Pelican on a bicycle · glm-4.7-flash
Output generated Cost / run $0.0032 Runtime 63.1s
Prompt for this run
Build a single-page illustration whose main content is an inline SVG of a pelican riding a bicycle. Use HTML, CSS, and JavaScript as needed. Write it to `index.html` in the current working directory using your file tools. Inline your own CSS and JavaScript. Do not use external assets, CDNs, or network requests. No third-party libraries are provided. Required behavior: - Make the pelican recognizable through its long bill with a throat pouch, body, wings, and feet. Show it in a plausible riding pose with feet near the pedals and a wing or other clear contact near the handlebars. - Make the bicycle recognizable through two wheels, a connected frame, handlebars, saddle, and pedals. Keep the bird and bicycle visually connected rather than floating apart. - Draw the illustration with SVG shapes and paths embedded in index.html. Do not use an external image or a raster image embedded inside the SVG. - Keep the complete subject visible with a suitable viewBox and responsive sizing. Include an SVG title or accessible description. - Choose the art style, colors, background, and composition freely. Animation and interactive controls are not required. Verify: Inspect the complete illustration for a recognizable pelican, connected bicycle geometry, a riding pose, and unclipped framing. Check that the main artwork consists of inline SVG shapes and paths and has an accessible title or description.
TAKE IT TO CODE
A single self-contained HTML file — copy it and open in any browser, or reuse the prompt with your own pi-agent run.
RUN
METRICS
Transcript · 9 messages
Build a single-page illustration whose main content is an inline SVG of a pelican riding a bicycle. Use HTML, CSS, and JavaScript as needed. Write it to `index.html` in the current working directory using your file tools. Inline your own CSS and JavaScript. Do not use external assets, CDNs, or network requests. No third-party libraries are provided. Required behavior: - Make the pelican recognizable through its long bill with a throat pouch, body, wings, and feet. Show it in a plausible riding pose with feet near the pedals and a wing or other clear contact near the handlebars. - Make the bicycle recognizable through two wheels, a connected frame, handlebars, saddle, and pedals. Keep the bird and bicycle visually connected rather than floating apart. - Draw the illustration with SVG shapes and paths embedded in index.html. Do not use an external image or a raster image embedded inside the SVG. - Keep the complete subject visible with a suitable viewBox and responsive sizing. Include an SVG title or accessible description. - Choose the art style, colors, background, and composition freely. Animation and interactive controls are not required. Verify: Inspect the complete illustration for a recognizable pelican, connected bicycle geometry, a riding pose, and unclipped framing. Check that the main artwork consists of inline SVG shapes and paths and has an accessible title or description.
thinking
Create the SVG illustration. Design carefully: viewBox maybe 800x600. Draw bicycle: two wheels, frame, handlebars, saddle, pedals. Pelican sitting on saddle, feet to pedals, wing to handlebars. Let me write a decent SVG by hand. Layout: ground line ~520. Rear wheel center (230, 440) r=80, front wheel center (570, 440) r=80. Frame: bottom bracket at (400, 440). Seat tube from BB up to saddle at (360, 300). Top tube from (360,310) to (530,320). Head tube/down tube: fork from front hub (570,440) up to head area (540,310), handlebar at (530,300). Chain stay from rear hub to BB. Seat stay from rear hub to saddle area. Pedals: crank at BB, pedal at (430,470) and (370,410). Pelican: body ellipse sitting over saddle, white with slight shading. Long neck going forward to head at ~(500,220), big bill with pouch pointing forward. Wing reaching to handlebar at (535,300). Legs bent down to pedals. Write it, then screenshot to check.
index.html (9693 bytes)Successfully wrote to index.html
{"action":"screenshot"}{"console":["warning: An iframe which has both allow-scripts and allow-same-origin for its sandbox attribute can escape its sandboxing."],"dom":"A Pelican Out for a Ride\nPedal, pedal, pedal — the coast is lovely this time of day.","images":"model does not support images"}
{"action":"inspect"}{"console":["warning: An iframe which has both allow-scripts and allow-same-origin for its sandbox attribute can escape its sandboxing."],"dom":"A Pelican Out for a Ride\nPedal, pedal, pedal — the coast is lovely this time of day.","images":"model does not support images"}
thinking
I can't see the screenshot (image model not supported). I'll do a programmatic check via JS in the page? The browser tool inspect gives DOM/console. I could add a quick check by evaluating geometry? The tool doesn't support arbitrary JS eval. I can reason through geometry manually. Let me verify geometry mentally with coordinates: - Wheels: rear (220,440) r82, front (580,440) r82. Both touch road at y=522. Road top at 430 — wheels center 440, bottom 522. Road rect y=430 height=90, so road spans 430–520. Wheels overlap road slightly, fine. - Frame: chain stay 220,440→405,452; seat stay 220,440→345,312; seat tube 405,452→345,312; down tube 405,452→560,322; top tube 345,312→560,322; fork 560,322→580,440. All connected at hubs and BB. Good. - Saddle at ~(300–376, 262–292), seat post 345,312→338,284. Good, saddle sits on seat post top. - Pelican body: ellipse-ish from x 300–494, y 226–372. Saddle at y~270, body bottom ~368. Body bottom is below saddle top — body should sit ON the saddle. Body spans y 240–372; saddle at 262–292. Body overlaps saddle region — pelican's rear sits over the saddle. Plausible. - Wing: from (356,262) to (556,296), tip gripping handlebar at (578,296). Handlebar bars path: stem 560,322→552,296, bars 552,296 Q590 288 600 306. Wing tip at (548–578, 288–308) — near the handlebar. Good contact. - Legs: near leg from (388,366) through (448,440) to (442,482), foot at (404–436, 480–498). Near pedal at rect centered (448,486). Foot at ~(420,490) — near pedal, slightly left. Far leg to (372,424), far pedal centered (364,424). Good. - Neck: from (448,262) curving up to head at (530,150). Head circle r30 at (530,150) — top of head y=120. Bill from (552,140) to (668,166) plus pouch to y~208. All within viewBox (max x 668+stroke ≈ 670 < 800; max y 522+16 shadow = 538 < 600). Top: head 120-1.5, tuft ~114 > 0. Good, unclipped. One concern: neck path — from 448,262 up... the path: M448 262 Q472 220 470 180 Q468 146 494 134 Q520 124 540 140 L544 168 Q520 158 506 168 Q496 176 500 206 Q504 244 488 276 Q470 290 448 262 Z. Head at (530,150) r30 covers x 500–560, y 120–180. The neck top part around (494,134)-(544,168) is behind head. Bill starts at 552,140 — overlaps head edge (head extends to x=560). Good connection. Wing overlaps body top — wing drawn after body, so it's on top. Fine. Saddle: drawn as filled path within the stroke group. Fine. Potential issue: rear wheel spokes group stroke 2.5 — ok. Also, body rear x=300 vs tail at 300,296→228,296. Tail behind body, drawn before body. Good. One more check: far leg starts at 356,372 (body bottom area) — good. Everything seems fine. Also check the "L544 168" line in neck — creates straight line, hidden behind head mostly. Fine. I can't visually verify since the model doesn't support images, but geometry checks out. Maybe I can do a crude render check via console? The browser tool console only receives page console output. I could verify no errors — none. Maybe render the SVG to a PNG and check pixel colors? Could use bash if node + some library exists? No third-party libs. Could use Python with... unlikely svg support. Skip; geometry is verified by math. Actually, let me double check one thing: the near foot path at (404–436, 480–498) and pedal rect rotated at (432–468, 478–490) centered 448,486. Foot overlaps pedal. Good. Report done.
The screenshot itself can't be rendered to me (no image support in this session), but I verified the page loads with no console errors and the DOM structure is intact. I also verified the geometry mathematically against the coordinates in the SVG: **Checks performed:** - **Page loads cleanly** — no console errors; DOM contains the title, SVG, and caption. - **Bicycle connectivity (by coordinates):** chain stay (220,440)→(405,452) meets seat stay (220,440)→(345,312) at the rear hub; seat tube (405,452)→(345,312) and down tube (405,452)→(560,322) meet the stays at the bottom bracket; top tube joins seat cluster to head tube; fork (560,322)→(580,440) lands exactly on the front hub. All closed loops are valid. - **Riding pose:** body (y 226–372) overlaps the saddle (y 262–292), so the bird sits on it; near leg runs (388,366)→(442,482) with the webbed foot at ~(420,490) directly on the near pedal centered at (448,486); far leg ends at (372,424) on the far pedal at (364,424); the wing spans (356,262)→(556,296) with the tip gripping at (578,296) right where the handlebar bar curve (552,296)→(600,306) passes. - **Framing:** head top ≈ y 114, wheel bottoms y 522, shadow y 538, bill tip x 668 — everything fits inside the 800×600 viewBox with margin; wheels touch the road plane at y=522. - **Accessibility:** `role="img"` with `<title>` and `<desc>`, plus a visible `<h1>`/`<figcaption>`. - **Pure vector art:** all shapes are inline `<path>`/`<circle>`/`<rect>`/`<ellipse>` — no `<image>`, no rasters, no external references (confirmed by file content). **Unverified visually** (since I can't view rendered images): exact aesthetic overlap of the neck/head/bill strokes and whether the wing tip visually reads as gripping the bars — though the coordinate math places all contact points correctly. **File:** `/tmp/job-t477Yw/index.html` — a sunny seaside scene: red bicycle with spoked wheels, chain, crank and pedals, and a white pelican with a long orange bill and throat pouch, webbed feet on the pedals, and a wing on the handlebars.