make_bingo_board.py

# makes an svg bingo board
import svgwrite

def text_to_font_size(text):
    if isinstance(text, str):
        total_text = text
    else:
        total_text = ''.join(text)
    if len(total_text) < 10:
        return 18
    elif len(total_text) < 20:
        return 14
    else:
        return 12
    

def make_bingo_board(text_boxes, filename='board.svg'):
    board = svgwrite.Drawing(filename=filename, size=('600px', '600px'), profile="full")
    # draw vertical lines
    for i in range(6):
        board.add(board.line((50 + 100*i, 60), (50 + 100*i, 560), stroke='black'))
    # draw horizontal lines
    for i in range(6):
        board.add(board.line((50, 60 + 100*i), (550, 60 + 100*i), stroke='black'))
    # add free space
    board.add(board.text(text='Free space', fill='black', insert=(str(50+100*2 + 50), str(60+100*2 + 50)),
        style="font-size:18;font-family:Comic Sans MS", text_anchor='middle', dominant_baseline='middle'))
    # insert text
    import random
    random.shuffle(text_boxes)
    for i in range(5):
        for j in range(5):
            if i==2 and j==2:
                continue
            index = i*5 + j
            if (i>=2 and j >= 2) or i > 2:
                index -= 1
            if len(text_boxes) > index:
                text = text_boxes[index]
                font_size = text_to_font_size(text)
                if isinstance(text, str):
                    board.add(board.text(text=text, fill='black', insert=(str(50+100*i + 50), str(60+100*j + 50)),
                        style="font-size:{0};font-family:Comic Sans MS".format(font_size), text_anchor='middle', dominant_baseline='middle'))
                elif isinstance(text, list):
                    for text_index, t in enumerate(text):
                        board.add(board.text(text=t, fill='black', insert=(str(50+100*i + 50), str(60+100*j + 25 + (font_size+7)*text_index)),
                            style="font-size:{0};font-family:Comic Sans MS".format(font_size), text_anchor='middle', dominant_baseline='middle'))
    board.save()
    return board