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lab~Openai north-mini-code-1.0 · local Clear all

a pelican riding a bicycle

OpenAI GPT Mini Latest · 1m 9s

Jul 24, 2026 · @pelo

a pelican riding a bicycle

OpenAI GPT Latest · 44s

Jul 24, 2026 · @pelo

. No external references, no script, no image, no CSS classes. Only raw SVG markup at the end. Make sure we include both the pelican and bicycle. We need to produce a simple but recognizable illustration. The pelican should have a large beak, maybe perched on handlebars? Actually "riding a bicycle". So perhaps the pelican is sitting on the seat, holding the handlebars with its feet? Or maybe it's perched on the bike, standing on pedals? Let's decide: Pelican sits on the seat, facing forward, with its wings slightly opened for balance. The bike has wheels, handlebar, seat, chain. Simplify: background: sky gradient could be a simple fill (maybe light blue). But we cannot use gradients? We can use plain fill. But we could have a sun or something. Keep simple. Elements order: 1) Background: maybe ground and sky using large rectangles. 2) Bike: main parts: two wheels (circles), front and back, handlebar triangle, seat rectangle, pedals maybe. 3) Pelican: body (oval), head (circle), beak (polygon). Wings (two ellipses or triangles). Feet (maybe small shapes holding the handlebars? Or perched on seat). But to show riding, maybe the pelican's feet are on pedals. So we need pedals and a chain. We can draw simple pedals as circles attached to wheel spokes. Simplify: The bike: front wheel circle at left, back wheel at right. Handlebars: two arcs forming a "U". Seat: small rectangle near middle top of bike. Pedals: maybe circles attached to the bottom of each crank (just below seat). Could be simple. Pelican: Body oval placed over seat area? Actually seat is small; perhaps pelican sits on seat, hugging it. Or we can have pelican perched behind handlebars with wings extended. Better: Pelican stands behind the bike's seat, holding handlebars with its beak and claws? But typical "riding a bicycle" implies it's actually riding. So imagine pelican sitting on seat, facing forward, with feet on pedals, wings extended for balance. That seems more complex to draw but doable. We can simplify: The bird sits upright on seat; body is an oval, head on top, beak pointing forward, eyes maybe just shapes. Wings maybe open as two large ellipses behind the body. We'll need to position bike and pelican such that they look natural. Use viewBox 400x300. Plan composition: - Sky background: light blue rectangle covering top part (maybe y=0, height 200). Ground: green rectangle at bottom. - Bike: base rectangle frame? But we can draw minimal: two circles for wheels at positions roughly x=80 and x=220. The seat is a small rectangle near middle of bike (x~150, y~120?). Actually seat position maybe near top of the bike? Could be on the tube connecting bottom bracket. Simplify: Let's just draw a basic bicycle as two circles (wheels) connected by two lines representing the frame, handlebar loop. Better: Draw front wheel at left (circle), back wheel at right. Connect them with a rectangle representing seat/tube and a handlebar shape. We'll also need pedals: maybe small circles attached to the bottom of each crank (horizontal line). But we could skip chain and just show two pedals on lower part of bike. Let's decide: Front wheel at x=100, y=150 radius 30. Back wheel at x=260, y=150 radius 30. Connect them with a simple frame: a line from bottom of front wheel to bottom of back wheel (representing downtube) and a seat tube upward. Actually typical bike has top tube; but we can simplify. Better: Draw a triangle shape for the front part of bike: front wheel left, back wheel right, and a seat rectangle between them at lower middle, maybe near y=120. Or just draw handlebar loop above wheels. Add handlebar: two arcs forming a "U" over the top connecting near top of both wheel centers. We'll also include pedals: small circles attached to the bottom of each side (maybe near x=100 and x=260) at y=190, representing pedal positions. Then Pelican: Place it above seat? Or riding? Let's place pelican perched on seat. So we need a seat shape that the bird sits on. Could make seat a rectangle with some padding. The bird's body can be placed over seat. Simplify: Seat is small rectangle near middle of bike (x~180, y~120, width=40, height=20). Bird's body oval above it (x~180, y~100?). Actually bird's body should be oriented upright; maybe the bird sits on the seat with its tail covering the seat. So we can draw a rectangle for seat and then draw bird overlapping. But to avoid messy layering, we could put seat after background but before bird? The order: background first (sky/ground), then bike parts, then details like pedals etc, then pelican (main subject) maybe last. Thus: - Background: sky and ground rectangles. - Bike: wheels, frame lines, handlebar arcs. - Pedals: circles. - Seat rectangle: maybe as part of the bike but before pelican. - Pelican: body oval, head circle, beak polygon, wings ellipses, legs maybe small shapes for claws on pedals (or just feet). We could show bird with its feet gripping pedals? Could be too detailed. Simplify: Bird sits on seat and holds handlebars with its claws? Or perched behind handlebar. To make it look like riding, we may have bird's feet on pedals. So show bird with body and wings extended to the sides for balance. We can draw simple wings as two long ellipses extending from the bird’s body outward (left and right). Bird's legs: maybe just tiny circles representing feet attached to the bike? Hard to depict legs on a bird; could be omitted, or shown as small hooks onto handlebars. But we can show beak and eyes. Alternatively, we can have pelican perched on bicycle, with its beak pointing upward like it's holding something? The user likely expects a whimsical scene of a pelican riding a bicycle (like cartoon). So simplicity is okay. Let's design: - Bird's body: an oval from x=170 to 210, y=110 to 160 perhaps. Wings: two arcs or ellipses extending left and right beyond the body, maybe at lower part. - Head: small circle placed near top of body, e.g., at x~180, y~100? Actually head would be above body: a circle at x=175, y=85 (maybe). - Beak: triangle pointing downwards, attached to bottom of head. Maybe beak polygon shape like a hook. - Eyes: small circles in head. - Legs/feet: maybe just curved lines representing legs hanging down near the bike seat? Could show them perched on handlebars? Actually for riding, bird's feet might be on pedals which are at bottom of bike. So we could draw two leg shapes as simple lines from bird’s body downwards to meet the pedals. But that would need to connect with pedal circles. But maybe it's simpler: The pelican is just sitting on the seat (like a rider) holding the handlebars with its claws (beak and feet). However, birds have wings, not legs for gripping. Actually pelicans have wings but also can hold things with beak and feet. So they could be perched behind handlebar. Simplify: Show the bird perched at the back of the bicycle seat, wings slightly opened, looking forward, with its beak pointing upward maybe like it's "riding". The bike includes pedals, chain, etc. We'll decide: - Bird sits on top of bike frame near where seat would be. So we place bird body (oval) roughly centered above the middle of the two wheels, perhaps at y~100? The seat rectangle is below. Let's plan coordinates in viewBox 0 0 400 300. We can draw sky from y=0 to y=200 with blue fill. Ground from y=200 to y=300 with green. Bike: - Front wheel: circle at (120, 150) radius 30. - Back wheel: circle at (260, 150) radius 30. - Connect wheels with a simple frame: a line representing the downtube from bottom of front wheel (120,120) to bottom of back wheel (260,120). That's a straight line. Also we need seat and top tube. For simplicity, draw a "U"-shaped handlebar connecting above both wheels: - Left part: from near top left of front wheel: (120,180) to middle top: (190,250)? Actually typical handlebars are above the rider; but we can make a simple shape. Better: Let's draw a triangle representing the bike frame: - Top tube: line from near top of front wheel (120,180) to near top of back wheel (260,180). Or maybe a curve? But we need some shape. Simplify further: We'll have a seat rectangle placed near middle between wheels at lower part: maybe at (170, 130) width=60 height=20. That's where bird sits. We also want pedals: circles on the bottom of each crank, say at (120,190) left pedal and (260,190) right pedal. Add handlebar arcs: two arcs forming a "U": e.g., start from front wheel top left (120,180), curve up to (200,250) then down to back wheel top right (260,180). Or we could draw a simple polygon for the handlebars. But it's okay if the illustration is simple; main thing is a pelican riding a bicycle. The viewer should recognize both. Thus final SVG may have some simplistic shapes but still clear. Now let's outline step by steps: Planning: I will include brief thought process in natural voice, mention choices like beak shape, wing ellipses, etc. Then code: - - background groups: - - - Bike group (): - Front wheel: - Back wheel: - Frame line (downtube): - Seat rectangle: - Pedals: left ; right - Handlebars shape: maybe two arcs or a polygon: Let's do a simple U shape using three lines: - Left side of handlebar: from (120,180) up to (200,250) then down to back wheel top? But we need closed shape. Could draw an arc path. We can use This draws a gentle curve connecting front and rear wheel tops, representing handlebars. Alternatively, we could add a simple triangle representing the handlebar loop: but path is fine. - So handlebar path: - Pelican group (g) after bike: - Bird body: ellipse? or a rounded rectangle shape. Use an oval for body. Let's do - Head: circle: - Beak: polygon pointing downwards: maybe shape like a triangle with curved tip. For simplicity, use a triangle: Points: (175,95) to (185,115) to (195,95). Actually that's upward? We want downward beak, so base at top, point down. Better: draw beak as a downward hook: polygon points: (180,100), (190,130), (170,130) maybe. But we can approximate: // triangle shape But it's more like an upward pointing? Actually base at top left and right to define opening. Better: Let's draw a simple downward beak using polygon: points (175,95), (190,115), (185,130). Hard. But we can try: // this is large? Simplify more: Use simple triangle for beak: base at top across and point down. Points: (178,95) left of head, (182,95) right? Actually base width maybe small. We can do: // narrow base shape But that's too simplistic; but it's okay. Add eyes: two circles in head region: - left eye: - right eye: - Wings: two long ellipses extending from body sides. Use something like: left wing: right wing: - Legs/feet: maybe small curved shapes representing claws perched on pedals? Could just leave as none. To make bird appear to be riding, we can position it above seat (so body centered roughly over seat rectangle). Also may draw a small tail perhaps not needed. We can also add a simple chain link shape between wheels or something but not required. Make sure the order: background rects first, then bike group elements (wheels, frame, pedals, handlebars), then pelican group (body, head, beak, eyes, wings). That ensures background behind everything. Add fill strokes. Now check viewBox: 400x300. Our coordinates fit within that. Now produce final SVG with all these groups. We need to ensure no external references, and plain vector shapes. Also we can add a simple sun for aesthetics but not required. Make sure the SVG ends with closing tag. Now let's craft the SVG. We'll structure:

a pelican riding a bicycle

north-mini-code-1.0 · 1m 51s

Jul 24, 2026 · @pelo