website/tools/logo-assets.py

@@ -1,4 +1,5 @@
 #!/usr/bin/env python3
+# ruff: noqa: E501 — inline SVG markup reads better unwrapped
 """Generate the logo-poll showcase assets for /logo/ from one geometry source.
 
     python3 website/tools/logo-assets.py
@@ -10,6 +11,7 @@ the output — the site build itself needs nothing beyond Hugo.
 Mark M: lowercase f knocked out of a gate, 64-unit grid (even-odd fill).
 Mark R: window, wheel and F, 104x114 grid, stroke 8 (from Robert's sketch).
 """
+
 import base64
 import io
 import json
@@ -119,7 +121,9 @@ def raster(svgtxt, w, h):
 
 def mark_png(k, tier, height, color=None):
     _, _, w, h = MARKS[k]["vb"]
-    return raster(svg(k, tier, color or MARKS[k]["color"], standalone=True), round(height * w / h), height)
+    return raster(
+        svg(k, tier, color or MARKS[k]["color"], standalone=True), round(height * w / h), height
+    )
 
 
 # ---------------------------------------------------------------- wordmark
@@ -141,7 +145,9 @@ def wordmark(text, size, x0=0.0, baseline=0.0, tracking=-0.028):
         g.draw(pen)
         d = pen.getCommands()
         if d:
-            parts.append(f'<path transform="translate({x:.2f} {baseline:.2f}) scale({s:.5f} {-s:.5f})" d="{d}"/>')
+            parts.append(
+                f'<path transform="translate({x:.2f} {baseline:.2f}) scale({s:.5f} {-s:.5f})" d="{d}"/>'
+            )
         x += g.width * s + tracking * size
     return "".join(parts), x - x0 - tracking * size
 
@@ -241,21 +247,24 @@ def vote_card(path):
         m = mark_png(k, "flat", 330)
         im.alpha_composite(m, (cx - m.width // 2, 110 - (m.height - 330) // 2))
     size = 46
-    d = ImageDraw.Draw(im)
     for text, cx, col in (("M", W // 4, "#6b6b6f"), ("R", 3 * W // 4, "#8a8a90")):
         paths, tw = wordmark(text, size)
         # letters via the same outlines: rasterise a tiny SVG for crisp text
-        svgtxt = (f'<svg {XMLNS} viewBox="0 -{size} {tw:.0f} {size * 1.3:.0f}">'
-                  f'<g fill="{col}">{paths}</g></svg>')
+        svgtxt = (
+            f'<svg {XMLNS} viewBox="0 -{size} {tw:.0f} {size * 1.3:.0f}">'
+            f'<g fill="{col}">{paths}</g></svg>'
+        )
         t = raster(svgtxt, round(tw), round(size * 1.3))
         im.alpha_composite(t, (cx - t.width // 2, 500))
     # url line, centred on the seam
     paths, tw = wordmark("furtka.org/logo", 40)
-    svgtxt = (f'<svg {XMLNS} viewBox="0 -40 {tw:.0f} 52"><g fill="#c03a28">{paths}</g></svg>')
+    svgtxt = f'<svg {XMLNS} viewBox="0 -40 {tw:.0f} 52"><g fill="#c03a28">{paths}</g></svg>'
     t = raster(svgtxt, round(tw), 52)
     pad = 18
     box = Image.new("RGBA", (t.width + 2 * pad, t.height + 2 * pad), "#f7f6f3")
-    ImageDraw.Draw(box).rounded_rectangle([0, 0, box.width - 1, box.height - 1], 14, outline="#e4e3dc")
+    ImageDraw.Draw(box).rounded_rectangle(
+        [0, 0, box.width - 1, box.height - 1], 14, outline="#e4e3dc"
+    )
     box.alpha_composite(t, (pad, pad))
     im.alpha_composite(box, (W // 2 - box.width // 2, 40))
     im.convert("RGB").save(path, optimize=True)