Pelican on a bicycle · laguna-s-2.1

The user wants me to build a single-page web app with an inline SVG of a pelican riding a bicycle. Let me start by understanding the requirements:

1. Pelican recognizable: long bill with throat pouch, body, wings, feet
2. Riding pose: feet near pedals, wing/contact near handlebars
3. Bicycle recognizable: two wheels, connected frame, handlebars, saddle, pedals
4. Bird and bicycle visually connected
5. SVG shapes and paths embedded in index.html
6. No external images or raster images inside SVG
7. Responsive sizing, suitable viewBox
8. SVG title or accessible description
9. CSS inline in <style> tag, JS in <script> tag
10. No external resources, CDNs, or network requests

Let me create this. I'll design a pelican riding a bicycle with SVG. I'll plan out the elements:

- Bicycle frame with two wheels (front and back)
- Pedals
- Handlebars
- Saddle
- Pelican body (using ellipse/circle shapes)
- Pelican long bill (using path)
- Throat pouch
- Wings
- Feet near pedals
- Wing near handlebars

Let me create the SVG. I'll use a viewBox of something like 0 0 800 400 to give enough room.

Let me think about the layout:
- Back wheel at around x=200, ground at y=300
- Front wheel at around x=450, ground at y=300
- Frame connecting them
- Pelican body positioned on the frame/saddle
- Bill extending forward
- Wings spread or positioned

Let me write the SVG paths carefully. This will take some geometry.

Actually, let me think about this more carefully. I'll write the whole thing and then test it.

Let me plan the coordinates:

Ground level: y = 300
Back wheel center: (250, 300)
Front wheel center: (550, 300)
Wheel radius: 70

Frame:
- Back wheel hub to front wheel hub
- Bottom bracket somewhere between
- Head tube near front wheel

Pelican:
- Body on saddle (top of seat tube)
- Bill pointing forward/up
- Wings

Let me write this out. I'll make it detailed.

Actually, let me just write a good version and iterate. Let me create the file.

For the pelican:
- Body: ellipse, positioned on the bike
- Head/neck: goes up
- Bill: long beak with throat pouch
- Throat pouch: the distinctive throat sac
- Wings: two wings, one could be near handlebars
- Feet: near pedals

Let me design this. I'll draw:

1. Ground line
2. Background (sky)
3. Two wheels
4. Bicycle frame (lines)
5. Handlebars
6. Saddle
7. Pedals + crank arms
8. Pelican body
9. Pelican neck
10. Pelican head
11. Pelican bill with throat pouch
12. Pelican wings (one near handlebars)
13. Pelican feet (near pedals)

Let me write the SVG. I'll make paths for the bike frame and use shapes for the pelican.

Let me be careful with the coordinates to make everything connected and visible.

ViewBox: 0 0 800 400

Ground at y=310

Back wheel: cx=270, cy=310, r=65
Front wheel: cx=600, cy=310, r=65

Hub (back): (270, 310) -> but let's use a hub circle
Hub (front): (600, 310)

Bottom bracket: (400, 310)
Head tube top: (580, 230)
Head tube to handlebar: handlebar at (580, 210), stem going to (600, 230)? 

Hmm, let me reconsider. The head tube connects the front fork. Let me place:

Seat tube top: (400, 240) — saddle position
Seat tube to back hub: (400, 240) to (270, 310)
Seat tube to BB: (400, 240) to (400, 310)
BB to back hub: (400, 310) to (270, 310) — that's the chainstay/downtube

Downtube: (400, 310) to (580, 230)... 

This is getting complex. Let me just make a reasonable bicycle and pelican.

Let me position:
- Back hub: (280, 300)
- Front hub: (580, 300)
- BB: (410, 300)
- Seat tube top: (410, 245)
- Head tube: from (575, 300) to (575, 240)
- Top tube: (575, 240) to (410, 245)
- Chainstay: (280, 300) to (410, 300)
- Seat stay: (280, 300) to (410, 245)
- Downtube: (410, 300) to (575, 240)
- Handlebar: at (575, 230), stem (575, 240) to (575, 230), then bar extending

Let me refine and write the whole thing.

Pelican body: ellipse centered around (410, 220), width 90, height 50 — sits on seat
Pelican head/neck: curve up and forward toward handlebar
Pelican bill: long, pointing forward
Throat pouch: drooping sac under bill
Wings: two wings
Feet: near pedals

Let me write it. I'll use paths where helpful.

Let me draft the full SVG now.

```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>
  html,body{margin:0;padding:0;height:100%;background:#87ceeb}
  body{display:flex;align-items:center;justify-content:center}
  svg{width:100%;height:100%;max-width:800px}
</style>
</head>
<body>
<svg viewBox="0 0 800 400" role="img" aria-label="Illustration of a pelican riding a bicycle">
  <title>Pelican Riding a Bicycle</title>
  <desc>A teal pelican with a long orange bill and throat pouch rides a blue bicycle, its webbed feet on the pedals and a wing near the handlebars.</desc>
  ...shapes...
</svg>
</body>
</html>
```

Let me now design all the shapes with coordinates.

Ground: rect y=300 height=5 fill=green

Sky: the body background is already sky blue.

Wheels: two circles
Back wheel: cx=280 cy=300 r=62 fill=none stroke=#333 stroke-width=6
Front wheel: cx=580 cy=300 r=62

Wheel spokes: lines from hub

Frame (paths with stroke):
- Chainstay: (280,300)-(410,300)
- Seat stay: (280,300)-(410,248)
- Seat tube: (410,300)-(410,248)
- Downtube: (410,300)-(575,248)
- Top tube: (410,248)-(575,248)
- Head tube/stem area
- Fork: (575,248)-(580,300) — front fork drop to hub

Hmm, seat tube and downtube both start at BB (410,300). And seat tube and seat stay both end at (410,248). 

Handlebar: stem (575,248)-(570,230), bar (570,230)-(585,230), maybe brake levers

Saddle: small ellipse at (410,240) 

Pedals: 
- Right pedal at (410,300) — BB position, but pedals should be offset. Let me make crank arms.
- Crank arms: from BB (410,300) to pedals. Right crank: (410,300)-(460,290)? 
- Actually pedals at BB level. Let me make the right pedal at (455,295) and left at (365,305) with crank arms (410,300)-(455,295) and (410,300)-(365,305)

Feet on pedals: the pelican's feet at those positions.

Pelican:
- Body: ellipse at (410,225) rx=45 ry=26, fill teal/green
- Neck: path curving up
- Head: circle
- Bill: path — long narrow triangle with throat pouch
- Throat pouch: path below bill
- Wings: path (one near handlebar)
- Tail: small
- Feet: webbed feet shapes near pedals

Let me write the neck and head. Head should be near handlebar (wing near handlebar requirement). So neck goes from body (410,225) up and the head near (560, 220) near handlebar (570,230). Then bill extends forward/down maybe.

Actually for the "wing near handlebar" — I could make one wing reach up near the handlebar. Let me make the pelican lean forward with head near handlebar and a wing gripping the bar.

Let me make the wing a path from body to handlebar.

Bill: head at (565, 210), bill extends forward-down to (640, 230) — long orange bill. Throat pouch hangs below bill.

Let me write paths:

Neck: M 410,225 C 440,180 500,170 565,210

Head: circle cx=570 cy=205 r=14

Bill (path): M 570,205 L 630,225 L 570,230 Z (upper mandible) — a triangle
Actually bill with throat pouch:
Upper mandible: M 570,205 L 625,222 L 630,230 Z
Lower mandible / throat pouch: M 570,230 C 600,245 640,250 595,228 L 570,205 Z
Hmm, let me think.

Bill: long, the upper and lower. Throat pouch is the big sac under the bill that pelicans have.

Let me make:
- Upper bill: path from base (570,210) to tip (630,228)
- Lower bill: path from base (570,228) to tip (630,240)
- Throat pouch: big sac under, hanging below lower bill, from throat (580,240) down to (620,270)

Let me just draw it as one path for the head-bill-pouch region.

Head + bill + pouch path:
M 570,200 (back of head)
... 

This is getting complicated. Let me write reasonable paths.

I'll write the whole file and test it, then refine.

Let me make wings:
- Front wing (near handlebar): path from body (380,235) curving up to (560,225) near handlebar
- Back wing: path from body (430,225) to (360,240)

Feet (webbed):
- Right foot at pedal (455,295): draw a webbed foot
- Left foot at pedal (365,305)

Let me write webbed feet:
Right foot: ellipse or path at (455,298)
A simple webbed foot: path with 3 toes
M 450,295 L 448,300 L 446,295 L 440,298 C 445,300 445,305 450,305 C 455,305 455,300 450,298 Z
Hmm.

Let me simplify feet as small orange/yellow ellipses or simple paths.

Actually, let me make the feet yellow with webbing.

Let me write it all now. I'll create the file.

Let me reconsider proportions so it's recognizable and connected. I'll iterate after testing.

Let me write the SVG carefully:

```
<svg viewBox="0 0 800 400" role="img" aria-labelledby="title">
  <title id="title">Pelican Riding a Bicycle</title>
  <desc>...</desc>
  
  <!-- Ground -->
  <rect x="0" y="300" width="800" height="6" fill="#2e8b57"/>
  
  <!-- Wheels -->
  <circle cx="280" cy="300" r="62" fill="none" stroke="#2c3e50" stroke-width="7"/>
  <circle cx="580" cy="300" r="62" fill="none" stroke="#2c3e50" stroke-width="7"/>
  <!-- spokes -->
  ...
  
  <!-- Frame -->
  <path d="M 280 300 L 410 300 L 410 248" stroke="#3498db" stroke-width="8" fill="none"/>
  ...
```

Wait, I need fill rules for connected frame. Let me use individual stroked paths for the frame tubes, or a filled frame path.

Using stroked paths is easier for a bicycle frame. Let me do that.

Frame tubes (stroke #3498db, width 8):
- Seat tube: (410,300)-(410,248)
- Top tube: (410,248)-(575,248)
- Downtube: (410,300)-(575,248)
- Chainstay: (280,300)-(410,300)
- Seat stay: (280,300)-(410,248)
- Fork: (575,248)-(580,300) [vertical down to front hub (580,300)? hub is at 580] 

Wait front hub at (580,300), head tube at (575,248). Fork: (575,248)-(580,300). Slight offset ok.

Handlebar:
- Stem: (575,248)-(570,228)
- Bar: (570,228)-(595,228)
- Drop/holder

Saddle: ellipse (410,242) rx=20 ry=8 fill=brown-ish

Cranks:
- BB (410,300)
- Right crank arm: (410,300)-(450,295)
- Left crank arm: (410,300)-(370,305)
- Right pedal: circle at (450,295)
- Left pedal: circle at (370,305)

Pelican body: ellipse (415,224) rx=46 ry=28 fill #2ca552 (green teal)

Neck: path M 415 224 C 445 180 510 165 568 205

Head: circle (572,203) r=13 fill #2ca552

Bill + throat pouch: 
Upper bill: M 585 200 L 635 225 L 640 232 Z  fill #e74c3c
Lower bill + throat pouch: 
Let me make throat pouch as a path: M 585 230 C 600 250 640 265 600 235 C 590 232 585 230 585 230 Z fill #e74c3c
Hmm the pouch should hang down below the bill.

Pelican throat pouch (the iconic sac): hangs from below the bill. Let me draw it:
M 590 232 (where bill meets throat)
C 610 240 640 260 600 285  (pouch curves down)
C 575 285 570 260 590 232 Z
fill #e74c3c

Bill tip at (635, 222). 

Wings:
- Wing near handlebar: path M 375 230 C 420 210 500 205 565 215 — a wing reaching up toward handlebar
  fill #1a7d32 with some gradient/opacity
- Other wing: M 450 230 C 420 250 360 260 330 240

Feet:
- Right foot (on right pedal at 450,295): webbed foot path
  M 448 298 L 445 302 L 448 306 ... a webbed foot
- Left foot (on left pedal at 370,305)

Let me write webbed feet:
Right: M 446 298 L 443 303 L 446 307 A 3 2 0 0 1 452 303 A 3 2 0 0 1 446 298 Z  (a simple foot)
Actually let me do 3 toes webbed.

Let me simplify: foot = filled path shaped like a webbed foot.
Right foot:
M 446 297 
c 4 2, 2,6, -2,4
l -3 -1
c -2 3 -1 6 2 5
c 4 0 6 -4 4 -8
Z
fill #f1c40f

This is fiddly. Let me just draw an oval-ish foot and add toes with lines, or use a path.

Let me write it and test, then visually adjust.

I think the best approach: write the file, open in browser, screenshot, inspect, and fix.

Let me write a first version now.

For feet toes webbing, I'll make:
Right foot path (at pedal 450,295):
M 448 298 
C 455 300 455 306 448 308
L 442 306
C 438 306 438 312 442 313
C 450 314 454 311 448 298
Z
Hmm.

Let me just make simple yellow oval feet with a couple toe lines.

Actually, let me make feet as paths with 3 forward-pointing toes (webbed):
 toes at angles 0, +something, -something.

I'll do a cleaner approach. Let me define a foot as a path.

Let me just write it. I'll iterate visually.

Let me write the whole index.html now and test it.

For the wheel spokes, I'll add 6-8 lines from hub to rim.

Let me also add some detail: tail feather, eye.

Eye: black circle on head.

Let me write the file.

I realize I should be efficient. Let me write the file, run it, screenshot, and refine.

Let me make the pelican color a nice teal: #27ae60 (green) or #2980b9 (blue) with lighter belly. Pelicans are white with black/yellow bill, but I can stylize. Let me make the pelican mostly white with teal accents, orange bill. Actually the task says choose colors freely. Let me make a nice recognizable pelican: white body, orange/yellow bill with throat pouch (throat pouch is the key). Brown pelicans have a brown neck and white head with a yellow throat pouch. White pelicans are white with pink bill. 

Let me do a Brown Pelican style: 
- Body: white with maybe a yellowish/greenish tint
- Head: white
- Neck: brown/dark (I'll make neck a brown ring)
- Bill: large, orange/yellow with throat pouch (the throat pouch is the iconic drooping sac)
- Legs/feet: webbed, dark

This is most recognizable. Let me do:
- Body: white #f8f9f9 with slight green
- Neck: dark brown #8b4513 band
- Bill & throat pouch: orange #e67e22 / yellow #f1c40f
- Feet: #c0392b or dark

Let me use brown pelican palette:
- Body white
- Neck: brown (just a band)
- Bill orange with yellow throat pouch
- Feet: dark gray webbed

OK let me write it.

I'll make the bill orange (#e67e22) and the throat pouch a lighter yellow/sac (#f1c40f) to show the pouch distinctly.

Let me finalize coordinates and write.

Let me write the paths with relative curves where possible, but absolute is fine too.

Here's my plan for the neck — the pelican's neck is usually S-shaped. Let me curve it.

Neck from body top (415, 220) up and forward:
M 415 220 C 450 170 510 155 565 195

Head at (570, 192) r=13

Bill base at (585, 190), tip at (640, 215)
Throat pouch from (588, 205) hanging to (615, 245)

Let me write it all.

One concern: the head near handlebar and wing near handlebar. Let me put the handlebar at (575, 228) and head at (570, 192) — head is a bit above handlebar. The "wing near handlebar" — let me make one wing extend from body to just touch/near the handlebar at (570, 225).

Wing path: M 400 228 C 440 225 500 226 565 230 — a trailing wing that reaches near handlebar. fill with semi-transparent.

Actually, let me make the wing grip the handlebar with the wingtip near (575,228).

OK writing now. Let me also make the feet clearly on pedals.

Right pedal at (450,295), left at (370,305).

Right foot on right pedal: foot is the right (outer) foot, toes pointing forward (toward front of bike). Since bike faces right, forward = rightward. So toes point right/down.

Let me draw right foot:
At (450, 295) facing forward (right):
M 450 298 
c 6 -1 10 4 4 10  (big toe forward)
...
Let me just make a webbed foot path.

I'll write a function mentally. Simple version:
Right foot (yellow): ellipse-based with 3 toes
path: M 448 298 L 454 296 (big toe) then webbed
Hmm.

Let me draw toes as lines/ovals. Simpler: foot = filled path.

Right foot path (toes pointing right):
M 448 300 
L 462 298 
L 466 303 (big toe tip)
L 462 307
L 448 306 
L 444 308 (inner)
L 440 303
Z
fill #f1c40f — too simple, looks like a leaf

Let me add 3 toes:
M 448 300
L 460 298 
c 2 0 4 3 2 5
L 456 306
...
Ugh.

I'll just do a recognizable simple webbed foot: a trapezoid with webbing lines.

OK I'll write something and refine visually. Let me create the file now.

Let me write it and iterate based on screenshot.

I'll define feet as paths and refine.

Let me write the file now. I'll be generous with shapes so I can see everything.

Let me write:

```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>
  :root{
    --sky:#87ceeb;
    --ground:#2e8b57;
    --frame:#2c3e50;
    --accent:#3498db;
    --rim:#34495e;
    --body:#f8f9fa;
    --neck:#8b4513;
    --bill:#e67e22;
    --pouch:#f1c40f;
    --foot:#2c3e50;
    --wing:#bdc3c7;
  }
  *{margin:0;padding:0;box-sizing:border-box}
  html,body{height:100%;background:var(--sky);font-family:sans-serif}
  body{display:flex;align-items:center;justify-content:center;padding:1rem}
  svg{display:block;width:100%;height:100%;max-width:820px}
  .credits{position:absolute;bottom:8px;right:8px;color:#fff9;font-size:12px}
</style>
</head>
<body>
<svg viewBox="0 0 800 400" role="img" aria-labelledby="ttl" aria-describedby="desc">
  <title id="ttl">Pelican Riding a Bicycle</title>
  <desc id="desc">An illustrated brown pelican with a long orange bill and yellow throat pouch rides a dark blue bicycle. Its webbed feet rest on the pedals and a wing reaches toward the handlebars as the bike rolls across green ground under a blue sky.</desc>

  <!-- ground -->
  <rect x="0" y="304" width="800" height="8" fill="var(--ground)" stroke="var(--rim)" stroke-width="1"/>

  <!-- back wheel -->
  <g stroke="var(--rim)" stroke-width="7" fill="none">
    <circle cx="288" cy="300" r="62"/>
    <circle cx="584" cy="300" r="62" stroke="var(--rim)"/>
  </g>
  <!-- spokes back -->
  <g stroke="var(--rim)" stroke-width="4" fill="none">
    <line x1="288" y1="300" x2="288" y2="238"/>
    <line x1="288" y1="300" x2="334" y2="274"/>
    <line x1="288" y1="300" x2="242" y2="274"/>
    <line x1="288" y1="300" x2="334" y2="326"/>
    <line x1="288" y1="300" x2="242" y2="326"/>
  </g>
  <!-- spokes front -->
  <g stroke="var(--rim)" stroke-width="4" fill="none">
    <line x1="584" y1="300" x2="584" y2="238"/>
    <line x1="584" y1="300" x2="630" y2="274"/>
    <line x1="584" y1="300" x2="538" y2="274"/>
    <line x1="584" y1="300" x2="630" y2="326"/>
    <line x1="584" y1="300" x2="538" y2="326"/>
  </g>
  <!-- hubs -->
  <g fill="var(--rim)">
    <circle cx="288" cy="300" r="10"/>
    <circle cx="584" cy="300" r="10"/>
  </g>

  <!-- frame -->
  <g stroke="var(--accent)" stroke-width="9" fill="none" stroke-linecap="round" stroke-linejoin="round">
    <line x1="288" y1="300" x2="415" y2="300"/> <!-- chainstay -->
    <line x1="415" y1="300" x2="415" y2="250"/> <!-- seat tube -->
    <line x1="415" y1="300" x2="578" y2="250"/> <!-- downtube -->
    <line x1="288" y1="300" x2="415" y2="250"/> <!-- seat stay -->
    <line x1="415" y1="250" x2="578" y2="250"/> <!-- top tube -->
    <line x1="578" y1="250" x2="584" y2="300"/> <!-- fork/head -->
  </g>

  <!-- handlebar -->
  <g stroke="var(--frame)" stroke-width="7" fill="none" stroke-linecap="round">
    <line x1="578" y1="250" x2="575" y2="228"/> <!-- stem -->
    <line x1="575" y1="228" x2="603" y2="228"/> <!-- bar -->
    <line x1="594" y1="228" x2="603" y2="214"/> <!-- brake hood -->
  </g>

  <!-- saddle -->
  <ellipse cx="415" cy="244" rx="22" ry="9" fill="#8b4513"/>
  <ellipse cx="415" cy="244" rx="16" ry="6" fill="#a0522d"/>

  <!-- cranks & pedals -->
  <g stroke="var(--frame)" stroke-width="6" fill="none" stroke-linecap="round">
    <line x1="415" y1="300" x2="452" y2="294"/> <!-- right crank -->
    <line x1="415" y1="300" x2="378" y2="306"/> <!-- left crank -->
  </g>
  <g fill="#bdc3c7">
    <circle cx="452" cy="294" r="7"/> <!-- right pedal -->
    <circle cx="378" cy="306" r="7"/> <!-- left pedal -->
  </g>

  <!-- pedals shine / axle -->
  <g fill="var(--rim)">
    <circle cx="452" cy="294" r="3"/>
    <circle cx="378" cy="306" r="3"/>
  </g>

  <!-- ===== PELICAN ===== -->

  <!-- body -->
  <ellipse cx="415" cy="228" rx="50" ry="30" fill="var(--body)" stroke="var(--rim)" stroke-width="2"/>

  <!-- neck (S curve) -->
  <path d="M 415 212 C 455 160 520 150 568 190" stroke="var(--rim)" stroke-width="12" fill="none" stroke-linecap="round"/>

  <!-- neck band (brown) -->
  <path d="M 415 212 C 455 162 518 152 565 190" stroke="var(--neck)" stroke-width="8" fill="none" stroke-linecap="round"/>

  <!-- head -->
  <circle cx="572" cy="190" r="15" fill="var(--body)" stroke="var(--rim)" stroke-width="2"/>

  <!-- eye -->
  <circle cx="578" cy="186" r="3" fill="var(--rim)"/>

  <!-- bill (upper) -->
  <path d="M 585 192 L 640 208 L 635 218 Z" fill="var(--bill)"/>

  <!-- bill (lower) -->
  <path d="M 585 212 L 635 220 L 585 208 Z" fill="var(--bill)"/>

  <!-- throat pouch -->
  <path d="M 585 212 C 600 230 642 245 600 250 C 580 252 572 240 585 212 Z" fill="var(--pouch)" stroke="var(--neck)" stroke-width="1"/>

  <!-- beak tip highlight / nostril -->
  <circle cx="600" cy="214" r="2" fill="var(--rim)"/>

  <!-- wing near handlebar -->
  <path d="M 398 232 C 445 230 500 232 565 230" stroke="var(--wing)" stroke-width="16" fill="none" stroke-linecap="round" stroke-linejoin="round"/>

  <!-- wing on back -->
  <path d="M 445 246 C 430 262 420 270 450 272" stroke="#a0522d" stroke-width="12" fill="none" stroke-linecap="round"/>

  <!-- tail -->
  <path d="M 365 242 C 340 244 342 260 368 258" stroke="var(--rim)" stroke-width="8" fill="none" stroke-linecap="round"/>

  <!-- feet -->
  <!-- right foot on right pedal -->
  <path d="M 448 298 C 458 296 466 304 458 312 C 450 311 452 303 448 298 Z" fill="var(--foot)"/>
  ...
</g>
</svg>
</body>
</html>
```

Hmm wait, I have a stray </g> at the end. Let me fix structure.

Also the neck band path overlaps the neck. Good.

Let me reconsider the feet — they need to be recognizable webbed feet near pedals.

Right foot at pedal (452, 294), toes pointing forward (right). Let me make a webbed foot:
M 452 296 (heel area)
3 toes pointing right-forward.

A webbed foot shape:
M 448 298 
c 8 0 12 6 10 14
l -4 2
c -2 6 -8 6 -10 0  (this makes webbing)
Let me try:
M 446 298 
C 456 296 464 304 456 312
C 448 304 450 306 446 310
Z
nope.

Let me make toes explicitly:
Right foot (yellow, at 452,294):
- Toe1 (big, forward-right): M 452 294 L 472 292 L 476 298 L 472 302 Z
- Toe2: M 460 298 L 476 300 L 472 306 Z  (hmm overlapping)

This is messy. Let me use a single webbed foot path with 3 forward toes and webbing between:

path:
M 446 302 (outer edge of foot, left side)
l 6 -4 (forward)
c 3 2 2 6 0 8  (toe 1 tip)
l -4 2
c -2 3 -6 2 -8 0
c -1 -3 0 -6 3 -8
Z

Honestly, let me just draw 3 separate toes with webbing lines. Simpler and recognizable:

Right foot: 3 toes pointing right-forward (angles -10°, 0°, +10° from horizontal, but feet are webbed so toes close together):
Toe lines:
- M 452 294 L 468 292 (big toe)
- M 452 298 L 468 296 (middle)
- M 452 302 L 468 299 (small)
Webbing lines connecting:
- M 468 292 L 468 296
- M 468 296 L 468 299
Foot outline: 
M 452 292 L 458 290 L 468 292 L 466 300 L 452 302 Z (outline)
fill yellow stroke dark

Hmm. Let me just make a yellow path foot that's recognizable as a webbed foot (broad with 3 toes). I'll refine visually.

Let me make the right foot:
M 448 300  
C 456 298 464 300 466 308  
C 462 306 458 310 452 308  
C 458 311 450 312 444 308  
C 446 304 446 301 448 300  
Z
fill var(--foot)

That gives a webbed foot shape. Toes forward (right). Let me also add left foot similar at (378, 306) but toes pointing left-forward (since it's the left side, the foot points toward front still... actually left pedal foot also points forward = right). Hmm, both feet point forward (direction of travel). The left pedal is on the left side, but the foot faces forward too. So toes point right.

Wait, for a left foot, the toes point forward (rightward) as well. So both feet point rightward. OK.

But the left foot is at (378, 306) and pointing right. The right foot at (452,294) pointing right. Good.

Actually, in riding pose, the right foot is typically forward (on the downstroke). Either is fine.

Let me make left foot pointing right-forward too:
M 374 308 ... pointing right.

Hmm, but a foot pointing right at x=374 would have toes at ~388. Fine.

Actually wait — left foot should the toes face forward which is rightward. But the foot is on the left pedal. The toe direction is along the bike's forward direction (rightward). Yes.

Hmm, but actually for a left-side foot, if we look at a real cyclist, the left foot points forward (right in our orientation) too. Yes both feet point rightward in a front-view. Good.

Let me reconsider the foot at left pedal — actually it might look more natural having the left foot's toes also forward. OK.

Let me also reconsider: maybe the left foot should be near vertical (climbing)... no, keep both forward.

Alright. Let me also add: the pelican's body sits on the saddle and is connected to the frame. The body ellipse at (415, 228) overlaps the saddle at (415, 244) and seat tube. Good, connected.

The neck path starts at (415, 212) — that's the body area. Wait, body ellipse top is around y=228-30=198. Neck starting at 415,212 is within the body upper area. Good, connects to body.

Head at (572,190) near handlebar (575,228) — slightly above, good. Wing reaches to (565,230) near handlebar. Good.

Bill tip at (640, 208) — extends forward. The throat pouch hangs at (585-600, 212-250). Visible.

Let me make sure the throat pouch is below the bill and visible, not clipped. Bottom of pouch ~250, ground at 304. OK visible.

Let me check unclipped: viewBox 0 0 800 400. Everything within. Bill tip 640 < 800. Wheels 584±62 = max 646 < 800. Good. Pouch at y~250 < 400. Good.

Now, one issue: the wing stroke at 565,230 is at handlebar height, good, "contact near handlebar".

Let me finalize and write the file, then test.

Let me also add a shadow under the bike for grounding (optional). Keep simple.

Let me write it. I'll remove the bad </g>.

Actually for the neck, I draw two paths: a dark brown thick one (rim color #34495e is dark gray, neck is #8b4513 brown). Wait I used var(--rim) for neck stroke — but rim is dark gray #34495e. The neck should be brown #8b4513. Let me use --neck for the neck outline and --rim maybe not. Brown pelican neck is dark brown. Let me make neck stroke #5d4037 (dark brown) and the band #8b4513. Let me set --neck=#8b4513 and use a darker for outline. Actually let me keep neck as brown outline.

Let me simplify neck: one brown path (the whole neck is brown/dark). Brown pelicans have dark brown neck and white head/body. Let me make:
- Neck: dark brown #5d4037, thick stroke
- Body: white
- Head: white (brown pelican head is white with a bit of yellow on throat)

Actually brown pelican: brown neck, white head with a golden patch on the throat, white body, dark bill with throat pouch orange/yellow.

Hmm, to keep it recognizable and clean, let me:
- Body: white (#fefefe)
- Neck: dark brown (#5d4037)
- Head: white with throat yellow patch — but the throat pouch is below the bill (not on throat of head). The head throat yellow patch is small. Let me just make head white with the bill pouch.

Let me do:
- Neck dark brown (the iconic brown neck)
- Body and head white
- Bill orange, throat pouch yellow

This reads "pelican". Good.

Let me write final. Neck stroke = brown #5d4037, width 12. Body/head white. 

Let me write the file now and test it.

Let me write it.

Actually, I want the neck to connect body (white) to head (white) but be brown — that's the brown pelican pattern, which is very recognizable. Good.

Let me finalize. I'll write the file.

I need to double check the wing "near handlebar" — at (565,230) the handlebar/stem is at (575,228)-(578,250)-(575,228). So wing tip at 565,230 is very close. Good, visual contact.

Let me write the file and test.

Let me write it now.

Now let me run it in the browser to inspect.

Let me run the browser tool.

Let me inspect the DOM and take a screenshot.

The inspect returns the console but the DOM is empty (the model doesn't return DOM or images). Let me try a screenshot.

The tools aren't returning DOM or images. Let me check if there's a way to get the page content. Maybe I need to read the file or use a different approach. Let me check the console for any errors.

The console only shows the iframe sandbox warning, which is expected when running locally. No JS errors.

Since the browser tools don't return images or DOM to me, I need to reason about the SVG carefully myself and verify via careful construction.

Let me re-examine my SVG visually by reasoning through coordinates.

Let me reconsider potential issues:

1. The feet paths have multiple subpaths with "M" in the middle of a path. That's valid in SVG (multiple subpaths with explicit M). But the syntax `... Z M 460 300 C ...` — the second M starts a new subpath. That's fine.

Actually wait, there's a subtlety. After `Z`, using a relative... no, after Z I have `M 460 300` which is absolute M, starting a new subpath. That's valid SVG. Good.

2. Left foot at left pedal (378,305). My left foot path starts at (374,312) which is below the pedal (378,305). Hmm, the foot should be AT the pedal, on top. Let me reconsider. The pedal is at y=305. The foot should be around y=305, maybe slightly above. My foot spans 312-322 which is below the pedal. That looks like the foot is hanging below the pedal — not right.

Let me fix feet positioning. The right foot on right pedal (458,295) — my right foot path spans y 298-312. The pedal is at y=295, so foot top at 298 is just below pedal. That's a bit below but the foot "grasping" the pedal. Hmm, actually a foot on a pedal sits on top of the pedal, so the foot should be at y around 290 (above 295). Let me reposition.

Actually, the foot being slightly below/around the pedal is OK for a stylized look, but let me make it sit on top better. Let me adjust foot y to be above the pedal.

Right pedal at (458,295). Foot should be centered around (455, 290). Let me rewrite the foot path so it sits on the pedal, toes pointing forward (right).

Let me redesign webbed feet more carefully. A webbed foot pointing right:

Foot base around the pedal, toes extending right-forward.

Right foot (on pedal at 458,295), toes pointing right-forward:
- Heel: around (448, 296)
- 3 toes going to about (468, 292)-(470, 295)-(468, 298)
- Webbing between toes

Let me write a cleaner foot. A pelican foot is webbed with 3 toes forward, 1 small rear.

Actually pelican feet: 3 toes forward, 1 back, webbed between forward toes. For simplicity, draw a foot facing right.

Let me define right foot path (facing right, sitting on pedal):
M 450 296   (outer edge near ankle)
c 5 0 8 4 6 10   (forward bulge - toe 1 area)
Hmm let me just do a polygon-ish shape.

Let me draw toes as separate and webbing as triangles.

Simplest recognizable webbed foot pointing right:
```
M 450 297 
L 470 295   (big toe, forward)
L 468 300   (between toes web)
L 486 302   (middle toe)
L 483 307   (web)
L 470 305   (small toe)
L 452 306
Z
```
That's a foot with 3 forward toes and webbing. Fill foot color. Good enough and recognizable.

But toes should be more forward-pointing. Let me make toes longer.

Actually, let me reconsider. The foot on a pedal: the pedal is like a platform. The foot sits on it with toes pointing forward. So the foot is roughly horizontal, webbed, toes at the front (right side).

Let me write:
Right foot (toes pointing right, on pedal centered at 458,295):
Ankle at ~ (446, 295)
Toes (3) at front:
- big toe ends at (478, 293)
- middle at (482, 296)
- small at (478, 299)
- webbing connects them.

Path:
M 446 293
L 448 305   (back/ankle)
L 470 307   (outer edge of foot widening)
L 478 299
L 482 302   (middle toe tip)
L 478 305
L 462 306
L 462 294   hmm getting messy.

Let me think about it as a clear shape. A webbed foot is like a mitten with 3 prongs. Let me do:

Foot outline (toes pointing +x):
Start at ankle (446, 295):
go forward along bottom to (485, 300)
up to middle toe tip (482, 297)? 

Ugh, let me just make toes pointing forward with webbing, simpler geometry. Let me make the foot sit above the pedal with toes pointing right-forward.

I'll do this design: foot is a rounded shape with 3 forward toes (triangles) and webbing lines. Let me draw:

Right foot:
// foot plate (the part on pedal) - ellipse
ellipse-ish: M 446 294 C 446 298 470 300 470 298 C 470 296 446 294 446 294 (a foot shape)
Hmm.

Let me just make toes as 3 forward-pointing wedges and a foot pad:

Right foot (at pedal 458,295):
- Toe1 (big): L 476 293 (tip), sides L 470 296 and L 482 296 — triangle M 470 296 L 476 293 L 482 296 Z
- Toe2 (middle): M 474 296 L 482 295 L 478 298 Z (smaller)
- Toe3 (small): M 478 297 L 484 297 L 481 300 Z
- Foot pad (connecting heel to toes): M 446 294 L 448 296 L 470 297 L 448 295 Z

This is getting complicated. Let me just make a single path webbed foot and iterate. I'll write a cleaner version:

Right foot path (toes forward-right, on pedal at 458,295):
M 446 296  (ankle/heal)
L 476 295  (front edge)
L 480 297  (big toe tip)
L 476 299  (between big and middle)
L 482 301  (middle toe tip)
L 478 303  (between middle and small)
L 480 304  (small toe tip)
L 448 305  (back edge)
L 445 301
Z

Hmm the toes don't look separate. Let me make a clearly webbed foot with gaps. Actually for a stylized illustration, a single solid shape with slight toe indentation is fine and recognizable.

Let me make the foot a single path with 3 toe bumps:
M 446 297  
c 2 -4 6 -6 10 -5   (toe 1)
c 1 1 2 3 1 5  
c 3 -1 6 0 7 3  
c 0 2 -2 4 -4 3  
c 2 1 4 4 2 7  
c -4 1 -8 0 -10 -4  
c -2 0 -3 -3 -1 -5  
Z

Too fiddly to eyeball. 

Let me take a different, reliable approach: draw the webbed foot using 3 forward-pointing toe triangles plus a foot base, all filled the same color (union), with webbing lines. Since they're all same fill color, drawing overlapping same-colored shapes works (or use fill-rule even-odd for webbing).

Actually, simplest recognizable approach: foot = filled polygon with 3 forward toes, and I draw webbing as dark lines between toes. Even if it's one solid polygon with notches for toes, it reads as a webbed foot if I add webbing lines.

Let me make the right foot a polygon (toes point right):
Points (toes forward = +x direction, foot sits on pedal):
(446,296) ankle
(444,300) heel
(466,302) outer edge
(484,301) big toe tip
(480,306) between big/mid
(488,305) mid toe tip
(484,310) between mid/small
(490,311) small toe tip
(468,313) back
(448,312)
Z

Then webbing lines (dark):
(484,301)-(480,306)
(488,305)-(484,310)
And ankle line.

Hmm, but toes all pointing right at slightly different y. That reads as a webbed foot. OK.

But this puts toes at x~484-490, while the foot base (ankle) at x~446. The pedal is at x=458. So the foot spans 446-490, centered around 468. The pedal is at 458. Roughly centered-ish, slightly left. Acceptable.

Actually let me center foot on pedal: ankle at 450, toes at 478. Pedal at 458. Good, centered.

Let me redo:
Right foot (pedal at 458,295):
(450,295) ankle
(448,299) heel
(470,300) outer
(488,299) big toe
(484,303) 
(492,302) mid toe
(488,306)
(494,307) small toe
(472,309) back
(452,308)
Z

y is around 295-309, pedestrian y=295. So foot is below pedal. The foot on a pedal should be above/around. Let me shift so foot sits ON top: y around 289-303. Pedal at y=295. So foot centered ~295, from 289 to 303. 

Let me set foot y centered 295: ankle y=295, heel 299, toes around 295-303. The foot is "straddling" the pedal. That's fine—real foot on pedal.

Let me finalize right foot points:
(450,295) ankle
(448,299) heel
(470,300) outer
(488,299) big toe tip
(484,303) between
(492,302) mid toe tip
(488,306) between
(494,307) small toe tip
(472,309) back inner
(452,308) 
Z

Hmm the heel at 299 and toes at 299-307, ankle at 295. OK it's a foot.

Actually the toes should point forward (direction of bike = right). All toes point right (+x). Good. Toes are at increasing x. Good.

Left foot (pedal at 378,305): left foot also points right (forward). 
(372,305) ankle
(370,309) heel
(392,310) outer
... toes pointing right to x~410
(392,305) big toe
(410,304) 
(406,308) mid
(414,307)
(410,311) small
(394,313) back
(374,312)
Z

Hmm the left foot pointing right means toes toward x=410, but the left pedal is at x=378 and the right pedal at 458. The left foot pointing right toward 410 would be halfway. That's fine.

But wait—both feet pointing right, the left foot pointing toward the center/mid. A cyclist's left foot points forward too. OK.

Hmm, actually maybe the left foot should point toward bike travel direction = right. Yes. Fine.

Let me reconsider: maybe simpler to just keep feet as simple shapes. Let me rewrite the feet cleanly using polygons.

Actually, let me reconsider the whole feet. The requirement: "feet near the pedals" and "plausible riding pose." So feet on pedals. Let me just make clearly webbed feet (pelican webbed feet) on the pedals. I'll make them as polygons.

Let me rewrite the feet section and also double check other elements.

Let me also reconsider: the body ellipse at (418,228) rx=52 ry=30. The saddle is at (418,248). The body bottom is at y=258, saddle top at ~238. There's a slight gap (258 vs 238). Let me lower body to cy=238 so it overlaps saddle. Actually body on saddle: body should sit on saddle. Body bottom at 238+30=268 if cy=238. Saddle at 248, saddle height ~10, so saddle occupies 238-258. Body at cy 238, bottom 268 — overlaps. Hmm that's too much overlap. Let me keep body at cy=228 (bottom 258) overlapping saddle top (238). They overlap 238-258 region. Good, body sits on saddle.

Actually the pelican body is large; sitting on saddle, the front of body overlaps seat tube. That's fine.

Let me check the neck connects to body. Neck starts M 418 212. Body ellipse top at 228-30=198. So (418,212) is inside body upper area. Good, neck attaches to body.

Head at (572,190) — neck ends at (568,190). Head center 572,190, radius 15. Head right edge at 587, left at 557. Good.

Bill starts at 586,192 (right side of head near beak base). Good.

Throat pouch from 586,212 down to ~602,252. Visible. Good.

Wing near handlebar: path from (400,230) to (562,228). Handlebar at (574-602, 216-230). The wing ends at (562,228), handlebar bar at (574,230)-(602,230). So wing tip at 562 is just left of stem 574. Close but not touching. Let me extend wing to (572,228) to actually contact handlebar. Let me change wing end to ~574. Actually the stem line goes from (578,252) to (574,230). The wing at (562-574, 228) would be right near the stem. Let me make wing end at (572,228) so it touches near the stem/handlebar. Good — "wing near handlebars."

Let me also double-check the wing stroke width 16 with the handlebar — it'll look like the wing is gripping the bar. Good.

Now let me also verify the bike is "connected" — frame is continuous, body sits on saddle connected to frame. Good.

Let me also add the front wheel — front hub at (584,300). Fork from (578,252) to (584,300). Top tube (418,252)-(578,252). Head tube region (578,252). Fork connects to front hub (584,300). Front wheel centered 584. Good, connected.

Wait, the fork (578,252)-(584,300) is short (6px horizontal offset) and the headset is at 578, wheel at 584. The wheel would be slightly right of the fork. For a front wheel that can turn, that's OK. But the fork steerer should be vertical-ish from (578,252) to (578,300) then dropout to hub (584,300). Let me make fork: (578,252)-(578,296) then (578,296)-(584,300). Minor. Actually simpler: fork (578,252)-(584,300) as a diagonal. The wheel at 584. It's fine, looks like a slight rake.

Hmm, but then the front wheel center (584) vs fork (578) — the wheel appears slightly forward of the fork, which is actually realistic (fork rake). OK fine.

Now let me rewrite the feet section cleanly. Let me also reconsider the left foot direction. Actually, let me make both feet with toes pointing forward (rightward), since the bike travels right.

Let me rewrite the foot paths:

Right foot (webbed, on right pedal at 458,295, toes pointing right):
polygon points:
450,296 448,301 470,302 487,301 483,305 491,304 487,308 493,309 472,311 452,310

Let me write as path:
M 450 296 L 448 301 L 470 302 L 487 301 L 483 305 L 491 304 L 487 308 L 493 309 L 472 311 L 452 310 Z

fill var(--foot), and webbing lines:
(483,305)-(487,308) [between big/mid web]
(491,304)-(487,308) [between mid/small web]
Hmm the toes: big toe tip (487,301)/(483,305), mid toe (491,304)/(487,308), small toe (493,309)/(487,308). The toes are staggered in x. Good.

Webbing (dark lines):
(485,302)-(486,306) 
(490,304)-(489,307)
Actually the webbing connects adjacent toe bases. Let me draw lines between the "between" points. This is getting fiddly. Let me just draw webbing as a separate set of lines.

Honestly, let me simplify the feet to be recognizable but not overly detailed. A webbed foot can be approximated by a shape with 3 forward toes (lobes) and webbing lines. Let me make toes as 3 clear lobes.

Let me redesign as: foot = filled outline with 3 forward toes, plus webbing lines in a darker shade.

Right foot outline (facing right, toes pointing +x):
M 452 296 (ankle)
L 450 301 (heel)
L 460 302 (back, inner)
L 478 302 (toe separation base)
L 486 299 (big toe tip)
L 482 304 (web/divot)
L 490 303 (mid toe tip)
L 486 307 (divot)
L 492 307 (small toe tip)
L 476 309 (back of foot)
L 452 308 (inner back)
Z

Hmm the toes point right and are staggered forward. The outline has notches (divots) creating 3 toes. The webbing is the filled area. Good enough.

Webbing dark lines:
(478,302)-(482,304)-(478,302)? no.

Let me just add 2 short dark lines as webbing between toes:
(484,300)-(484,306)  (big-mid web)
(489,303)-(492,307)  hmm

I'll add webbing by drawing a darker stroke path between toes. Let me do:
line (482,303)-(486,305) and (488,304)-(492,307) — too random.

Let me just include webbing as part of the fill and a couple of dark strokes. Honestly the toe notches in the outline already suggest webbing if I add one or two internal lines.

Let me simplify drastically: make each foot a simple 3-toe wedge shape with webbing. I'll write it and it'll be fine for recognition. Let me just do it.

Actually, you know what, let me reconsider. Maybe make feet simpler: a single forward-pointing "mitten" shape with 3 toe nubs, all in foot color, with a couple of webbing lines. Pelicans have webbed feet with 3 toes forward + 1 back. For a riding pose, the foot is mostly on the pedal, toes over the front edge. 

Let me keep it simple and recognizable: I'll make the foot a yellow-orange shape with 3 forward toes and 1 reversed heel toe, with webbing lines.

Let me write cleaner foot paths:

Right foot (on pedal 458,295), foot pointing right:
M 452 295   (front of ankle)
L 448 302   (heel, with hind toe)
L 452 303   (hind toe)
L 470 303
L 476 298   (toe 1 tip)
L 482 300
L 488 297   (toe 2 tip)
L 486 303
L 492 302   (toe 3 tip)
L 490 308
L 474 308
L 466 305
L 452 305
Z

With webbing lines connecting toes. Ugh, this is hard to eyeball without a screenshot.

Since I can't see the image, let me make the feet robustly recognizable: I'll draw each foot as an ellipse (foot pad) for the part on the pedal, plus 3 toe triangles pointing forward, plus webbing lines. This modular approach is easier to get right geometrically.

Right foot (pedal at 458,295):
- Foot pad: ellipse cx=462 cy=298 rx=10 ry=6 (sits on pedal, just forward)
- Big toe: triangle (472,296)-(484,296)-(482,299)
- Mid toe: triangle (476,299)-(488,299)-(486,302)
- Small toe: triangle (480,302)-(492,302)-(490,305)
- Webbing lines (dark): connect toe tips: (482,299)-(486,299)? 

Hmm the webbing should be between toes. Let me draw webbing as the fill between toes (since the foot pad and toes are all same color and adjacent/overlapping, they merge). Actually if I draw them separate with same fill, they'll blend if overlapping. Let me make toes share edges with webbing via a single path using even-odd? No.

Let me just make ONE path per foot that includes toes and webbing. The webbing = the area between toes. If I outline the whole foot including the webbing, it's one shape. The toes are the forward bulges. Let me write it as one path with forward bulges and slight pinches:

Right foot single path (toes point right, foot on pedal):
M 448 300 (heel)
L 450 305 (back)
L 472 306 
L 484 304 (big toe tip)
L 478 308 (pinch toward mid)
L 490 306 (mid toe tip)
L 484 310 (pinch toward small)
L 494 308 (small toe tip)
L 476 312 (back of small toe)
L 454 311 (back)
L 450 306
Z

Hmm the y-values go 298-312, pedal at 295. The foot is below the pedal (298-312 vs pedal 295). A foot on a pedal sits ON the pedal (y=295), so the foot should be around 290-312 with the pedal under it. Let me center foot at pedal y.

Let me set: foot spans y 289-312, pedal at y=295 (under the ball of foot). That's fine — the foot covers the pedal.

Let me reposition: ankle ~448,298; toes (484,296),(490,298),(494,300); back ~454,308.

Path:
M 448 299 (heel)
L 452 308 (back edge)
L 474 309
L 484 305 (big toe tip, y296)
Wait I want toes at top y~296-300 and back at 308. Let me:
M 448 302 (heel center-ish)
L 446 308 (back)
L 468 310
L 482 305 (big toe tip)
L 478 308
L 490 306 (mid tip)
L 486 309
L 494 308 (small tip)
L 476 311
L 454 310
Z

Toes at (482,305),(490,306),(494,308) — these are going forward and slightly down. They should point right-forward. The big toe at 482,305. Good.

Webbing lines (dark):
(478,308)-(486,309) between big-mid
(486,309)-(490,308)? 

Let me add webbing as the internal pinch lines already created by the outline. The outline pinches between toes, which creates webbing-looking gaps. To make it look webbed (fleshy between), I'd fill those. But pinches create gaps (no fill). That looks like separate toes with gaps = webbing! Actually webbed feet have skin between toes (webbing = membrane), which would be filled. Gaps would look like separated toes. Hmm.

For a stylized look, separated toes with webbing lines (showing membrane) is recognizable. Or filled webbing. Both recognizable. Let me do filled toes + web membrane = one solid shape with forward-pointing toes and the area between filled. That's a frog/frog-foot look. Pelican webbed foot: 3 forward toes connected by webbing (membrane), 1 rear toe.

One solid outline with 3 forward lobes and filled webbing between = looks like a webbed foot. The outline above with pinches (gaps) would NOT fill webbing. Let me remove pinches and make lobes (bulges) with filled webbing:

Right foot (webbed, toes point right, filled):
M 448 303 (heel)
L 446 308 (back, rear toe area)
L 468 310
L 482 302 (big toe tip, front)
L 490 303 (mid toe tip)
L 496 306 (small toe tip — slightly lower)
L 482 310 (forward edge between small toe and back)
L 450 311
Z

Outline: heel(448,303)->back(446,308)->(468,310)->big tip(482,302)->mid tip(490,303)->small tip(496,306)->down to (482,310)->back(450,311)->close to (448,303).

This creates a foot with 3 forward toe-bumps and filled webbing between (since no pinch/gap). The toes are bulges 482,490,496 in x. Good. Filled = webbed membrane. 

Now toes pointing right-forward. Pedal at (458,295). Foot spans 446-496 x, centered ~471, a bit right of pedal 458. Let me shift left so centered on pedal: subtract ~13. heel at 435, tips at 469,477,483. Pedal at 458. Hmm then foot right edge 483, left 435, center 459. Good.

Let me recompute with center ~458:
heel (435,303)
back (433,308)
(455,310)
big tip (469,302)
mid tip (477,303)
small tip (483,306)
(469,310)
(437,311)
Z

Hmm small toe tip at 483 is quite forward. The foot length 433-483 = 50px. Pedal diameter ~14. Fine.

Actually, this is a lot of fiddling. Let me simplify the feet even further to a robust recognizable form: a small ellipse for the foot on the pedal plus 3 forward toes drawn as lines/triangles with webbing. This is modular and I can position each piece reliably.

Right foot:
- Pedal at (458,295). Foot pad: ellipse cx=458 cy=298 rx=12 ry=6 fill var(--foot). (sits on pedal)
- 3 toes from front of pad (x~470) pointing right-forward:
  toe1: M 470 297 L 482 296 L 484 299 Z
  toe2: M 472 299 L 484 299 L 486 302 Z
  toe3: M 474 302 L 486 302 L 488 305 Z
  (these overlap the pad, all same color, merge)
- Webbing: lines connecting toe bases? The fill between = the pad. The gap between toes... to show webbing, draw membrane: thin triangles between toes.
  membrane big-mid: M 482 296 L 483 299 L 472 299 ... 

Ugh still complex.

OK let me just go with the single-filled-outline bulged shape. I'll write it, and even if toes aren't perfect, a bulged yellow shape near the pedal is recognizable as a foot. Let me make toes more pronounced with 3 clear bulges and add webbing lines (dark) to define 3 separate toes — pelican feet actually have visible toes with webbing.

Decision: feet as filled outline with 3 toe-bulges + 2 dark webbing lines between toes + 1 dark line for rear toe. This will read as a webbed foot. Let me position them on the pedals.

Right foot (pedal 458,295, foot points right: toes toward +x):
Outline (filled yellow):
M 436 304 (heel)
L 434 308 (back edge, rear toe)
L 456 309 (rear toe base)
L 470 301 (big toe tip)
L 476 303
L 482 301 (mid toe tip) -- wait mid toe should be between big and small
Let me order toes front to back by y: big toe lowest, mid, small? They point forward, staggered. Let me have all 3 tips at similar y but different x (biggest/big toe leftmost tip? no).

Conventionally, toes: big toe is the main forward one. Let me just do 3 forward toes staggered slightly:
big toe tip: (472, 300)
mid toe tip: (478, 302)
small toe tip: (484, 303)
with webbing between them (filled). So outline:
M 436 305 (heel)
L 434 310
L 458 311
L 472 303 (big tip)
L 470 307 (web dip toward mid)... 

if I dip (web dip) I create a gap (unfilled) = separated toes, not webbed. For webbed I should NOT dip — keep bulges.

So outline with bulges (no dips):
M 436 305
L 434 310
L 460 311
L 474 306 (transition)
L 476 302 (big toe tip)
L 480 303 (mid toe tip)
L 486 306 (small toe tip)
L 472 310 (front edge between toes and back)
L 440 309
Z

The bulge tops: 476@302, 480@303, 486@306. These are bulging forward. Between big and mid: 476 to 480 (small rise) — that's a plateau, not a distinct second toe. Hmm, to make 3 distinct toes I need dips. But dips = gaps = not webbed.

For webbed feet, the toes ARE separate but connected by webbing (membrane). So the silhouette has dips (toes separated) but the membrane fills the dips. So the silhouette should have dips, and I draw the membrane as filled dark-weaker lines? No—the membrane is skin-colored (same as foot).

So: foot outline with 3 toe dips (separated toes), and the membrane (between toes) is filled with the foot color (so it's continuous). The membrane would be the area in the dips. But if the outline dips inward at the web, the interior is still filled (foot color), so the membrane IS the filled dip region. That means the silhouette has 3 forward toes with the web filled between = looks like a hand/frog. 

So actually a solid filled shape with 3 forward toe-bulges and inward dips between them looks like a webbed foot! The dips are filled (membrane). 

Let me do that: outline with 3 forward toes and inward dips between them (filled):

Right foot:
M 436 304 (heel)
L 434 309
L 460 310
L 474 306 (base of toes)
L 472 302 (big toe tip)
L 468 303 (dip toward mid)  <- inward dip = web between big and mid
L 476 302 (mid toe tip)     <- hmm tip should be further forward
L 473 304 (dip)
L 480 303 (small toe tip)
L 468 309 (front edge, between toes and heel)
L 438 308
Z

This is inconsistent. Let me carefully construct 3 forward toes with inward dips (webbing filled).

Foot pointing right. Toes from back (left, near ankle at ~436) to front (right, tips at ~480). 3 toes:
- big toe (main): tip at (470, 300)
- mid toe: tip at (478, 300)
- small toe: tip at (484, 302)

Web dips (between toes, inward = toward left/anterior):
- between big & mid: dip at (474, 304)
- between mid & small: dip at (481, 306)

Heel: (436, 304) with rear toe at (436, 308).

Outline (clockwise):
M 436 304 (heel top)
L 434 308 (rear/toe)
L 460 309 (back bottom edge)
L 474 306 (web dip 1 - between big and mid, moving forward along bottom)
L 472 302 (big toe tip)  -- big toe tip
L 476 303 (web dip 1 upper? hmm)

I'm overcomplicating. The standard way: trace outer outline of a 3-toed webbed foot. Outer edge goes heel -> little toe base -> small toe tip -> web -> mid toe tip -> web -> big toe tip -> web -> heal base -> ankle.

Outer outline (right side = toes tips):
Start heel (436,304). Go to rear (434,308). Move forward along bottom edge to where small toe base is. Then up to small toe tip (484,302)? but small toe is outermost (furthest forward). Actually big toe usually furthest forward. Let me put big toe furthest forward (482,300), mid (474,302), small (468,305) — toes get shorter toward outer. Hmm for a webbed foot, big toe is the longest.

Let me do:
- big toe tip: (480, 302)  [longest, forward]
- mid toe tip: (472, 304)
- small toe tip: (466, 305)

web dips:
- between big & mid: (476, 306)
- between mid & small: (469, 307)

outer outline trace (counterclockwise around foot, toes pointing right):
heel (436,302) 
-> rear outer (434,307) 
-> bottom rear edge (450,308)
-> small toe tip (466,305)
-> web (469,307)  [dip - going back left a bit]
-> mid toe tip (472,304)
-> web (476,306)
-> big toe tip (480,302)
-> top edge back (468,300)  [the foot top]
-> big toe base / ankle (440,300)
-> close

Wait that traces toes then comes back along top. Let me also have the rear toe (hallux, pointing back): small at rear (434,307).

Full path:
M 436 302 (heel, top)
L 434 307 (rear toe tip, pointing back)
L 450 308 (back bottom)
L 466 305 (small toe tip)
C 469 306 469 307 (web between small & mid)? 

The web dips are concave (inward). With fill, the membrane region between toes is filled. A straight line between small toe tip and mid toe tip through the web dip would create the webbing shape. Actually the membrane is between toes; its outer boundary edge is the line from one toe tip to next toe tip, curving.

For a filled shape, the boundary between big toe and mid toe is one curve (the web). So the outline goes big-toe-tip -> web curve -> mid-toe-tip -> web curve -> small-toe-tip -> back along bottom.

So: outline = heel -> rear toe -> bottom back -> small toe tip -> (web curve) -> mid toe tip -> (web curve) -> big toe tip -> top forward edge -> forward along top to ankle -> close.

The web curves go from small tip (466,305) up-left-in to mid tip (472,304), then mid tip to big tip (480,302). These curves are the web (concave toward foot interior, but since it's the outer boundary between toes it's the outer web edge). Hmm, if toes point right and are staggered, the "web between toes" on the outer side is actually the gap, and the membrane fills it.

OK I think I'm overthinking. Let me just draw the foot as outline with 3 forward bulging toes connected (filled), like a starfish foot. Many simple illustrations draw webbed feet as a filled shape with 3 forward lobes. Let me do that with bezier curves for smooth toes.

Right foot bezier (3 forward toes, filled, foot on pedal at 458,295):
M 436 302
C 430 308 460 312 478 310  (back edge)
C 488 309 492 302 486 298  (big toe tip)
C 490 298 498 301 496 306   (no...)

Argh. Let me just make toes as 3 separate triangle-ish lobes connected by a foot pad, all filled the same color. Even if they don't perfectly merge, the union (same fill, no stroke gaps) looks fine.

Right foot (3 separate same-colored lobes + pad):
- Pad (on pedal): ellipse cx=458 cy=304 rx=14 ry=7 fill var(--foot)
- Big toe: path M 470 300 L 484 298 L 486 302 Z fill var(--foot)
- Mid toe: path M 474 302 L 486 302 L 484 306 Z fill var(--foot)
- Small toe: path M 478 304 L 488 305 L 484 308 Z fill var(--foot)
- Rear toe (hallux): ellipse cx=442 cy=308 rx=6 ry=3, or small path pointing back M 446 305 L 440 310 L 442 308 Z

These all touch the pad (pad right edge at 458+14=472; big toe starts at 470,200 touching pad). They'd merge visually (adjacent/slightly overlapping same color). Good. Webbing: since lobes are separate but adjacent and same color, the membrane gaps are tiny. To show webbing explicitly, add dark lines between toes: but if they're already touching, no gap. Let me separate toes slightly and draw webbing lines.

This is the cleanest: separate the toes with small gaps and draw webbing (darker) between. But that's more drawing.

Given time constraints and that I can't see the screenshot, let me go with a robust, clearly-recognizable approach: draw each foot as a single filled path with 3 forward toes (lobes) using a cubic bezier that makes 3 forward bumps. I'll construct it carefully.

Let me use this known-good webbed foot path shape. A classic webbed foot (facing right):

M x0 y0 (heel)
C x0-8 y1, x0+10 y1+6, x0+22 y1+2 (forward edge, 3 toes)
... 

Let me just hardcode a known shape. Here's a webbed foot facing right (I'll scale/position):

Reference shape (toes point right), foot ~ height 14, width ~22:
M 0 8 (heel center-left)... 

I'll write a shape with control points that create 3 toes. Let me define relative to foot center.

Foot facing right, 3 toes forward:
M cx-10 cy-2 (heel)
C cx-14 cy+4  (heel rear, hind toe)
... 

You know, let me take a totally different, reliable approach to the feet: use a small ellipse for the foot on the pedal + draw 3 short toe segments as lines/strokes with webbing. A pelican's foot on a pedal is mostly the foot pad on the pedal; the toes grip. So:

Right foot: ellipse (foot pad) on pedal + 3 forward toes as filled triangles + webbing lines.

I'll make toes prominent enough to read as webbed. Let me do:

// Right foot on pedal (458,295)
// Foot pad:
ellipse cx=456 cy=298 rx=13 ry=6 fill=var(--foot)
// Big toe (longest, forward):
path M 468 296 L 484 295 L 482 300 Z fill=var(--foot)   (triangle)
// Mid toe:
path M 472 298 L 486 298 L 484 302 Z fill=var(--foot)
// Small toe:
path M 476 300 L 488 301 L 486 304 Z fill=var(--foot)
// Webbing (dark lines between toes, showing membrane):
line (482,300)-(484,302)  [big-mid web]
line (484,302)-(486,304)  [mid-small web]
// hind toe:
path M 445 301 L 438 306 L 440 304 Z fill=var(--foot)

The foot pad (468 width... ellipse right edge at 456+13=469; big toe starts at 468 — they touch/merge). Good.

Webbing lines between toes: big-mid (482,300)-(484,302) and mid-small (484,302)-(486,304). These are dark strokes = webbing membrane. Good, readable.

Hmm, but the toes are drawn as separate triangles above the pad; the webbing lines are between toe tips. This reads as a webbed foot. 

Actually, the membrane is between the toes along their length, not just at tips. But a couple of lines suffice for stylized recognition. Let me add a couple more.

Let me also make toes slightly longer. And the foot should be yellowish (pelican feet are actually more pinkish/webbed). Pelicans have yellowish-webbed feet. Let me use #f1c40f or #e67e22 for feet? Actually pelican feet are yellow-orange. Let me use --foot = #d35400 (orange) or yellow #f1c40f. I set --foot=#2c3e50 (dark) earlier—that's wrong for feet. Let me make feet yellow-orange: --foot:#e67e22 or #f39c12. Let me use #f1c40f (yellowish) with webbing #e67e22. Actually webbed feet often pink. Let me use #e07b00 (orange) for feet and the foot color.

Let me set --foot:#d35400 and webbing #8b4513 (brown) or darker orange.

Let me finalize feet:
--foot:#d35400
--web:#8e4400 (darker)

Right foot:
- pad ellipse cx=456 cy=298 rx=13 ry=6 fill var(--foot) stroke var(--rim) sw1
- big toe triangle (468,296)-(484,294)-(482,299) fill var(--foot) stroke var(--rim)
- mid toe (472,298)-(486,298)-(484,302)
- small toe (476,300)-(488,301)-(486,304)
- hind toe (443,300)-(436,305)-(438,303)
- webbing lines (dark var(--web)): (482,299)-(484,302), (484,302)-(486,304), (472,298)-(474,300)? 

OK this is reasonable. Let me also do left foot similarly at left pedal (378,305), toes pointing right (forward).

Left foot:
- pad ellipse cx=380 cy=305 rx=13 ry=6 fill var(--foot) stroke var(--rim) sw1
- big toe (392,303)-(408,302)-(406,307)
- mid toe (396,305)-(410,305)-(408,309)
- small toe (400,307)-(412,308)-(410,311)
- hind toe (386,308)-(379,312)-(381,311)
- webbing lines

Wait, the left foot pointing right means toes toward +x (toward right pedal/big toe forward). But the left foot on left pedal, toes pointing toward bike front (rightward) — yes. But visually, left foot's big toe pointing right while foot is on left side. That's correct for riding.

Hmm, but actually maybe the left (rear) foot would be at a different orientation. In a typical riding pose, one foot forward. Let me make the right foot (front) toes pointing right-forward, and left foot also pointing right-forward (both face travel direction). That's anatomically correct.

OK. Let me also double check the left foot doesn't collide badly. Left pedal (378,305). Left foot pad ellipse cx=380 cy=305 rx=13 -> spans x 367-393, y 299-311. Toes 392-412. Fine.

But the left foot toes (392-412) extend toward the right pedal area (458). They won't reach (412 < 458). Fine.

Now, the left foot hind toe at (386,308)-(379,312)-(381,311) points left (back) — that's the rear toe of left foot. OK.

Alright. Let me also reconsider: should the feet be behind/in front of the pedal? The foot sits on top of the pedal. Pad ellipse at cy=298 (right) over pedal at 295. Good.

Let me rewrite the feet section in the file. Let me also verify the wing reaches handlebar. I'll change wing end to 572.

Let me also reconsider the throat pouch visibility and the bill. Let me also double check the pelican is "recognizable": long bill ✓, throat pouch ✓, body ✓, wings ✓, feet ✓. Riding pose: feet on pedals ✓, wing near handlebar ✓.

Let me now also reconsider: the body ellipse rx=52 — quite wide. With the neck and head forward, it reads as a bird. Good.

Let me update the file with corrected feet and wing. Let me edit those parts.

Let me make the edits:
1. feet color variable
2. wing endpoint
3. feet paths

Let me edit.

Actually, let me reconsider the wing "near handlebars". The handlebar bar is the line (574,230)-(602,230). The wing path ends at 562,228. Let me extend to 572,228 so it's right under the stem (574,230). Then place a small contact point (the wing touching the bar). Good.

Let me make the edits now.

Let me edit the CSS variable for foot.

Let me reconsider the feet. The current feet are below the pedals (y 312-322 for left, which is way below pedal at 305). And they use --foot=#2c3e50 (dark). Let me redesign the feet to be recognizable webbed feet sitting on the pedals.

Let me also fix the wing to reach the handlebar (extend to ~572,228).

Let me rewrite the feet section completely with the modular approach: foot pad ellipse on pedal + toes triangles + webbing lines + hind toe. And set foot color to orange/yellow.

Let me edit:
1. CSS: change --foot to a yellow/orange and add --web.
2. Wing endpoint 562 -> 572.
3. Replace the two foot paths with new geometry.

Let me do these edits.

First the CSS variable.

Now the wing. Change wing end from 562,228 to 572,228 to reach the handlebar stem at (574,230).

Now the feet. Let me replace the two foot paths with proper webbed feet on the pedals. Right pedal at (458,295), left pedal at (378,305).

Right foot (toes point right, on right pedal):
- pad ellipse: cx=456 cy=297 rx=13 ry=6 fill var(--foot) stroke var(--rim) sw=1.5
- big toe triangle: (468,295)-(486,293)-(482,299) fill var(--foot) stroke var(--rim) sw1.5
- mid toe: (472,297)-(486,297)-(484,301)
- small toe: (476,299)-(488,300)-(486,304)
- hind toe: (442,300)-(436,306)-(438,304)
- webbing lines (--web, stroke-width 2): between toes along their length. Let me draw membrane lines connecting toe bases:
  (480,297)-(482,300)  big-mid
  (484,299)-(486,302)  mid-small
  also (472,298)-(474,301) inner big-mid? 
Hmm. Let me draw a few webbing strokes.

Actually, let me draw the foot as a single filled shape with toes, to avoid many elements. But the modular approach is fine. Let me think about whether toes touching the pad will merge visually — yes, same color, touching = merged. Good.

Let me position toes to touch pad right edge (456+13=469). Big toe starts at 468 — touches. Good.

Let me write:

Right foot:
<ellipse cx="456" cy="297" rx="13" ry="6" fill="var(--foot)" stroke="var(--rim)" stroke-width="2"/>
<!-- big toe -->
<path d="M 468 295 L 486 293 L 482 299 Z" fill="var(--foot)" stroke="var(--rim)" stroke-width="1.5"/>
<!-- mid toe -->
<path d="M 472 297 L 486 297 L 484 301 Z" fill="var(--foot)" stroke="var(--rim)" stroke-width="1.5"/>
<!-- small toe -->
<path d="M 476 299 L 488 300 L 486 304 Z" fill="var(--foot)" stroke="var(--rim)" stroke-width="1.5"/>
<!-- hind toe -->
<path d="M 441 300 L 434 305 L 437 303 Z" fill="var(--foot)" stroke="var(--rim)" stroke-width="1.5"/>
<!-- webbing (membrane) -->
<path d="M 468 297 L 470 297 L 472 299" stroke="var(--web)" stroke-width="2"/>
<path d="M 482 299 L 483 300 L 484 301" stroke="var(--web)" stroke-width="2"/>
<path d="M 476 299 L 478 300 L 480 302" stroke="var(--web)" stroke-width="2"/>

Hmm the webbing is getting too fussy. Let me simplify: just draw the toes and a few webbing lines. The toes themselves being 3 forward triangles on a pad is recognizable enough. But webbing is the key feature of a pelican foot. Let me draw the webbing as filled translucent? No.

Actually, a cleaner way to show a webbed foot: draw 3 toes with the membrane as part of the shape. Let me draw each toe as a filled trapezoid that's wider at the base (where membrane attaches) — actually the standard webbed foot: 3 toes with web membranes between, like a duck foot but 3-toe forward.

Let me just draw 3 forward toes (elongated) with dark membrane lines connecting them. The toes themselves are rectangles/triangles. Let me make toes as elongated upward... no, forward (right).

Toes pointing right (forward):
Big toe: from (468,297) to (486,295) tip — tall thin triangle: (468,294)-(484,293)-(486,300)-(470,300)
Mid toe: (472,296)-(486,296)-(488,300)-(474,300)
Small toe: (476,298)-(488,298)-(490,302)-(478,302)

Membrane between toes (webbing) — the skin connecting toe bases. Draw dark lines:
(470,300)-(474,300) connecting big base to mid base (the web at the foot side)
(474,300)-(478,300) mid to small base
These are on the foot side (left side of toes). Plus the outer webbing.

This is getting too detailed without being able to see it. Let me make a SINGLE webbed foot path that's a recognized shape. I'll use a cubic bezier footprint with 3 forward toes and 1 rear, all filled, with a couple of inset membrane lines.

Honestly, given constraints, let me draw the feet as: foot pad ellipse + 3 forward-facing toes (filled triangles) + webbing drawn as 2 short strokes. Even if imperfect, a yellow shape with 3 forward toes on a pedal near the bird's legs is recognizable as a webbed foot. Let me also keep it simple.

Let me write a cleaner single-path webbed foot. I found that a clean approach: use a path with cubic curves making 3 forward toes connected (webbed). Here's a template I'll adapt (facing right):

M 436 300  (heel)
C 430 306, 458 312, 472 311   (rear edge + start forward)
C 490 310, 500 298, 488 296   (toe 1 - big)
C 498 295, 506 300, 500 306   (toe 2)  ... 

No, I keep making errors. Let me reason geometrically with a concrete known-good webbed foot path.

A webbed foot (3 forward toes, facing right) — I'll define as a polygon with points going clockwise around the outline:

Points (facing right, toes point toward +x). Heel on left.
1. heel: (436, 302)
2. rear toe (hallux, points left/back): (432, 306)
3. bottom edge going forward: (448, 308)
4. small toe tip: (464, 306)
5. web between small & mid (concave): (462, 304)  -- this creates web gap, filled -> membrane
6. mid toe tip: (470, 304)
7. web between mid & big (concave): (468, 302)
8. big toe tip: (478, 300)
9. web between big toe & ankle (concave): (470, 298)
10. top edge back to ankle: (440, 300)
11. close.

Wait, the concave dips (5,7,9) create the webbing regions which get filled (membrane). The outer boundary has 3 forward toe peaks (464,470,478) and 3 concave dips (462,468,470). This produces a webbed-foot silhouette! The filled shape has 3 toes connected by webbing (the membrane is the filled concave areas). 

Let me verify orientation: heel at x=436 (left/rear), toes tips at 464,470,478 (right/forward). The foot points right. On pedal, toes over front edge. Good. Foot pad on pedal ~450,296, toes forward. The pad ellipse centered 460? Let me position the whole foot centered on the pedal (458,295).

Let me shift: subtract 458 from the x's so big toe tip at 482. Original big toe tip at 478; +4 = 482. So add ~4 to all x: heel (440,302), rear toe (436,306), bottom (452,308), small toe (468,306), web (466,304), mid toe (474,304), web (472,302), big toe (482,300), web (474,298), top (444,300).

Hmm but then toes go 468,474,482 — small toe at 468 (leftmost forward), big toe at 482 (rightmost/furthest forward). But anatomically big toe is the longest/furthest. So big toe tip 482 ✓ (furthest forward), then mid 474, small 468. Good. But small toe x=468 is behind mid (474) and big (482)? No—forward = larger x. big=482 (most forward), mid=474, small=468 (least forward). So toes get shorter toward the outside (pinky side). For a right foot viewed from above, the big toe is medial (toward center/ankle) and small toe lateral. Hmm, orientation gets confusing.

This doesn't matter much for a stylized icon. 3 forward toes = recognizable. Let me not overthink anatomical correctness of toe order.

Let me just position the foot on the right pedal (458,295) and left foot on left pedal (378,305), each pointing right (forward).

Let me define the right foot path (centered near pedal 458,295):
M 440 300 C 434 306 456 312 472 311 C 490 310 500 298 486 296 C 496 295 504 300 498 306 C 488 304 480 304 472 302 C 474 296 458 294 444 298 Z

Hmm wait I'm mixing things. Let me carefully build the path with the dips.

Let me define the right webbed foot silhouette (toes point right):

Using the point list above (shifted so big toe tip ~482, centered ~460):
Points in order (counterclockwise, starting heel top):
Heel top: (440, 300)
Heel rear (hallux pointing back): (436, 305)
Bottom back edge: (452, 308)
Small toe tip: (468, 306)
Web dip (small↔mid): (466, 304)
Mid toe tip: (474, 304)
Web dip (mid↔big): (472, 302)
Big toe tip: (482, 300)
Web dip (big↔top): (470, 298)
Top edge back: (442, 298)
Close (back to heel top 440,300).

Wait, that goes: heel(440,300) -> hallux(436,305) -> bottom(452,308) -> small toe(468,306) -> dip(466,304) -> mid(474,304) -> dip(472,302) -> big toe(482,300) -> dip(470,298) -> top(442,298) -> close.

Hmm the dips (466,304),(472,302),(470,298) are inside the outline, creating concavities = webbing membrane filled. But the order: from small toe tip (468,306) we go to dip (466,304) [inward up-left], then to mid toe tip (474,304) [right]. That traces a V: 468,306 -> 466,304 -> 474,304. That's a dip then a rise — creates the web concavity between small and mid toes. Good. Then mid tip (474,304) -> dip (472,302) -> big toe (482,300): another web. Good. Then big toe (482,300) -> dip (470,298) -> top (442,298): the web/membrane from big toe back to the foot top. Good.

So path:
M 440 300 L 436 305 L 452 308 L 468 306 L 466 304 L 474 304 L 472 302 L 482 300 L 470 298 L 442 298 Z

This is a clean webbed foot! 3 forward toes (468,306),(474,304),(482,300) with webbing dips. Filled = membrane. 

Let me double check it's not self-intersecting. Going around: (440,300)->(436,305)->(452,308)->(468,306)->(466,304)->(474,304)->(472,302)->(482,300)->(470,298)->(442,298)->close to (440,300).

Check for crossings: the bottom edge 452,308 to 468,306 (small toe) is fine. Then 468,306 to 466,304 (dip left-up) to 474,304 (mid toe right) — this makes a shallow V opening upward. Then 474,304 to 472,302 (dip left-up) to 482,300 (big toe) V. Then 482,300 to 470,298 (dip left) to 442,298 (top edge left). Then 442,298 to 440,300 (heel). No crossings. It's a simple polygon. 

The foot is centered around x≈458, y≈302. Right pedal at (458,295). Foot centered y=302, slightly below pedal. The foot sits on the pedal — foot bottom edge ~308, pedal at 295 (above foot). Hmm the pedal would be above the foot center. A foot on a pedal: pedal under the ball of foot. The foot pad is forward part of foot. Let me shift foot up a bit so it sits on the pedal: pedal at 295, foot centered ~298. Let me subtract ~4 from all y: 

(440,296) (436,301) (452,304) (468,302) (466,300) (474,300) (472,298) (482,296) (470,294) (442,294)
Now foot y spans 294-304, centered ~299, pedal at 295 — foot sits on/near pedal. Toes tips at y=296-302. Good, the ball of foot (toes) is right at pedal. 

Actually the toes should be over the pedal (pedal under ball of foot, which is the toe area). Ball of foot ~ y 298-302 over pedal 295? Pedal at 295 is above. Hmm. Let me just put the foot so its top is near 294 and pedal at 295 — foot slightly below pedal, straddling. Fine, it reads as foot on pedal.

Let me also add a subtle outline stroke var(--rim) sw=2 for definition, and maybe a shadow oval under foot for contact. Actually simpler: keep stroke on the foot.

Now add webbing detail: since the membrane is filled same color, the toes look fused (webbed). That's correct for a webbed foot! Good, no extra lines needed. The 3 forward toes with filled webbing = recognizable webbed foot. 

But the toes are short (tips only ~10px forward of heel). Let me make toes longer/more pronounced. Let me stretch: big toe tip to (490, 296). Let me lengthen toes.

Let me redo with longer toes. The foot should look like a webbed foot with prominent forward toes.

Redesign (toes point right, longer toes):
Foot anchor at pedal center (458,296). 
- Heel: (436,298)
- Hallux (rear): (434,303)
- Bottom edge: (450,305)
- Small toe tip: (462,302)  wait small toe should be... let me make toes:
  big toe tip: (492, 296) [longest, forward]
  mid toe tip: (484, 298)
  small toe tip: (476, 300)
  (toes descending? no, let me keep them roughly same y but the dips between)

Hmm, for forward-facing toes the tips should be at the front (largest x). Let me have all three toe tips around x=478-492 with the web dips at x=470-480.

Let me construct:
(436,298) heel top
(434,303) hallux
(452,305) bottom back
(468,301) small toe tip
(462,299) web dip (small-mid)
(472,298) mid toe tip
(466,297) web dip (mid-big)
(480,297) big toe tip  
(468,296) web dip (big-top)
(442,296) top edge
Z

x ranges 434-480, centered ~457. Pedal at 458. Good. y 296-305, centered 300.5... let me shift up: subtract 2 from y: heel 296, hallux 301, bottom 303, small 299, ... big toe tip 295, top 294. Centered ~298. Pedal 295. OK foot just below pedal. Fine.

Hmm, the toes are only 8px long (big toe from web dip 468 to tip 480). Short but with webbing it reads as a foot. Let me lengthen to ~16px: big toe tip (496,295).

Let me make toes more prominent. Final right foot path (toes point right, on pedal 458,295):
M 438 296   (heel top)
L 435 301   (hallux, rear)
L 454 303   (bottom back)
L 472 300   (small toe tip)
L 466 298   (web dip small-mid)
L 476 297   (mid toe tip)
L 470 296   (web dip mid-big)
L 486 296   (big toe tip)
L 472 295   (web dip big-top -> back along top)
L 442 295
Z

Toe lengths: small 472, mid 476, big 486. Web dips 466,470,472. OK.

Wait, small toe tip x=472 but web dip small-mid at 466 (less than small toe 472)? The dip should be between small(472) and mid(476), so dip x between 472-476 → but I have dip at 466 < 472. That's wrong ordering. The dip must have x between the two toe tips. small=472, mid=476, so dip between → ~474. Let me fix: dip at 474. And mid-big: mid=476, big=486, dip ~480. big-top dip: big=486, top edge ~442, dip ~... 

Hmm the web between big toe and the top of foot (the membrane from big toe curling back) — that's at the side. Let me reconsider the shape.

Actually the webbing between toes: the three forward toes are at the front, the webbing connects them along their length. The outline between toe tips is the outer edge; between toes is the web (concave dip). The "big toe to top edge" connection is the side of the foot.

Let me re-lay: toes in a fan, all pointing right. From top (dorsal) to bottom (sole):
- top edge of foot (sole side, the foot's top surface)
- big toe (most forward/top)
- web
- mid toe
- web
- small toe (most forward/bottom? or least?)

For a right foot (bird's right foot) viewed from behind (we see the foot from behind since pelican stands on us), the toes fan. From our view (foot seen from behind/left), the foot top edge is at top, toes point right-forward. The small toe is at the bottom, big toe at top. Webbing between runs.

Ugh, orientation. Let me not worry: 3 forward toes with webbing, filled. I'll make a clean silhouette and trust it reads as a webbed foot. Let me keep it simple and slightly longer toes.

Let me finalize a clean version. I'll define the right foot as a path with a clear foot shape, 3 forward toes (biggest forward), webbing dips, and a rear hallux.

Right foot path (facing right, toes forward; centered on pedal 458,295):
M 440 296      heel-top (dorsal)
L 434 302      hallux tip (rear, points back/left)
L 452 304      sole edge
L 466 297      small toe tip (lower)
L 460 296      web dip (small-mid)
L 470 295      mid toe tip
L 462 294      web dip (mid-big)
L 484 294      big toe tip (upper, furthest forward)
L 468 293      web/side (back to top)
L 442 293      top edge (dorsal)
Z

Hmm check: toe tips 466,470,484 with dips 460,462 between (460 between 466 and 470 ✓; 462 between 470 and 484 ✓). The final segment from big toe tip (484,294) to web/side (468,293) to top edge (442,293) — that closes the upper side. Good.

Y: toes at 293-297, sole at 293-304. Centered ~298. Pedal at 295. Foot on/near pedal. Good. x 434-484 centered 459 ≈ pedal 458. 

Now left foot on left pedal (378,305), toes point right (forward) too. Mirror-ish but pointing right (not left). So left foot toes also point +x. Let me make:
Left foot path (toes point right, centered on 378,305):
M 362 305  (heel)
L 356 311  (hallux rear)
L 374 313
L 388 306  (small toe)
L 382 305  (web)
L 392 304  (mid)
L 384 303  (web)
L 406 303  (big toe)
L 390 302
L 364 302
Z

x 356-406 centered ~381 ≈ pedal 378. y 302-313 centered ~307, pedal 305. Good.

Now toes point right — on the left side, toes pointing right (toward bike front). Anatomically the left foot's toes point forward (right in our front view). ✓. Though typically a cyclist's feet both point forward. Good.

But wait — left foot with hallux pointing back (left) at (356,311). And toes forward to (406,303). The foot is oriented pointing right. On the left pedal, that means the foot points toward the bike's front (rightward) — correct! ✓.

Hmm, but visually, the left foot (left side of bike) pointing rightward means its toes point toward the center/rear of bike from the left side? No — forward (direction of travel = right). The left pedal is on the left; the foot faces rightward (forward). Yes that's a normal riding position. ✓.

OK. Now let me also make sure feet don't overlap weirdly. Right foot at x 434-484, left foot at x 356-406. Gap between 406 and 434 — good, no overlap. ✓.

Let me also reconsider: I want the feet clearly "near the pedals" and on them. Right foot centered 459,298; pedal at 458,295. ✓ close. Left foot centered 381,307; pedal at 378,305. ✓.

Now let me write the new feet. I'll add a small shadow/oval under each foot for contact with pedal (optional). Keep minimal: I'll add a thin ellipse under foot for shadow. Actually, let me add a ground-contact shadow on the pedal itself — skip, keep simple.

Let me also add a subtle highlight to the bill and a darker outline to foot. I'll give foot stroke var(--rim) sw=2.

Let me now replace the two foot paths.

Let me also reconsider the bill path — `M 586 192 L 642 210 L 635 218 L 586 202 Z` upper mandible. That's a quadrilateral. Tip at 642,210. Lower `M 586 202 L 635 218 L 628 225 L 586 212 Z`. The tip of lower at 635,218-628,225. OK these make a long bill. Good. But the throat pouch path: `M 586 212 C 602 230 644 245 602 252 C 578 247 572 232 586 212 Z` — starts at (586,212) (where lower bill meets throat), curves down to (602,252) then back up to (572,232) and closes at (586,212). This makes a pouch hanging below. The point (572,232) — that's above 586? No, 572 < 586 x, 232 is below 212 y. Closes at (586,212). Should be fine, makes a pouch shape. Let me verify it's not self-intersecting: 586,212 -> curve to 602,252 -> curve to 572,232 -> line to 586,212. The curve to (572,232) then straight back to (586,212) (start). 572,232 is below-left of start; the curve from 602,252 to 572,232 is a backward C. Then line 572,232 to 586,212. This should form a pouch. Probably OK. I'll trust it; the pouch is roughly (586-602 x, 212-252 y). Fine.

Let me write the feet edit now. I'll replace from the right-foot comment through the left foot path.

The exact current text to replace:
```
  <!-- right foot (webbed) on right pedal -->
  <path d="M 446 298 C 456 297 464 303 460 312 C 452 311 453 304 446 298 Z
           M 460 300 C 466 297 470 300 466 304
           M 466 304 C 470 302 473 303 471 307" fill="var(--foot)" stroke="var(--rim)" stroke-width="1"/>
  <!-- left foot (webbed) on left pedal -->
  <path d="M 374 312 C 380 311 386 315 384 322 C 378 322 379 317 374 312 Z
           M 384 316 C 388 314 390 316 387 319
           M 387 319 C 389 317 392 317 390 320" fill="var(--foot)" stroke="var(--rim)" stroke-width="1"/>
```

Replace with the new webbed-foot paths.

Let me write the new feet:

```
  <!-- right foot (webbed) on right pedal -->
  <path d="M 440 296 L 434 302 L 452 304 L 466 297 L 460 296 L 470 295 L 462 294 L 484 294 L 468 293 L 442 293 Z"
        fill="var(--foot)" stroke="var(--rim)" stroke-width="2"/>
  <!-- left foot (webbed) on left pedal -->
  <path d="M 362 305 L 356 311 L 374 313 L 388 306 L 382 305 L 392 304 L 384 303 L 406 303 L 390 302 L 364 302 Z"
        fill="var(--foot)" stroke="var(--rim)" stroke-width="2"/>
```

Let me double-check these are simple non-self-intersecting polygons.

Right foot: (440,296)->(434,302)->(452,304)->(466,297)->(460,296)->(470,295)->(462,294)->(484,294)->(468,293)->(442,293)->close(440,296).

Trace: start heel(440,296). Down to hallux(434,302) [left-down]. Up to (452,304) [right-down]. Up-left to (466,297) [small toe, right-up]. Down-left to (460,296) [web dip]. Right to (470,295) [mid toe]. Down-left to (462,294) [web]. Right to (484,294) [big toe tip, far right]. Down-left to (468,293) [web/side]. Left to (442,293) [top edge]. Close to (440,296).

Check crossings: The big toe tip (484,294) is far right. The web/side point (468,293) is left of big toe at y=293. Then top edge to (442,293), then close to (440,296). 

Hmm, from (484,294) to (468,293) to (442,293) to (440,296): this draws the top of the foot going left, then down to heel. But the top edge (468,293)->(442,293) is at y=293, and the heel is at (440,296). The bottom of foot is around y=296-304. So top edge at 293, bottom at 302-304. The foot is ~11px tall. OK.

But wait: the toes (466,297),(470,295),(484,294) are at the bottom-ish and the top edge at 293 — the toes point down-right, not right. Hmm. The big toe tip (484,294) vs top edge (468,293): toe is below the top edge. So toes point right-and-down. For a foot viewed from above pointing right, toes should point right (horizontal). Pointing right-down would look like the foot is rotated. 

Actually a foot on a pedal viewed from the side (we're looking at profile): the foot is mostly seen edge-on. Hmm, but our illustration is a side profile (pelican riding, viewed from side). So the feet are seen from the side! A side view of a webbed foot shows the toes stacked front, and the webbing as vertical slits. 

Oh! I've been designing feet as if viewed from above, but this is a SIDE view of the bicycle. From the side, you'd see the foot's edge with maybe the webbing. This changes things.

In a side view:
- The foot on a pedal is seen edge-on mostly. You'd see the heel, the ball of foot, and toe tips, with webbing between as gaps/slits. The foot looks like a sideways U or just a small shape.
- The pedal is a cylinder/platform; the foot wraps under/around.

For a side-view bicycle illustration, the feet on pedals are typically small ovals or simple foot shapes, with toes visible on the front.

Given the pelican body is on a side view, the feet are on the left and right pedals — but in a side view, the left pedal is in front/back? No. In a side view of a bike, you see the right side (drive side) typically. The right pedal is visible (forward), the left pedal is mostly hidden behind the bike frame (on the left side, we see the right side of the bike). 

Hmm, but the requirement says "feet near the pedals" and "plausible riding pose." In a side view, one foot (the visible one, on the right pedal) is shown, and often the other is hidden. But to show "feet" (plural, since pelican has 4+ toes and webbed feet), showing both pedals' feet might look odd in true side view.

Let me reconsider the composition. Maybe a slightly 3/4 view would let both feet show. But that complicates the bike geometry. 

Alternatively, keep side view but show the right foot on the right pedal (visible) and imply the left. But the requirement says "feet near the pedals" (could be one foot, but pelican feet plural). Let me show both feet: right foot on right pedal (the one we see from the right side), and left foot... 

Actually, in this illustration, let me not be strictly realistic about side-view occlusion. Let me show both feet on their respective pedals. The viewer is slightly above/front, a 3/4-ish view. Both feet visible. This is common in illustrations. So feet as viewed from somewhat above (showing top of foot with toes). That's what I designed (toes pointing right/forward, foot top visible). Good — my design works if we consider a 3/4 view.

But then the whole bike is side-view (wheels circular, frame flat). Mixing is fine for a stylized illustration. Let me keep both feet visible (3/4 interpretation) with toes pointing forward (right). 

OK so my original foot design (foot top visible, toes forward) is fine for a 3/4 view. Let me make toes point right more horizontally (not down-right). Let me fix: toe tips should be to the right (larger x) at similar y, with the foot top edge above them.

Right foot (top visible, toes point right):
Heel (440,297) top, back.
Foot tapers forward to toes at front (right) at y~296.
Top edge (dorsum) at top, bottom edge (sole) slightly lower.
Toes: 3 bulbs at front pointing right.

Let me redesign cleanly (foot top-view-ish, toes forward right):
Points (clockwise from heel-top):
(440,295) heel (top-back)
(434,302) heel bottom (rear toe there)
(452,303) sole bottom back
(468,301) outer bottom front edge
(480,300) small toe tip
(476,298) web
(484,297) mid toe tip
(478,296) web
(490,295) big toe tip
(478,294) top front (between big toe and top edge)
(442,294) top edge (dorsum)
close.

Hmm toe tips 480,484,490 with webs 476,478 between — but 476 < 480, so web is left of small toe tip — that's between heel and small toe, not between small and mid. Let me reorder: the toes from bottom (small, lower y? or lower) ...

Let me lay toes vertically (in y) since foot top view, toes side by side vertically (small toe at bottom, big toe at top), all pointing right. The webbing is between them.

Right foot, toes side by side (pointing right):
- small toe: tip at (480, 301), base at (468,301)
- mid toe: tip at (484, 296), base at (468,296)
- big toe: tip at (486, 292), base at (468,292)

Wait, that stacks toes vertically (different y) all at similar x-base 468, tips at 480-486. The webbing between toes = the membrane. For a filled silhouette, the outline goes: heel -> around base -> small toe tip -> back (web) -> mid toe tip -> back (web) -> big toe tip -> top -> heel. The "back" points (web dips) are concave.

So outline (clockwise):
heel top (440, 294)
heel bottom (434, 304)
bottom going forward (452, 305)
small toe tip (480, 301)
web dip toward mid: (474, 299)  [concave, between small and mid]
mid toe tip (486, 295)
web dip toward big: (480, 293)
big toe tip (488, 290)
top going back (444, 290)
close to heel top.

Check toes x: small 480, mid 486, big 488. Dips: 474 (between base 452 and small 480? no). Hmm the dip between small(480) and mid(486) should be x between, but here it's the path: from small toe tip (480,301) the outline goes to web dip (474,299) [left and up] then to mid toe tip (486,295) [right and up]. The dip (474,299) is left of both toes — that's the web/membrane region (concave). ✓ (concave = webbing interior, filled). Then mid (486,295) to dip (480,293) [left] to big (488,290) [right and up]. dip (480,293) between mid(486) and big(488)? 480 < 486, left of mid — that's the web/membrane on the left side of big toe. ✓. Then big tip (488,290) to top (444,290) back to heel. ✓.

So path:
M 440 294 L 434 304 L 452 305 L 480 301 L 474 299 L 486 295 L 480 293 L 488 290 L 444 290 Z

x: 434-488, centered ~461 ≈ pedal 458. ✓
y: 290-305, centered ~297.5. Pedal at 295. Foot centered slightly below pedal. The foot sits on the pedal — foot bottom (305) below pedal (295). The ball of foot (toes 290-301) near pedal 295. OK, foot rests on pedal. ✓. 

Let me make toes a bit longer (tips 494). And maybe add a hint of webbing lines. The filled silhouette with concave web-dips already shows webbing (the membrane is filled between toes). Good. I'll also add a darker stroke or a couple of membrane lines for clarity. Let me add 2 thin --web strokes for emphasis:
stroke (474,299)-(477,298)? eh. Skip; the silhouette suffices. Actually let me add a couple of dark lines to reinforce webbing: between toe bases near the foot, lines at 468 region. Let me add:
-- web lines (var(--web) sw2):
(468,301)-(468,296)  [between small and mid, at the base]
(468,296)-(468,292)  [between mid and big]
Hmm these are vertical lines at the toe bases showing webbing. That could look like deep webbing. Actually that might help. But could look like cuts. Let me instead add short lines at the tips.

I'll keep it simple: filled silhouette + stroke outline. Add maybe one darker line. Let me just go with the silhouette; it reads as a webbed foot with 3 forward toes. 

Let me make toes longer and add a slight curve to make it clearly a foot. Final right foot:
M 440 294 L 434 304 L 456 305 L 484 301 L 478 299 L 488 295 L 482 293 L 494 290 L 446 290 Z

toes: 484,488,494. dips: 478,482. Good. Centered ~466 (pedal 458). Slightly forward of pedal center — fine, foot on pedal, ball forward.

Hmm centered at 466 vs pedal 458 — foot a bit to the right of pedal. Let me shift left by 8: subtract 8 from x:
M 432 294 L 426 304 L 448 305 L 476 301 L 470 299 L 480 295 L 474 293 L 486 290 L 438 290 Z
Centered ~454 ≈ pedal 458. ✓ toes: 476,480,486. Good.

Left foot on left pedal (378,305). Toes point right (forward). Similar shape, placed centered on 378. Subtract 454-378=76 from x:
M 356 304 L 350 314 L 372 315 L 400 311 L 394 309 L 404 305 L 398 303 L 410 300 L 362 300 Z

But this is the same orientation (toes point right). For the left foot on a 3/4 view, toes also point right (forward). ✓. Centered x: 350-410 centered ~380 ≈ pedal 378. ✓. y: 300-314 centered ~307, pedal 305. ✓.

Wait, but should the left foot be a mirror (toes point right still, or left)? Both feet point forward (rightward in our orientation = direction of travel). So left foot also points right. ✓. Good, no mirror needed, both same orientation.

But visually, the left foot (left side) with toes pointing right (toward bike center/front) — that's correct, foot faces forward. ✓.

Hmm, actually wait: in a 3/4 view where we see both sides, the LEFT foot is on the left pedal and its top is visible; toes point toward the bike's forward (rightward). The RIGHT foot is on the right pedal; its top visible; toes point forward (rightward). Both point rightward. ✓. Consistent.

OK let me also reconsider: do I want the feet to look like they're gripping pedals? On a flat pedal, the foot sits on top with toes forward. My silhouettes have toes forward and rest on the pedal. Good enough.

Let me finalize and also maybe add a small dark oval "shadow" under each foot on the pedal for contact. Optional. Skip.

Let me write the feet edit. Replace the old two foot paths.

Also, let me reconsider: the foot silhouettes are ~36px long (426 to 486 for right). That's big relative to the pedal (14px). Might be too big. Let me scale down: make toes tips at 476,480,484, foot from 424 to 484 (60? no). Let me reduce: heel 430, tips 480. Length 50. Still big. Pedal is small (r7). A foot is bigger than a pedal, that's fine — foot on pedal, foot extends beyond pedal. Realistic. Keep ~50 length. Actually pelican feet are large relative to body. OK keep.

Hmm, let me reduce slightly to fit nicely. Let me make right foot length ~44: heel 436, tips 480.
M 436 294 L 430 304 L 452 305 L 478 301 L 472 299 L 482 295 L 476 293 L 490 290 L 440 290 Z
Centered: (430+490)/2=460 ≈ pedal 458 ✓.

Left foot (pedal 378,305), shift so centered 378: 460->378 subtract 82:
M 354 304 L 348 314 L 370 315 L 396 311 L 390 309 L 400 305 L 394 303 L 408 300 L 358 300 Z
Centered (348+408)/2=378 ✓. 

Good. Let me use these.

Let me make the feet have a slightly darker outline stroke (var(--rim) sw=2) and fill var(--foot). I might add webbing lines in var(--web) sw=2:
Right: (472,299)-(474,297)? Let me add a membrane line between big&mid and mid&small, near the toe bases:
(472,301)-(476,297)  
(478,299)-(482,295)
Eh, these are inside. They'd reinforce webbing but might look odd. Let me skip and rely on silhouette. Actually, adding webbing lines makes it unmistakably "webbed." Let me add two short lines:
Right foot webbing:
<line x1=472 y1=299 x2=476 y2=297 stroke=var(--web) sw=2>  (between small&mid toe area)
<line x1=478 y1=297 x2=482 y2=295 stroke=var(--web) sw=2>  (between mid&big)
Hmm the toes: small tip (478,301), mid tip (482,295), big tip (490,290). Webbing between them on the foot side (left of tips). A line from small-mid region: (478,301)-(482,295)? That's the membrane connecting small and mid toe — but that's a diagonal across the gap. Actually that line IS the web (the membrane between the two toes). Drawing it dark would look like a deep cleft. Not ideal.

For webbed feet, the membrane is skin (same color), with the web being the flaps. The outline already captures it. Let me NOT add internal dark lines (they'd look like cuts). Instead, I could add a lighter highlight to suggest the web membrane. But that complicates. Let me keep silhouette + outline, and add a small lighter highlight ellipse on each foot for a 3D wet-webbed look. Eh, skip. 

Final: silhouette paths with var(--foot) fill and var(--rim) stroke. Maybe add a thin lighter stroke for wet shine. Keep simple.

Actually, to make toes look webbed and distinct, let me add the membrane as a slightly darker fill region. Too complex. The 3-toe silhouette is recognizable as a webbed foot. Done.

Let me write the edit.

Actually, let me reconsider whether 3 pronounced forward toes might look like a hand/glove. A webbed foot with 3 forward toes and filled webbing (concave silhouette) vs a hand (3 forward fingers with webbing between). They look similar! Pelican foot vs hand. Hmm. Pelican webbed foot: 3 forward toes, 1 rear (hallux) pointing back, with extensive webbing. The rear hallux (pointing back) is the key distinguisher from a hand. My foot has the hallux (430,304) pointing back. Good, that distinguishes. Also pelican foot webbing is extensive (membranes), hand webbing is shallow. 

To reinforce "webbed foot not hand," I'll add the extensive membrane: the filled silhouette between toes is the membrane. Plus a rear hallux. I think it's fine. Let me also make the toes less finger-like (more splayed/padded). 

OK enough. Let me write it and look at the screenshot. But I can't see screenshots (model doesn't return images). Hmm. The browser tool says "images":"model does not support images" and dom empty. So I cannot actually see the rendering. 

This means I must get it right by reasoning. Let me be careful.

Given I can't see the image, let me make the illustration robust and simple so that even if feet aren't perfect, it's recognizable. The key requirements:
- Pelican: long bill w/ throat pouch ✓ (clear), body ✓, wings ✓, feet ✓
- Riding pose: feet near pedals ✓, wing near handlebar ✓
- Bicycle: 2 wheels ✓, frame ✓, handlebars ✓, saddle ✓, pedals ✓
- Connected ✓
- viewBox responsive ✓
- title/desc ✓

The feet being recognizable webbed feet helps but isn't make-or-break for "recognizable pelican" (the bill is the main identifier). Let me make feet decent but not over-engineer.

Let me write the new feet and also verify there are no SVG errors (which would break rendering). Let me re-read the full file after edits.

Let me apply the feet edit.

Now let me read the full file to verify it's well-formed and review the whole illustration.

Let me review the geometry for issues:

1. The throat pouch path: `M 586 212 C 602 230 644 245 602 252 C 578 247 572 232 586 212 Z`. Start (586,212). Cubic to (602,252) via controls (602,230),(644,245). Then cubic from (602,252) back to (586,212) via controls (578,247),(572,232). This makes a pouch hanging down to y=252 at x=602. The pouch widens to x=644 control but the actual curve endpoint is (602,252). Should render a pouch. Good. But control point (644,245) is far right (x=644) which extends the curve right — the pouch bulges right to ~620 then comes back. OK looks like a pouch. Fine.

Wait, the bill upper mandible tip is at (642,210) and lower at (628,225). The pouch at (586,212)-(602,252). The pouch is below the lower bill. Good, hangs below. ✓.

2. Bill: upper `M 586 192 L 642 210 L 635 218 L 586 202 Z`. This is a quadrilateral: (586,192)->(642,210)->(635,218)->(586,202). The bill base at x=586 from y=192 to 202, tip at (642,210). Lower `M 586 202 L 635 218 L 628 225 L 586 212 Z`: base at x=586 y 202-212, tip (635,218). So upper bill goes from y192-202 (upper), lower 202-212. Together they form a long bill from base (586,192) tip ~(635,218). Length ~50px, angled down-right. ✓ long bill. Good.

But the throat pouch connects at (586,212) (lower bill base) — matches lower bill base x=586 y 202-212. ✓ pouch hangs from (586,212) area. ✓.

3. Neck: `M 418 212 C 458 162 522 152 568 190`. Start at (418,212) — this is on the body (body top at 228-30=198, so (418,212) is within body upper). The neck is brown (#5d4037) width 13. It curves up and forward to (568,190) = head center (572,190). ✓. The brown neck contrasting on white body — recognizable pelican (brown neck). ✓.

But wait — there's no white neck outline behind the brown. The brown neck is drawn on top of... the body ellipse is at (418,228). The neck path starts at (418,212) which is above the body center but within body ellipse (body spans y 198-258, x 366-470). So (418,212) is inside the body ellipse. The brown neck stroke at 13px wide covers (418,212)->... The body ellipse is white; the brown neck overlaps it (drawn after body, so brown on top). Good — neck appears brown, body white. ✓.

Actually the neck stroke is centered on the path. The path (418,212)->(568,190) with width 13 means it covers y from ~196 to ~228 near the body, overlapping the body ellipse top. So the brown neck sits on the white body. Good.

4. Head at (572,190) r=15. Neck ends at (568,190) which is the head's left side (572-15=557 to 572+15=587). So neck connects to head left. ✓. Head white. ✓.

5. Eye at (578,186) r=3. Head right side. ✓.

6. Bill base at (586,192-212). Head right edge at 587. So bill starts just right of head. ✓.

7. Wing to handlebar: path `M 402 230 C 450 228 504 230 572 230` width 16. Ends at (572,230). Handlebar stem at (574,230)-(578,252). The wing ends at (572,230) right at the stem top (574,230). ✓ wing near handlebar. The circle at (574,230) r=5 (frame color) — that's a small contact point (maybe a brake or the wing tip touching). Hmm, that circle might look like a weird dot. Let me reconsider — the wing (blue, width 16) ending at (572,230) near the stem. The small circle at (574,230) fill frame color — I intended it as "contact point" but it might look odd (a blue circle on the handlebar). Let me remove that circle or make it part of handlebar. Actually, let me reconsider: maybe replace with the brake hood line already drawn. The brake hood line (592,230)-(602,216) is fine. The circle at (574,230) r5 fill frame — let me remove it to avoid a weird dot. Actually it could read as the wing gripping the bar. But a solid blue circle there is ambiguous. Let me remove it and instead ensure the wing stroke clearly contacts. 

Actually, let me keep a small detail: maybe the wing tip overlapping the stem is enough. Let me remove the standalone circle to avoid confusion. Or change it to a small representation of the wing touching. I'll remove it.

Hmm, but "wing or other clear contact near the handlebars" — the wing ending near the bar is the contact. Let me keep the wing path and remove the extraneous circle. Or keep circle but make it clearly part of the handlebar (e.g., a brake lever). Let me make it a brake lever: a small circle at (596,228) dark. Actually the brake hood line already implies a lever. Let me just remove the circle and rely on wing contact.

Wait, actually a brake lever on the bar would be good detail. Let me place a small dark circle at (595,226) as a brake lever, and remove the (574,230) contact circle. Let me reconsider.

Let me change: remove the `<circle cx="574" cy="230" r="5"...>` and instead add a brake lever on the bar: `<circle cx="595" cy="226" r="4" fill="var(--frame)"/>` plus maybe a lever line. Actually the brake hood line (592,230)-(602,216) already is a lever hood. Adding a lever circle at (596,224) r4. Let me do that.

Let me also reconsider the wing color. I changed --wing to #3498db (blue, same as frame tubes). A blue wing overlapping blue frame might blend. Let me make the wing a contrasting color, e.g., a patterned/darker wing like #7f8c8d (gray) or keep it blue but it'll overlap the body (white) which is fine. The wing stroke blue on white body is visible. But blue == frame color might confuse the wing with the frame. Let me make the wing a distinct color, e.g., --wing:#2c3e50 (dark) or a pattern. Pelicans have white wings with black flight feathers on top. Let me make the wing dark gray (#34495e or the rim color) — but then it blends with outlines. 

Hmm. Let me make the wing a medium color that contrasts the white body: #7f8c8d (blue-gray) or #95a5a6. Let me use #7f8c8d. Actually for the "near handlebar" wing, it's the front edge of the wing. Let me color it distinctly.

Wait, I currently have TWO wing paths: the "near handlebar" wing (blue #3498db, reaching up) and the "trailing wing" (#a0522d brown). Mixed colors. Let me make both wings consistent brown-ish with some pattern. Pelican wings are mostly white underneath with dark tips, dark on top. Since this is side view (top of wing visible), wings dark. Let me make the near-handlebar wing dark (#2c3e50 or #5d4037) and trailing wing same. But dark on... the wing is on the body side. 

Hmm, the near-handlebar wing is the FRONT edge / leading edge of the wing, visible because the wing is partly spread. Let me color it a wing-gray #7f8c8d and add a couple feather lines.

Let me simplify: 
- near-handlebar wing: path width 16, color #7f8c8d (gray-blue), with 1-2 darker feather lines.
- trailing wing: same color, width 12, with feather lines.

Let me set --wing:#7f8c8d.

Actually, let me reconsider the wing shape. The "wing near handlebar" reaching from body (402,230) to handlebar (572,230). That's a long wingspan reaching the handlebar. It shows the bird's wing extended forward to grip the bar. Good. Color it distinctly from the bike frame so it's clearly the bird's wing, not the frame. #7f8c8d (gray) contrasts with blue frame (#3498db) and white body. Good.

Let me update: --wing:#7f8c8d, remove the (574,230) circle, add a brake lever.

Let me also reconsider: the trailing wing path `M 448 250 C 432 260 422 268 450 270` width 12 — this draws a wing on the rear/body side (darkish). Color #a0522d. Let me make it #7f8c8d too (consistent). Actually rear wing could be darker (primary feathers visible). Let me keep consistent gray but it's behind. Let me just use #7f8c8d for both wings and add feather detail.

Hmm, but if both wings are the same gray and the trailing one is at the back, fine.

Actually, let me reconsider whether I even need the trailing wing — the requirement: "wings" (plural?) of the pelican. "Make the pelican recognizable through its long bill with a throat pouch, body, wings, and feet." So wings (could be one or two visible). Let me keep both wings: one (near handlebar, front) and one trailing (back). Two wings = more recognizable as a bird. ✓.

Let me color both wings #7f8c8d. Let me also add a simple feather pattern: a few curved lines on each wing in a darker shade.

Let me also reconsider the body: white ellipse with rim outline. Good.

8. Tail: path `M 366 244 C 340 246 340 262 368 260` width 8 dark. Tail feathers at rear of body. Body left edge at 418-52=366. So tail at x 340-368 connects to body left side (366). ✓.

9. Feet: right foot path (436,294)...(490,290)...; left foot (354,304)...(408,300)... Right pedal at (458,295). Right foot spans x 430-490 centered 460, y 290-305 centered 297.5. ✓ on/near right pedal. Left foot spans 348-408 centered 378, y 300-314 centered 307. ✓ on left pedal (378,305). 

But wait — the right foot's toes: the path has big toe at (482,295),(476,293),(490,290). The toes point... let me re-examine. Right foot path: (436,294)->(430,304)->(452,305)->(478,301)->(472,299)->(482,295)->(476,293)->(490,290)->(440,290)->Z.

Toes tips: (478,301) small? (482,295) mid, (490,290) big. The tips increase in x (478→482→490) and decrease in y (301→295→290). So toes point up-right. The foot is roughly horizontal (toes forward-right, foot top at y~290, sole at y~305). This is a top-view foot with toes pointing up-right (forward). For our orientation (bike going right = forward = +x), "forward" is +x. But my toes point up-right (45°). That's because in a 3/4 view, "up" on screen = toward viewer-front. Hmm. Actually if the bike travels right and we view from slightly above, the foot's toes point right (forward) and slightly up (toward viewer). So up-right is plausible (toes angled toward viewer). OK acceptable.

Actually, I realize toes pointing up-right might look like the foot is tilted. For a cleaner side/3/4 view, toes pointing mostly right (+x) is better. But up-right is fine for 3/4. Let me keep but maybe tone the y-difference. It's minor. The foot will read as a foot/trophy with toes.

Hmm, actually, let me reconsider — maybe toes pointing up-right at 45° could look odd. Let me make toes more horizontal (pointing right). Let me adjust so toes tips are at similar y (pointing right).

Let me redo the right foot with toes pointing right (same y ~294):
Foot top edge y~292, sole y~304. Toes forward (right).
Points:
(436,294) heel top
(430,303) hallux (rear)
(452,304) sole
(480,302) foot front bottom (toe bases)
(490,300) big toe tip
(486,298) web/dip
(482,297) 
Hmm.

Let me just do toes pointing right:
(436,294) heel (top-back)
(432,304) heel bottom/rear toe
(454,305) sole bottom, forward
(478,302) front sole edge
(488,302) small toe tip? no toes need different y to stack... 

If toes all point right at same y, the silhouette is: heel, sole bottom, then 3 forward toes at the front (staggered in y for the dips). The web dips are concave. Let me build:

Forward toes (pointing +x), stacked vertically (small toe at bottom, big at top):
- small toe tip: (490, 298)
- mid toe tip: (492, 293)
- big toe tip: (490, 289)  (big toe is top, longest)
Hmm toes pointing right all at x~490 but different y — that's toes pointing straight right, stacked vertically. The webbing between = vertical membrane. The silhouette outline on the toe side: bottom (478,305) -> small toe tip (490,298) -> web dip (484,296) -> mid toe (492,293) -> web dip (486,291) -> big toe (490,289) -> top (440,289).

Wait the web dips between toes: between small(490,298) and mid(492,293) the dip is inward (toward foot/origin, x smaller): (486,295). Between mid(492,293) and big(490,289): dip (486,291). Then big toe to top edge.

Hmm the x's: small tip 490, mid tip 492, big tip 490. Mid is furthest forward (492), big and small at 490. That's a bit odd (big should be longest). Let me make big longest:
- big toe tip: (496, 289)
- mid toe tip: (490, 293)
- small toe tip: (484, 298)
Dips:
- big-mid dip: (488,291)
- mid-small dip: (486,296)
Outline (clockwise from heel top):
(436,294) heel top
(430,304) rear toe/hallux
(454,305) sole bottom forward
(484,298) small toe tip
(486,296) dip big-mid? no, between small(484) & mid(490) dip should be x between and y between... 

the outline goes: sole bottom (454,305) -> small toe tip (484,298) [going forward+up] -> then web dip between small and mid -> mid toe tip (490,293) -> web dip -> big toe tip (496,289) -> top edge back -> heel.

The web dips are concave (pointing toward foot interior = down-left). Between small(484,298) and mid(490,293): dip at ~(487,296)? That's below the line connecting them — concave. Hmm, but for a filled shape the dip makes the membrane. Let me set:
- small toe tip (484,298)
- dip (480,296)  [concave, between small&mid, toward interior which is below-left]

Wait, interior of foot is below-left of the toe tips (toward sole). The line from small tip (484,298) to mid tip (490,293) has the interior below it. A concave dip would go below the line, i.e., toward (487,299)? No—concave toward interior means the boundary curves inward (toward sole = down-left). So dip point is at ~(487, 299) which is below the small-mid line. Hmm but then from small tip (484,298) we go to dip (487,299) [down-right] then to mid tip (490,293) [up-right]. That makes a valley — concave. The interior (between the curve and the toes) is the membrane. With fill, the membrane region is filled. ✓.

This is getting complicated but the silhouette will have 3 forward toes with filled webbing. Let me just write a reasonable version and trust it. The exact dip placement isn't critical; a 3-forward-toe bulbous shape is recognizable as a webbed foot especially with the rear hallux.

Let me write a cleaner final right foot:
M 436 294
L 430 304   (hallux, rear)
L 456 305   (sole bottom)
L 486 301   (front sole)
L 496 289   (big toe tip - top, longest)
L 488 290   (dip, top web)
L 482 293   (mid toe tip)
L 478 299   (dip)
L 484 301   (small toe tip)
L 462 302   (front sole back to bottom)
Z
then top edge: from big toe area to heel.

Ugh, the ordering. Let me carefully order clockwise around the foot (toes pointing right, top= dorsal=upper, bottom=sole=lower):

Start at heel dorsal (top-back): (436, 294)
Go to hallux tip (rear, points back): (430, 304) — this is lower (sole side, rear)
Go along sole (bottom) forward: (456, 305)
Go to small toe tip: (486, 302)
Go UP to web (dip between small & mid): the web is concave. From small toe tip, go to mid toe tip via an inward (toward sole) dip: (482, 304)? 

Hold on. Let me define toes by y (vertical), with big toe = top (low y), small toe = bottom (high y):
- big toe tip: (494, 288)  [top, low y, longest forward]
- mid toe tip: (488, 294)
- small toe tip: (482, 300)  [bottom, high y]

Web dips (concave, toward sole = down-left from the tips):
- between big & mid: (484, 290)
- between mid & small: (478, 296)

Now outline clockwise starting heel top, going around the sole (bottom) then toes then back along dorsal (top):

Heel dorsal: (436, 294)
-> hallux (rear, sole-side): (432, 303)  [rear toe points back]
-> sole edge forward: (456, 304)
-> small toe tip: (482, 300)
-> web dip (small-mid): (478, 296)  [concave: this point is below/left of the small-mid line, i.e., toward sole]
   Wait, from small toe tip (482,300) to mid toe tip (488,294), the line goes up-right. The sole (interior) is to the down-left (lower-left). A concave dip toward interior would be at ~(480, 302)? That's below the line. Hmm (480,302) is lower than both 300 and 294. Let me place dip at (480, 301).
-> mid toe tip: (488, 294)
-> web dip (mid-big): (486, 289)? from mid(488,294) to big(494,288), interior (sole) is lower-left, dip ~(490, 291). Place dip (490, 291).
-> big toe tip: (494, 288)
-> dorsal edge (top) back to heel: (440, 288)
-> close to (436,294).

Let me verify non-self-intersecting and the shape:
(436,294) -> (432,303) -> (456,304) -> (482,300) -> (480,301) -> (488,294) -> (490,291) -> (494,288) -> (440,288) -> Z(436,294)

Check: heel top (436,294). down-left to hallux (432,303). up-right to sole (456,304). up-right to small toe (482,300). down-left to dip (480,301) [concave valley]. up-right to mid (488,294). down-left to dip (490,291). up-right to big (494,288). straight left to (440,288). down-right to close (436,294).

The concave dips (480,301) and (490,291) create the webbing valleys. Wait, (480,301) — from small toe (482,300) we go to (480,301) then to mid (488,294). The dip (480,301) is left-and-down of small toe, and mid toe (488,294) is right-and-up. So the segment small->dip->mid: (482,300)->(480,301) goes left-down, then (480,301)->(488,294) goes right-up. The dip is below the direct small-mid line. ✓ concave (web). 

Similarly mid (488,294) -> dip (490,291) -> big (494,288): dip (490,291) is right-and-down of mid... wait (490,291) vs mid (488,294): dip is right (490>488) and up (291<294). Then to big (494,288): right and up. So mid->dip is a short right-up, dip->big right-up. That's not a valley; the dip is between them along the line. Let me recompute: the web between mid and big toes — the membrane is below (toward sole). Mid (488,294), big (494,288). Line from mid to big goes up-right. The interior (sole) is below-left. The dip toward sole = below the line = ~(490, 292)? Let me place dip at (490, 293). Hmm (490,293) is below the mid-big line? mid(488,294)->big(494,288): at x=490, line y = 294 + (291/6)*2 ≈ 294+9.5? no. Let me not overthink; I'll place the dip slightly below the line.

Let me just place web dips carefully so they're concave (valleys). For the outline to have a valley between two toe tips, the dip must be on the interior side (below the line connecting tips, since sole is below).

Mid toe (488,294), big toe (494,288). The line between them: going from (488,294) to (494,288), slope = (288-294)/(494-488) = -6/6 = -1. At x=491 (midpoint), line y = 294 + (-1)*(491-488) = 294-3 = 291. Interior (sole, below) = y > 291. So dip at (491, 293) is below the line → valley (concave). ✓.

Small toe (482,300), mid toe (488,294). Line slope = -6/6 = -1. At x=485, y=297. Interior below = y>297. Dip at (485, 301) is below → valley. ✓.

So:
- small toe (482,300)
- dip (485,301)  [wait, x=485 is between 482 and 488 ✓]
- mid toe (488,294)
- dip (491,293)
- big toe (494,288)

Hmm but (485,301) is below small toe (482,300)? 301>300 yes below. And the line small-mid at x=485 is 297; dip 301 is below line ✓ valley.

Let me also reconsider small toe tip: is the small toe the bottom (high y)? Yes 300. mid 294, big 288. Good, toes stacked top(288)->bottom(300)? no, big toe tip at y=288 (top), small at y=300 (bottom). Toes point right (x increasing), stacked vertically. ✓.

Now the dorsal (top) edge from big toe (494,288) back to heel (436,294): a line at y~288-294. The top edge (440,288) then to (436,294). ✓.

Heel hallux: (432,303) rear, pointing back (left). ✓.

Full right foot path:
M 436 294 L 432 303 L 456 304 L 482 300 L 485 301 L 488 294 L 491 293 L 494 288 L 440 288 Z

Wait I need to order correctly around the perimeter. Let me trace perimeter clockwise (toes pointing right, interior = foot). Starting at heel top, going along the SOLE (bottom) forward, then toes, then back along dorsal (top):

Perimeter (clockwise from heel dorsal, when looking at foot top = toward viewer):
heel dorsal (436,294) 
-> hallux tip (432,303) [rear, sole side]
-> sole front (456,304)
-> small toe tip (482,300)
-> dip (485,301) [web, concave]
-> mid toe tip (488,294)
-> dip (491,293) [web, concave]
-> big toe tip (494,288)
-> dorsal back (440,288)
-> close to heel (436,294)

So path:
M 436 294 L 432 303 L 456 304 L 482 300 L 485 301 L 488 294 L 491 293 L 494 288 L 440 288 Z

Let me verify it's simple (no crossing). 
(436,294)->(432,303): down-left (rear).
(432,303)->(456,304): right, slight up. (sole)
(456,304)->(482,300): right-up (toward small toe).
(482,300)->(485,301): right-down (dip, valley). 
(485,301)->(488,294): right-up (to mid toe).
(488,294)->(491,293): right-up slightly (dip).
(491,293)->(494,288): right-up (big toe).
(494,288)->(440,288): left (dorsal edge).
(440,288)->(436,294): down-right (close to heel).

No crossings. ✓. The shape: heel, rear toe, sole, 3 forward toes with 2 web valleys, dorsal edge back to heel. 

Now, is the big toe the longest/most forward? Big toe tip x=494 (most forward). ✓. Small toe x=482, mid x=488. So small (482) < mid (488) < big (494). Big longest. ✓.

Center: x (432+494)/2 = 463. Pedal at 458. Slightly forward. Shift left by 5: subtract 5 from x:
(431,294) (427,303) (451,304) (477,300) (480,301) (483,294) (486,293) (489,288) (435,288)
Center (427+489)/2 = 458 = pedal ✓.
Center y: (288+303)/2=295.5 ≈ pedal 295 ✓ (foot sits on pedal, ball near 295).

Final right foot:
M 431 294 L 427 303 L 451 304 L 477 300 L 480 301 L 483 294 L 486 293 L 489 288 L 435 288 Z

Left foot on left pedal (378,305), toes point right (forward). Same shape, centered on 378. Shift from 458 to 378 = subtract 80:
(351,294) (347,303) (371,304) (397,300) (400,301) (403,294) (406,293) (409,288) (355,288)
Center (347+409)/2=378 ✓. y center 295.5, pedal at 305. Hmm foot centered y=295.5 but pedal at 305 — foot is 10px above pedal. Let me shift down: add 10 to y:
(351,304) (347,313) (371,314) (397,310) (400,311) (403,304) (406,303) (409,298) (355,298)
Center y (298+313)/2 = 305.5 ≈ pedal 305 ✓.

Left foot path:
M 351 304 L 347 313 L 371 314 L 397 310 L 400 311 L 403 304 L 406 303 L 409 298 L 355 298 Z

Center x 378 ✓.

Now toes point right (forward) on both feet. ✓.

But wait, in this side-ish view, should the left foot be visible? In a strict side view, the left pedal/foot is on the far side (left), we'd see the right side of the bike and the right foot. The left foot would be on the far side, partially hidden. But I'm doing a 3/4 view so both feet show. The toes pointing right on both — for the left foot, toes pointing right means toward the bike front; but from the left side, the foot's "top" faces a different way. 

Honestly, for a stylized illustration showing both feet, having both point right (forward) is the cleanest and clearly shows "feet on pedals, riding pose." I'll keep it. It's slightly idealized but reads clearly.

Hmm, but actually if both feet point right and are side by side horizontally (left foot at x~347-409, right foot at x~427-489), with the bike frame between them, it works as a 3/4 view. The left foot is to the left, right foot to the right, both pointing right (forward). Good.

Wait, one issue: the left foot's toes point right (toward the right pedal / bike center). The left foot is on the LEFT. Toes pointing right = forward (bike goes right). Yes forward. ✓. Good.

Now, let me reconsider: the right foot (x 427-489) and right pedal at 458 — foot centered 458, good, foot is on right pedal. Left foot (347-409) centered 378 = left pedal. Good.

But the feet are wide (489-427 = 62px wide for right foot!). That's huge. The foot path x-range is 427 to 489 = 62px wide. A foot ~62px wide is very wide (pelican feet are long and the webbing makes them wide). Actually pelican webbed feet are quite wide. But 62px wide vs body height 60px (ry=30*2=60) — the foot is as wide as the body is tall. That might look oversized but pelican feet ARE large. Let me reduce foot size a bit to be proportionate. Let me scale the foot down: make it ~44px wide instead of 62.

The foot width comes from x 489 (big toe tip) to 435 (top edge) = 54, or 427(hallux) to 489 = 62. Let me compress toes closer: make big toe tip x=482, mid 478, small 474, and hallux/heel at 430. Width ~52. Still large. Let me also reduce toe spread.

Actually, let me reduce overall foot size to ~48px wide by bringing the toes closer together and heel forward. Let me reconstruct a smaller foot:

Smaller right foot (centered 458,295), ~44 wide, ~18 tall:
toe tips: big (478,290), mid (474,292), small (470,294) — closer together.
hallux/heel: (434,302).

Path:
M 444 292 (heel dorsal)
L 434 302 (hallux)
L 450 303 (sole)
L 466 298 (small toe)
L 468 297 (dip small-mid)
L 472 294 (mid toe)
L 474 293 (dip mid-big)
L 478 290 (big toe)
L 448 290 (dorsal top)
Z

Width 434-478 = 44. Height 290-302 = 12. Centered (434+478)/2=456≈458 ✓. y center (290+302)/2=296≈pedal 295 ✓.

Let me verify concave dips: 
small toe (466,298), mid (472,294). At x=469 line y=296.5; dip (468,297) is below line (297<296.5? no 297>296.5 so below) ✓ valley.
mid (472,294), big (478,290). At x=475 line y=292; dip (474,293) is below (293>292) ✓ valley.
Good.

Trace perimeter: (444,292)->(434,302)->(450,303)->(466,298)->(468,297)->(472,294)->(474,293)->(478,290)->(448,290)->Z(444,292).
(444,292) heel top
->(434,302) hallux rear down-left
->(450,303) sole forward right
->(466,298) small toe (right-up)
->(468,297) dip (right-down) valley
->(472,294) mid toe (right-up)
->(474,293) dip (right-down) valley
->(478,290) big toe (right-up, furthest)
->(448,290) dorsal top edge (left)
->(444,292) close (down-right)
No crossings ✓.

This is a cleaner small webbed foot. Let me use this.

Right foot:
M 444 292 L 434 302 L 450 303 L 466 298 L 468 297 L 472 294 L 474 293 L 478 290 L 448 290 Z

Left foot centered (378,305): shift x by -66 (456->378 is -78; but center is 456). Let me shift so center x=378: current center 456, target 378, diff -78. And y: current center 296, target 305, diff +9.

Subtract 78 from x, add 9 to y:
Right foot center (456,296) -> left foot center (378,305). ✓.
Points:
(444-78,292+9)=(366,301)
(434-78,302+9)=(356,311)
(450-78,303+9)=(372,312)
(466-78,298+9)=(388,307)
(468-78,297+9)=(390,306)
(472-78,294+9)=(394,303)
(474-78,293+9)=(396,302)
(478-78,290+9)=(400,299)
(448-78,290+9)=(370,299)
Z

Left foot:
M 366 301 L 356 311 L 372 312 L 388 307 L 390 306 L 394 303 L 396 302 L 400 299 L 370 299 Z
Center (356+400)/2=378 ✓. y (299+312)/2=305.5 ≈305 ✓.

Now both feet: right (434-478), left (356-400). Gap 356-478? no overlap (400 < 434). ✓.

Let me also reconsider toes pointing direction. Right foot toes: big(478,290),mid(472,294),small(466,298) — toes increase in x (forward/right) and decrease in y (up). So toes point up-right. For a 3/4 view, toes point forward (right) and slightly up (toward viewer) — OK. Left foot same orientation (toes point right). On the left side, the foot's toes pointing right = forward. ✓.

Hmm, but if toes point up-right, the foot looks tilted. Let me make toes more horizontal (pointing right, similar y). Let me set all toe tips at y~291:
big (478,291), mid (474,291), small (470,291) — but then no vertical stacking, the web dips would be between them horizontally... no, toes must be separated in y to have webbing between. 

Actually for webbed feet, toes are separated (slits between) and connected by webbing. If I stack them vertically with webbing, that's the 3/4 view (toes stacked, webbing between). The toes themselves point forward. In my shape, the forward direction is +x, and toes are stacked in y. So toes point in +x direction (right), at different y. That's correct! The tips (478,290),(472,294),(466,298): big toe tip x=478 (most forward), and they're at y 290,294,298 (stacked). So big toe is most forward AND uppermost. The toes point rightward (forward). ✓. The slight y-variation is the stacking (not a tilt). Good, this is correct anatomy (toes stacked, pointing forward).

Wait, but big toe (478,290) is both most-forward and top. In a real foot, the big toe is on the inside and points forward; the other toes are shorter. Stacked vertically in a top view they'd be side by side. Here they're stacked in y, which is a top-view representation. So toes point right, stacked vertically (big on top). That's a top-down view of the foot. For our 3/4 side view, seeing the top of the foot with toes stacked and pointing forward (right) — but top of foot toes point... in top view the toes point forward (right) and are arranged big-to-small laterally. Hmm, in top view, big toe is at one side (medial), small toe lateral. They don't stack vertically in a clean way. 

This is overthinking. The shape will read as a foot with toes and webbing. Let me just go with it.

Actually, let me reconsider: maybe a cleaner recognizable foot is toes pointing right in a horizontal line with webbing as the area between, viewed from the side. From the side, a webbed foot shows the toes as bumps and the webbing as the membrane. 

I'll stop second-guessing. The shape (434-478, with 3 forward toes and a rear hallux and web valleys) is a reasonable stylized webbed foot. Pelican foot icon. Good.

Let me update the feet paths in the file. The current feet are the big ones (436,294)...(490,290) etc. Let me replace with the smaller cleaner ones.

Current right foot:
"M 436 294 L 430 304 L 452 305 L 478 301 L 472 299 L 482 295 L 476 293 L 490 290 L 440 290 Z"
Current left foot:
"M 354 304 L 348 314 L 370 315 L 396 311 L 390 309 L 400 305 L 394 303 L 408 300 L 358 300 Z"

New right foot:
"M 444 292 L 434 302 L 450 303 L 466 298 L 468 297 L 472 294 L 474 293 L 478 290 L 448 290 Z"
New left foot:
"M 366 301 L 356 311 L 372 312 L 388 307 L 390 306 L 394 303 L 396 302 L 400 299 L 370 299 Z"

Let me also remove the weird contact circle at (574,230) and the brake hood, and replace with a cleaner handlebar + lever.

Also reconsider: the wing color #3498db same as frame. Let me change --wing to a distinct gray. And add feather lines.

Also the "trailing wing" color #a0522d (brown). Inconsistent. Let me make both wings --wing=#7f8c8d.

Let me also reconsider: do the wings need to be visible clearly? The leading wing (near handlebar) in gray overlapping white body — visible. The trailing wing in gray overlapping body — visible (rear edge). Good.

Let me make these edits. Also, I realize the brake hood line (592,230)-(602,216) is short; let me make a proper handlebar with brake levers.

New handlebar section:
<!-- handlebar -->
<g fill="none" stroke="var(--frame)" stroke-width="7" stroke-linecap="round">
  <line x1="578" y1="252" x2="574" y2="232"/> <!-- stem -->
  <line x1="574" y1="232" x2="604" y2="232"/> <!-- bar -->
</g>
<!-- brake lever -->
<line x1="594" y1="232" x2="610" y2="218" stroke="var(--frame)" stroke-width="7" stroke-linecap="round"/>

Remove the contact circle.

Let me write all edits.

Let me also reconsider the throat pouch — I want it clearly visible as the iconic drooping sack. Let me verify the path makes a downward pouch. Currently: M 586 212 C 602 230 644 245 602 252 C 578 247 572 232 586 212 Z. Start (586,212) [base of lower bill]. Curve via (602,230),(644,245) to (602,252). Then curve via (578,247),(572,232) back to (586,212). 

Hmm, the first curve goes from (586,212) to (602,252) — but (602,252) is the bottom of the pouch, at x=602 (right of start). The control (644,245) pulls it right. So the pouch extends right to ~620 and down to 252, then the return curve comes back left-up to (586,212). This makes a pouch hanging to the lower-right. But it should hang down (south) below the bill, centered under the neck. Let me recenter: the pouch should hang below the bill, around x=586-600, y 212-255. Let me adjust control points so it hangs more downward:

M 586 212 
C 600 230 610 248 590 252   (curve out right and down to bottom-center ~ (590,252))
C 575 247 572 232 586 212   (back up left to start)

Let me make the pouch bottom at (590, 252), bulging down. First curve (586,212)->(580,230?) hmm. Let me make it symmetric-ish:

M 586 212 
C 610 230 615 248 590 254
C 565 248 560 230 586 212 Z

Control (610,230),(615,248) pulls the curve right and down to (590,254). Return controls (565,248),(560,230) bring it back left-up. Bottom of pouch at (590,254). Width ~586-615. Hanging below bill (bill lower tip ~635,218-628,225; throat at 586,212). Pouch at 586,212-590,254. ✓ hangs below the lower mandible. Good, recognizable throat pouch.

Wait the lower bill goes from (586,202) to tip (635,218) (the `M 586 202 L 635 218 L 628 225 L 586 212 Z`). The lower bill base is at (586,202)-(586,212). The throat pouch attaches at (586,212) (lower edge of lower bill). ✓. Pouch hangs down from there. Good.

Let me update the throat pouch path.

Also the bill — let me make sure upper and lower meet at the base (586). Upper: (586,192)-(642,210)-(635,218)-(586,202). Lower: (586,202)-(635,218)-(628,225)-(586,212). They share edge from (586,202) to (635,218)? Upper has (642,210)-(635,218); lower has (635,218). The tip region: upper tip (642,210), lower tip (628,225). There's a gap between (635,218) [shared] — actually both use (635,218). Upper: 642,210 -> 635,218; lower: 635,218 -> 628,225. So at the tip they're offset. The bill is ~50px long. ✓ long. Good.

Let me also add a nostril highlight (already have circle r2 at (604,214)). Good.

Now let me also add wing feather lines for detail. On the near-handlebar wing (the leading wing), add 2-3 curved lines. On trailing wing, 2 lines. Use stroke #34495e (rim) or #5d4037.

Let me add leading wing feathers: curves from near body (410,228) curving to (560,230):
M 410 228 C 450 226 510 228 565 230  (main wing, already have at width 16 from 402)
Feathers (smaller, stroke 4):
M 412 229 C 448 227 505 229 560 231
M 416 231 C 452 230 508 232 563 233
Hmm these overlap. Let me add just 2 feather lines.

Actually, let me keep wings simple (the wing shape) and not over-detail. The wing shape itself is recognizable enough. Let me maybe add 1-2 feather lines.

Let me now make all the edits:
1. Change --wing color to #7f8c8d (distinct from frame blue).
2. Wing path color (use var(--wing)) and maybe add feather line.
3. Trailing wing color to var(--wing).
4. Remove contact circle, fix handlebar + brake lever.
5. Update throat pouch path.
6. Update feet paths.

Let me do these edits.

Edit 1: CSS --wing.

I need to finalize. Let me do a quick check of the file for any SVG errors (unclosed tags, mismatched, invalid path data) by validating the structure. Let me read the final file once more to confirm it's well-formed, and verify there are no console errors.

Let me re-read the full file to confirm correctness.

The file looks good. Let me do a final validation check by running a quick HTML/SVG syntax check using a tool if available, and reload the browser to check the console.

Let me verify the SVG is valid XML by parsing with a tool. Let me check if python is available to parse it.

Actually, let me just reload the browser and check the console for errors. The browser tool's console showed only the sandbox warning earlier (expected). Let me reload and check console once more.

Let me also quickly sanity-check the path data strings are valid SVG. All look fine (M, L, C commands). 

Let me verify the whole file parses as valid XML using python if available.

No python3. Let me try node.

Let me just do a basic structural check with node's regex to ensure all SVG tags are balanced, and check for obvious issues. Actually let me use the browser tool to reload and check the console once more, and also verify there are no obvious issues by reading the head portion.

Let me reload the browser to trigger a fresh render and check console.

Syntax error in my check script (the ternary inside object literal). Let me fix the check script.

The `!` before a regex with `<` — the `<` in a string... actually the issue is the `<img` inside a JS string in the regex literal. The regex `/!url.../` is fine but `/<img"/i` — the `<` is fine in a regex literal, but `!` ... the problem is `!/<img"/i`... let me just escape properly. Actually the issue: `console.log("no <img raster:",!/<img"/i.test(h));` — the `!` ... no. The error "Expected ',', got 'string literal'" at the `<` — the tokenizer sees `<` ... Actually the `<img` — hmm, within node -e with single quotes, the regex `/<img"/i` should be fine. 

Oh I see — the issue is `!/<img"/i.test(h)`. The `!` is logical not. Then `/<img"/i.test(h)`. That should be valid. But the error points at `<`. 

Wait, maybe it's the `<` being interpreted... No. Let me just rewrite without the tricky `!` and regex with `<`. Let me use a string search instead.

Actually the earlier lines ran? No — the script failed to compile (SyntaxError), so nothing printed. The error is a parse error in the whole script. Let me find it. Line 25 is the last console.log. The `<` in `/<img"/i` ... in JavaScript regex that's fine. But wait — `!` operator then regex. Hmm `/<img"/i` — actually the regex starts with `/` then `<img` then `/i`. That's `/<img\/i`? No, the closing `/` is after the quote: `/<img"/i` means regex `/<img` ... but the `"` inside! `/<img"/i` — the regex literal contains a `"` which is fine inside `/.../`. So regex = `<img"` flag i. Then `.test(h)`. 

`!/<img"/i.test(h)` → `!` then `/<img"/i.test(h)`. Operator precedence: `!` binds tighter than `.`? No — member access `.` binds tighter. So it's `!(/<img"/i.test(h))`? Actually `/<img"/i.test(h)` — here `/` starts regex, `<img"` content, `/i` closes with flag i, then `.test(h)`. So regex literal `/<img"/i` then `.test(h)`. Then `!` negates. So `!(regex.test(h))`. Valid.

But the error... Let me just rewrite to avoid the issue: use h.includes. Let me redo cleanly.

The "mismatch: DOCTYPE" is a false positive from my crude balance checker (it doesn't handle `<!DOCTYPE html>`). All remaining real tags are balanced (remaining: 0). So the markup is well-formed.

All checks pass:
- tags balanced (the DOCTYPE mismatch is a checker artifact)
- has title ✓
- has desc ✓
- has viewBox ✓
- role=img ✓
- 2 wheels ✓
- 2 bill pieces (upper+lower mandible) ✓
- throat pouch ✓
- 2 webbed feet ✓
- wing reaches bar region ✓
- inline only, no external url ✓
- no raster img ✓

Now let me reload the browser to confirm no console errors on render. The browser tool reloads; let me check the console.

Only the expected iframe sandbox warning (cosmetic, from the local file runner). No JS errors, no SVG parse errors. The page renders.

Since the browser tool can't return images to me, let me do a final visual reasoning pass over the geometry to ensure everything is connected and visible:

- viewbox 0 0 820 400, max-width 840px, responsive width 100%. ✓
- ground rect at y=304 h=8 (green). Wheels centered cy=300, r=62 → bottom at 362 (below ground 304-312), top at 238. The wheels slightly overlap ground (rim at 304-312, wheel extends into ground). Wheels visible, not clipped (viewbox bottom 400). ✓
- Back wheel center (288,300), front (584,300). Frame connected. ✓
- Frame tubes connect: chainstay (288,300)-(418,300), seat tube (418,300)-(418,252), downtube (418,300)-(578,252), seat stay (288,300)-(418,252), top tube (418,252)-(578,252), fork (578,252)-(584,300). All connected. Front fork to front hub (584,300). ✓
- Handlebars at (574-606,232). ✓ handlebar present.
- Saddle at (418,248). ✓ saddle present.
- Pedals at (458,295) and (378,305). ✓ pedals present.
- Pelican body on saddle (418,228) overlapping saddle(418,248) and seat tube. ✓ connected.
- Neck (418,212)->(568,190), head at (572,190), near handlebar (574,232). ✓ neck/head forward.
- Bill long orange from (586,192) to tips (642,210)/(628,225). ✓ long bill.
- Throat pouch from (586,212) hanging to (590,254). ✓ below bill.
- Wings: one reaching from body to (570,230) near handlebar. ✓ wing near handlebars.
- Tail at rear. ✓
- Feet: right foot centered ~(458, 296) on right pedal (458,295) ✓; left foot centered ~(378,305) on left pedal (378,305) ✓. Feet near/on pedals. ✓
- Feathers: toes visible.

Framing: rightmost element is the bill tip x=642 and front wheel edge x=584+62=646. Max x=646 < 820 ✓. Bottom: ground at 312, feet to 312, wheels to 362. All within 400. Top: neck control points at y=152 (within 400, fine, no clip). Bill top at y=192. Wings up to 230. Head top at 175. All within. ✓ Not unclipped.

Wait, the neck control points: C 458 162 522 152 — these are control points (not on path) but within viewbox. Fine.

One concern: the throat pouch path. Let me re-examine: `M 586 212 C 610 230 615 248 590 254 C 565 248 560 230 586 212 Z`. Start (586,212). First curve via (610,230),(615,248) to (590,254). This curves right and down to (590,254). Second curve via (565,248),(560,230) back to (586,212). This makes a pouch. The rightmost extent: control (615,248) pulls curve to ~x610. The pouch occupies x 560-615, y 212-254. Below the bill (bill lower at y 202-225). Pouch at y 212-254 hangs below bill tip. ✓. Good, visible throat pouch.

Hmm, but the bill's lower mandible tip is at (628,225). The throat pouch right edge ~610-615 at y~248. So pouch is to the LEFT of the bill tip and below. That's correct — throat pouch is below the bill, centered under the head/neck, not extending past the bill tip. ✓.

Now, is the neck brown thick enough to read? 13px brown stroke on a curve — yes, clearly a brown neck. Good (brown pelican). ✓.

Bill: upper (586,192->642,210->635,218->586,202) and lower (586,202->635,218->628,225->586,212). Together form a long orange bill ~50px. ✓ recognizable long bill.

Wing near handlebar: gray stroke width 16 from (406,230) curving to (570,230), ending at handlebar stem (574,232). ✓ wing contacting handlebar region.

I think this is good. Let me also double check there are no obvious clipping of the front wheel by the frame — the front wheel rim is at (584,300) r62, fork (578,252)-(584,300). The spokes go to y=238 (top of wheel). Everything within. ✓.

Let me also verify the head doesn't overlap weirdly with bill. Head circle cx=572 cy=190 r=15 → spans x 557-587, y 175-205. Bill base at x=586 (right of head, since head right edge 587). So bill base (586,192-212) is just right of head (557-587). Bill upper starts (586,192), head right edge 587 at y~190-205. So bill attaches to head right side. ✓.

Neck ends at (568,190); head center (572,190) r15 → left edge 557. Neck ends at 568 which is within head left part (557-... 568 is inside head). ✓ neck connects to head left.

Eye at (578,186) r3 — inside head (557-587 x, 175-205 y). (578,186) is right side of head. ✓.

Everything checks out geometrically. The illustration should render a recognizable pelican (white body, brown neck, long orange bill with yellow throat pouch, two wings, webbed feet) riding a connected blue bicycle with two wheels, frame, handlebar, saddle, pedals, feet on pedals, wing near handlebars.

I'm fairly confident. Since I can't see the screenshot, let me reason once more about any potential clipping or overlap problems:

- Back wheel: center (288,300) r62. Left edge at 226 (>0), right edge 350. Ground at 304. Wheel bottom 362 < 400. ✓ not clipped.
- The frame top tube (418,252)-(578,252) — at y=252, within viewbox. ✓.
- The neck curve goes up to control y=152 (a control point, path stays above ~160). Head top at 175. Not clipping top (viewbox top 0). ✓.

Wait, the neck path M 418 212 C 458 162 522 152 568 190. The curve's highest actual point: with control (522,152), the curve bulges up to maybe y≈158-165. Still >0. ✓. Not clipped.

- Saddle at (418,248) rx24 — spans x 394-442. Within. ✓.

I'm confident the illustration is complete and well-formed. Let me consider whether I should make the wing color more distinct or add anything, but I think it's good given time.

Actually, let me reconsider one thing: the requirement "wing or other clear contact near the handlebars." My wing path ends at (570,230) and the handlebar stem is at (574,232). The small contact circle was removed. Now the wing stroke (gray, width 16) ends right at the stem. That's a clear contact. ✓. Good.

Also "plausible riding pose with feet near the pedals and a wing or other clear contact near the handlebars." ✓ both satisfied.

Let me also make sure the pedals and feet align: right pedal at (458,295), right foot centered ~(458,296). ✓ right on top. Left pedal (378,305), left foot centered ~(378,305). ✓.

I think the illustration is complete and correct. The browser console shows no errors (only the harmless iframe sandbox warning). 

Let me do one final read of the top portion (head/CSS/HTML) to ensure no issues, then finalize.

Actually, I'm confident. Let me just confirm the file is saved (it is — write/edit operations completed). 

Let me make one final consideration: the viewport meta and responsive sizing. svg { width:100%; height:100%; max-width:840px } inside a flexbox body. The height:100% on svg — the body height is 100% (100% of html 100%). svg height 100% → svg fills viewport height. viewBox 820x400 maintains aspect ratio with width:100% and height:100% — but width:100% height:100% both could distort. With `display:block; width:100%; height:100%` and max-width 840 — the height:100% makes it fill viewport height, and width:100% fills width, but that ignores aspect ratio (svg without preserveAspectRatio explicit defaults to xMidYMid meet, which preserves aspect ratio using the smaller dimension). Actually when both width and height are set as percentages and the element has a viewBox, SVG uses preserveAspectRatio (default meet) which fits the viewBox into the viewport preserving aspect ratio, so it won't distort — it'll be centered and fit. With height:100% and width:100% both 100%, the effective box is the full viewport; preserveAspectRatio meet fits the 820x400 into that box preserving ratio → uses the smaller scale, so the SVG content fills one dimension and centers in the other, no distortion. Good — responsive and not distorted. ✓.

Actually, "Keep the complete subject visible with a suitable viewBox and responsive sizing." With meet, the content fits fully. ✓.

I'm confident. Let me finalize. The file is saved. 

Let me just double-check there's no leftover issue with the `height:100%` on svg possibly making it too tall and the content tiny on a wide short screen — but max-width:840px caps width; height:100% could make it tall. On a 1200x800 viewport, max-width 840 → width 840, height auto via aspect ratio? No, I set height:100% not auto. Hmm. With width:100% (capped 840) and height:100% (viewport height 800), the svg box is 840x800. viewBox 820x400 meet → scales to fit: width scale 840/820=1.024, height scale 800/400=2.0; meet uses smaller = 1.024, so SVG renders at 820*1.024=840 wide, 400*1.024=410 tall, centered vertically in the 800-tall box. So there'll be vertical padding (the svg element is 800 tall but content only 410). That's fine — content centered, fully visible. ✓.

Alternatively set svg height to auto. But height:100% ensures it fills. Either works. The content stays visible and not clipped. Fine.

Actually, to be safe and ensure content isn't tiny, let me change svg sizing to width:100%; height:auto; with max-width. But height:auto in a flex container with align-items:center — the svg would size by width (840) and height auto = 410 (aspect). Then flex centers it. That's cleaner. But I have body height:100% with flex. If svg height auto (~410px) inside an 800px body, flex centers it vertically → 195px padding top/bottom. Fine, content visible.

Hmm, but with height:100% it currently works too. Let me leave as is — it's responsive and content is visible. Actually, let me reconsider: the requirement is "responsive sizing" and "complete subject visible." Both approaches satisfy. I'll leave it.

Actually, let me change to height:auto to be safe and conventional, so on all screen sizes the SVG scales by width with correct aspect ratio and doesn't get squashed. Let me edit the CSS.

Wait — if I use height:auto and width:100% with max-width:840px, the svg width = min(100%,840). On a 1200-wide viewport → 840 wide, height auto = 840*(400/820)=410. Good. On narrow phone, width=100% (e.g., 360), height=360*(400/820)=176. Content scales. ✓. And body flex centers it. Good. Let me switch to height:auto for safety.

Let me make that small CSS edit.

Now let me finalize. The file is saved and complete. Let me do a final check of the file presence.

Let me verify the file is there.