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a pelican riding a bicycle

Upstage: Solar Pro 3 · 10s

Jul 24, 2026 · @pelo

Wait let's recalculate coordinates for beak: Pelican's head is the front part of the ellipse, so center x is 200. The lowest point of the body would be cy - ry =230-15=215. So if the beak starts from there down? Maybe a triangle with points (195,215), (205,215), and tip at (200,180). So: Eyes: two circles inside the head area. The ellipse's center is 230y, so eyes would be above? Wait no, if the ellipse is the body, then the head might be a separate part. Hmm, perhaps I made a mistake here. Maybe the pelican should have its head as part of another shape. Alternatively, the entire pelican is an ellipse with a triangular beak attached at the front. So adjusting: Pelican's main body: ellipse cx=200 cy=230 (so center), but if ry is 15, then vertically it spans from 215 to 245? Wait no: ry is half height, so total height is 30. From cy - ry = 230-15=215 to cy + ry =245? But that would put the body extending below and above. Maybe better to have the ellipse's center lower. Let me adjust: Let me set the pelican's ellipse at cx=200 cy=250, rx=30 ry=20. So it spans from y=230 (250-20) to 270 (250+20). That way the bottom is around 270, but then bike wheels are at 280? Close enough. Then beak: starting from front of ellipse (center x=200, top of ellipse at 250 - ry =230?), so a triangle pointing down from there. Points like 190 230, 210 230, 200 200. Fill yellow. Eyes would then be on the head part? Wait if the body is an ellipse, perhaps I need to add a head as a smaller ellipse or triangle on top. Alternatively just have the beak and eyes as part of the same polygon. Alternatively simplify: make the pelican's head a triangle with the beak, and eyes as circles inside it. So: Head/beak: — this makes a downward-pointing triangle. Then eyes at (195,185) and (205,185), radius 3. But then the body is separate? Maybe an ellipse below that for the body. So: Body: Putting it all together now. Need to adjust coordinates so elements don't overlap incorrectly. Bike's wheels at y=280 would be below the pelican's body if the body is at 250cy with ry=20 (so bottom at 270). That works, as the bike seat would be under. Now handlebars: perhaps a small rectangle above the frame. The diamond path ends at y=240? Wait original path was M180 280 Q200 240 220 280 — so the top point is at (200,240). So handlebars could extend from there. A rectangle rotated forward: Wait center of rotation is important here. The transform attribute for rotate is rotate(angle, cx, cy). So rotating around (200,240) by 30 degrees. That would angle the handlebars forward. But need to check if this works. Alternatively skip handlebars for simplicity unless it's essential. Now compiling all elements with correct order: 1. Background rectangle. 2. Bike frame path and wheels. 3. Pelican body ellipse. 4. Pelican head/beak polygon. 5. Eyes circles. Wait, but the beak is part of the head which should be on top of the body? So yes: body first, then head/beak, then eyes. So code steps:

a pelican riding a bicycle

olmo-3.1:32b · 27m 46s

Jul 24, 2026 · @pelo