271 lines
11 KiB
Python
Executable File
271 lines
11 KiB
Python
Executable File
#!/usr/bin/env python3
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"""
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Contact sheets for the sprite part library. Writes PNGs into preview/ (or $PREVIEW_OUT).
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python preview.py bases # every base creature, bare and lightly varied
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python preview.py body <name> # one base with markings and a few variations
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python preview.py part <slot> <name> # a variation part on every compatible base
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python preview.py slot <slot> # every part of a slot on a default base
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python preview.py raw <slot> # parts of a slot at 8x: raw keys + markers, and recolored
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python preview.py show body/base_fox tail/tail_leaf # chosen parts at 10x, raw + recolored
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python preview.py zoom body=base_fox tail=tail_leaf + body=base_blob head_top=leaf_sprout # tight crops, 5x
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python preview.py all # raw + slot sheets for every slot, plus bases
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Options: --markings <kind> (default none), --scale N, --type <type> (type ramp)
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Grid sheets are drawn in three test palettes (dark / light / near-gray), one row block each.
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Cells with a red frame triggered "canvas expanded". Set PARTS_DIR to preview another library.
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"""
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import os
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import random
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import sys
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from pathlib import Path
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from PIL import Image, ImageDraw
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import generate_sprite as gs
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import sprite_parts as cfg
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OUT = Path(os.environ.get("PREVIEW_OUT", "preview")) # set PREVIEW_OUT to keep sheets apart
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PARTS = os.environ.get("PARTS_DIR", "parts")
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PALETTES = [("dark", ["#0D47A1", "#FFC107"]), ("light", ["#FFEB3B", "#5D4037"]), ("gray", ["#757575", "#E53935"])]
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BG = (226, 226, 220, 255)
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LABEL_H = 9
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BY_NAME = {slot: {p["name"]: p for p in parts} for slot, parts in cfg.SLOTS.items()}
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DEFAULT_BODY = "base_fox"
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def P(slot, name):
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return BY_NAME[slot][name]
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def exists(slot, name):
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return (Path(PARTS) / slot / f"{name}.png").exists()
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def allowed(slot, name, chosen):
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"""Same rules as generate_sprite.candidates, against an explicit selection."""
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p = P(slot, name)
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body = P("body", chosen["body"])
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tags, excluded, denied = {f"plan:{body['plans'][0]}"}, set(), set()
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for s, n in chosen.items():
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if s != slot and not s.startswith("_") and n != "none":
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tags |= set(P(s, n)["tags"])
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excluded |= set(P(s, n)["excludes"])
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denied |= set(P(s, n)["deny"])
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if body["plans"][0] not in p["plans"] or name in denied:
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return False
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if p["requires"] and not set(p["requires"]) & tags:
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return False
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return not (set(p["tags"]) & excluded or set(p["excludes"]) & tags)
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def top_type(slot, name):
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p = P(slot, name)
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return max(cfg.TYPES, key=lambda t: gs.part_weight(p, t))
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def typed(chosen, ptype):
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"""Type ramp to show: explicit, else the first type-palette part's best type, else the body's."""
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if ptype:
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return ptype
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for s, n in chosen.items():
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if s != "body" and not s.startswith("_") and n != "none" and P(s, n)["palette"] == "type":
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return top_type(s, n)
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return top_type("body", chosen["body"])
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def compose(chosen, markings="none"):
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chosen = dict(chosen)
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m = chosen.pop("_markings", markings)
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picks = {s: P(s, n) for s, n in chosen.items() if n and n != "none"}
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return gs.compose(PARTS, picks, m, random.Random(1))
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def colored(spr, colors, ptype):
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main, accent = gs.pick_main_accent([(gs.hex_to_rgb(c), 1.0) for c in colors], ptype)
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return gs.recolor(spr, gs.build_palette(main, accent, ptype))
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def sheet(cells, path, ptype=None, markings="none", scale=4, cols=6):
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"""cells: list of (label, chosen-dict). Renders each in all three palettes at 1x cells."""
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if not cells:
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print(f"nothing to render for {path}")
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return
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cols = min(cols, len(cells))
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rows_per = (len(cells) + cols - 1) // cols
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cw, ch = gs.CANVAS, gs.CANVAS + LABEL_H
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block_h = rows_per * ch + 12
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img = Image.new("RGBA", (cols * cw, block_h * len(PALETTES)), BG)
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d = ImageDraw.Draw(img)
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for bi, (pname, colors) in enumerate(PALETTES):
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y0 = bi * block_h
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d.text((2, y0 + 1), f"{pname}: {', '.join(colors)}", fill=(60, 60, 60, 255))
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for i, (label, chosen) in enumerate(cells):
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cx, cy = (i % cols) * cw, y0 + 12 + (i // cols) * ch
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sprite = compose(chosen, markings)
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expanded = max(sprite.width + 2, sprite.height + gs.GROUND_MARGIN + 1) > gs.CANVAS
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spr = colored(gs.place_on_canvas(sprite), colors, typed(chosen, ptype))
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if spr.size[0] > cw:
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spr = spr.crop(((spr.width - cw) // 2, spr.height - gs.CANVAS, (spr.width + cw) // 2, spr.height))
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img.alpha_composite(spr, (cx, cy))
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if expanded:
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d.rectangle((cx, cy, cx + cw - 1, cy + gs.CANVAS - 1), outline=(220, 0, 0, 255))
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label = f"{label} {sprite.width}x{sprite.height}!"
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d.text((cx + 1, cy + gs.CANVAS - 1), label[:19], fill=(40, 40, 40, 255))
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OUT.mkdir(parents=True, exist_ok=True)
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img.resize((img.width * scale, img.height * scale), Image.NEAREST).save(path)
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print(path)
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def zoom_sheet(groups, path, scale=5, markings="none", ptype=None):
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"""Tight-cropped composites, one row per combo, one column per test palette."""
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rows = []
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for chosen in groups:
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spr = compose(chosen, markings)
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rows.append([colored(spr, colors, typed(chosen, ptype)) for _, colors in PALETTES])
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cw = max(i.width for r in rows for i in r) + 4
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ch = max(i.height for r in rows for i in r) + 4
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img = Image.new("RGBA", (cw * len(PALETTES), ch * len(rows)), BG)
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for yi, r in enumerate(rows):
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for xi, im in enumerate(r):
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img.alpha_composite(im, (xi * cw + (cw - im.width) // 2, yi * ch + ch - 2 - im.height))
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OUT.mkdir(parents=True, exist_ok=True)
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img.resize((img.width * scale, img.height * scale), Image.NEAREST).save(path)
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print(path)
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def bodies():
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return [b for b in BY_NAME["body"] if exists("body", b)]
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def hosts_for(slot, name):
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"""Every drawn base that can legally carry the part."""
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cells = []
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for b in bodies():
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chosen = {"body": b, slot: name}
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if slot == "body" or allowed(slot, name, chosen):
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cells.append((b, chosen))
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return cells
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def raw_sheet(items, path, scale=8, cols=6):
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"""items: [(slot, name)]. Each part drawn raw (with markers) and recolored in the dark palette."""
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imgs = []
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for slot, n in items:
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if not exists(slot, n):
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continue
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raw = Image.open(Path(PARTS) / slot / f"{n}.png").convert("RGBA")
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rec = colored(gs.load_part(PARTS, slot, n)[0], PALETTES[0][1], top_type(slot, n))
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imgs.append((n, raw, rec))
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if not imgs:
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return
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pad = 3
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cw = max(i.width for _, i, _ in imgs) * 2 + pad * 3
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ch = max(i.height for _, i, _ in imgs) + pad * 2
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cols = min(cols, len(imgs))
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rows = (len(imgs) + cols - 1) // cols
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out = Image.new("RGBA", (cols * cw * scale, rows * (ch * scale + 12)), BG)
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d = ImageDraw.Draw(out)
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for k, (n, raw, rec) in enumerate(imgs):
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x, y = (k % cols) * cw * scale, (k // cols) * (ch * scale + 12)
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for j, im in enumerate((raw, rec)):
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ox, oy = x + (pad + j * (raw.width + pad)) * scale, y + pad * scale
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for yy in range(im.height): # checker shows the part canvas
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for xx in range(im.width):
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if (xx + yy) % 2:
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d.rectangle((ox + xx * scale, oy + yy * scale, ox + (xx + 1) * scale - 1,
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oy + (yy + 1) * scale - 1), fill=(205, 205, 200, 255))
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out.alpha_composite(im.resize((im.width * scale, im.height * scale), Image.NEAREST), (ox, oy))
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d.text((x + 2, y + ch * scale), f"{n} {raw.width}x{raw.height}", fill=(30, 30, 30, 255))
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OUT.mkdir(parents=True, exist_ok=True)
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out.save(path)
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print(path)
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def variation(b):
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"""A light, legal variation for a base: first allowed head_top, back and tail in a fixed list."""
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chosen = {"body": b}
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prefs = {"head_top": ["leaf_sprout", "crest_flame", "gem_forehead", "horn_single"],
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"back": ["wings_feather_small", "wings_bug", "spikes_back", "dorsal_fin"],
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"tail": ["tail_flame_tip", "tail_leaf", "tail_fish_fin", "tail_stinger", "tail_wispy", "tail_rattle"]}
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for slot, names in prefs.items():
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for n in names:
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if exists(slot, n) and allowed(slot, n, {**chosen, slot: n}):
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chosen[slot] = n
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break
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return chosen
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def parse_opts(args):
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opts, rest, it = {"markings": "none", "scale": None, "type": None}, [], iter(args)
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for a in it:
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if a in ("--markings", "--scale", "--type"):
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opts[a[2:]] = next(it)
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else:
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rest.append(a)
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return opts, rest
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def main(argv):
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opts, args = parse_opts(argv)
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scale = int(opts["scale"]) if opts["scale"] else None
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kw = {"markings": opts["markings"], "scale": scale or 4, "ptype": opts["type"]}
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if not args:
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print(__doc__)
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return
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cmd = args[0]
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if cmd == "bases":
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cells = []
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for b in bodies():
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cells += [(b, {"body": b}), (f"{b} +", variation(b))]
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sheet(cells, OUT / "bases.png", **kw)
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elif cmd == "body":
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b = args[1]
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cells = [("bare", {"body": b}), ("varied", variation(b))]
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cells += [(m, {"body": b, "_markings": m}) for m in cfg.MARKINGS if m != "none"]
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sheet(cells, OUT / f"body_{b}.png", **kw)
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elif cmd == "part":
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slot, name = args[1], args[2]
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sheet(hosts_for(slot, name), OUT / f"part_{slot}_{name}.png",
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**{**kw, "ptype": kw["ptype"] or (top_type(slot, name) if slot != "body" else None)})
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elif cmd == "slot":
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slot = args[1]
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cells = []
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for n in BY_NAME[slot]:
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if n == "none" or not exists(slot, n):
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continue
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hosts = hosts_for(slot, n)
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pick = next((c for _, c in hosts if c["body"] == DEFAULT_BODY), hosts[0][1] if hosts else None)
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if pick:
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cells.append((n, pick))
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sheet(cells, OUT / f"slot_{slot}.png", **kw)
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elif cmd == "raw":
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slot = args[1]
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raw_sheet([(slot, n) for n in BY_NAME[slot] if n != "none"], OUT / f"raw_{slot}.png",
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cols=3 if slot in ("aura", "body", "back") else 6)
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elif cmd == "show":
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raw_sheet([tuple(a.split("/", 1)) for a in args[1:]], OUT / "show.png", scale=scale or 10, cols=3)
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elif cmd == "zoom":
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groups, cur = [], {}
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for a in args[1:]:
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if a == "+":
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groups.append(cur)
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cur = {}
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else:
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k, v = a.split("=", 1)
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cur[k] = v
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groups.append(cur)
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zoom_sheet(groups, OUT / "zoom.png", scale=scale or 5, markings=opts["markings"], ptype=opts["type"])
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elif cmd == "all":
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main(["bases"])
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for slot in cfg.SLOTS:
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main(["raw", slot])
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main(["slot", slot])
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else:
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print(__doc__)
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if __name__ == "__main__":
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main(sys.argv[1:])
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