169 lines
7.1 KiB
Python
169 lines
7.1 KiB
Python
#!/usr/bin/env python3
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"""Render an asset sheet of a built skin.
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Usage: preview.py SKIN_DIR OUT_PNG
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Lays the skin's own @2x images out in labelled groups on black. Elements the
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game tints are multiplied by the combo colours, the way osu! draws them.
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"""
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import subprocess
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import sys
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from pathlib import Path
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from PIL import Image, ImageDraw, ImageFont
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W = 1600
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PAD = 48
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COMBOS = [(0, 255, 0), (0, 165, 0), (0, 95, 0)]
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LABEL = (0, 170, 0)
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DIM = (0, 90, 0)
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def font(size):
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path = subprocess.run(["fc-match", "-f", "%{file}", "Terminess Nerd Font Mono"],
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capture_output=True, text=True).stdout.strip()
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return ImageFont.truetype(path, size)
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def load(skin, name, height=None):
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path = skin / f"{name}@2x.png"
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im = Image.open(path if path.exists() else skin / f"{name}.png").convert("RGBA")
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if height:
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im = im.resize((max(1, im.width * height // im.height), height), Image.LANCZOS)
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return im
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def tint(im, c):
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r, g, b, a = im.split()
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return Image.merge("RGBA", tuple(ch.point(lambda v, k=k: v * k // 255) for ch, k in zip((r, g, b), c)) + (a,))
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class Sheet:
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def __init__(self):
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self.items = [] # (title, [(image, caption)])
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def group(self, title, entries):
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self.items.append((title, entries))
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def render(self, out):
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f_title, f_cap, f_head = font(26), font(17), font(64)
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rows = [] # (title, [lines of (im, cap)]) with wrapping
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for title, entries in self.items:
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lines, line, x = [], [], PAD
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for im, cap in entries:
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w = max(im.width, int(f_cap.getlength(cap)))
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if line and x + w > W - PAD:
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lines.append(line); line, x = [], PAD
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line.append((im, cap)); x += w + 36
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lines.append(line)
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rows.append((title, lines))
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height = 170 + sum(56 + sum(max(im.height for im, _ in ln) + 44 for ln in lines) for _, lines in rows)
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sheet = Image.new("RGBA", (W, height), (0, 0, 0, 255))
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d = ImageDraw.Draw(sheet)
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d.text((PAD, 40), "P1", font=f_head, fill=(0, 255, 0))
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d.text((PAD + 110, 64), "osu!stable skin rendered from code", font=f_title, fill=LABEL)
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y = 150
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for title, lines in rows:
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d.text((PAD, y), title, font=f_title, fill=LABEL)
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d.line([(PAD + f_title.getlength(title) + 16, y + 16), (W - PAD, y + 16)], fill=DIM, width=1)
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y += 56
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for ln in lines:
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h = max(im.height for im, _ in ln)
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x = PAD
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for im, cap in ln:
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w = max(im.width, int(f_cap.getlength(cap)))
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sheet.alpha_composite(im, (x + (w - im.width) // 2, y + (h - im.height) // 2))
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d.text((x + w // 2, y + h + 8), cap, font=f_cap, fill=LABEL, anchor="mt")
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x += w + 36
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y += h + 44
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sheet.convert("RGB").save(out, optimize=True)
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print(f"wrote {out} ({W}x{height})")
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def main():
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skin, out = Path(sys.argv[1]), Path(sys.argv[2])
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s = Sheet()
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hit = load(skin, "hitcircle", 140)
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circles = []
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for i, c in enumerate(COMBOS):
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im = tint(hit, c)
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num = load(skin, f"default-{i + 1}", 60)
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im.alpha_composite(num, ((im.width - num.width) // 2, (im.height - num.height) // 2))
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circles.append((im, f"combo {i + 1}"))
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s.group("hit circles", circles + [
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(tint(load(skin, "approachcircle", 140), COMBOS[0]), "approach"),
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(tint(load(skin, "sliderb", 120), COMBOS[0]), "slider ball"),
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(load(skin, "sliderfollowcircle", 170), "follow circle"),
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(load(skin, "reversearrow", 120), "reverse"),
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(load(skin, "cursor", 90), "cursor"),
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(load(skin, "cursortrail", 55), "trail"),
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(load(skin, "cursor-smoke", 40), "smoke"),
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])
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# Assembled the way osu! layers the new style spinner (wiki order, bottom to
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# top): glow (tinted cyan, additive), bottom, top, middle2, middle (tinted
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# white at the start, red as time runs out), then the approach circle.
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size = 260
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full = Image.new("RGBA", (size, size), (0, 0, 0, 0))
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glow = tint(load(skin, "spinner-glow", size), (0, 255, 255))
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full = Image.alpha_composite(full, glow)
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for name, h in (("spinner-bottom", size), ("spinner-top", size), ("spinner-middle2", 22), ("spinner-middle", 86)):
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im = load(skin, name, h)
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full.alpha_composite(im, ((size - im.width) // 2, (size - im.height) // 2))
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ap = load(skin, "spinner-approachcircle", 200)
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full.alpha_composite(ap, ((size - ap.width) // 2, (size - ap.height) // 2))
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s.group("spinner", [
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(full, "assembled"),
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(tint(load(skin, "spinner-glow", 150), (0, 255, 255)), "glow (tinted)"),
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(load(skin, "spinner-bottom", 150), "bottom"),
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(load(skin, "spinner-top", 150), "top"),
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(load(skin, "spinner-middle", 70), "middle"),
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(tint(load(skin, "spinner-middle", 70), (255, 70, 70)), "middle (late)"),
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(load(skin, "spinner-middle2", 40), "middle2"),
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(load(skin, "spinner-approachcircle", 150), "approach"),
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(load(skin, "spinner-circle", 150), "circle (taiko)"),
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(load(skin, "spinner-rpm", 56), "rpm"),
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(load(skin, "spinner-clear", 70), "clear"),
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(load(skin, "spinner-spin", 56), "spin"),
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])
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s.group("judgements", [
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(load(skin, "hit100", 64), "100"),
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(load(skin, "hit50", 64), "50"),
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(load(skin, "hit0", 80), "miss"),
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(load(skin, "section-pass", 100), "pass"),
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(load(skin, "section-fail", 100), "fail"),
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])
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digits = Image.new("RGBA", (1, 1))
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glyphs = [load(skin, f"score-{k}", 60) for k in "0123456789"] + [load(skin, "score-dot", 60), load(skin, "score-percent", 60), load(skin, "score-x", 60)]
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digits = Image.new("RGBA", (sum(g.width - 4 for g in glyphs), 60))
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x = 0
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for g in glyphs:
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digits.alpha_composite(g, (x, 0)); x += g.width - 4
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bar = load(skin, "scorebar-bg", 40)
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fill = load(skin, "scorebar-colour", 12)
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bar.alpha_composite(fill.crop((0, 0, int(bar.width * 0.62), fill.height)), (int(bar.width * 0.015), (bar.height - fill.height) // 2))
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s.group("hud", [
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(bar, "health"),
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(digits, "score font"),
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(tint(load(skin, "inputoverlay-key", 60), (255, 255, 255)), "key"),
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(tint(load(skin, "inputoverlay-key", 60), (255, 220, 0)), "key pressed"),
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])
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s.group("grades", [(load(skin, f"ranking-{g}", 150), lbl) for g, lbl in
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(("XH", "SS silver"), ("X", "SS"), ("SH", "S silver"), ("S", "S"), ("A", "A"), ("B", "B"), ("C", "C"), ("D", "D"))])
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s.group("mods", [(load(skin, f"selection-mod-{m}", 80), m) for m in
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("easy", "nofail", "halftime", "hardrock", "suddendeath", "doubletime", "hidden", "flashlight", "relax", "autoplay")])
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s.group("menus", [
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(load(skin, "menu-back", 70), "back"),
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(load(skin, "play-skip", 70), "skip"),
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(load(skin, "pause-continue", 56), "pause"),
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(load(skin, "mode-osu", 90), "mode"),
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(load(skin, "ranking-retry", 56), "retry"),
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])
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s.render(out)
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if __name__ == "__main__":
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main()
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