Compare all models on this prompt →
Pelican on a bicycle · step-3.5-flash
Generate an inline SVG illustration of a pelican riding a bicycle.
⚠ no runnable output
This one-shot run produced no runnable artifact.
agent produced no index.html
The transcript below shows what the model did — read it to see why the one shot fell short.
transcript · 2 messages
user
Generate an inline SVG illustration of a pelican riding a bicycle.
assistant
thinking
The user wants me to create an inline SVG illustration of a pelican riding a bicycle. This should be a self-contained HTML file with the SVG embedded directly in it, plus CSS styling as needed.
Let me think about what this SVG should include:
1. A bicycle (wheels, frame, handlebars, pedals)
2. A pelican (distinctive features: large beak/pouch, bird body)
3. The pelican positioned as if riding the bicycle
I'll create a single HTML file with inline SVG. The SVG should be hand-coded (no external libraries) and contain both the bicycle and the pelican.
Let me design this:
- Bicycle: Two wheels (circles), frame (lines), handlebars, pedals, seat
- Pelican: Body shape, large beak with pouch, wings, feet on pedals
- Colors: I'll use appropriate colors - maybe brown/gray for pelican, black for bicycle frame
I'll make it an interesting, somewhat whimsical illustration. The pelican should be sitting on the seat with its feet on the pedals, its wings perhaps slightly out for balance, and the beak prominent.
Let me write the HTML file with embedded SVG.
Structure:
```html
<!DOCTYPE html>
<html>
<head>
<title>Pelican Riding a Bicycle</title>
<style>
body { display: flex; justify-content: center; align-items: center; min-height: 100vh; margin: 0; background: #f0f0f0; }
svg { max-width: 100%; height: auto; }
</style>
</head>
<body>
<svg viewBox="0 0 800 600" xmlns="http://www.w3.org/2000/svg">
<!-- SVG content here -->
</svg>
</body>
</html>
```
Now for the SVG content. I'll design it with coordinates. Let's make the bicycle centered and the pelican on it.
Key elements:
- Rear wheel: circle at (300, 450), radius 80
- Front wheel: circle at (550, 450), radius 80
- Frame: connecting lines between wheels, seat, handlebars
- Pedals and crank
- Pelican body (oval shape)
- Pelican beak (long triangle/path with pouch)
- Pelican wings
- Pelican feet on pedals
I'll create a detailed and nice-looking SVG illustration.
Let me plan coordinates:
- Canvas: 800x600, center roughly at (400, 300)
- Bicycle wheels: both at y=450, x at 300 and 550
- Seat: around (350, 360)
- Handlebars: around (550, 300)
- Frame: from rear wheel to seat to pedals to front wheel
Pelican position: sitting on seat, body leaning forward slightly towards handlebars? Actually pelicans don't lean forward that much, but for riding a bike it would be upright. I'll place the pelican's body center around (350, 320) maybe.
Beak: extends forward from head, maybe to the right.
I'll use paths and shapes with appropriate fills and strokes.
Let me code the SVG step by step:
1. Background? Maybe a simple solid color or just transparent.
2. Wheels: circles with spokes (lines from center to rim).
3. Frame: a polyline or multiple lines.
4. Handlebars: curved or straight lines.
5. Crank and pedals: small circles and lines.
6. Pelican:
- Body: an ellipse or path
- Head: circle or ellipse
- Beak: long path with a pouch (curved lower part)
- Eye: small circle
- Wing: path on side
- Tail: maybe a small triangular shape
- Feet: simple lines connecting to pedals
I'll use fill colors:
- Pelican: light gray/white body, maybe some shading
- Beak: orange/yellow
- Bicycle frame: black or dark gray
- Wheels: black with silver spokes or just dark
Let's write the SVG with careful coordinates.
Approach: I'll craft the SVG manually, ensuring it's visually appealing.
I'll include comments for readability but the user wants all inline. I'll produce final HTML file.
Now let me generate the HTML content with the SVG.
I think I should produce something like:
```html
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<meta name="viewport" content="width=device-width, initial-scale=1.0">
<title>Pelican Riding a Bicycle</title>
<style>
body {
margin: 0;
display: flex;
justify-content: center;
align-items: center;
min-height: 100vh;
background: linear-gradient(135deg, #f5f7fa 0%, #c3cfe2 100%);
font-family: Arial, sans-serif;
}
.container {
text-align: center;
padding: 20px;
}
svg {
max-width: 100%;
height: auto;
filter: drop-shadow(0px 4px 6px rgba(0,0,0,0.1));
}
</style>
</head>
<body>
<div class="container">
<svg viewBox="0 0 800 500" xmlns="http://www.w3.org/2000/svg">
<!-- Bicycle Frame -->
<g stroke="#333" stroke-width="4" fill="none">
<!-- Rear triangle -->
<line x1="250" y1="380" x2="300" y2="450" />
<line x1="250" y1="380" x2="350" y2="320" />
<line x1="350" y1="320" x2="300" y2="450" />
<!-- Front triangle -->
<line x1="350" y1="320" x2="550" y2="300" />
<line x1="550" y1="300" x2="550" y2="450" />
<line x1="350" y1="320" x2="550" y2="450" />
<!-- Seat tube and top tube -->
<line x1="250" y1="380" x2="350" y2="380" />
<line x1="350" y1="380" x2="350" y2="320" />
</g>
<!-- Seat -->
<ellipse cx="350" cy="380" rx="25" ry="8" fill="#444" />
<!-- Handlebars -->
<g stroke="#333" stroke-width="4" fill="none">
<line x1="550" y1="300" x2="580" y2="250" />
<line x1="580" y1="250" x2="620" y2="250" />
<line x1="620" y1="250" x2="640" y2="270" />
<line x1="620" y1="250" x2="640" y2="230" />
</g>
<!-- Chain ring and pedals -->
<circle cx="350" cy="380" r="15" fill="#555" />
<circle cx="410" cy="435" r="10" fill="none" stroke="#333" stroke-width="2" />
<circle cx="400" cy="380" r="4" fill="#888" />
<line x1="400" y1="380" x2="410" y2="435" stroke="#333" stroke-width="3" />
<rect x="405" y="430" width="10" height="10" rx="2" fill="#666" />
<!-- Wheels -->
<g>
<!-- Rear wheel -->
<circle cx="300" cy="450" r="70" fill="none" stroke="#333" stroke-width="4" />
<g stroke="#666" stroke-width="1">
<line x1="300" y1="450" x2="300" y2="380" />
<line x1="300" y1="450" x2="370" y2="450" />
<line x1="300" y1="450" x2="300" y2="520" />
<line x1="300" y1="450" x2="230" y2="450" />
<line x1="300" y1="450" x2="345" y2="405" />
<line x1="300" y1="450" x2="345" y2="495" />
<line x1="300" y1="450" x2="255" y2="405" />
<line x1="300" y1="450" x2="255" y2="495" />
</g>
<!-- Front wheel -->
<circle cx="550" cy="450" r="70" fill="none" stroke="#333" stroke-width="4" />
<g stroke="#666" stroke-width="1">
<line x1="550" y1="450" x2="550" y2="380" />
<line x1="550" y1="450" x2="620" y2="450" />
<line x1="550" y1="450" x2="550" y2="520" />
<line x1="550" y1="450" x2="480" y2="450" />
<line x1="550" y1="450" x2="595" y2="405" />
<line x1="550" y1="450" x2="595" y2="495" />
<line x1="550" y1="450" x2="505" y2="405" />
<line x1="550" y1="450" x2="505" y2="495" />
</g>
</g>
<!-- Pelican -->
<g>
<!-- Body -->
<ellipse cx="350" cy="300" rx="60" ry="35" fill="#e8e8e8" stroke="#bbb" stroke-width="2" />
<!-- Tail feathers -->
<path d="M290 300 Q270 280 260 295 Q270 310 290 310 Z" fill="#ccc" />
<!-- Wing (visible from side) -->
<ellipse cx="360" cy="295" rx="45" ry="20" fill="#ddd" />
<!-- Neck -->
<ellipse cx="390" cy="280" rx="20" ry="25" fill="#e0e0e0" />
<!-- Head -->
<circle cx="410" cy="265" r="25" fill="#eee" />
<!-- Beak -->
<path d="M430 265 L520 255 Q525 265 520 275 Q515 265 430 275 Z" fill="#ff9900" stroke="#cc7700" stroke-width="2" />
<!-- Beak pouch -->
<path d="M430 275 Q460 300 520 275" fill="#ffcc66" stroke="none" />
<!-- Eye -->
<circle cx="420" cy="260" r="3" fill="#333" />
<!-- Feet on pedals -->
<path d="M340 335 L345 425" stroke="#ff9900" stroke-width="4" stroke-linecap="round" />
<path d="M380 335 L375 425" stroke="#ff9900" stroke-width="4" stroke-linecap="round" />
<!-- Webbed feet detail -->
<path d="M345 425 L343 432 L347 432 Z" fill="#ff9900" />
<path d="M375 425 L373 432 L377 432 Z" fill="#ff9900" />
</g>
</svg>
<p style="margin-top: 20px; color: #555;">A pelican enjoying a bicycle ride</p>
</div>
</body>
</html>
```
But I need to ensure the SVG is fully self-contained. That means no external resources. I've used only inline SVG with shapes. All good.
Let me double-check coordinates to make sure the pelican looks like it's riding:
- The seat is at (350,380). Pelican body ellipse centered at (350,300). That seems a bit forward. Actually the seat should be under the pelican's body. Let's adjust: the pelican's body should be above the seat. My ellipsis at (350,300) is okay (y=300). Seat at y=380. So the pelican is floating? I need the body to be lower, closer to the seat. Let's adjust pelican y-position: body center should be maybe around (350,340) so it sits on the seat. But the seat is at y=380, and the body ellipse has ry=35, so the bottom of body would be at 340+35=375, close to seat at 380. That could work. Let's recalc.
If body center at (350,340), radiusY=35 => bottom at 375. Seat top is at 380, okay. Then neck and head extend upward. Let's adjust.
Actually, the seat is an ellipse with cy=380 and ry=8, so the top of seat is at 372. So body should be above that.
Better: pelican's body center at (350, 335) => bottom at 370. Good.
I'll adjust all pelican parts accordingly.
Also the beak: from head center (410,265) extending to 520. That's long. That's fine.
Feet: connecting to pedals. Pedals positions: I placed a pedal at (410,435) (attached to crank). That's near bottom bracket at (350,380) plus offset? Actually the crank center is at (350,380) according to my earlier chain ring circle. But then I had a small circle at (400,380) as crank? I need to be consistent. Let's design the bicycle more systematically.
Simplify: bottom bracket (pedal axle) at (350, 380) approx? Actually typical bike: bottom bracket height around same as wheel axle? Usually lower. But we're not constrained.
Better: Let's place wheels at y=400 (instead of 450) for better view? I'll adjust.
Let me redesign with a clear coordinate system:
- Canvas: 800x500.
- Ground line maybe at y=450? Or we can have wheels touching ground.
If wheels radius 70, and ground at y=450, then wheel centers at (300, 380) and (550, 380) maybe. But then the bike frame will be higher.
I want a side view, wheels at bottom, pelican above.
Actually simpler: Let's keep wheels at y=400 (centers) with radius 70 => bottom at 470 (close to bottom of view 500). That's okay.
Set:
- Rear wheel center: (200, 400)
- Front wheel center: (550, 400)
That's a long bike, but okay. Or make closer: rear at 250, front at 550.
Maybe a 800 width, so I'll do: rear at 200, front at 600? Then frame geometry.
I'll set rear wheel at (200, 400), front at (600, 400). Then bottom bracket somewhere between, maybe at (350, 350) (higher than axle). That gives a sloping top tube.
Let's choose:
- Rear wheel center: (200, 400)
- Front wheel center: (600, 400)
- Bottom bracket (pedal axle): (380, 360) (higher up)
- Seat position: (300, 330) (behind bottom bracket)
- Handlebars: (580, 320) (above front wheel)
Wheel radius: 70.
Frame:
- Chain stay: from rear axle to bottom bracket.
- Seat stay: from rear axle to seat.
- Top tube: from seat to bottom bracket? Actually typical diamond frame: rear triangle: rear axle to bottom bracket (chain stay), bottom bracket to seat (seat tube), seat to rear axle (seat stay). Front triangle: bottom bracket to head tube (down tube), head tube to front axle (fork), top tube from seat to head tube.
Simplify: Draw lines:
- Rear axle (200,400) to bottom bracket (380,360)
- Bottom bracket to seat (300,330)
- Seat to rear axle (200,400)
- Bottom bracket to head tube? Actually we have handlebars at (580,320). Let's have a line from bottom bracket to head tube/steering axis at maybe (500, 320)? Actually the fork goes to front axle. So I can have a line from some point near (520, 320) down to front axle (600,400). And top tube from seat to that point.
Simplify further: I'll not overcomplicate; just draw lines that look like a bike frame.
Given time, I could produce a simpler design: a classic bicycle shape.
Alternatively, I can keep my original coordinates but adjust pelican.
I'll refine my earlier design: I had wheels at (300,450) and (550,450) with radius 80. That gave ground at y=530 (outside view). That's okay, they extend beyond view. But I can clip? The viewBox 0 0 800 600, so wheels bottom at 530, fine.
Frame lines: I drew triangles. That's okay.
Seat: at (350,380). That is above bottom bracket (which I didn't define). I need to connect seat to bottom bracket.
In my earlier design I had:
- line from (350,320) to (550,300) - top tube
- line from (350,320) to (550,450) - seat stay? Actually that's down to front axle? Not correct.
- line from (250,380) to (350,320) - seat tube?
Let's map:
- Rear wheel center (300,450)
- Front wheel center (550,450)
- Bottom bracket at (350,380)? That is above rear axle but below seat. Actually typical: bottom bracket is at height similar to rear axle? Actually the bottom bracket is usually a bit higher than rear axle but not much. In my design, bottom bracket at (350,380) is 70 units above rear axle (450), which is okay. And front wheel center at (550,450). So chain stay from (300,450) to (350,380). Seat stay from (300,450) to seat? Actually seat is at (350,380) which is bottom bracket. That's not right. Seat should be above bottom bracket. So seat at (350,320) maybe. Then seat tube from (350,320) down to bottom bracket (350,380). That's vertical.
Top tube from seat (350,320) to head tube (maybe at (550,300) or (520,310)). Then down tube from head tube to bottom bracket? Actually down tube goes from head tube to bottom bracket. That would be line from (550,300) to (350,380). That's already there.
So I'll adjust: bottom bracket at (350,380), seat at (350,320), head tube at (520,310) maybe.
Let's re-design with clearer geometry:
Wheel centers:
- Rear: (200, 450)
- Front: (550, 450)
But then the wheelbase is 350. We'll have bottom bracket somewhere between, but closer to rear? Actually bottom bracket is roughly in the middle but not exactly. For simplicity, we can place it at (350, 380) (some distance forward of rear axle and above).
But if rear at 200, front at 550, then middle is 375. So putting bottom bracket at 350,380 is plausible.
Set:
- Rear wheel center: (200, 450)
- Front wheel center: (550, 450)
- Bottom bracket: (350, 380)
- Seat: (300, 330) (behind bottom bracket)
- Head tube / steering axis: (500, 340) (above front wheel)
- Handlebars attached to head tube or fork.
But the front wheel center is at (550,450). The fork goes from head tube down to front axle. So line from (500,340) to (550,450).
Top tube: from seat (300,330) to head tube (500,340). This is a slightly sloping line.
Down tube: from head tube (500,340) to bottom bracket (350,380). Or sometimes down tube goes to bottom bracket directly.
Chain stay: from bottom bracket (350,380) to rear axle (200,450).
Seat stay: from rear axle (200,450) to seat (300,330). That's a straight line.
That forms a reasonable frame.
Now wheels: radius 80 => bottom at 530, which is within 600 height.
I'll use these coordinates.
Now pelican: It sits on seat at (300,330). The seat is at y=330. Pelican's body should be above that. Let's make body center at (300, 300). Body height: ellipse rx=50, ry=30. Then bottom of body at 330, matches seat top. Good.
Neck extends upward/forward. Head at maybe (340, 270). Beak extending forward to right.
Feet: pelican's feet should be on pedals. Pedals are attached to crank centered at bottom bracket (350,380). Crank arms: length maybe 40. So one pedal at angle, the other opposite. Let's place right pedal forward/down, left pedal back/up. The pelican could have both feet on pedals, but we can show one foot on forward pedal and the other possibly hidden.
Given side view, we might only see one foot on the pedal that is closer to viewer? Typically side view of bike, you see one pedal. So I'll draw one foot attached to the pedal that is down and forward (around angle maybe 45 degrees down from crank). Let's compute: crank center (350,380), crank arm length 40. If the right crank is at 45 degrees down-right, the pedal would be at (350 + 40*cos(45), 380 + 40*sin(45)) = (350+28.3, 380+28.3) = (378.3, 408.3). But that's near ground. Actually that's too low. Usually pedal at bottom is at about same height as bottom bracket? Actually when crank is at bottom, pedal is directly below bottom bracket. That would be at y = 380 + 40 = 420. That's near wheel? The bottom bracket is at 380, so pedal at 420 is lower, maybe too low. I'd rather have the pedal at a more visible position. I can set crank length 30. Then bottom pedal at y=410, still okay.
But the pelican's feet: from body center near (300,300) to pedal at (380,410) would be a long leg. That's fine.
Maybe we can simplify: don't show pedals, just hint that feet are on pedals. Or we can omit pedals entirely.
Alternative approach: Use a more cartoonish, less precise bike. Focus on pelican. I'll go with a more stylized bike and pelican.
Given the complexity, I'll adjust my original SVG to be more integrated and visually coherent. I'll pick a set of coordinates that look good.
Simplify further: wheels at fixed positions, frame as simple lines, pelican as a separate group.
I think my original draft had many elements but might have misalignments. I'll refine the original, but better to produce a final version.
Let's create the final HTML file directly. I will write a clean, cohesive SVG.
Design decisions:
- Canvas: 800x500.
- Background light gradient.
- Bicycle color: dark gray/black, maybe with some highlights.
- Pelican: white/gray body, orange beak, black eye.
- Compose: pelican sitting on seat, holding handlebars? Or just feet on pedals, wings maybe outstretched.
I'll produce a final version with careful coordinates. I'll test mentally.
Let's step through coordinates systematically:
Define constants:
- wheel_radius = 70
- ground_y = 460 (so wheel centers y = ground_y - wheel_radius = 390). So centers at y=390. Then wheels bottom at 460. That's within 500.
- rear_wheel_x = 150
- front_wheel_x = 650
So wheelbase = 500.
- bottom_bracket_x = 350, bottom_bracket_y = 350 (higher than wheel centers by 40). That's okay.
- seat_x = 280, seat_y = 320 (behind and above bottom bracket)
- head_tube_x = 580, head_tube_y = 340 (above front wheel)
- head_tube_radius maybe 10? We'll draw a line.
Frame lines (stroke #333, stroke-width=4):
- chain stay: (bottom_bracket_x,bottom_bracket_y) to (rear_wheel_x, wheel_center_y=390)
- seat stay: (rear_wheel_x,390) to (seat_x,seat_y)
- seat tube: (seat_x,seat_y) to (bottom_bracket_x,bottom_bracket_y) (or maybe vertical line? Actually in many bikes seat tube goes from seat down to bottom bracket. So line from seat to bottom bracket.)
- top tube: (seat_x,seat_y) to (head_tube_x,head_tube_y)
- down tube: (head_tube_x,head_tube_y) to (bottom_bracket_x,bottom_bracket_y)
- fork: (head_tube_x,head_tube_y) to (front_wheel_x,390) maybe with a slight offset. Actually fork usually goes from head tube to front axle. So line from head_tube to front wheel center.
Also a small extension for head tube: maybe a short horizontal line.
Handlebars: attached near head_tube. I'll draw a curved shape or simple lines.
Pedals and crank:
- crank center: bottom_bracket. Draw a circle around it for chain ring.
- crank arms: two lines opposite directions. I'll draw one crank arm to a pedal at some angle. For side view, we only see one crank arm maybe. But I'll draw both but partially hidden? I'll draw one crank arm extending down and slightly back, and the other up and forward. However, typical bike pedals are at 3 and 9 o'clock positions for side view. That's horizontal. So I can draw two lines: one horizontal left to pedal, one horizontal right to pedal. But the crank rotates. For a static illustration, I can choose 3 and 9 (horizontal). So pedals at left and right of bottom bracket. The pelican's feet: one on the right pedal (closer to viewer?) Actually in side view, both pedals are visible, one in front, one behind? At exactly horizontal, they align; but to see both, one could be offset vertically. I'll choose 4 and 10 o'clock: one down-right, one up-left. That gives interesting pose.
But the pelican needs to have feet on pedals. I can draw the pelican's legs ending at the pedals.
Maybe simpler: don't draw the pedals; just show pelican's feet positioned as if on pedals. Or draw the pedals but not the crank arms. I'll draw a simple pedal circle at appropriate positions.
I'll pick: right pedal at angle 45° down from horizontal (i.e., 315° direction). That gives pedal at (bottom_bracket_x + L*cos(45), bottom_bracket_y + L*sin(45)) with sin(45) negative if down? Actually coordinate y increases downward. So down means positive y. So angle measured from positive x axis: 0° to the right, 90° down, 180° left, 270° up. So if we want pedal down-right, that's angle 45° (down is positive y). So cos45 = 0.707, sin45 = 0.707. So pedal = (350+30*0.707=371, 350+30*0.707=371). That's (371,371). That's actually not far down. Actually 30*0.707=21. So pedal at (371,371). That's almost same y as bottom bracket (350). That's not down enough. For down direction we need angle 90° (straight down). That would be (350, 380) with radius 30 -> (350,380). That's lower. So maybe pedal at 90°: (350,380). That's directly below bottom bracket. That might be okay. And left pedal at 270°: (350,320). So one pedal up. That gives vertical separation. That might look good: the pelican's right foot on the lower pedal, left foot maybe on the upper one, but the upper pedal would be above seat? Actually bottom bracket at 350, so upper pedal at 320, which is above seat? Seat at 320, so pedal would be at same height as seat. That might be okay.
But the pelican's legs: from body (seat region) to pedal. Right leg goes down to pedal at (350,380). That's a short distance. Left leg goes up to pedal at (350,320) which is very close to seat. That might look odd.
Maybe I'll use a single pedal visible (the forward one) and hide the other behind the bike or pelican. I'll just draw one crank arm and one pedal. The pelican will have both feet on the pedals, but we can show one foot stepping on a pedal that is forward and slightly down, and the other foot maybe on the other pedal but partially obscured.
Simplify: I'll draw the bike with a chain guard and pedals not showing much. I'll focus on pelican's body perched on seat, with its large beak forward, and maybe its wings flapping.
Time to just produce a nice-looking SVG, even if not perfectly anatomically accurate.
Given the constraints, I think my original draft is okay with minor adjustments. I'll produce a final version with careful tweaks.
I'll produce the final HTML file with the following plan:
- Use a clean design with simplified shapes.
- Pelican: body (oval), head (circle), beak (long triangle with curved pouch), eye, wing.
- Bicycle: two wheels with spokes, frame lines, seat, handlebars.
- Colors: body white/light gray, beak orange, frame dark gray/black, wheels black.
- Add slight shadow effects via filter.
I'll write the code now.
Let me write the final HTML content:
```html
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<meta name="viewport" content="width=device-width, initial-scale=1.0">
<title>Pelican Riding a Bicycle</title>
<style>
body {
margin: 0;
display: flex;
justify-content: center;
align-items: center;
min-height: 100vh;
background: linear-gradient(135deg, #e0f7fa 0%, #b2ebf2 100%);
font-family: 'Segoe UI', Tahoma, Geneva, Verdana, sans-serif;
}
.container {
text-align: center;
padding: 20px;
}
svg {
max-width: 100%;
height: auto;
filter: drop-shadow(0 4px 8px rgba(0,0,0,0.15));
}
.caption {
margin-top: 15px;
color: #555;
font-size: 1.2em;
}
</style>
</head>
<body>
<div class="container">
<svg viewBox="0 0 800 500" xmlns="http://www.w3.org/2000/svg">
<!-- Bicycle Frame -->
<g stroke="#2c3e50" stroke-width="5" fill="none" stroke-linecap="round" stroke-linejoin="round">
<!-- Rear triangle -->
<line x1="200" y1="390" x2="300" y2="320" />
<line x1="300" y1="320" x2="380" y2="350" />
<line x1="380" y1="350" x2="200" y2="390" />
<!-- Front triangle -->
<line x1="380" y1="350" x2="600" y2="330" />
<line x1="600" y1="330" x2="650" y2="390" />
<line x1="650" y1="390" x2="380" y2="350" />
<!-- Fork to front wheel -->
<line x1="600" y1="330" x2="650" y2="390" />
<!-- Additional support: top tube -->
<line x1="300" y1="320" x2="600" y2="330" />
</g>
<!-- Seat -->
<ellipse cx="300" cy="320" rx="20" ry="6" fill="#34495e" />
<!-- Handlebars -->
<g stroke="#2c3e50" stroke-width="4" fill="none">
<line x1="600" y1="330" x2="630" y2="280" />
<line x1="630" y1="280" x2="680" y2="280" />
<line x1="680" y1="280" x2="700" y2="300" />
<line x1="680" y1="280" x2="700" y2="260" />
</g>
<!-- Chain ring -->
<circle cx="380" cy="350" r="25" fill="none" stroke="#7f8c8d" stroke-width="3" />
<circle cx="380" cy="350" r="5" fill="#7f8c8d" />
<!-- Pedal (right) -->
<line x1="380" y1="350" x2="410" y2="380" stroke="#2c3e50" stroke-width="3" />
<rect x="405" y="375" width="10" height="10" rx="2" fill="#7f8c8d" />
<!-- Wheels -->
<g>
<!-- Rear wheel -->
<circle cx="200" cy="390" r="70" fill="none" stroke="#2c3e50" stroke-width="5" />
<g stroke="#7f8c8d" stroke-width="1">
<!-- Spokes -->
<line x1="200" y1="390" x2="200" y2="320" />
<line x1="200" y1="390" x2="270" y2="390" />
<line x1="200" y1="390" x2="200" y2="460" />
<line x1="200" y1="390" x2="130" y2="390" />
<line x1="200" y1="390" x2="245" y2="345" />
<line x1="200" y1="390" x2="245" y2="435" />
<line x1="200" y1="390" x2="155" y2="345" />
<line x1="200" y1="390" x2="155" y2="435" />
</g>
<!-- Front wheel -->
<circle cx="650" cy="390" r="70" fill="none" stroke="#2c3e50" stroke-width="5" />
<g stroke="#7f8c8d" stroke-width="1">
<line x1="650" y1="390" x2="650" y2="320" />
<line x1="650" y1="390" x2="720" y2="390" />
<line x1="650" y1="390" x2="650" y2="460" />
<line x1="650" y1="390" x2="580" y2="390" />
<line x1="650" y1="390" x2="695" y2="345" />
<line x1="650" y1="390" x2="695" y2="435" />
<line x1="650" y1="390" x2="605" y2="345" />
<line x1="650" y1="390" x2="605" y2="435" />
</g>
</g>
<!-- Pelican -->
<g>
<!-- Body -->
<ellipse cx="300" cy="300" rx="60" ry="35" fill="#ecf0f1" stroke="#bdc3c7" stroke-width="2" />
<!-- Tail -->
<path d="M240 300 Q220 280 210 295 Q220 310 240 310 Z" fill="#bdc3c7" />
<!-- Wing (side) -->
<ellipse cx="340" cy="295" rx="50" ry="22" fill="#bdc3c7" />
<!-- Neck -->
<ellipse cx="370" cy="280" rx="20" ry="28" fill="#d5dbdb" />
<!-- Head -->
<circle cx="395" cy="260" r="28" fill="#e5e7e9" />
<!-- Beak -->
<path d="M420 260 L530 250 Q535 260 530 270 Q525 260 420 270 Z" fill="#f39c12" stroke="#e67e22" stroke-width="2" />
<!-- Beak pouch -->
<path d="M420 270 Q460 310 530 270" fill="#f1c40f" fill-opacity="0.7" />
<!-- Eye -->
<circle cx="405" cy="255" r="4" fill="#2c3e50" />
<!-- Feet on pedals -->
<!-- Right leg to pedal at (410,380) -->
<path d="M320 335 L325 380" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Left leg to pedal at (350,320) or maybe to crank? We'll simplify: show both feet on pedals, but one may be hidden -->
<!-- I'll draw both feet connecting to the crank area -->
<path d="M380 335 L375 345" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Second foot on pedal (the one attached to crank) -->
<path d="M380 335 L410 380" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Webbing details on feet -->
<path d="M325 380 L323 386 L327 386 Z" fill="#f39c12" />
<path d="M410 380 L408 386 L412 386 Z" fill="#f39c12" />
<!-- Webbing on other foot -->
<path d="M375 345 L373 350 L377 350 Z" fill="#f39c12" />
</g>
<!-- Sun decoration -->
<circle cx="750" cy="80" r="40" fill="#f1c40f" opacity="0.8" />
<g stroke="#f39c12" stroke-width="2">
<line x1="750" y1="30" x2="750" y2="15" />
<line x1="750" y1="130" x2="750" y2="115" />
<line x1="800" y1="80" x2="815" y2="80" />
<line x1="700" y1="80" x2="685" y2="80" />
<line x1="770" y1="50" x2="785" y2="35" />
<line x1="730" y1="110" x2="715" y2="125" />
<line x1="770" y1="110" x2="785" y2="125" />
<line x1="730" y1="50" x2="715" y2="35" />
</g>
</svg>
<p class="caption">A pelican enjoying a bicycle ride</p>
</div>
</body>
</html>
```
I need to check that the pelican's legs: The body ellipse center is at (300,300). The bottom of body is at y=300+35=335. So legs start around (320,335) etc. That's fine. The feet connect to pedal positions. The pedal at (410,380) is from crank arm length 30 from bottom bracket (380,350)? Actually bottom bracket at (380,350). I drew crank arm from (380,350) to (410,380) length ~ sqrt(30^2+30^2)=42? Actually (410-380)=30, (380-350)=30, so length sqrt(900+900)=42.4. That's plausible. Then the foot at (410,380). The leg from (320,335) to (325,380) is a short line? Actually (325,380) is near pedal? The pedal is at (410,380). That's far. So I need to adjust: I want the pelican's feet to actually reach the pedals. The body is at x=300, but the crank center is at x=380. So the distance from body to crank is 80. That's a long leg. Pelican's legs would need to be long. That might be okay if we extend the legs. But I only drew short legs. So I need to extend the leg lines to reach the pedal positions.
Better: Move the pelican further forward so its body is over the bottom bracket. That is, shift its x coordinate to around 350 or 380. But the seat is at (300,320). If I move the seat forward, I'd need to adjust bike frame. That might be easier: shift everything rightwards? Actually I can move pelican's body to be more forward, but then it wouldn't be sitting on the seat. So I need the seat to be under the pelican's body. So seat should be directly below pelican's body center. So if pelican's body center is at x=380, then seat should be at (380, something). But my seat is at (300,320) from frame design. That's far behind. So I should redesign the bike with the seat more forward.
Let's reconsider: The seat is typically behind the bottom bracket. That's normal. The pelican's body will be above the seat, so its center will be behind the bottom bracket as well. That's okay. Then its legs will extend forward to reach the pedals, which are ahead of the seat. That's plausible: a rider's legs extend forward to pedals. So the distance from seat to bottom bracket is about the length of the thigh plus lower leg. If the seat is at (300,320) and bottom bracket at (380,350), the horizontal distance is 80, vertical is 30. That's reasonable for a pelican's leg (maybe a bit long but okay). The leg would go from near (320,335) to around (380,350) or further to pedal. I can draw a longer leg: from body lower part (like at x around 330?) Actually the body is at (300,300). The legs would originate from the body's lower side, maybe around (330,335). Then they go to the pedal at (410,380). That's a distance of about 80 horizontally and 45 vertically. That's a long leg but could be shown as extended. I can draw a line from (330,340) to (410,380). That's fine.
But I only drew short lines. Let's adjust the leg lines to be longer and connect to the pedals.
Let's update: Right leg: from (330, 340) to (410, 380). Left leg: maybe to other pedal? But I only have one pedal visible. The other pedal might be on the opposite side, at maybe (350,320) if crank length 30 upward? That's at x=350, y=320. That's close to seat. That might be okay: left leg short from body to that pedal. Or I could hide it.
Simplify: Only show one leg stepping on the forward pedal (right side). The other leg can be on the other pedal but behind, maybe partially hidden by the bike frame. I'll just draw one leg.
I'll modify the pelican group:
- Body at (300,300)
- Neck to head at (395,260)
- Right leg: start from lower body, say around (330,340) and go to pedal at (410,380).
- Maybe left leg: another line from (310,340) to (350,320) (the upward pedal). But that pedal might be behind, so I could draw it with a thinner line or partially behind the bike. I'll skip for simplicity.
Also the beak pouch path: I used fill-opacity, but that's fine.
Let's also ensure the wing is behind the body? Actually the wing is on the side, might be okay.
Let's adjust coordinates:
- Seat: (300,320) - already drawn.
- Pelican body: ellipse cx="300" cy="300" - that's good: the seat is at y=320, body bottom at 335, seat is slightly below, good.
- Head at (395,260): that's forward and up.
- Beak from (420,260) to (530,250) etc. That's fine.
Now leg: I'll draw a path from a point near the body's lower right side. Let's pick leg start: (330, 340). I'll use a path: M330,340 L410,380. Width 4, color orange.
I'll also add a foot shape at the pedal: maybe a small ellipse or just rely on the foot details I had at the end of the leg. I already have rectangles at pedal and foot details.
But my earlier code had two leg paths: one to (325,380) and one to (375,345) and one to (410,380). That's three legs? That's messy. I'll clean.
I'll keep only two legs: one to right pedal (410,380) and one to left pedal (maybe (350,320)). But the left pedal (if at up position) would be at (350,320). That's very close to seat (300,320). That might be weird but not impossible. Actually from bottom bracket (380,350), if we want left pedal at angle -45° (up-left), that would be (380-21,350-21) = (359,329). That's close to bottom bracket. So left pedal would be at around (359,329). That's near the bike frame. So the pelican's left foot could be on that pedal, with leg going from body (around 310,340) to (359,329). That's a short distance. That's plausible.
But I'd rather avoid complexity. I'll draw a single leg to the forward pedal, and maybe suggest the other foot on the pedal by a small line hidden behind.
Given the instruction: "Generate an inline SVG illustration of a pelican riding a bicycle." The user likely expects a complete illustration. It doesn't need to be perfect, just recognizable.
I'll craft a clean version with proper leg connections.
Let's restructure the pelican group:
```svg
<!-- Pelican -->
<g>
<!-- Tail -->
<path d="M240 300 Q220 280 210 295 Q220 310 240 310 Z" fill="#bdc3c7" />
<!-- Body -->
<ellipse cx="300" cy="300" rx="60" ry="35" fill="#ecf0f1" stroke="#bdc3c7" stroke-width="2" />
<!-- Wing -->
<ellipse cx="340" cy="295" rx="45" ry="20" fill="#bdc3c7" />
<!-- Neck -->
<ellipse cx="370" cy="280" rx="20" ry="25" fill="#d5dbdb" />
<!-- Head -->
<circle cx="395" cy="260" r="25" fill="#e5e7e9" />
<!-- Beak -->
<path d="M420 260 L530 250 Q535 260 530 270 Q525 260 420 270 Z" fill="#f39c12" stroke="#e67e22" stroke-width="2" />
<!-- Beak pouch -->
<path d="M420 270 Q460 310 530 270" fill="#f1c40f" fill-opacity="0.6" />
<!-- Eye -->
<circle cx="405" cy="255" r="3" fill="#2c3e50" />
<!-- Legs -->
<!-- Right leg to pedal (forward) -->
<path d="M330 340 L410 380" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Left leg to other pedal (back/up) - maybe behind bike -->
<path d="M310 340 L360 320" stroke="#f39c12" stroke-width="4" stroke-linecap="round" stroke-dasharray="2,2" opacity="0.8"/>
<!-- Feet (simple) -->
<circle cx="410" cy="380" r="5" fill="#f39c12" />
<circle cx="360" cy="320" r="5" fill="#f39c12" />
</g>
```
But the left pedal at (360,320) is above bottom bracket? Actually bottom bracket at (380,350). The left pedal at 135°? That seems inconsistent. I'll just use the same crank arm length ~30. For angle 135° (up-left), coordinates: 380 + 30*cos(135)=380-21.2=358.8, 350 + 30*sin(135)=350+21.2=371.2 (since sin135=0.707). That gives (359,371). That's lower, not higher. Actually angle measured from positive x: up-left is 135°, which gives positive y (down) because sin(135)=0.707>0. So that pedal would be down, not up. To get up, we need angle in 270° to 360°. For pedal up, we need negative sin, but our y increases downward, so "up" means lower y value. So angle 0° is right (same y), 90° is down, 180° is left (same y), 270° is up. So up-left would be between 180 and 270, say 225°, cos negative, sin negative. So at 225°, cos=-0.707, sin=-0.707. So pedal = (380 -21.2, 350 -21.2) = (359, 329). That's left and up. That seems plausible: left pedal up and back. That's a typical position when right pedal is down. So right pedal down at 90°: (380, 380). Left pedal up at 270°: (380, 320). Actually 270° gives cos=0, sin=-1 => (380, 350-30)= (380,320). That's directly above bottom bracket. That is up. So left pedal at (380,320). That's actually very close to the seat (300,320) horizontally? They are both at y=320, but left pedal at x=380, seat at x=300. So the left leg would stretch from body (around x=310) to x=380, distance 70, that's okay.
But if left pedal is at (380,320), it's above the seat and forward? Actually bottom bracket at 380, so pedal at 320 is directly above the bottom bracket, which is 30 units above. That's fine. The right pedal at (380,380) is directly below. That would be vertical. That would be directly under the bottom bracket. That's okay. Then the legs would be vertical lines? That might look like the pelican is standing on pedals that are vertically aligned, which would be awkward because the pelican's body is behind the bottom bracket. To reach the down pedal, the right leg would go downwards and slightly forward (since bottom bracket at x=380, pedal at same x, but body at x~300). So the leg would go from body at x~310-330 to x=380, so it would extend forward. That's plausible. The left leg would go upward to (380,320). That's also straightforward.
But then both pedals are at x=380, which is the same vertical line. That means the bike's crank is at that x. That's fine.
I could draw both crank arms: one vertical up, one vertical down. I'll show both pedals: the up one may be partially hidden behind the frame or the pelican.
So set:
- bottom bracket: (380,350)
- right pedal (down): (380,380)
- left pedal (up): (380,320)
- crank arms: lines from (380,350) to each pedal.
I'll add these.
Now adjust leg connections:
- Right leg: from body lower part (maybe at x=330, y=340) to pedal at (380,380). That's a reasonable angle.
- Left leg: from body lower left (x=310, y=340) to pedal at (380,320). That's a longer reach but okay.
I'll draw these legs as orange lines matching beak color.
Now the pelican's body is at x=300, so it's behind the bottom bracket. That's typical: rider sits behind bottom bracket. So legs extend forward.
Now check: The seat is at (300,320). That's close to left pedal y=320 but x=300 vs 380. So seat is 80 units behind. That seems okay.
Now let's adjust the bike frame: I have seat at (300,320). Bottom bracket at (380,350). That's a horizontal difference of 80, vertical 30. That's a reasonable seat tube angle? Actually seat tube is usually more vertical. But we can keep as is.
Now the frame lines: I used line from seat to bottom bracket (implicitly via the line from (380,350) to (300,320) as part of the front triangle? Actually I drew "Front triangle": (380,350) to (600,330) to (650,390) to (380,350). That's not correct because I didn't include the seat tube separately. I have line from (300,320) to (380,350) in the "Front triangle"? Actually I have:
- line from (380,350) to (600,330)
- line from (600,330) to (650,390)
- line from (650,390) to (380,350)
That's a triangle for front part but missing connection to seat. I also have a line from (300,320) to (600,330) as "top tube". That connects seat to head tube (600,330). That's good. But I don't have an explicit line from seat to bottom bracket. I should add that: seat tube from (300,320) to (380,350). I can add that as part of the frame with a line. Also chain stay from bottom bracket to rear wheel: I have line from (380,350) to (200,390). That's chain stay. And seat stay from rear wheel to seat: I have line from (200,390) to (300,320). That's seat stay. So the rear triangle is complete. Good.
Now front: down tube from bottom bracket to head tube (600,330) is already drawn as part of front triangle? Actually I have line from (380,350) to (600,330) as one side of front triangle, that is down tube. Good. Fork from head tube to front wheel: line from (600,330) to (650,390). That's fork. Top tube from seat to head tube: line from (300,320) to (600,330). That's there. So frame is consistent.
Now the seat is at (300,320). The seat graphic I drew as ellipse at same coordinates, good.
Now the pelican's body is centered at (300,300). That means its center is 20 units above seat. Actually seat y=320, body center at 300, so body is 20 above seat. But the ellipse has ry=35, so bottom at 335, which is below seat (320). That means the pelican would be sinking into the seat? The seat should support the body from below. So the bottom of the pelican's body should be at the seat level or slightly above. I want body bottom at maybe 320 or 318. If body center at y = 300, ry=35 gives bottom at 335, which is 15 below seat. That's too low. So I should move body center up or reduce ry. To have bottom at 320, center should be at 320-35 = 285. So set body cy=285. That would put body center at 285, bottom at 320. That's perfect. So change body ellipse to cy="285". Then head at (395,260) is above that, fine.
Now body width: rx=60 is okay.
Now the neck: ellipse from body to head. Body at (300,285). Neck maybe attach at around (330, 270)? I'll adjust: neck center at (370,270) with rx=20, ry=25. That would be fine.
Head at (395,260) with r=25.
Now legs: start from lower body, around the area where the body ends. Body ellipse extends down to 320, but legs should start a bit above the bottom, maybe at y around 310-320. I'll set leg start points accordingly.
Let's define leg start coordinates:
- Right leg start: at body lower right area: maybe at (330, 315) (since body bottom 320, but slightly above).
- Left leg start: (310, 315).
Legs go to pedals:
- Right pedal at (380,380)
- Left pedal at (380,320)
These lines will be visible.
I'll adjust the foot circles accordingly.
Now the wing: ellipse at (340,295) with rx=45, ry=20. That's fine.
Tail: at back, around (240,300). That seems okay.
Now the beak: from head at x~395 to 530. That's long. That's okay.
Now adjust the entire pelican group's coordinates to align with body centered at (300,285) instead of (300,300). So shift everything accordingly.
Let's recalc pelican positions:
Body: cx=300, cy=285, rx=60, ry=35.
Tail: should be attached to body rear. Tail's control points: M240 285? Actually tail's path was based on body center y=300. I'll adjust: tail at (240,285) approx. The path: M240 285 Q220 265 210 280 Q220 295 240 295 Z. That seems okay.
Wing: cx=340, cy=280? Actually previously wing at (340,295). That's based on old body. With body center at 285, wing should be a bit lower? I'll set wing at (340,280) with rx=45, ry=20. That might be fine.
Neck: I'll set neck at (370,265) (since head at (395,260) and neck should connect to body around (330,270) maybe). Actually body rightmost x is 300+60=360. Neck should attach near that. So neck center at (370,265) with rx=20, ry=25. That gives left extent 350, right 390. That attaches to body around x=360, okay. Head at (395,260) radius 25 extends left to 370, so attaches well.
Beak: from head at x=395+25=420 to 530, so start at 420 fine.
Now legs: Right leg from (330, 320?) Actually body bottom at 285+35=320. So legs originate around y=315-320. I'll use (330, 315) to (380,380). Left leg from (310, 315) to (380,320). That works.
Now feet circles at pedals: right pedal foot at (380,380), left at (380,320). Add small circles.
Now the pedal I drew earlier as a line from crank (380,350) to (410,380). That's not consistent with my new pedal positions. I need to adjust the crank and pedals to match. I previously had pedal at (410,380). But now I want pedals at (380,380) and (380,320). That means crank arms vertical. So I should draw crank arms: vertical lines up and down from bottom bracket.
So replace the earlier pedal line and rect with:
- line from (380,350) to (380,380) (down)
- line from (380,350) to (380,320) (up)
- maybe small circles at pedal ends.
And the chain ring: circle at (380,350) radius 25.
Now the pedal rectangles: I had a rect at (405,375) for pedal platform. That's for a horizontal pedal. But if pedal is a simple circle, we can just use a small circle or a thin ellipse to represent pedal. I'll use a small ellipse: width 12, height 6, filled dark gray. For vertical orientation, I'd need to rotate 90 degrees. But it's easier to just use a small circle or a line. I'll use a small circle at each pedal: at (380,380) and (380,320). But then the foot would be on that circle, that's okay. Or I can draw a small rectangle along the line. I'll just draw a small line segment across the pedal line to represent the pedal platform.
Simplify: Use a small circle for each pedal. That's fine.
Now adjust the code accordingly.
Also need to adjust the bike frame line: the chain stay from bottom bracket to rear wheel: (380,350) to (200,390). That's fine.
Now the seat tube: from seat (300,320) to bottom bracket (380,350). I need to add that line. It might be hidden by the pelican's body? It's okay to draw behind or in front. I'll draw it after the frame group or within.
The frame group currently has all lines. I'll add seat tube: add line x1="300" y1="320" x2="380" y2="350". I'll insert in the frame group before the closing g.
Now ensure the frame lines are behind the pelican? Probably frame should be behind the pelican. The pelican is after the frame group, so it's in front. Good.
Now the wheels: rear at (200,390), front at (650,390). Good.
Now the seat: ellipse at (300,320) is before pelican, so it will be under the pelican. That's fine.
Now the handlebars: at (600,330) etc. Good.
Now the sun decoration: keep.
Now let's produce the final code with all adjustments.
I'll write the complete HTML.
I need to be careful with coordinate consistency.
Let's outline the SVG structure:
1. Frame group (stroke dark):
- chain stay: line (200,390) to (380,350)
- seat stay: line (200,390) to (300,320) (already part of rear triangle? I had it as part of the rear triangle earlier? In my first g I had line from (200,390) to (300,320) as part of the rear triangle? Actually I had in the rear triangle: line x1="200" y1="390" x2="300" y2="320". That's seat stay. Good.
- seat tube: line (300,320) to (380,350) - I'll add this if missing.
- top tube: line (300,320) to (600,330)
- down tube: line (380,350) to (600,330)
- fork: line (600,330) to (650,390)
- maybe also chain stay and seat stay already there.
I need to include the seat tube.
Let's define the frame group exactly as:
```svg
<g stroke="#2c3e50" stroke-width="5" fill="none" stroke-linecap="round" stroke-linejoin="round">
<!-- Rear triangle -->
<line x1="200" y1="390" x2="300" y2="320" /> <!-- seat stay -->
<line x1="300" y1="320" x2="380" y2="350" /> <!-- seat tube -->
<line x1="380" y1="350" x2="200" y2="390" /> <!-- chain stay -->
<!-- Front triangle -->
<line x1="300" y1="320" x2="600" y2="330" /> <!-- top tube -->
<line x1="380" y1="350" x2="600" y2="330" /> <!-- down tube -->
<line x1="600" y1="330" x2="650" y2="390" /> <!-- fork -->
</g>
```
That's a clean frame.
Now the other elements:
- Seat: ellipse at (300,320) with rx=20, ry=6, fill dark.
- Handlebars: I'll keep as before: line from (600,330) to (630,280) etc.
- Chain ring: circle at (380,350) r=25.
- Crank arms: two lines: from (380,350) to (380,380) and to (380,320). Add small circles at ends for pedals.
- Wheels: as before, with spokes.
Now pelican group: I'll define as described.
Let's construct pelican with precise coordinates based on body center (300,285).
Components:
```svg
<g>
<!-- Tail -->
<path d="M240 285 Q220 265 210 280 Q220 295 240 295 Z" fill="#bdc3c7" />
<!-- Body -->
<ellipse cx="300" cy="285" rx="60" ry="35" fill="#ecf0f1" stroke="#bdc3c7" stroke-width="2" />
<!-- Wing -->
<ellipse cx="340" cy="280" rx="45" ry="20" fill="#bdc3c7" />
<!-- Neck -->
<ellipse cx="370" cy="265" rx="20" ry="25" fill="#d5dbdb" />
<!-- Head -->
<circle cx="395" cy="260" r="25" fill="#e5e7e9" />
<!-- Beak -->
<path d="M420 260 L530 250 Q535 260 530 270 Q525 260 420 270 Z" fill="#f39c12" stroke="#e67e22" stroke-width="2" />
<!-- Beak pouch -->
<path d="M420 270 Q460 310 530 270" fill="#f1c40f" fill-opacity="0.6" />
<!-- Eye -->
<circle cx="405" cy="255" r="3" fill="#2c3e50" />
<!-- Legs -->
<!-- Right leg to down pedal -->
<path d="M330 320 L380 380" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Left leg to up pedal -->
<path d="M310 320 L380 320" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Feet (pedals) -->
<circle cx="380" cy="380" r="5" fill="#f39c12" />
<circle cx="380" cy="320" r="5" fill="#f39c12" />
<!-- Toes/webbing might be extra, but okay with circles -->
</g>
```
Wait, leg paths: I used straight lines. That's okay. For the left leg, it goes horizontally from (310,320) to (380,320). That's a straight horizontal line, which is fine.
Right leg: from (330,320) to (380,380) is diagonal.
But note: body bottom is at y=285+35=320. So leg starts at y=320, which is exactly at the bottom. That's fine.
But the leg should originate from the body shape, maybe from a point slightly above the bottom. I can keep as is.
Now, the wing: I placed wing at (340,280). That might overlap with body? It's fine.
Now check that the pelican appears to be sitting on the seat: The body ellipse bottom at y=320, and seat ellipse top at y=320? Actually seat is an ellipse with center at (300,320) and ry=6, so top at 314, bottom at 326. So seat top at 314, bottom at 326. Body bottom at 320, so body sits on seat, slightly overlapping. That's fine.
Now the head at y=260, beak extends to y around 250-270. That's okay.
Now the neck: ellipse at (370,265) rx=20, ry=25. That attaches body at x around 360? Body extends to 360, neck starts at 350? Actually neck leftmost x = 370-20=350, which is a bit behind body rightmost (360). So slight gap? Might be okay, or I can adjust neck cx to 360 to attach better. Let's set neck cx=360, cy=265, rx=20, ry=25. Then left extent = 340, which overlaps body (body rightmost=360). That gives connection. I'll change neck to cx="360".
Then head at (395,260) attaches to neck rightmost? Neck rightmost = 380, head leftmost = 370. That's overlap good.
Adjust accordingly.
Now we also need to ensure the wing doesn't look odd. Wing center at (340,280). That's behind the body? Actually body center at (300,285). Wing at x=340 is to the right of body, might be the wing on the side. That's fine.
Now I'll assemble the final HTML.
One more thing: The sun decoration may be cute but optional. I'll keep it.
Now produce final code.
Let's write it carefully, ensuring proper syntax.
I'll include comments for clarity but not required.
Final code:
```html
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<meta name="viewport" content="width=device-width, initial-scale=1.0">
<title>Pelican Riding a Bicycle</title>
<style>
body {
margin: 0;
display: flex;
justify-content: center;
align-items: center;
min-height: 100vh;
background: linear-gradient(135deg, #e0f7fa 0%, #b2ebf2 100%);
font-family: 'Segoe UI', Tahoma, Geneva, Verdana, sans-serif;
}
.container {
text-align: center;
padding: 20px;
}
svg {
max-width: 100%;
height: auto;
filter: drop-shadow(0 4px 8px rgba(0,0,0,0.15));
}
.caption {
margin-top: 15px;
color: #555;
font-size: 1.2em;
}
</style>
</head>
<body>
<div class="container">
<svg viewBox="0 0 800 500" xmlns="http://www.w3.org/2000/svg">
<!-- Bicycle Frame -->
<g stroke="#2c3e50" stroke-width="5" fill="none" stroke-linecap="round" stroke-linejoin="round">
<!-- Rear triangle -->
<line x1="200" y1="390" x2="300" y2="320" />
<line x1="300" y1="320" x2="380" y2="350" />
<line x1="380" y1="350" x2="200" y2="390" />
<!-- Front triangle -->
<line x1="300" y1="320" x2="600" y2="330" />
<line x1="380" y1="350" x2="600" y2="330" />
<line x1="600" y1="330" x2="650" y2="390" />
</g>
<!-- Seat -->
<ellipse cx="300" cy="320" rx="20" ry="6" fill="#34495e" />
<!-- Handlebars -->
<g stroke="#2c3e50" stroke-width="4" fill="none">
<line x1="600" y1="330" x2="630" y2="280" />
<line x1="630" y1="280" x2="680" y2="280" />
<line x1="680" y1="280" x2="700" y2="300" />
<line x1="680" y1="280" x2="700" y2="260" />
</g>
<!-- Chain ring -->
<circle cx="380" cy="350" r="25" fill="none" stroke="#7f8c8d" stroke-width="3" />
<circle cx="380" cy="350" r="5" fill="#7f8c8d" />
<!-- Crank arms -->
<line x1="380" y1="350" x2="380" y2="380" stroke="#2c3e50" stroke-width="4" />
<line x1="380" y1="350" x2="380" y2="320" stroke="#2c3e50" stroke-width="4" />
<!-- Pedals -->
<circle cx="380" cy="380" r="6" fill="#7f8c8d" />
<circle cx="380" cy="320" r="6" fill="#7f8c8d" />
<!-- Wheels -->
<g>
<!-- Rear wheel -->
<circle cx="200" cy="390" r="70" fill="none" stroke="#2c3e50" stroke-width="5" />
<g stroke="#7f8c8d" stroke-width="1.5">
<!-- Spokes -->
<line x1="200" y1="390" x2="200" y2="320" />
<line x1="200" y1="390" x2="270" y2="390" />
<line x1="200" y1="390" x2="200" y2="460" />
<line x1="200" y1="390" x2="130" y2="390" />
<line x1="200" y1="390" x2="245" y2="345" />
<line x1="200" y1="390" x2="245" y2="435" />
<line x1="200" y1="390" x2="155" y2="345" />
<line x1="200" y1="390" x2="155" y2="435" />
</g>
<!-- Front wheel -->
<circle cx="650" cy="390" r="70" fill="none" stroke="#2c3e50" stroke-width="5" />
<g stroke="#7f8c8d" stroke-width="1.5">
<line x1="650" y1="390" x2="650" y2="320" />
<line x1="650" y1="390" x2="720" y2="390" />
<line x1="650" y1="390" x2="650" y2="460" />
<line x1="650" y1="390" x2="580" y2="390" />
<line x1="650" y1="390" x2="695" y2="345" />
<line x1="650" y1="390" x2="695" y2="435" />
<line x1="650" y1="390" x2="605" y2="345" />
<line x1="650" y1="390" x2="605" y2="435" />
</g>
</g>
<!-- Pelican -->
<g>
<!-- Tail -->
<path d="M240 285 Q220 265 210 280 Q220 295 240 295 Z" fill="#bdc3c7" />
<!-- Body -->
<ellipse cx="300" cy="285" rx="60" ry="35" fill="#ecf0f1" stroke="#bdc3c7" stroke-width="2" />
<!-- Wing -->
<ellipse cx="340" cy="280" rx="45" ry="20" fill="#bdc3c7" />
<!-- Neck -->
<ellipse cx="360" cy="265" rx="20" ry="25" fill="#d5dbdb" />
<!-- Head -->
<circle cx="395" cy="260" r="25" fill="#e5e7e9" />
<!-- Beak -->
<path d="M420 260 L530 250 Q535 260 530 270 Q525 260 420 270 Z" fill="#f39c12" stroke="#e67e22" stroke-width="2" />
<!-- Beak pouch -->
<path d="M420 270 Q460 310 530 270" fill="#f1c40f" fill-opacity="0.6" />
<!-- Eye -->
<circle cx="405" cy="255" r="3" fill="#2c3e50" />
<!-- Legs -->
<!-- Right leg to down pedal -->
<path d="M330 320 L380 380" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Left leg to up pedal -->
<path d="M310 320 L380 320" stroke="#f39c12" stroke-width="4" stroke-linecap="round" />
<!-- Feet (on pedals) -->
<ellipse cx="380" cy="380" rx="5" ry="3" fill="#f39c12" />
<ellipse cx="380" cy="320" rx="5" ry="3" fill="#f39c12" />
</g>
<!-- Sun decoration -->
<circle cx="750" cy="80" r="40" fill="#f1c40f" opacity="0.8" />
<g stroke="#f39c12" stroke-width="2">
<line x1="750" y1="30" x2="750" y2="15" />
<line x1="750" y1="130" x2="750" y2="115" />
<line x1="800" y1="80" x2="815" y2="80" />
<line x1="700" y1="80" x2="685" y2="80" />
<line x1="770" y1="50" x2="785" y2="35" />
<line x1="730" y1="110" x2="715" y2="125" />
<line x1="770" y1="110" x2="785" y2="125" />
<line x1="730" y1="50" x2="715" y2="35" />
</g>
</svg>
<p class="caption">A pelican enjoying a bicycle ride</p>
</div>
</body>
</html>
```
Check for any syntax errors: All tags closed. The SVG should render.
I used ellipse for feet to give a slight oval shape. That's fine.
Now ensure the pelican's legs connect properly: from body at (330,320) and (310,320). These points are on the ellipse perimeter? Let's check: Body ellipse equation: (x-300)^2/60^2 + (y-285)^2/35^2 = 1. At y=320, (y-285)=35 => 35^2/35^2 =1, so (x-300)^2/3600 =0 => x=300. That means only point at x=300 exactly at bottom. So the bottommost point is at (300,320). The points (330,320) and (310,320) are outside the ellipse because (30^2/3600)=900/3600=0.25 >0, so not on ellipse. They are to the right of the bottom. But that's okay: legs can originate from the lower side of the body, not exactly at bottom. Slightly above bottom would be better to avoid looking like they're coming from outside. Let's move leg start up a bit: perhaps at y=315. At y=315, (y-285)=30, squared 900/1225≈0.735, so (x-300)^2 = 3600*(1-0.735)=3600*0.265=954 => x offset ≈30.9. So points about (330.9,315) are on ellipse. So I can use (331,315). But simpler: use approximate.
I think it's fine to have legs starting a bit above the bottom. Let's set right leg start at (330, 315) and left at (310, 315). That looks okay.
I'll adjust:
Right leg: M330 315 L380 380
Left leg: M310 315 L380 320
That seems plausible.
Now the wing: it's fine.
Now test mentally: The pelican appears to be leaning forward? Actually its body is directly above the seat. Its head and beak extend forward. The legs extend forward to pedals. That's a natural riding pose.
The bike frame: The top tube from seat to head tube is sloping upward? (300,320) to (600,330) is almost flat (slope 10/300=0.033). That's fine.
The down tube from bottom bracket (380,350) to head tube (600,330) slopes up slightly? Actually y decreases from 350 to 330, so upward.
The fork from head tube to front wheel (600,330 to 650,390) slopes down.
All good.
Now check the seat: it's at (300,320). That's fine.
Now ensure that the saddle is not too far forward; typical bikes have seat behind bottom bracket, which is satisfied (300 < 380). Good.
Now the handlebars: at (600,330) to (630,280) then to (680,280) etc. That's plausible.
Now wheels with spokes: fine.
Now the sun: okay.
Now the overall layout: The pelican is slightly left of center, bike extends to right. That's balanced.
Now I'll produce final file.
But note: The user said "Generate an inline SVG illustration of a pelican riding a bicycle." and "Build a single-page web app and write it ALL into one self-contained file named index.html". So they want a complete HTML file. I'll provide that.
Thus final answer: The content of index.html as above.
I should ensure there are no external resources (like fonts). I used system fonts, which is fine.
Now double-check that there are no stray characters.
Now produce the final file content.Here is a self-contained `index.html` file with an inline SVG illustration of a pelican riding a bicycle: ```html <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <title>Pelican Riding a Bicycle</title> <style> body { margin: 0; display: flex; justify-content: center; align-items: center; min-height: 100vh; background: linear-gradient(135deg, #e0f7fa 0%, #b2ebf2 100%); font-family: 'Segoe UI', Tahoma, Geneva, Verdana, sans-serif; } .container { text-align: center; padding: 20px; } svg { max-width: 100%; height: auto; filter: drop-shadow(0 4px 8px rgba(0,0,0,0.15)); } .caption { margin-top: 15px; color: #555; font-size: 1.2em; } </style> </head> <body> <div class="container"> <svg viewBox="0 0 800 500" xmlns="http://www.w3.org/2000/svg"> <!-- Bicycle Frame --> <g stroke="#2c3e50" stroke-width="5" fill="none" stroke-linecap="round" stroke-linejoin="round"> <!-- Rear triangle --> <line x1="200" y1="390" x2="300" y2="320" /> <line x1="300" y1="320" x2="380" y2="350" /> <line x1="380" y1="350" x2="200" y2="390" /> <!-- Front triangle --> <line x1="300" y1="320" x2="600" y2="330" /> <line x1="380" y1="350" x2="600" y2="330" /> <line x1="600" y1="330" x2="650" y2="390" /> </g> <!-- Seat --> <ellipse cx="300" cy="320" rx="20" ry="6" fill="#34495e" /> <!-- Handlebars --> <g stroke="#2c3e50" stroke-width="4" fill="none"> <line x1="600" y1="330" x2="630" y2="280" /> <line x1="630" y1="280" x2="680" y2="280" /> <line x1="680" y1="280" x2="700" y2="300" /> <line x1="680" y1="280" x2="700" y2="260" /> </g> <!-- Chain ring --> <circle cx="380" cy="350" r="25" fill="none" stroke="#7f8c8d" stroke-width="3" /> <circle cx="380" cy="350" r="5" fill="#7f8c8d" /> <!-- Crank arms --> <line x1="380" y1="350" x2="380" y2="380" stroke="#2c3e50" stroke-width="4" /> <line x1="380" y1="350" x2="380" y2="320" stroke="#2c3e50" stroke-width="4" /> <!-- Pedals --> <circle cx="380" cy="380" r="6" fill="#7f8c8d" /> <circle cx="380" cy="320" r="6" fill="#7f8c8d" /> <!-- Wheels --> <g> <!-- Rear wheel --> <circle cx="200" cy="390" r="70" fill="none" stroke="#2c3e50" stroke-width="5" /> <g stroke="#7f8c8d" stroke-width="1.5"> <!-- Spokes --> <line x1="200" y1="390" x2="200" y2="320" /> <line x1="200" y1="390" x2="270" y2="390" /> <line x1="200" y1="390" x2="200" y2="460" /> <line x1="200" y1="390" x2="130" y2="390" /> <line x1="200" y1="390" x2="245" y2="345" /> <line x1="200" y1="390" x2="245" y2="435" /> <line x1="200" y1="390" x2="155" y2="345" /> <line x1="200" y1="390" x2="155" y2="435" /> </g> <!-- Front wheel --> <circle cx="650" cy="390" r="70" fill="none" stroke="#2c3e50" stroke-width="5" /> <g stroke="#7f8c8d" stroke-width="1.5"> <line x1="650" y1="390" x2="650" y2="320" /> <line x1="650" y1="390" x2="720" y2="390" /> <line x1="650" y1="390" x2="650" y2="460" /> <line x1="650" y1="390" x2="580" y2="390" /> <line x1="650" y1="390" x2="695" y2="345" /> <line x1="650" y1="390" x2="695" y2="435" /> <line x1="650" y1="390" x2="605" y2="345" /> <line x1="650" y1="390" x2="605" y2="435" /> </g> </g> <!-- Pelican --> <g> <!-- Tail --> <path d="M240 285 Q220 265 210 280 Q220 295 240 295 Z" fill="#bdc3c7" /> <!-- Body --> <ellipse cx="300" cy="285" rx="60" ry="35" fill="#ecf0f1" stroke="#bdc3c7" stroke-width="2" /> <!-- Wing --> <ellipse cx="340" cy="280" rx="45" ry="20" fill="#bdc3c7" /> <!-- Neck --> <ellipse cx="360" cy="265" rx="20" ry="25" fill="#d5dbdb" /> <!-- Head --> <circle cx="395" cy="260" r="25" fill="#e5e7e9" /> <!-- Beak --> <path d="M420 260 L530 250 Q535 260 530 270 Q525 260 420 270 Z" fill="#f39c12" stroke="#e67e22" stroke-width="2" /> <!-- Beak pouch --> <path d="M420 270 Q460 310 530 270" fill="#f1c40f" fill-opacity="0.6" /> <!-- Eye --> <circle cx="405" cy="255" r="3" fill="#2c3e50" /> <!-- Legs --> <!-- Right leg to down pedal --> <path d="M330 315 L380 380" stroke="#f39c12" stroke-width="4" stroke-linecap="round" /> <!-- Left leg to up pedal --> <path d="M310 315 L380 320" stroke="#f39c12" stroke-width="4" stroke-linecap="round" /> <!-- Feet (on pedals) --> <ellipse cx="380" cy="380" rx="5" ry="3" fill="#f39c12" /> <ellipse cx="380" cy="320" rx="5" ry="3" fill="#f39c12" /> </g> <!-- Sun decoration --> <circle cx="750" cy="80" r="40" fill="#f1c40f" opacity="0.8" /> <g stroke="#f39c12" stroke-width="2"> <line x1="750" y1="30" x2="750" y2="15" /> <line x1="750" y1="130" x2="750" y2="115" /> <line x1="800" y1="80" x2="815" y2="80" /> <line x1="700" y1="80" x2="685" y2="80" /> <line x1="770" y1="50" x2="785" y2="35" /> <line x1="730" y1="110" x2="715" y2="125" /> <line x1="770" y1="110" x2="785" y2="125" /> <line x1="730" y1="50" x2="715" y2="35" /> </g> </svg> <p class="caption">A pelican enjoying a bicycle ride</p> </div> </body> </html> ``` Save this as `index.html` in your current directory. It is entirely self-contained with all CSS and JavaScript (if any) inline, and uses no external resources. Opening it in a browser will display the illustration.
TAKE IT TO CODE
This run produced no artifact — reuse the prompt with a different model or your own pi-agent run.
RUN
modelstep-3.5-flash
vendorStepFun
harnesspi-agent
generated2026-08-01
METRICS
runtime212.4s
tokens in1.6k
tokens out21k
cached0
cost / run$0.0064