97 lines
3.7 KiB
Python
97 lines
3.7 KiB
Python
import sys, os
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from PIL import Image, ImageDraw
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TILE = 32
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W, H = 8, 6 # 8x6 тайлов по 32px => 256x192
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def px(x, y):
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return (int(x * TILE), int(y * TILE))
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def solid(x, y):
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"""1 = твёрдое, 0 = пустое (для карты уровня)"""
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if y >= H:
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return 1 # нижняя грань мира
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if x < 0 or x >= W:
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return 1 # границы
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return 0
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def ground(x, y):
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"""Земля: крайние/внутренние плитки, травка сверху"""
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top = (y == 4)
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# Пустота выше 5-го ряда для "неба" (т.к. y=4,5 земля)
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if y < 4:
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return 0
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if y == 4: # верхний слой земли - травка
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return 2 # grass top
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return 1 # dirt
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def build():
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img = Image.new("RGBA", (int((W-0.001)*TILE), int((H-0.001)*TILE)), (0, 0, 0, 0))
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d = ImageDraw.Draw(img)
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# Небо уже в фоне (прозрачный). Рисуем тайлы.
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for y in range(H):
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for x in range(W):
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t = ground(x, y)
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x1, y1 = px(x, y)
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if t == 1: # dirt
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d.rectangle([x1+1, y1+1, x1+TILE-2, y1+TILE-2], fill=(139, 90, 43))
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# текстура - точки
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d.ellipse([x1+6, y1+6, x1+10, y1+10], fill=(110, 70, 33))
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d.ellipse([x1+20, y1+18, x1+24, y1+22], fill=(90, 60, 28))
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d.rectangle([x1+2, y1+TILE-3, x1+TILE-3, y1+TILE-2], fill=(120, 78, 38))
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elif t == 2: # grass top
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d.rectangle([x1+1, y1+8, x1+TILE-2, y1+TILE-2], fill=(139, 90, 43))
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# зелёная "травка" сверху
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d.rectangle([x1+1, y1+1, x1+TILE-2, y1+12], fill=(60, 160, 60))
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# зубчики травки
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for gx in range(3):
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d.polygon([(x1+4+gx*10, y1+12), (x1+9+gx*10, y1+12),
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(x1+6+gx*10, y1+5)], fill=(80, 190, 80))
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return img
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def save(img, name):
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os.makedirs("assets/tiles", exist_ok=True)
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img.save("assets/tiles/%s.png" % name)
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print("wrote assets/tiles/%s.png" % name)
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if __name__ == "__main__":
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img = build()
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save(img, "grass")
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# Отдельные простые тайлы для кирпичей/?/труб
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brick = Image.new("RGBA", px(2, 2), (0,0,0,0))
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bd = ImageDraw.Draw(brick)
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bd.rectangle([1,1, 30,30], fill=(200,120,60))
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bd.rectangle([1,1, 30, 8], fill=(230,150,80))
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bd.rectangle([1,25,30,30], fill=(160,90,40))
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bd.line([(0,16),(32,16)], fill=(120,70,30), width=2)
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bd.line([(16,1),(16,16)], fill=(120,70,30), width=2)
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bd.line([(8,16),(8,31)], fill=(120,70,30), width=2)
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save(brick, "brick")
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q = Image.new("RGBA", px(2,2), (0,0,0,0))
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qd = ImageDraw.Draw(q)
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qd.rectangle([1,1,30,30], fill=(230,170,40))
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qd.rectangle([2,2,29,29], fill=(250,210,80))
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qd.polygon([(10,8),(22,8),(16,22)], fill=(80,40,0))
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qd.polygon([(22,8),(16,22),(12,14)], fill=(80,40,0))
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qd.ellipse([8,6,10,8], fill=(80,40,0))
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qd.ellipse([20,6,22,8], fill=(80,40,0))
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save(q, "question")
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pipe = Image.new("RGBA", px(2,3), (0,0,0,0))
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pd = ImageDraw.Draw(pipe)
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pd.rectangle([0,0, 62,8], fill=(30,150,60)) # устье трубы
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pd.rectangle([8,8, 54, 87], fill=(30,150,60)) # ствол
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pd.rectangle([8,8, 14, 87], fill=(60,200,90)) # блик
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pd.rectangle([0,0, 62, 12], fill=(20,110,45)) # обводка устья
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save(pipe, "pipe")
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cloud = Image.new("RGBA", px(3,2), (0,0,0,0))
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cd = ImageDraw.Draw(cloud)
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for cx, cy, r in [(6,14,8),(14,10,9),(22,14,8),(14,18,8)]:
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cd.ellipse([cx-r,cy-r, cx+r,cy+r], fill=(255,255,255,255))
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save(cloud, "cloud")
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print("DONE tileset")
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