end{{tikzpicture}}
\\end{{document}}
"""
LATEX_ROOT = pathlib.Path(os.getcwd())
ASSETS_DIR = LATEX_ROOT / 'assets'
CARDS_DIR = LATEX_ROOT / 'cards'
def file_for_card(card_name: str) -> pathlib.Path:
"""Return the corresponding latex file name for a card"""
return pathlib.Path(f'{card_name.lower().replace(" ", "_")}.tex')
def generate_card(card_name: str, card: MutableMapping):
"""Generate a standalone tikz picture with the card data"""
card_content = ""
card_file = file_for_card(card_name)
for ext in ['.jpg', '.png']:
image_file = ASSETS_DIR / card_file.with_suffix(ext)
if image_file.exists():
card_content += f'\\cardbackground{{{image_file.name}}}\n'
break
card_content += f'\cardtype{card["type"].capitalize()}\n'
card_content += f'\cardtitle{{{card_name}}}\n'
card_content += f'\cardbuycost{{{card["buy"]}}}\n'
if card['type'] == 'unit':
health = card['health']
movement = card['movement']
# stats = f'\\faHeart: {health}\\\\ \\faShoePrints: {movement}'
stats = f'Health: {health}\\\\ Movement: {movement}'
attack = card.get('attack', None)
if attack:
attack_sym = '\\faSword'
if "Range" in attack:
attack_sym = '\\ding{246}'
# stats += f'\\\\ {attack_sym}: {attack}'
stats += f'\\\\ Attack: {attack}'
if 'effect' in card or 'full_action' in card:
ability_block = ""
effect = card.get('effect', None)
if effect:
ability_block += f'Effect: {effect}'
full_action = card.get('full_action', None)
if full_action:
if ability_block:
ability_block += '\\\\ '
ability_block += f'\\faRotateRight: {full_action}'
card_content += f'\cardsplitcontent{{{stats}}}{{{ability_block}}}'
else:
card_content += f'\cardcontent{{{stats}}}'
card_content += '\n'
card_content += f'\cardplaycost{{{card["upkeep"]}}}'
elif card['type'] == 'spell':
card_content += f'\cardcontent{{{card["effect"]}}}\n'
card_content += f'\cardplaycost{{{card["play"]}}}'
elif card['type'] == 'artifact':
card_content += f'\cardcontent{{{card["effect"]}}}\n'
card_content += f'\cardplaycost{{{card["play"]}}}'
elif card['type'] == 'equipment':
# card_content += f'\cardsplitcontent{{\\faRecycle: {card["durability"]}}}{{{card["effect"]}}}'
card_content += f'\cardsplitcontent{{Durability: {card["durability"]}}}{{{card["effect"]}}}\n'
card_content += f'\cardplaycost{{{card["play"]}}}'
else:
print('WARNING: unknown card type {card["type"]}!')
with open(CARDS_DIR / card_file, 'w') as tex_file:
print(CARD_TEMPLATE.format(card_content), file=tex_file)
def main():
"""Generate one standalone tikz picture for each card in the input data"""
parser = argparse.ArgumentParser(description='generate latex standalone cards')
parser.add_argument('datafile', help='ini file defining the card to generate')
parser.add_argument('--latex-root', help='path to the latex root directory')
args = parser.parse_args()
if args.latex_root:
global LATEX_ROOT
LATEX_ROOT = pathlib.Path(args.latex_root)
global CARDS_DIR
CARDS_DIR = LATEX_ROOT / 'cards'
global ASSETS_DIR
ASSETS_DIR = LATEX_ROOT / 'assets'
data = configparser.ConfigParser()
data.read(args.datafile)
collection_inputs = ""
cards = [card for card in data if card != 'DEFAULT']
for i, card in enumerate(cards):
generate_card(card, data[card])
collection_inputs += f'\\input{{cards/{file_for_card(card)}}}\n'
if i == 0 or i % 4 < 3:
collection_inputs += f'\\hspace{{5mm}}\n'
else:
collection_inputs += f'\\vspace{{5mm}}\n\n'
collection_path = pathlib.Path(args.datafile)
with open(LATEX_ROOT / f'{collection_path.stem}.tex', 'w') as collection_file:
print(COLLECTION_TEMPLATE.format(collection_inputs), file=collection_file)
if __name__ == '__main__':
main()
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