Pelican on a bicycle · solar-pro4

The user wants me to build a single-page illustration of a pelican riding a bicycle, using inline SVG. Let me plan this out:

1. Create an index.html file with inline SVG
2. Draw a pelican with:
   - Long bill with throat pouch
   - Body
   - Wings
   - Feet near pedals
   - Wing/contact near handlebars
3. Draw a bicycle with:
   - Two wheels
   - Connected frame
   - Handlebars
   - Saddle
   - Pedals
4. Keep them connected (bird on bike)
5. SVG title/description for accessibility
6. Responsive sizing with viewBox

Let me design this carefully. I'll use a side-view composition since that's most natural for showing the riding pose.

Let me think about the layout:
- ViewBox maybe 800x600 or similar
- Pelicans are large birds with distinctive long bills and throat pouches
- Bicycle side view is classic

I'll draw the pelican sitting on the bicycle saddle, with feet on pedals, one wing reaching toward handlebars.

Let me sketch this out in SVG coordinates. I'll use a viewBox of 0 0 800 500 or so.

Let me think about the bicycle geometry:
- Two wheels: circles with spokes
- Frame connecting them
- Handlebars at front
- Saddle at back
- Pedals/crank in middle

Bicycle (side view, facing right):
- Rear wheel center: (250, 380), radius 70
- Front wheel center: (550, 380), radius 70
- Frame: connects rear wheel hub to seat tube, down tube, top tube, head tube, down to front hub
- Crank/pedals in middle around (400, 380)

Pelican (sitting on saddle, facing right):
- Saddle at about (320, 320) - top of seat tube
- Pelican body sits on saddle
- Bill extends forward (to the right) - long with throat pouch underneath
- One wing reaches forward to handlebars
- Feet reach down to pedals

Let me think about pelican anatomy:
- Body: elliptical, sitting on saddle
- Neck: curves up and forward
- Head: at top of neck
- Bill: long, flat, with throat pouch hanging down
- Wing: extends from body forward to handlebars
- Tail: small, at back
- Feet: from body down to pedals

Let me code this up. I'll use paths for the organic shapes and circles/ellipses for wheels.

I'll write the HTML file now. Let me create a rich, detailed SVG.

Let me plan coordinates more carefully:

ViewBox: 0 0 800 500

Ground line: y = 400

Wheels:
- Rear wheel: cx=230, cy=340, r=60 (so bottom at 400)
- Front wheel: cx=530, cy=340, r=60

Frame (typical diamond frame):
- Bottom bracket (crank): (380, 360) - between wheels, slightly below axle line
- Seat tube: from bottom bracket up to saddle at (300, 290)
- Top tube: from saddle area (300, 290) to head tube top (490, 280)
- Down tube: from head tube bottom to bottom bracket
- Head tube: from (490, 280) to (510, 340) - leading to front fork
- Front fork: from head tube to front hub (530, 340)
- Rear fork/stay: from seat tube area to rear hub

Let me refine. Actually, let me make the bottom bracket around the midpoint between wheels.

Bottom bracket at (380, 360)
Rear hub at (230, 340)
Front hub at (530, 340)

Frame tubes:
- Chain stay: rear hub (230,340) to BB (380,360)
- Seat tube: BB (380,360) to saddle (310, 280)
- Seat stay: rear hub (230,340) to saddle (310, 280)
- Top tube: saddle (310, 280) to head tube top (490, 270)
- Down tube: BB (380,360) to head tube bottom (500, 340)
- Head tube: (490,270) to (500,340)
- Fork: head tube bottom to front hub (530,340)

Handlebars: from head tube top (490, 270), extend up and forward/right, then back - riser bar style
- Handlebar top at (510, 250), ends at (540, 240) and (515, 235)

Saddle: at top of seat tube (310, 280), a saddle shape

Pedals: crank arms from BB (380, 360)
- One pedal forward-down at (350, 400) - near ground, where pelican foot would be
- One pedal back-up at (410, 320)
- Actually for riding pose, pelican feet should be on pedals. Let me put one pedal at a position where foot can reach.

Hmm, pelican feet on pedals. Pelican feet are webbed, at the bottom of the body. The body sits on the saddle. So feet come down from body to pedals.

Let me set up pedals:
- Crank center at (380, 360)
- Crank arm length ~30
- Pedal positions rotate. Let me put one pedal at angle so it's reachable.
- Forward pedal at (380-25, 360+15) = (355, 375) - slightly below center, forward
- Rear pedal at (380+25, 360-15) = (405, 345)

Pelican feet need to reach these. Pelican body center around (310, 300) sitting on saddle. Feet extend down. From body bottom (310, 320) to pedal (355, 375) - that's a claw/foot reaching down and forward. That works.

Pelican body: ellipse centered around (310, 295), rx=55, ry=45 - sitting on saddle
- Actually the saddle is at (310, 280), so body bottom rests on saddle, body center higher.

Let me reconsider. The saddle supports the pelican's rear. The pelican's body extends up and forward.

Body: a big rounded shape. Let me make it an ellipse centered at (300, 280) with rx=60, ry=50. Bottom at y=330, top at y=230.

Wait, the saddle is at (310, 280). The body should sit ON the saddle, so body bottom around y=280, body extends upward.

Body ellipse: cx=300, cy=255, rx=60, ry=50. Bottom at 305, top at 205. Hmm, that puts bottom below saddle.

Let me think again. The pelican sits with its lower body on the saddle. So the bottom of the body is at the saddle level (y=280), and the body extends upward.

Body: cx=305, cy=250, rx=55, ry=45 → bottom at 295, top at 205. Close enough - bottom slightly below saddle, that's fine, body overlaps saddle.

Neck: from top-front of body (around 330, 215) curving up and forward to head.
Head: around (440, 160) - forward and up
Bill: from head, long and flat, extending forward. Pelican bills are long and straight with a hook at tip, and a throat pouch underneath.

Bill: starts at head (440, 165), extends to (560, 180). Long, flat upper mandible and lower mandible. Throat pouch: a large fleshy pouch hanging from the lower mandible, extending down to about y=250.

Wing: from body (around 340, 230) extending forward to handlebars (around 520, 240). The wing is a long curved shape.

Hmm wait, if the pelican is facing right and the handlebars are at the front (right side), the wing reaching to handlebars makes sense - like the pelican is holding the handlebars with its wing.

Feet: from body bottom (around 300, 295) down to pedals. Two legs, feet on pedals.

Let me also add a tail at the back of the body.

OK let me just write this. I'll iterate on coordinates as I go. Let me make it detailed and artistic.

Let me start writing the HTML.

For colors:
- Pelican: white body, with some gray/black on wings and bill tip, orange/yellow bill
- Throat pouch: pinkish/peach
- Bicycle: metallic gray/dark frame, maybe red accents
- Background: light, maybe a subtle sky/ground

Let me write it now.

Actually, let me make the pelican more white/light gray, with the distinctive black wing tips and dark bill. The throat pouch can be a warm pink/salmon.

Let me write a comprehensive SVG. I'll use a mix of paths and basic shapes.

I'll structure it as:
1. Background (sky, ground, maybe some simple scenery)
2. Bicycle (wheels, frame, handlebars, saddle, pedals)
3. Pelican (tail, body, wing, legs/feet, neck, head, bill, throat pouch)

Let me write this out fully.

For the bicycle wheels, I'll draw:
- Outer tire circle (thick stroke or filled annulus)
- Inner rim
- Hub
- Spokes (lines from hub to rim)

For spokes, I'll use a group of lines rotated. Since I can't use transforms easily for individual spokes... actually I can use transform on groups. Or I can just draw ~12-16 spokes manually.

Let me draw 12 spokes per wheel using line elements with calculated endpoints. Or I could use a pattern. Let me just compute them.

For a wheel at (cx, cy) with r=60, 12 spokes:
For i in 0..11, angle = i * 30°:
- inner point: (cx + 8*cos, cy + 8*sin)
- outer point: (cx + 55*cos, cy + 55*sin)

Let me compute these. Actually, I'll use a <g> with transform="rotate(angle cx cy)" on a single spoke line, repeated. That's cleaner.

For each wheel, I'll have a group, and inside, 12 lines each with transform rotate.

Hmm, that's a lot of elements but manageable.

Actually, let me simplify - I'll draw spokes as a set of lines. Let me just hardcode them for the two wheels.

Rear wheel at (230, 340), r=60:
Spokes (using transform on a <line> from hub to rim):
I'll write 12 lines. Each line: x1=230 y1=340 x2=230 y2=280 (pointing up), with transform="rotate(angle 230 340)".

angles: 0, 30, 60, 90, 120, 150, 180, 210, 240, 270, 300, 330

Front wheel at (530, 340), r=60:
Same with center (530, 340).

OK let me just write the whole thing now.

Let me also think about making it look good. I'll add:
- A soft gradient background (sky)
- A ground line
- Some shadow under the bike
- Maybe a few clouds or sun
- Clean, flat illustration style

Let me write it.

For the pelican body, I'll use a path for a more organic shape rather than just an ellipse. Let me design a nice pelican body shape.

Actually, let me keep some shapes as ellipses for simplicity but use paths for the bill, pouch, wing, and body outline for organic feel.

Let me write the full SVG now. I'll aim for a viewBox of 0 0 800 500.

Let me draft the pelican path. The pelican is facing right, sitting on the bike.

Body path: a large rounded shape. Let me describe it:
- Start at bottom center (305, 300) - on saddle
- Curve up and left for the back/bottom
- Up the back to the tail area
- Small tail pointing back-left
- Up the back/neck base
- Continue up to neck
- Neck curves up and right
- Head
- Over the top of head
- Bill starts
- Bill goes right
- Under the bill, throat pouch
- Pouch comes back under
- Down the front of body
- Back to start

This is complex. Let me simplify and use multiple shapes:
- Body: ellipse (white)
- Chest/belly overlay: lighter area
- Tail: small triangle/path at back
- Neck: path curving up
- Head: ellipse
- Bill upper: path
- Bill lower: path  
- Throat pouch: large path (pink)
- Wing: path (gray with black tip)
- Legs: two paths
- Feet: small shapes on pedals

Let me write this. I'll be generous with detail.

Let me finalize my coordinate plan:

Ground: y = 400
Wheels: r = 65, so hub y = 335
- Rear hub: (220, 335)
- Front hub: (540, 335)
- Bottom bracket: (380, 355)

Frame:
- Chain stay: (220,335) to (380,355)
- Seat tube: (380,355) to saddle (310, 280)
- Seat stay: (220,335) to (310, 280)
- Top tube: (310, 280) to head tube top (490, 270)
- Down tube: (380,355) to head tube bottom (505, 335)
- Head tube: (490, 270) to (505, 335)
- Fork: (505, 335) to (540, 335) - front fork goes to front hub
  Actually fork should go from head tube to front hub: (505, 335) to (540, 335) but that's just horizontal. In reality the fork angles. Let me make head tube bottom at (510, 335) and fork goes to (540, 335). Or angle it: fork from (510, 330) to (540, 335).

Hmm, let me reconsider to make it cleaner. Let me make the front wheel a bit more forward and the geometry cleaner.

Let me redo:
- Rear hub: (200, 335)
- Front hub: (560, 335)  
- Distance between hubs: 360
- Bottom bracket: (380, 355)
- Seat tube top (saddle): (300, 275)
- Head tube: top (490, 265), bottom (510, 330)
- Fork: (510, 330) to (560, 335)

Frame tubes:
- Chain stay: (200, 335) → (380, 355)
- Seat stay: (200, 335) → (300, 275)
- Seat tube: (380, 355) → (300, 275)
- Top tube: (300, 275) → (490, 265)
- Down tube: (380, 355) → (510, 330)
- Head tube: (490, 265) → (510, 330)
- Fork: (510, 330) → (560, 335)

Handlebars: from head tube top (490, 265), stem goes up to (495, 240), then handlebar extends: a curved bar from (470, 230) to (530, 235), with grips at ends.

Saddle: at (300, 275), a saddle shape - like a curved seat.

Pedals/crank:
- Crank center (BB): (380, 355)
- Crank arm length: 28
- Crank arm 1: from (380, 355) to pedal at angle. Let me put one pedal forward: angle 210° (down-left) → pedal at (380 + 28*cos(210°), 355 + 28*sin(210°)) = (380 - 24.2, 355 - 14) = (355.8, 341). Hmm that's up-left.
  
Let me think in terms of the pelican foot position. The pelican's body is around (300, 275) sitting on saddle, body extends down to about y=310. Feet need to reach pedals which are around the bottom bracket (380, 355) area, with pedals extending on crank arms.

Let me put the "forward" pedal (right foot for pelican facing right) at a position reachable. If crank arm points down-forward: angle = -60° from horizontal (i.e., 30° below horizontal to the right): pedal at (380 + 28*cos(-60°), 355 + 28*sin(-60°)) = (380 + 14, 355 - 24.2) = (394, 330.8). That's up and forward - too high.

For the foot to reach down to a pedal, the pedal should be below the body. Body bottom around y=315. Pedal should be around y=340-360.

Crank arm pointing down: angle 90° (straight down in SVG, since y increases downward): pedal at (380, 355+28) = (380, 383). That's below the wheel hub. Too low maybe, but feet can reach.

Crank arm pointing down-back (angle 120° in math, but in SVG y-down... let me just use SVG coordinates directly):
- angle measured from positive x-axis, clockwise in SVG (since y is down)
- Down: (380, 355+28) = (380, 383)
- Down-right: angle -30° (or 330°): (380+24.2, 355+14) = (404.2, 369)
- Down-left: angle 210°: (380-24.2, 355+14) = (355.8, 369)

Let me put:
- Right pedal (pelican's right foot, forward): at crank angle so pedal is forward and down. Let's say pedal at (400, 365). Crank arm from (380,355) to (400, 365). 
- Left pedal (back): at (360, 345) - up and back. Crank arm from (380,355) to (360, 345).

Pelican feet:
- Right foot on right pedal (400, 365): leg from body (around 330, 310) to (400, 365)
- Left foot on left pedal (360, 345): leg from body (around 290, 310) to (360, 345)

These legs cross or are separate? In a real bike ride, legs alternate. Let me have them both reaching down to pedals, slightly crossed maybe, or one forward one back.

OK, I think I have enough planning. Let me write the SVG.

Pelican parts:
1. Tail: small, at back of body, pointing down-left. Around (245, 290). Small black/white shape.
2. Body: large white ellipse/path, centered around (300, 270), rx=65, ry=50
3. Wing: large, from body extending forward-up to handlebars. Gray with black tip. This is the "contact near handlebars."
4. Neck: from top-front of body curving up to head
5. Head: at end of neck, around (460, 150)
6. Bill: long, from head extending right. Upper and lower mandible. Hook at tip.
7. Throat pouch: large, hanging from lower mandible, pink/salmon
8. Eyes: small dark dots on head
9. Legs: two, from body to pedals
10. Feet: webbed, on pedals

Let me write the wing carefully since it's a key contact point. The wing should reach from the body to the handlebars. Handlebars around (490, 240) area (the grips).

Wing path: starts at body (around 340, 230), extends forward along the top tube area to handlebars (around 500, 235). The wing folds slightly. Pelican wings are large. In riding pose, one wing reaches forward to hold handlebars.

Let me make the wing a curved shape:
- Start at body side (335, 240)
- Curve forward and up along (400, 210) 
- To elbow area (450, 220)
- Then forearm/hand reaches to handlebar (500, 235)
- The "hand" grips the handlebar

OK, let me just write it. I'll make paths that look reasonable.

Let me write the complete file now. I'll be detailed but not overthink every coordinate - I can adjust.

Actually, since I can't easily preview and iterate visually, let me be careful with the design. Let me write a solid version and then use the browser tool to check it.

Let me write the SVG. I'll use a clean illustration style with flat colors and subtle shading.

Here's my plan for the file:

```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>
  /* CSS for page layout, responsive SVG */
</style>
</head>
<body>
  <div class="container">
    <svg viewBox="0 0 800 500" ...>
      <title>...</title>
      <desc>...</desc>
      <!-- background -->
      <!-- bicycle -->
      <!-- pelican -->
    </svg>
  </div>
  <script>
    // any JS for resize handling if needed
  </script>
</body>
</html>
```

Let me write the full SVG content now. I need to be thorough.

Actually, I realize I should just write it and test with the browser. Let me write a complete, detailed version.

For the bicycle, let me draw it with nice detail:
- Wheels with tire (thick dark circle), rim (thinner), hub (small circle), spokes
- Frame tubes (with slight thickness, rounded)
- Handlebars (curved)
- Saddle (shaped)
- Crank and pedals

For the pelican:
- White body with subtle shading
- Gray wings with black flight feathers (tips)
- Long orange/yellow bill with hook
- Pink throat pouch (the iconic pelican feature)
- Dark eye
- Webbed orange feet
- Small tail

Let me write it all out.

I'll write detailed paths. Let me be generous with the SVG content.

One more consideration: the pelican's wing reaching to handlebars. The handlebar grips are at the end of the handlebar. Let me place the handlebar so the grip end is reachable.

Handlebar: stem from head tube top (490, 265) up to (492, 238), then the bar curves. Let me make it a riser/flat bar:
- Stem: (490, 265) to (492, 240)
- Bar: a curved path from (465, 232) through (492, 228) to (530, 235) - a slight arc
- Grip ends at (465, 232) and (530, 235)

The pelican's wing "hand" reaches the right grip at (530, 235). Wing tip at (525, 238) gripping.

OK writing now.

Let me also add a subtle background: sky gradient, ground, maybe a simple sun or clouds, and a shadow under the bike.

Let me write the complete HTML file.

I'll compute spoke positions. For rear wheel (200, 335) r=65 (tire outer), rim at r=58, hub at r=8:
12 spokes from hub (r=8) to rim (r=58).
For each spoke i (0-11), angle = i*30°:
- hub end: (200 + 8*cos(a), 335 + 8*sin(a))
- rim end: (200 + 58*cos(a), 335 + 58*sin(a))

I'll use transform="rotate(angle 200 335)" on a line from (200, 343) to (200, 277) (pointing up, length 66). Wait, from hub center to rim: line from (200, 335) to (200, 335-58) = (200, 277). With hub circle at r=8, spoke starts at r=8: (200, 327) to (200, 277).

Actually for visual spokes, I'll draw lines from near hub to near rim:
line x1=200 y1=327 x2=200 y2=279, transform rotate(angle 200 335).

For 12 spokes, angles: 0, 30, 60, ..., 330.

Front wheel (560, 335): same with center 560.

Let me write all this. I'll generate the spoke lines.

Rear wheel spokes (center 200, 335):
0°: (200,327)-(200,279)
30°: rotate 30
60°: rotate 60
90°: rotate 90
120°: rotate 120
150°: rotate 150
180°: rotate 180
210°: rotate 210
240°: rotate 240
270°: rotate 270
300°: rotate 300
330°: rotate 330

I'll write them with transform.

Front wheel spokes (center 560, 335): same angles.

OK, this is a lot of elements but let me write it.

Actually, to reduce verbosity, I could draw spokes as a single path with M and L commands, but transforms on individual lines is cleaner. Let me just do it.

Alternatively, I can use a <g> with the lines and apply... no, each spoke needs its own rotation. Let me just write them.

Let me write the file now. I'll include everything.

Let me think about the pelican body path more carefully to make it look good.

Pelican body (facing right, sitting on saddle at y≈275):
The body is a large rounded blob. Let me make it a path:

M 240,290  (bottom left, near tail)
C 230,260 240,230 275,215  (up the back)
C 310,200 330,210 340,225  (over the back to neck base)  
C 345,235 340,250 330,260  (down the front lower)
C 310,280 280,290 240,290  (back to bottom)
Z

Hmm, this is getting complicated. Let me use a simpler approach: an ellipse for the main body, then overlay shapes for chest, etc.

Body ellipse: cx=295, cy=265, rx=62, ry=48. This puts body from x=233 to 357, y=217 to 313. Bottom at 313 overlaps saddle at 275 - good, body sits on saddle.

Actually wait, if saddle is at y=275 and body bottom is at y=313, the body extends below the saddle. That's fine - the pelican's lower body/belly rests on the saddle, body center is above.

Hmm, but the body center at 265 with ry=48 means bottom at 313. The saddle at 275 would be in the middle-lower part of the body. That's OK - the pelican is sitting, so its weight is on the saddle and the body wraps around above.

Let me adjust: body cy=255, ry=45 → bottom at 300. Saddle at 275 cuts through lower body. Good.

Let me use:
- Body: ellipse cx=295, cy=255, rx=60, ry=45 (white)

Neck: from top-front of body (around 340, 225) curving up-right to head.
Neck path: a curved tapered shape.
M 330,225  (base, top-front of body)
C 360,195 390,170 420,155  (curve up and right)
C 445,145 455,148 450,160  (around head base)
C 430,175 400,195 370,215  (back down left side)
C 350,225 340,228 330,225  (back to base)
Z

Hmm, that makes a neck that's a closed shape. But the neck should connect to the head. Let me make the neck widen toward the head.

Actually, let me think of the neck as connecting body to head. The head is a separate ellipse.

Head: ellipse cx=450, cy=155, rx=28, ry=22. Head from x=422 to 478, y=133 to 177.

Neck connects body (340, 225) to head (422, 155) - the left side of head.

Neck as a path (tapered, wider at head base):
M 325,220  (upper left of body, where neck starts)
C 350,190 380,165 410,150  (left side curving up to head)
L 435,148  (to head left)
C 440,155 435,165 420,172  (around head bottom-left)
C 395,185 365,205 340,222  (right side of neck going back down)
C 335,228 328,226 325,220  (back to start)
Z

Hmm, this is getting messy. Let me simplify.

I'll make the neck a simple curved band:
- Two curves, one for each side, connecting body to head.

Left edge of neck (going up-right from body to head):
M 330,220 C 360,185 400,158 425,148

Right edge of neck (going from head back down to body):
M 440,155 C 420,175 385,200 350,222

These two curves form the neck. I'll make it a filled path:
M 330,220 C 360,185 400,158 425,148 L 440,155 C 420,175 385,200 350,222 Z

That gives a neck shape. Let me refine - the neck should be wider at the body end and narrower... actually pelican necks are fairly thick. Let me make it reasonably thick.

Let me adjust the curves to give more thickness:
M 325,218 C 358,180 398,155 422,145 L 448,152 C 425,172 390,198 348,222 Z

Hmm. You know what, let me just go with it and see how it looks. I can adjust after viewing.

Let me also plan the bill and pouch.

Bill: The pelican's bill is long, flat, with a hook at the tip. Upper mandible is the top, lower mandible is the bottom, and the throat pouch hangs from the lower mandible.

Bill upper mandible: a long flat shape from head (470, 148) extending right to about (580, 155), with a slight upward curve and a hook at the tip.

Let me make the bill:
- Upper mandible: path from (468, 142) along the top to (575, 150), with the tip hooking down slightly to (580, 158), then back along the bottom of upper mandible to (468, 152).
  M 468,142 C 500,138 550,140 575,148 L 580,156 C 575,152 550,148 500,150 C 475,152 470,150 468,152 Z

- Lower mandible: from (468, 152) along bottom to (575, 158), tip at (580, 162), back up.
  M 468,152 C 500,155 545,157 572,157 L 578,162 C 575,160 545,158 500,156 C 475,155 470,154 468,152 Z

Hmm, the upper and lower should meet at the head end (468) and at the tip (578-580).

Throat pouch: A large fleshy pouch hanging from the lower mandible. It's the iconic pelican feature - a big pouch that extends down from the bill.

Pouch path: starts at the base of the lower mandible (around 468, 155), goes down and forward, forming a big rounded pouch hanging to about y=240, then comes back up to the tip of the lower mandible (578, 160).

M 468,155 C 465,180 460,210 475,235 C 490,250 520,248 545,235 C 560,225 570,200 578,162 C 570,165 545,172 520,173 C 495,174 475,170 468,158 Z

Something like that. The pouch is a big rounded shape hanging below the bill. Pink/salmon colored.

Let me also add the pouch as a more defined shape. Actually, the throat pouch of a pelican is quite large and rounded, like a balloon. Let me make it:
M 470,158 C 465,190 468,220 490,240 C 510,252 540,250 558,235 C 568,225 572,200 578,165 L 575,160 C 560,175 540,180 520,178 C 500,176 480,170 470,162 Z

OK I'll refine visually. Let me just write the file and view it.

Let me also think about the wing. The wing is the contact with handlebars.

Wing (right wing, reaching forward to handlebars):
- Shoulder at body (around 345, 215)
- Extends forward along the top tube
- "Hand" grips handlebar at (525, 235)

Wing path:
M 345,215  (shoulder)
C 380,200 420,195 460,200  (upper edge going forward - the folded wing top)
C 480,203 500,210 515,220  (toward hand)
C 520,228 522,234 525,238  (hand/grip area)
C 522,240 518,238 515,232  (around grip)
C 505,225 490,218 470,215  (lower edge back)
C 440,212 400,215 365,222  (continuing back along body)
C 355,225 348,222 345,215  (back to shoulder)
Z

And the wing has black flight feathers at the tip (the "hand" end). The main wing is gray, tips are black.

Also a second, smaller wing visible (far wing) - maybe just a hint behind the body.

Feet/legs:
- Two legs from body to pedals
- Legs are thin (pelican legs are thin)
- Feet are webbed (orange)

Right leg: from body (340, 295) to right pedal (400, 365)
Left leg: from body (310, 300) to left pedal (360, 345)

Legs as thin paths (orange-yellow):
Right leg: M 335,295 C 355,320 380,340 400,365
Left leg: M 305,300 C 320,318 340,330 360,345

Feet: small webbed shapes at pedal positions.
Right foot at (400, 365): a small webbed foot - three toes
Left foot at (360, 345): small webbed foot

Pedals: small rectangles/platforms at the pedal positions, attached to crank arms.

Crank arms:
- From BB (380, 355) to right pedal (400, 365): a short thick line
- From BB (380, 355) to left pedal (360, 345): a short thick line (opposite side)

Let me also draw the crank circle (the chainring) at the BB - a circle with teeth.

OK, let me write everything now. This is going to be a substantial SVG.

Let me also add:
- A subtle ground (a light green or brown strip)
- A shadow under the bike
- Background sky gradient
- Maybe a simple sun

Let me write the complete file.

For the background:
- Sky: linear gradient from light blue to lighter blue
- A soft circle for sun (pale yellow)
- Ground: a horizontal band, maybe light green or tan
- Shadow: an ellipse under the bike, dark semi-transparent

Let me write it all.

OK here's my full plan. Let me write the HTML.

```html
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<title>Pelican Riding a Bicycle</title>
<style>
  * { margin: 0; padding: 0; box-sizing: border-box; }
  body {
    display: flex;
    justify-content: center;
    align-items: center;
    min-height: 100vh;
    background: #e8e4d8;
    font-family: sans-serif;
  }
  .illustration {
    width: 90vw;
    max-width: 800px;
    aspect-ratio: 800 / 500;
  }
  svg {
    width: 100%;
    height: 100%;
    display: block;
    border-radius: 12px;
    background: #cfe8f0;
  }
</style>
</head>
<body>
  <div class="illustration">
    <svg viewBox="0 0 800 500" role="img" aria-labelledby="title desc">
      <title id="title">A pelican riding a bicycle</title>
      <desc id="desc">An illustrated pelican with a long bill and throat pouch sits on a bicycle saddle, one wing reaching the handlebars and webbed feet on the pedals.</desc>
      
      <defs>
        <linearGradient id="sky" x1="0" y1="0" x2="0" y2="1">
          <stop offset="0" stop-color="#a8d4e6"/>
          <stop offset="1" stop-color="#d6ecf2"/>
        </linearGradient>
        <linearGradient id="ground" x1="0" y1="0" x2="0" y2="1">
          <stop offset="0" stop-color="#b8c98a"/>
          <stop offset="1" stop-color="#9aa86a"/>
        </linearGradient>
        <radialGradient id="sun" cx="0.5" cy="0.5" r="0.5">
          <stop offset="0" stop-color="#fff3b0"/>
          <stop offset="1" stop-color="#ffe082" stop-opacity="0"/>
        </radialGradient>
      </defs>
      
      <!-- Sky background -->
      <rect x="0" y="0" width="800" height="500" fill="url(#sky)"/>
      
      <!-- Sun -->
      <circle cx="680" cy="80" r="55" fill="url(#sun)"/>
      <circle cx="680" cy="80" r="30" fill="#fff3b0" opacity="0.8"/>
      
      <!-- Distant clouds -->
      <g opacity="0.7" fill="white">
        <ellipse cx="150" cy="70" rx="45" ry="20"/>
        <ellipse cx="180" cy="65" rx="35" ry="18"/>
        <ellipse cx="500" cy="90" rx="40" ry="16"/>
        <ellipse cx="525" cy="86" rx="30" ry="14"/>
      </g>
      
      <!-- Ground -->
      <rect x="0" y="400" width="800" height="100" fill="url(#ground)"/>
      <line x1="0" y1="400" x2="800" y2="400" stroke="#7a8a55" stroke-width="2"/>
      
      <!-- Shadow under bike -->
      <ellipse cx="380" cy="405" rx="210" ry="10" fill="#5a6a3a" opacity="0.25"/>
      
      <!-- ============ BICYCLE ============ -->
      <g id="bicycle" stroke-linecap="round" stroke-linejoin="round">
        
        <!-- Rear wheel -->
        <g id="rearWheel">
          <circle cx="200" cy="335" r="65" fill="none" stroke="#2a2a2a" stroke-width="7"/>
          <circle cx="200" cy="335" r="58" fill="none" stroke="#888" stroke-width="2"/>
          <circle cx="200" cy="335" r="8" fill="#555"/>
          <!-- spokes -->
          <g stroke="#aaa" stroke-width="1.2">
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(0 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(30 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(60 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(90 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(120 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(150 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(180 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(210 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(240 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(270 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(300 200 335)"/>
            <line x1="200" y1="327" x2="200" y2="279" transform="rotate(330 200 335)"/>
          </g>
        </g>
        
        <!-- Front wheel -->
        <g id="frontWheel">
          <circle cx="560" cy="335" r="65" fill="none" stroke="#2a2a2a" stroke-width="7"/>
          <circle cx="560" cy="335" r="58" fill="none" stroke="#888" stroke-width="2"/>
          <circle cx="560" cy="335" r="8" fill="#555"/>
          <g stroke="#aaa" stroke-width="1.2">
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(0 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(30 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(60 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(90 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(120 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(150 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(180 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(210 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(240 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(270 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(300 560 335)"/>
            <line x1="560" y1="327" x2="560" y2="279" transform="rotate(330 560 335)"/>
          </g>
        </g>
        
        <!-- Frame -->
        <g id="frame" stroke="#c8312f" stroke-width="7" fill="none">
          <!-- Chain stay: rear hub to BB -->
          <line x1="200" y1="335" x2="380" y2="355"/>
          <!-- Seat stay: rear hub to saddle -->
          <line x1="200" y1="335" x2="300" y2="275"/>
          <!-- Seat tube: BB to saddle -->
          <line x1="380" y1="355" x2="300" y2="275"/>
          <!-- Top tube: saddle to head tube -->
          <line x1="300" y1="275" x2="490" y2="265"/>
          <!-- Down tube: BB to head tube -->
          <line x1="380" y1="355" x2="510" y2="330"/>
          <!-- Head tube -->
          <line x1="490" y1="265" x2="510" y2="330"/>
          <!-- Fork: head tube to front hub -->
          <line x1="510" y1="330" x2="560" y2="335"/>
        </g>
        
        <!-- Frame joints / lugs -->
        <g fill="#c8312f">
          <circle cx="380" cy="355" r="5"/>
          <circle cx="300" cy="275" r="5"/>
          <circle cx="490" cy="265" r="5"/>
          <circle cx="510" cy="330" r="5"/>
        </g>
        
        <!-- Chainring (at BB) -->
        <circle cx="380" cy="355" r="22" fill="none" stroke="#666" stroke-width="2"/>
        <circle cx="380" cy="355" r="18" fill="#888"/>
        <!-- chain -->
        <path d="M 200,343 L 380,363" stroke="#333" stroke-width="2" fill="none"/>
        <path d="M 560,343 L 380,347" stroke="#333" stroke-width="2" fill="none"/>
        
        <!-- Crank arms and pedals -->
        <g id="cranks">
          <!-- Right crank arm (forward pedal) -->
          <line x1="380" y1="355" x2="400" y2="365" stroke="#444" stroke-width="4"/>
          <!-- Left crank arm (back pedal) -->
          <line x1="380" y1="355" x2="360" y2="345" stroke="#444" stroke-width="4"/>
          <!-- Right pedal -->
          <rect x="392" y="362" width="18" height="6" rx="2" fill="#333" transform="rotate(20 401 365)"/>
          <!-- Left pedal -->
          <rect x="348" y="342" width="18" height="6" rx="2" fill="#333" transform="rotate(-160 357 345)"/>
        </g>
        
        <!-- Handlebars -->
        <g id="handlebars" stroke="#2a2a2a" stroke-width="4" fill="none">
          <!-- Stem -->
          <line x1="490" y1="265" x2="492" y2="238"/>
          <!-- Bar -->
          <path d="M 465,232 C 475,226 510,226 535,234"/>
          <!-- Grip ends (thicker) -->
          <circle cx="463" cy="233" r="4" fill="#2a2a2a" stroke="none"/>
          <circle cx="537" cy="235" r="4" fill="#2a2a2a" stroke="none"/>
        </g>
        
        <!-- Saddle -->
        <g id="saddle">
          <path d="M 270,278 C 285,265 320,263 340,270 C 345,275 340,283 325,285 C 300,288 275,285 270,278 Z" fill="#3a3a3a"/>
          <path d="M 280,277 C 295,270 320,270 332,274" fill="none" stroke="#555" stroke-width="1.5"/>
          <!-- Saddle post -->
          <line x1="300" y1="275" x2="300" y2="273" stroke="#888" stroke-width="3"/>
        </g>
        
      </g>
      
      <!-- ============ PELICAN ============ -->
      <g id="pelican">
        
        <!-- Far wing (behind body, hint) -->
        <path d="M 270,225 C 300,200 340,195 370,205 C 380,210 375,220 355,225 C 325,230 285,235 270,225 Z" fill="#c8c8c8" opacity="0.6"/>
        
        <!-- Tail -->
        <path d="M 237,285 C 225,280 215,275 205,272 C 210,280 220,290 237,292 Z" fill="#f0f0f0" stroke="#ccc" stroke-width="1"/>
        <path d="M 215,276 L 200,273 M 218,280 L 203,278 M 222,284 L 207,282" stroke="#333" stroke-width="1.2" stroke-linecap="round"/>
        
        <!-- Body -->
        <ellipse cx="295" cy="255" rx="62" ry="46" fill="#f8f8f8" stroke="#d0d0d0" stroke-width="1.5"/>
        <!-- Belly shading -->
        <ellipse cx="295" cy="270" rx="48" ry="30" fill="#ffffff" opacity="0.7"/>
        
        <!-- Neck -->
        <path d="M 325,218 C 358,182 398,156 422,145 L 448,152 C 425,172 388,198 348,222 Z" fill="#f8f8f8" stroke="#d0d0d0" stroke-width="1.5"/>
        
        <!-- Near wing (reaching to handlebars) -->
        <path d="M 345,215 C 380,198 420,192 460,198 C 482,202 502,210 515,220 C 520,226 524,233 527,237 L 522,240 C 518,236 514,228 508,222 C 498,215 480,208 460,206 C 425,204 385,212 355,225 C 350,228 346,225 345,215 Z" fill="#c8c8c8" stroke="#a0a0a0" stroke-width="1.5"/>
        <!-- Wing flight feathers (black tips at the end) -->
        <path d="M 510,224 C 518,228 522,232 525,236 L 522,240 C 518,236 514,230 508,226 Z" fill="#2a2a2a"/>
        <path d="M 505,220 C 515,225 520,230 523,235 L 520,239 C 516,234 510,228 504,222 Z" fill="#3a3a3a"/>
        <!-- Feather lines on wing -->
        <path d="M 370,212 C 400,205 430,200 460,200" fill="none" stroke="#b0b0b0" stroke-width="1"/>
        <path d="M 380,216 C 410,210 440,206 470,205" fill="none" stroke="#b0b0b0" stroke-width="1"/>
        
        <!-- Legs -->
        <!-- Right leg (to forward pedal) -->
        <path d="M 335,295 C 355,320 378,340 400,363" fill="none" stroke="#e8a040" stroke-width="3.5" stroke-linecap="round"/>
        <!-- Right foot (webbed) on pedal -->
        <g transform="rotate(20 401 365)">
          <path d="M 401,365 C 410,362 418,363 422,366 C 418,368 410,369 401,368 Z" fill="#e8a040" stroke="#c08030" stroke-width="1"/>
          <path d="M 401,367 L 412,361 M 401,367 L 415,365 M 401,367 L 414,370" stroke="#c08030" stroke-width="1" stroke-linecap="round"/>
        </g>
        
        <!-- Left leg (to back pedal) -->
        <path d="M 305,300 C 322,318 342,332 360,345" fill="none" stroke="#e8a040" stroke-width="3.5" stroke-linecap="round"/>
        <!-- Left foot (webbed) on pedal -->
        <g transform="rotate(-160 357 345)">
          <path d="M 357,345 C 366,342 374,343 378,346 C 374,348 366,349 357,348 Z" fill="#e8a040" stroke="#c08030" stroke-width="1"/>
          <path d="M 357,347 L 368,341 M 357,347 L 371,345 M 357,347 L 370,350" stroke="#c08030" stroke-width="1" stroke-linecap="round"/>
        </g>
        
        <!-- Head -->
        <ellipse cx="450" cy="152" rx="28" ry="22" fill="#f8f8f8" stroke="#d0d0d0" stroke-width="1.5"/>
        
        <!-- Eye -->
        <circle cx="462" cy="144" r="4" fill="white" stroke="#333" stroke-width="1"/>
        <circle cx="463" cy="144" r="2" fill="#2a2a2a"/>
        
        <!-- Bill upper mandible -->
        <path d="M 470,140 C 500,136 545,138 572,146 L 580,155 C 575,152 545,148 500,150 C 478,151 472,149 470,147 Z" fill="#f0a030" stroke="#c07818" stroke-width="1.5"/>
        <!-- Bill hook at tip -->
        <path d="M 572,146 C 576,148 580,152 580,155 C 578,152 574,149 570,147 Z" fill="#e09020" stroke="#c07818" stroke-width="1"/>
        
        <!-- Bill lower mandible -->
        <path d="M 470,150 C 500,152 545,154 570,156 L 578,162 C 574,160 545,157 500,155 C 478,154 472,152 470,150 Z" fill="#e89828" stroke="#c07818" stroke-width="1.5"/>
        
        <!-- Throat pouch (the iconic feature) -->
        <path d="M 470,152 C 464,185 466,215 485,238 C 502,252 532,250 552,238 C 565,228 572,205 578,165 L 575,160 C 562,178 542,184 522,182 C 502,180 482,172 470,162 Z" fill="#f4a0a0" stroke="#d08080" stroke-width="1.5"/>
        <!-- Pouch shading/ folds -->
        <path d="M 480,180 C 500,185 520,185 540,180" fill="none" stroke="#d08080" stroke-width="1" opacity="0.6"/>
        <path d="M 478,205 C 500,212 525,210 545,200" fill="none" stroke="#d08080" stroke-width="1" opacity="0.6"/>
        <!-- Pouch highlight -->
        <path d="M 482,175 C 495,178 510,178 525,175" fill="none" stroke="#f8c0c0" stroke-width="2" opacity="0.7"/>
        
      </g>
      
    </svg>
  </div>
  <script>
    // Responsive handling: SVG scales via CSS, nothing else needed
    console.log('Pelican riding a bicycle — illustration ready');
  </script>
</body>
</html>
```

Wait, I need to double-check a few things:

1. The pelican's feet should be on the pedals. The pedals are at (400, 365) and (360, 345). The feet are drawn at these positions. Good.

2. The wing reaches the handlebars. Handlebar grip at (537, 2

Good, empty directory. Let me write the full index.html file with the SVG illustration.

Let me carefully construct the SVG. I'll think through the composition:

ViewBox: 0 0 800 600 (good aspect for a side-view riding scene)

Bicycle (side view, facing right):
- Rear wheel: center (220, 380), radius 75
- Front wheel: center (560, 380), radius 75
- Ground line: y = 455 (wheel bottom)
- Frame: typical diamond frame
  - Bottom bracket (crank): around (390, 380) - between wheels, at axle height
  - Seat tube: from bottom bracket up to saddle at (310, 300)
  - Top tube: from seat area to head tube
  - Head tube: at front, around (520, 320) to (540, 340)
  - Down tube: from head tube bottom to bottom bracket
  - Chain stays: bottom bracket to rear hub
  - Seat stays: saddle area to rear hub
- Handlebars: from head tube, curving
- Saddle: at top of seat tube
- Pedals: at bottom bracket, crank arms

Pelican (facing right, sitting on saddle):
- Body: sitting on saddle, around (310, 280) center
- Tail: behind, pointing left
- Neck: curving up and forward from body
- Head: at top of neck, around (430, 170)
- Bill: long, extending forward from head to about (540, 180)
- Throat pouch: hanging from bill, large
- Wing: extending from body forward to handlebars (around 510, 300)
- Feet/legs: from body down to pedals at bottom bracket area

Let me work out the geometry more carefully.

Wheels: r=70
- Rear hub: (220, 370), bottom at 440
- Front hub: (560, 370), bottom at 440
- Ground: y=440

Bottom bracket: (380, 375) - slightly below and between hubs
Seat tube top (saddle): (305, 290)
Head tube top: (515, 310)
Head tube bottom: (535, 355)
Top tube: (305, 290) to (515, 310)
Down tube: (380, 375) to (535, 355)
Chain stay: (220, 370) to (380, 375)
Seat stay: (220, 370) to (305, 290)
Fork: (535, 355) to (560, 370)

Handlebars: from head tube top (515, 310), stem up to (520, 290), then bar curving - let's say grips at (535, 285) and (510, 280). Actually for a road bike style, the bars curve. Let me do a simple curved handlebar.

Saddle: at (305, 290), a saddle shape.

Pedals/crank:
- Crank center: (380, 375)
- Crank arm length: ~25
- One pedal forward-down, one back-up (or both visible)
- Let's put one pedal at (380-20, 375+15) = (360, 390) and other at (380+20, 375-15) = (400, 360)
- Actually for riding, pedals are at 180° apart. Let me put:
  - Right pedal (forward): (400, 390) - down and forward
  - Left pedal (back): (360, 360) - up and back
- Hmm, let me reconsider. For a side view, both pedals might be visible. Let me place:
  - Crank arm forward: to pedal at (405, 390)
  - Crank arm back: to pedal at (355, 360)

Pelican feet on pedals:
- Right foot (forward, on pedal at 405, 390): leg from body
- Left foot (back, on pedal at 355, 360): leg from body

Pelican body: sitting on saddle. Body center around (290, 270), roughly elliptical.
- The body sits on the saddle (305, 290), so bottom of body around y=290, center higher.

Let me reconsider the pelican pose. The pelican sits on the saddle. Its body is above and behind the saddle. Feet reach down to the pedals which are at the bottom bracket (380, 375) area.

Body: an ellipse centered at (290, 265), rx=55, ry=40. Bottom at y=305, top at y=225.
- This puts the body sitting on the saddle nicely.

Neck: from top-front of body (around 330, 230) curving up and forward to head.
Head: at around (440, 160)
Bill: from head (440, 160) extending right and slightly down to (560, 175) - long bill
Throat pouch: large, hanging from the bill, from (470, 175) down to (490, 260) - a big pouch

Wing: from body (around 320, 240) extending forward to handlebars. The wing tip/hand reaches the handlebars at around (525, 290).
- Wing path: starts at body shoulder (310, 235), extends along to (450, 260), then to handlebar grip (525, 290)

Tail: at back of body, pointing left-down. From body rear (235, 265) to (200, 280) - small tail feathers.

Legs:
- Right leg: from body bottom-front (320, 300) down to right pedal (405, 390)
- Left leg: from body bottom (300, 305) down to left pedal (355, 360)
- These should look like thin legs with webbed feet

Let me also add some wing detail - the wing reaching to handlebars is the "near wing", and there might be a far wing partially visible.

For the far side wing, I can show a hint of it behind the body.

OK, let me also think about colors:
- Pelican: white body, with some gray/blue-gray on wings, orange/yellow bill and pouch, dark eye
- Bicycle: metallic gray frame, darker wheels, maybe a pop of color
- Background: a nice sky and ground, maybe a simple landscape

Let me design the background:
- Sky: light blue gradient at top
- Ground: green/brown at bottom
- Maybe some simple clouds or a sun

Let me write the SVG now.

Actually, let me reconsider the composition. A pelican is a LARGE bird. Its bill is very long. When riding a bike, the pelican would be quite big relative to the bike. But for a charming illustration, I'll make them proportional in an appealing way.

Let me also think about the throat pouch - it's a very distinctive pelican feature. It should be large and prominent. The pouch hangs from the lower mandible.

Pelican bill anatomy:
- Upper mandible (top bill): extends from head
- Lower mandible (bottom bill): the pouch is attached to this
- The pouch is a large flexible flap that extends down from the lower bill

In profile (side view), the bill looks like a long flat shape, with the pouch hanging below.

Let me draw:
- Upper bill: a long shape from head going right, slightly curved down at tip
- Lower bill: beneath, with the pouch as a large rounded shape hanging down

Bill extends from about (445, 160) to (570, 175) - that's about 125 units long, which is good for a pelican.

Pouch: starts at (470, 170) and hangs down to about (490, 250), a large rounded shape. Actually pelican pouches are quite large. Let me make it more prominent.

Let me write the full SVG now. I'll use paths for organic shapes and basic shapes for wheels.

Let me carefully construct each element:

```svg
<svg viewBox="0 0 800 600" xmlns="http://www.w3.org/2000/svg" role="img" aria-labelledby="title desc">
  <title id="title">A pelican riding a bicycle</title>
  <desc id="desc">An illustrated pelican with a long bill and throat pouch sits on a bicycle, pedaling along with wings reaching the handlebars.</desc>
  
  <!-- Background -->
  <defs>
    <linearGradient id="sky" x1="0" y1="0" x2="0" y2="1">
      <stop offset="0" stop-color="#87CEEB"/>
      <stop offset="1" stop-color="#E0F0FF"/>
    </linearGradient>
    <linearGradient id="ground" x1="0" y1="0" x2="0" y2="1">
      <stop offset="0" stop-color="#7CCD6E"/>
      <stop offset="1" stop-color="#5A9E4A"/>
    </linearGradient>
  </defs>
  
  <!-- Sky -->
  <rect x="0" y="0" width="800" height="600" fill="url(#sky)"/>
  
  <!-- Sun -->
  <circle cx="650" cy="100" r="50" fill="#FFF5CC" opacity="0.9"/>
  <circle cx="650" cy="100" r="40" fill="#FFE066"/>
  
  <!-- Clouds -->
  <g fill="white" opacity="0.8">
    <ellipse cx="150" cy="80" rx="50" ry="25"/>
    <ellipse cx="180" cy="70" rx="40" ry="22"/>
    <ellipse cx="120" cy="75" rx="35" ry="20"/>
    <ellipse cx="450" cy="50" rx="45" ry="20"/>
    <ellipse cx="480" cy="45" rx="35" ry="18"/>
  </g>
  
  <!-- Ground -->
  <rect x="0" y="450" width="800" height="150" fill="url(#ground)"/>
  <line x1="0" y1="450" x2="800" y2="450" stroke="#4A8E3A" stroke-width="2"/>
  
  <!-- Ground details (grass tufts) -->
  ...
  
  <!-- Shadow under bike -->
  <ellipse cx="390" cy="452" rx="200" ry="8" fill="#3A7E2A" opacity="0.3"/>
  
  <!-- BICYCLE -->
  ...
  
  <!-- PELICAN -->
  ...
</svg>
```

Now let me detail the bicycle:

Wheels (r=70, center at y=380, bottom at y=450):
- Rear wheel: cx=220, cy=380
- Front wheel: cx=560, cy=380

For each wheel:
- Outer tire: circle r=70, stroke dark, no fill (or thick stroke)
- Rim: circle r=65, stroke lighter
- Hub: circle r=6, fill dark
- Spokes: lines from hub to rim, about 12-16 spokes

Let me draw spokes. For 12 spokes, angles at 0, 30, 60, ... 330 degrees.

For rear wheel (cx=220, cy=380):
Spoke from (220, 380) to (220 + 62*cos(angle), 380 + 62*sin(angle))

I'll use a group with rotated lines, or just compute each.

Actually, let me use a simpler approach: draw a circle for the tire, a circle for the rim, a hub circle, and then spokes as a group of lines using transforms.

For spokes, I can use:
```svg
<g stroke="#999" stroke-width="1.5">
  <line x1="220" y1="380" x2="220" y2="318" transform="rotate(0 220 380)"/>
  <line x1="220" y1="380" x2="220" y2="318" transform="rotate(30 220 380)"/>
  ...
</g>
```

Wait, that's not quite right. The line goes from hub to rim. If I rotate around the hub center, I need the line to start at hub and go outward.

`<line x1="220" y1="380" x2="220" y2="318"/>` is a line from hub (220,380) upward to (220, 318) which is 62 units up (the rim radius). Then rotating this line by 30° around (220,380) gives a spoke at 30°.

Yes, that works. Let me do 12 spokes for each wheel. Actually, to avoid clutter, maybe I'll do the spokes and then rotate the whole group. But each spoke needs its own rotation. Let me just list them.

For 16 spokes (every 22.5°), that's a lot. Let me do 12 spokes (every 30°).

Rear wheel spokes (12):
0, 30, 60, 90, 120, 150, 180, 210, 240, 270, 300, 330

Front wheel spokes: same pattern around (560, 380)

Frame (typical diamond frame), colors: let's use a nice teal/blue (#2A9D8F) or a classic red (#E76F51) or a metallic gray. Let me go with a warm color - maybe a burnt orange/red frame (#D65A3D) with some detail.

Frame tubes (as thick lines or paths):
- Chain stay: rear hub (220,380) to bottom bracket (380, 380) - actually BB is higher usually
- Seat tube: bottom bracket to saddle (305, 290) - wait, saddle should be above BB
- Let me reconsider the geometry.

Let me redo the bicycle geometry more carefully:

Rear hub: (220, 380)
Front hub: (560, 380)
Bottom bracket (crank center): (380, 385) - slightly below hub line, between wheels
Saddle: (300, 285) - above and behind BB
Seat tube: from BB (380, 385) to saddle (300, 285)
Top tube: from saddle area (310, 290) to head tube top (515, 315)
Head tube: from (515, 315) to (535, 355) - the steering tube
Down tube: from BB (380, 385) to head tube bottom (535, 355)
Chain stay: from rear hub (220, 380) to BB (380, 385) - actually to BB
Seat stay: from rear hub (220, 380) to saddle (300, 285)
Fork: from head tube bottom (535, 355) to front hub (560, 380) - curved

Handlebars: from head tube top (515, 315), stem going up to (520, 295), then bar curving forward/down to grips.
- Bar: from (520, 295) curving to (545, 300) - a drop bar or flat bar
- Let me do a simple swept bar: stem up to (518, 290), then bar extending right to (545, 295) with a slight curve

Saddle: at (300, 285), shaped like a saddle (rounded top, tapering)

Pedals:
- Crank arm 1: from BB (380, 385) to pedal at (405, 405) - forward and down
- Crank arm 2: from BB (380, 385) to pedal at (355, 365) - back and up
- Pedal platforms: small rectangles at the ends

Wait, I want the pelican's feet on the pedals. Let me think about which pedal is which. In a side view from the right side, we see the right pedal. The left pedal is on the far side. For simplicity, let me show both pedals slightly (one more prominent).

Actually, in a side view, you typically see one pedal clearly (the near one) and the far pedal is partially hidden behind the crank/leg. Let me show the near pedal clearly and hint at the far one.

Let me put the near pedal forward (down stroke) at (405, 405) and the far pedal at (355, 365) but maybe slightly offset in z (drawn differently).

Hmm, let me simplify. I'll show both pedals, with the pelican's feet on them.

Right foot (near, on forward pedal at 405, 405): 
Left foot (far, on back pedal at 355, 365):

But wait, in a side view, both feet would be on the same side visually... Actually on a bike, the feet alternate. One foot is on the forward pedal, one on the back pedal. In side view, you'd see both feet, one reaching forward-down to the forward pedal, one reaching back-up to the back pedal.

OK here's my plan:
- Near pedal (forward, down): at (405, 405) - the pedal the near foot is on
- Far pedal (back, up): at (355, 365) - the pedal the far foot is on

Pelican near leg: from body (around 320, 300) down to (405, 405) - this is the foot on the forward pedal
Pelican far leg: from body (around 310, 305) down to (355, 365) - this is the foot on the back pedal

Now the pelican:

Body: ellipse centered at (295, 270), rx=58, ry=42. Top at y=228, bottom at y=312, left at x=237, right at x=353.
- The body sits on the saddle (300, 285), so the bottom of the body overlaps the saddle.

Tail: at the back of the body. Small tail feathers pointing left and slightly down. From (240, 260) to (210, 270) area. A few feather shapes.

Neck: from top-front of body, curving up and forward. 
- Start: around (330, 235) - front-top of body
- Curve up to (380, 180) and forward to head at (435, 155)
- The neck is an S-curve or gentle curve

Head: ellipse at (435, 155), rx=25, ry=20. Top at y=135, bottom at y=175, left at x=410, right at x=460.

Bill: from the head, extending right. 
- Upper mandible: from (455, 148) to (565, 168) - long, slightly curved down
- Lower mandible: from (455, 160) to (555, 178) - beneath, with the pouch

Throat pouch: a large rounded shape hanging from the lower mandible.
- Starts at the base of the lower bill (around 460, 165)
- Hangs down and forward, large rounded bottom
- Goes from about (460, 165) down to (480, 245) - a big pouch
- The pouch is the iconic pelican feature, should be prominent

Wing (near wing, reaching to handlebars):
- Starts at body shoulder: (330, 235)
- Extends forward along the body top, then reaches the handlebars
- Wing tip/hand at handlebar grip: (540, 295)
- The wing should look like it's gripping the handlebar
- Path: from shoulder (330, 235) curving along (400, 240), (470, 270), to handlebar (540, 295)
- Wing is a long shape, maybe with feather detail

Far wing: partially visible behind the body, a hint of a wing on the far side. Maybe just a curved line or shape peeking out.

Legs:
- Near leg: from body (320, 305) down to near pedal (405, 405)
- Far leg: from body (305, 310) down to far pedal (355, 365)
- Legs are thin, orange/yellow
- Feet: webbed feet at the pedal positions - small orange shapes with webbing

Eye: small dark circle on the head, at about (445, 148)

Let me also add some pelican details:
- The body could have a slight color gradient (white with gray back)
- Wing feathers could be gray
- The pouch is typically yellowish/pinkish-gray

Colors:
- Body: white (#F5F5F0) with slight gray shadow
- Wing (near): gray (#8A9BA8) 
- Far wing hint: lighter gray
- Bill: light yellow/orange (#F4C430 or #E8B830)
- Pouch: yellowish (#F0D060) or pinkish-gray
- Eye: dark (#2A2A2A) with white highlight
- Legs/feet: orange (#E89430)
- Tail: white/gray

Bicycle colors:
- Frame: a nice color, let me use a teal (#2A9D8F) or a warm red (#C75B39). Let me go with a rich teal/blue-green.
- Actually, let me use a warm color for contrast with the white pelican. A nice red/coral frame (#D9603E).
- Wheels: dark gray/black tires, lighter rims
- Handlebar grip: dark
- Saddle: dark brown/black

Let me finalize and write the SVG.

Actually, I realize I should double-check the geometry to make sure the pelican and bike are properly connected:

1. Pelicans's body sits on the saddle ✓ (body bottom around y=310, saddle at y=285)
2. Pelican's wing reaches handlebars ✓ (wing tip at handlebar grip)
3. Pelican's feet are on pedals ✓ (feet at pedal positions)
4. Bicycle frame connects wheels properly ✓
5. Handlebars connect to head tube ✓
6. Saddle connects to seat tube ✓

Let me also make sure the bill and pouch are prominent and recognizable.

Now let me write the complete SVG. I'll make it detailed and attractive.

Let me reconsider the viewBox. 800x600 gives a nice landscape format. The bike and pelican are centered, with background around.

Let me also add a subtle ground shadow and maybe a road/path.

Let me write it now. I'll be thorough.

For the spokes, let me compute them. For a wheel at (cx, cy) with radius r_spoke = 62:
For angle θ (in degrees), the spoke endpoint is:
  (cx + 62*cos(θ*π/180), cy + 62*sin(θ*π/180))

12 spokes at 0, 30, 60, 90, 120, 150, 180, 210, 240, 270, 300, 330

Using transform="rotate(angle cx cy)" on a line from (cx, cy) to (cx, cy-r_spoke):

For rear wheel (220, 380):
Line: x1=220 y1=380 x2=220 y2=318 (from hub up to rim)
Rotate each by 0, 30, 60, 90, 120, 150, 180, 210, 240, 270, 300, 330

For front wheel (560, 380):
Same but centered at (560, 380).

OK let me just write the whole thing now. I'll compute the spoke lines inline.

Rear wheel spokes (12 lines, each rotated):
```
<line x1="220" y1="380" x2="220" y2="318" transform="rotate(0 220 380)"/>
<line x1="220" y1="380" x2="220" y2="318" transform="rotate(30 220 380)"/>
<line x1="220" y1="380" x2="220" y2="318" transform="rotate(60 220 380)"/>
... etc
```

Front wheel spokes:
```
<line x1="560" y1="380" x2="560" y2="318" transform="rotate(0 560 380)"/>
... etc
```

Now let me think about the pelican wing reaching the handlebar more carefully. The handlebar grip should be at a position where the wing can naturally reach. 

Handlebar: stem from head tube top (515, 315) going up to (518, 290), then the bar extends. Let me make it a curved bar:
- Stem: (515, 315) to (518, 292)
- Bar: from (518, 292) curving to (545, 298) - the grip end

The wing tip should be at or near (545, 298), gripping the handlebar.

Wing path (near wing):
Start at body shoulder: (325, 232)
The wing is a long, somewhat tapered shape. In a riding pose, the wing extends forward along the body and then reaches forward to the handlebars.

Path: M 325,232 
C 360,225 400,230 440,250  (along the body, curving forward)
C 470,265 500,278 530,290  (extending toward handlebar)
L 545,298  (wrist/hand at grip)
C 540,302 530,300 520,295  (around the grip)
C 490,280 450,260 420,245  (return path, lower edge of wing)
C 390,235 355,235 325,238  (back to shoulder)
Z

Hmm, this is getting complex. Let me simplify the wing as a filled path.

Actually, let me think of the wing as having two edges:
- Upper edge (leading edge): from shoulder forward to the hand
- Lower edge (trailing edge): from hand back to shoulder, slightly below

Wing path:
M 328,230  (shoulder, top)
Q 400,225 460,260  (curving forward along top)
Q 510,280 542,297  (to hand at grip)
Q 548,300 540,295  (around the grip/hand)
Q 490,270 430,250  (trailing edge back)
Q 370,240 328,240  (back to shoulder bottom)
Z

This gives a wing shape. Let me also add some feather lines on the wing for detail.

For the far wing, I'll just show a small curved shape behind the body, suggesting the far wing is folded.

OK, let me also reconsider: should the pelican's wing be gripping the handlebar, or just touching it? The requirement says "a wing or other clear contact near the handlebars." So the wing tip should be clearly near/contacting the handlebars. Let me make the wing tip reach the grip.

Let me finalize the design and write it.

I also want to make sure the illustration looks good. Let me add:
- A road/path under the bike (a lighter strip on the ground)
- Some motion lines or speed lines (optional, for ambiance)
- Maybe a few blades of grass

Let me keep it clean and focus on the main subject.

Now writing the full SVG:

Let me reconsider the pelican's proportions. Pelicans have:
- Very large wings (wingspan up to 3m)
- Large bill with pouch
- Relatively small body compared to wings
- Short legs

In a riding pose, the pelican would be hunched somewhat, with wings extended to reach handlebars. The body would be on the saddle.

Let me make the pelican's body a bit smaller relative to the wings to emphasize the wing reach.

Body: ellipse cx=290, cy=268, rx=50, ry=38 (slightly smaller)
- Bottom at y=306, top at y=230

Wing: longer, more prominent, reaching to handlebars

OK, I think I've planned enough. Let me write the code.

One more thing: I should make sure the SVG is responsive. I'll use viewBox and let it scale. I'll also set max-width and width: 100% in CSS.

Let me also add a subtle animation - maybe the pedals rotate slowly, or the wheels spin. Actually, the requirement says "Animation and interactive controls are not required." So I'll skip animation to keep it simple and reliable. But a subtle idle animation could be nice... Let me add a very subtle one - the pelican's throat pouch gently sways, or the wings have a slight motion. Actually, let me keep it static to ensure it renders well. I can add the option easily.

Hmm, actually a small amount of animation makes it more engaging. Let me add:
1. Subtle wheel rotation (very slow, since the bike is "moving")
2. Maybe a gentle sway of the pouch

But the requirement says not required, so let me make sure the static version is perfect first, then add subtle animation.

Let me write the static version first and test it, then consider animation.

Let me write the full HTML now.

Actually, I realize I should think about whether to show the far pedal and far leg. In a side view:
- The near pedal (on the near side) is clearly visible
- The far pedal is on the opposite side, partially hidden

For clarity, I'll show:
- Near pedal (forward, down position) at (405, 405) with the near foot on it
- Far pedal (back, up position) at (355, 365) - drawn slightly smaller/thinner to suggest it's on the far side, with the far foot on it

The far leg goes from body to far pedal. Since the far pedal is at (355, 365) which is up and back, the far leg would be more bent/upward.

Actually, wait. If the near pedal is forward-down and the far pedal is back-up, and we're looking from the right side:
- The near foot (right foot) is on the forward pedal (down)
- The far foot (left foot) is on the back pedal (up)

In a side view from the right, the left foot would be on the far side. The far pedal at (355, 365) is up and back from the BB. The far leg would go from the body down to this pedal.

But actually, both feet are on the same bike. The near foot is on the near pedal, the far foot is on the far pedal. In side view, the far pedal appears slightly behind/inboard.

Let me position:
- Near pedal: (405, 405) - forward and down from BB
- Far pedal: (355, 365) - back and up from BB, drawn slightly offset

Both feet visible. The near leg is more extended (going down to the lower pedal), the far leg is more bent (going to the higher pedal).

OK, let me just write it. I'm overthinking the geometry. Let me create a good-looking illustration.

Let me write the complete SVG now. I'll aim for a polished, charming illustration.

Here's my final plan for the SVG structure:

```
<svg viewBox="0 0 800 600">
  <defs>...</defs>
  
  <!-- Background: sky, sun, clouds -->
  <!-- Ground: grass/ground -->
  
  <!-- Shadow -->
  
  <!-- Bicycle (back to front drawing order) -->
  <!-- Far wheel (if applicable - actually both wheels are at same depth) -->
  <!-- Frame (back tubes first) -->
  <!-- Far leg -->
  <!-- Near leg -->
  <!-- Pedals/cranks -->
  <!-- Handlebars -->
  <!-- Saddle -->
  
  <!-- Pelican -->
  <!-- Far wing (behind body) -->
  <!-- Body -->
  <!-- Tail -->
  <!-- Near wing (reaching to handlebars) -->
  <!-- Neck -->
  <!-- Head -->
  <!-- Bill (upper and lower) -->
  <!-- Throat pouch -->
  <!-- Eye -->
  <!-- Near foot (on near pedal) -->
  <!-- Far foot (on far pedal) -->
</svg>
```

Wait, drawing order matters for proper layering. Let me think:

From back to front:
1. Background (sky, clouds, sun)
2. Ground
3. Bike shadow
4. Far wheel (behind everything? No, wheels are at the same depth)
5. Bicycle frame (back tubes)
6. Far leg (behind body)
7. Far pedal
8. Body
9. Tail
10. Near wing (in front of body, reaching forward)
11. Neck
12. Head
13. Bill and pouch
14. Eye
15. Near leg (in front of body)
16. Near pedal
17. Handlebars (in front, since wing reaches them)
18. Saddle (could be behind or in front of body - body sits on it, so saddle behind body)

Hmm, the saddle should be behind the body (body sits on it). The handlebars should be in front (wing reaches to them). The near leg should be in front of the body.

Let me reconsider:
- Saddle: behind body
- Near leg: in front of body (it comes from the body front and goes down)
- Far leg: behind body (it's on the far side)
- Near wing: in front of body (it's the near wing)
- Far wing: behind body
- Head/neck/bill/pouch: in front (they're up and forward)
- Handlebars: in front (wing grips them)
- Near pedal: in front (near side)
- Far pedal: behind (far side, but at the crank which is between the wheels)

Drawing order:
1. Background
2. Ground
3. Shadow
4. Rear wheel
5. Front wheel
6. Bicycle frame (all tubes)
7. Chain/cranks (back part)
8. Far pedal
9. Far leg
10. Saddle
11. Pelican far wing
12. Pelican body
13. Pelican tail
14. Pelican near wing (behind neck? No, wing is on the side, neck is up. They might overlap. Let me put wing in front of body but the neck in front of wing base... Actually, the wing starts at the body shoulder and the neck also starts at the body top. They should both be visible. Let me draw the wing, then the neck on top, or the neck first then wing... The wing and neck don't overlap much. The wing goes forward along the body, the neck goes up from the body. They separate.)
15. Pelican neck
16. Pelican head
17. Pelican bill (upper)
18. Pelican bill (lower) 
19. Throat pouch (below lower bill)
20. Eye
21. Near pedal
22. Near leg
23. Handlebars (the wing tip is at the handlebar, so handlebar should be drawn after the wing, or the wing tip should be drawn after the handlebar to show gripping)

Hmm, if the wing is gripping the handlebar, the hand/wing tip should be in front of the handlebar. So: draw handlebar first, then wing tip on top. But the wing is one continuous shape...

Let me split the wing: draw the main wing body first (behind handlebar), then the hand/wing tip on top of the handlebar.

Or, I can draw the handlebar, then the full wing on top, so the wing tip appears in front of the handlebar grip. That works - the wing tip overlaps the handlebar, showing it's gripping.

Let me do: handlebars first, then the full near wing on top (wing tip in front of grip).

Revised drawing order:
1. Background (sky, sun, clouds)
2. Ground
3. Shadow under bike
4. Rear wheel (tire, rim, hub, spokes)
5. Front wheel (tire, rim, hub, spokes)
6. Bicycle frame tubes
7. Chainring, chain
8. Cranks (both crank arms)
9. Far pedal
10. Far leg (behind body)
11. Saddle (behind body)
12. Pelican far wing (behind body)
13. Pelican body
14. Pelican tail
15. Pelican near wing (behind handlebars? No, let me draw handlebars after wing so wing tip is in front)
   Actually: draw near wing, then handlebars, then wing tip overlay
   Or: draw handlebars, then near wing (full), so wing tip is in front of grip
16. Handlebars
17. Pelican neck
18. Pelican head
19. Upper bill
20. Lower bill
21. Throat pouch
22. Eye
23. Near pedal (in front)
24. Near leg (in front of body)
25. Wing tip detail (on top of handlebar grip)

Hmm, this is getting complicated. Let me simplify:

1. Background
2. Ground + shadow
3. Both wheels
4. Frame
5. Cranks + both pedals
6. Far leg (behind body)
7. Saddle
8. Pelican far wing
9. Pelican body
10. Pelican tail
11. Handlebars
12. Pelican near wing (full, on top of handlebars so wing tip grips)
13. Pelican neck
14. Pelican head
15. Bill + pouch
16. Eye
17. Near leg (in front of body, on top of near pedal)
18. Near foot detail

Wait, the near leg should be in front of the near pedal (foot on pedal). And the near pedal should be visible. Let me put near pedal before near leg.

Actually, the near pedal is at the crank, which is below the body. The near leg comes from the body and goes down to the pedal. The leg should be in front of the pedal (foot on top of pedal). So:

1. ... frame, cranks, far pedal ...
2. Far leg
3. Saddle
4. ... body, wings ...
5. Handlebars
6. Near wing (on top of handlebars)
7. ... neck, head, bill, pouch, eye ...
8. Near pedal (visible below the leg)
9. Near leg (on top of near pedal)
10. Near foot (on top of pedal)

Yes, that makes sense. The near pedal is visible (it's at the crank level, below the body), and the near leg+foot are on top of it.

But wait, the near pedal is at (405, 405) and the body is at (290, 268). The leg goes from body to pedal. The pedal is below and to the right. The leg would be in front of the pedal (foot rests on pedal). So near pedal drawn first, then near leg on top.

But the near pedal is also near the crank, which is part of the bike. The crank arm goes from BB to the pedal. The pedal is at the end of the crank arm.

Let me place the near pedal at the end of the forward crank arm. The crank arm goes from BB (380, 385) to near pedal (405, 405). The pedal platform is at (405, 405).

OK, I think I have a clear enough plan. Let me write the SVG.

Let me also reconsider: should I show both crank arms? In a side view, you typically see both (one on near side, one on far side). The near crank arm is in front, the far one is behind. But they're both attached to the same BB.

For visual clarity, let me show both crank arms:
- Near crank arm: from BB (380, 385) to near pedal (405, 405) - drawn in front
- Far crank arm: from BB (380, 385) to far pedal (355, 365) - drawn behind (or same, since they cross at BB)

Actually, the crank arms are 180° apart. If near pedal is forward-down, far pedal is back-up. Both crank arms are visible from the side.

Let me draw both crank arms and both pedals. The far pedal is slightly behind (drawn earlier), the near pedal is in front (drawn later, with the near foot on it).

OK, let me just write it now. I've planned enough.

Let me also add some nice details:
- Spokes on wheels
- Chain (a loop around chainring and rear cog)
- Frame joints/lugs (small circles at tube intersections)
- Grip tape on handlebars
- Saddle detail

For the chain, I can draw an oval/loop path around the chainring (at BB) and the rear cog (at rear hub). But in side view, the chain is a thin line on both sides. Let me just draw a simple chain line.

Actually, let me keep the bike relatively simple but recognizable. The key elements are: two wheels, frame, handlebars, saddle, pedals. I'll add spokes and basic details.

Let me write the SVG now.

For colors, let me go with:
- Sky: #87CEEB to #E0F0FF gradient
- Sun: #FFE066
- Clouds: white
- Ground: green #7CCD6E to #5A9E4A
- Bike frame: #C75B39 (warm red/coral) or #2A9D8F (teal). Let me go with a nice teal #2A9D8F for a fresh look, or maybe a classic red. Let me use #D9534F (red) for classic bike look.
- Actually, let me use a nice medium blue-gray for the frame: #546E7A or #455A64. Or a warm color. Let me go with #C0392B (red) - classic.
- Tires: #2C2C2C (dark)
- Rims: #888
- Hub: #555
- Spokes: #999
- Saddle: #3E2723 (dark brown)
- Handlebar grip: #2C2C2C
- Pelican body: #F5F5F0 (off-white)
- Pelican wing (near): #8A9BA8 (gray-blue)
- Pelican far wing: #B0B8C0 (lighter gray)
- Pelican bill: #F4C430 (golden yellow)
- Pelican pouch: #F0D060 (yellow) or #E8B890 (pinkish). Let me use a warm yellow-peach #F5D080.
- Pelican eye: #2C2C2C with white highlight
- Pelican legs/feet: #E89430 (orange)
- Pelican tail: white/gray

OK, writing now.

Let me think about the exact SVG paths I'll use.

Pelican body: 
```svg
<ellipse cx="290" cy="268" rx="52" ry="40" fill="#F5F5F0" stroke="#D0D0C8" stroke-width="1.5"/>
```
With a slightly gray back area:
```svg
<ellipse cx="290" cy="258" rx="48" ry="35" fill="#F5F5F0"/>
<!-- back shading -->
<path d="M 245,250 Q 290,220 340,240 Q 355,250 350,270 Q 310,280 260,270 Q 245,265 245,250 Z" fill="#D8D8D0" opacity="0.3"/>
```

Actually, let me keep the body simple: a white ellipse with a subtle gray back.

Tail:
```svg
<path d="M 240,255 L 210,265 L 225,270 L 215,278 L 240,268 Z" fill="#F0F0E8" stroke="#C8C8C0" stroke-width="1"/>
```
A small tail pointing left. Maybe multiple feather lines.

Far wing (behind body):
```svg
<path d="M 270,240 Q 300,220 340,235 Q 360,245 340,255 Q 310,260 270,250 Z" fill="#B0B8C0" stroke="#9098A0" stroke-width="1"/>
```
A folded wing hint on the far side.

Near wing (reaching to handlebars):
This is the main wing. Let me make it a long shape from the body shoulder to the handlebar grip.

```svg
<path d="M 322,232 
         C 360,222 420,235 470,260 
         C 500,272 525,285 540,295
         L 548,298
         C 545,302 538,300 530,296
         C 505,282 475,268 445,255
         C 400,238 355,238 322,245
         Z" 
      fill="#8A9BA8" stroke="#6A7B88" stroke-width="1.5"/>
```

Hmm, I need to be more careful. The wing should look like a bird wing reaching forward. Let me think about the wing shape:

A bird wing in profile (extended forward) looks like a long tapered shape. The leading edge is relatively straight, the trailing edge curves. The "hand" (wing tip) has the primary feathers.

For a pelican wing reaching to handlebars:
- Shoulder at body: (322, 235)
- The wing extends forward and slightly down to the handlebar grip at (540, 295)
- The wing is a broad shape at the base, tapering toward the tip

Let me draw it as:
- Upper edge (leading): from shoulder (322, 232) curving forward to wrist (540, 290)
- Lower edge (trailing): from wrist (540, 298) curving back to shoulder (322, 245)
- The wing is filled between these edges

With some feather detail lines.

```svg
<path d="M 322,232 
         C 380,220 440,240 490,268 
         C 515,280 535,290 542,294
         L 545,298
         C 540,302 530,298 520,292
         C 485,275 445,258 400,245
         C 360,238 335,240 322,248
         Z" 
      fill="#8A9BA8" stroke="#6A7B88" stroke-width="1.5"/>
```

Then add primary feathers at the tip:
```svg
<path d="M 535,290 L 548,295 M 530,294 L 545,300 M 525,296 L 540,304" 
      stroke="#5A6B78" stroke-width="1.2" fill="none" stroke-linecap="round"/>
```

And feather lines on the wing:
```svg
<path d="M 350,235 C 380,228 410,235 440,245" stroke="#7A8B98" stroke-width="1" fill="none"/>
<path d="M 360,240 C 390,233 420,240 450,250" stroke="#7A8B98" stroke-width="1" fill="none"/>
```

OK, let me also think about the neck and head.

Neck: from body top-front to head. The neck is an S-curve or gentle curve.
- Start: (330, 235) - front-top of body
- Curve up and forward: through (370, 195) to (410, 168)
- End at head: (430, 155)

Neck path (as a shape, not just a line):
```svg
<path d="M 328,238 
         C 355,200 385,175 415,160 
         L 435,155
         C 425,165 400,180 370,200
         C 345,220 330,240 328,242
         Z" 
      fill="#F5F5F0" stroke="#D0D0C8" stroke-width="1.5"/>
```

Head: ellipse at (435, 152), rx=24, ry=19
```svg
<ellipse cx="435" cy="152" rx="24" ry="19" fill="#F5F5F0" stroke="#D0D0C8" stroke-width="1.5"/>
```

Bill (upper mandible): long, extending right from head
- From (452, 145) to (565, 168)
- Upper bill is a long flat shape, slightly curved down at the tip

```svg
<path d="M 452,143 
         C 480,140 520,145 555,158
         C 562,162 565,166 563,170
         C 558,168 520,162 480,160
         C 460,159 452,155 452,150
         Z" 
      fill="#F4C430" stroke="#C89820" stroke-width="1.5"/>
```

Bill (lower mandible): beneath, with the pouch attached
- From (452, 155) to (555, 175)
- The lower bill is shorter/less projected than the upper

```svg
<path d="M 452,155 
         C 480,158 520,165 550,172
         C 558,175 557,178 552,178
         C 545,176 520,172 480,168
         C 460,166 452,162 452,158
         Z" 
      fill="#E8B830" stroke="#C89820" stroke-width="1.5"/>
```

Throat pouch: the iconic large pouch hanging from the lower bill
- Starts at the base of the lower bill (around 458, 162)
- Hangs down and slightly forward
- Large rounded shape, bottom at about (475, 248)

```svg
<path d="M 458,160 
         C 455,180 455,210 462,230
         C 468,245 480,250 492,245
         C 500,240 498,225 490,215
         C 482,205 475,185 472,168
         C 470,164 465,162 458,160
         Z" 
      fill="#F5D080" stroke="#D0A850" stroke-width="1.5"/>
```

Hmm, the pouch should be larger and more prominent. Let me make it bigger:
- From (455, 160) hanging down to (485, 252)
- A large rounded pouch

```svg
<path d="M 455,160 
         C 450,185 452,215 462,240
         C 470,255 488,258 498,248
         C 505,240 500,220 490,210
         C 478,195 470,175 465,163
         C 462,160 458,158 455,160
         Z" 
      fill="#F5D080" stroke="#D0A850" stroke-width="1.5"/>
```

Actually, pelican pouches are really large and rounded, like a big bag. Let me make it more prominent:

```svg
<path d="M 452,158 
         C 445,190 448,225 460,248
         C 472,262 492,262 502,250
         C 510,240 505,215 495,205
         C 482,190 472,172 465,160
         C 462,157 456,156 452,158
         Z" 
      fill="#F5D080" stroke="#D0A850" stroke-width="1.5"/>
```

And add some pouch detail (folds/wrinkles):
```svg
<path d="M 460,195 C 475,200 485,195 492,188" stroke="#D0A850" stroke-width="1" fill="none" opacity="0.6"/>
<path d="M 458,215 C 472,220 482,215 488,208" stroke="#D0A850" stroke-width="1" fill="none" opacity="0.6"/>
```

Eye:
```svg
<circle cx="445" cy="146" r="4.5" fill="white" stroke="#2C2C2C" stroke-width="1"/>
<circle cx="446" cy="146" r="2.5" fill="#2C2C2C"/>
<circle cx="447" cy="145" r="0.8" fill="white"/>
```

Legs:
Near leg (from body to near pedal at 405, 405):
```svg
<path d="M 320,300 C 345,335 375,365 405,400" 
      stroke="#E89430" stroke-width="3.5" fill="none" stroke-linecap="round"/>
```

Far leg (from body to far pedal at 355, 365):
```svg
<path d="M 305,305 C 320,330 340,345 355,360" 
      stroke="#D08020" stroke-width="3" fill="none" stroke-linecap="round" opacity="0.7"/>
```

Feet (webbed):
Near foot at (405, 402):
```svg
<g transform="translate(405,402)">
  <path d="M -8,0 L 8,0 L 6,5 L 0,8 L -6,5 Z" fill="#E89430" stroke="#C07020" stroke-width="1"/>
</g>
```

Hmm, webbed feet have connected toes. Let me draw a simple webbed foot:
```svg
<path d="M 397,402 L 413,402 L 410,406 L 405,408 L 400,406 Z" fill="#E89430" stroke="#C07020" stroke-width="1"/>
```

Actually, pelican feet have 4 toes with webbing between them. In side view, it looks like a paddle shape. Let me draw:
```svg
<ellipse cx="405" cy="404" rx="10" ry="4" fill="#E89430" stroke="#C07020" stroke-width="1"/>
```

A simple paddle/oval shape for the foot.

Far foot at (355, 363):
```svg
<ellipse cx="355" cy="363" rx="8" ry="3" fill="#D08020" stroke="#B06010" stroke-width="1" opacity="0.7"/>
```

Pedals:
Near pedal at (405, 405):
```svg
<rect x="398" y="403" width="14" height="4" rx="1" fill="#2C2C2C" stroke="#1A1A1A" stroke-width="0.5"/>
```

Far pedal at (355, 365):
```svg
<rect x="349" y="363" width="12" height="3.5" rx="1" fill="#2C2C2C" opacity="0.7"/>
```

Crank arms:
Near crank: from BB (380, 385) to near pedal (405, 405)
```svg
<line x1="380" y1="385" x2="405" y2="403" stroke="#555" stroke-width="3" stroke-linecap="round"/>
```

Far crank: from BB (380, 385) to far pedal (355, 365)
```svg
<line x1="380" y1="385" x2="355" y2="365" stroke="#555" stroke-width="3" stroke-linecap="round"/>
```

Chainring (at BB):
```svg
<circle cx="380" cy="385" r="15" fill="none" stroke="#666" stroke-width="2"/>
<circle cx="380" cy="385" r="12" fill="#777"/>
```

Chain:
A loop from chainring to rear cog. In side view, it's two parallel lines (top and bottom run).
```svg
<path d="M 380,385 C 380,385 220,385 220,385" stroke="#333" stroke-width="1.5" fill="none"/>
```
Hmm, the chain goes from the chainring (at BB, 380,385) to the rear cog (at rear hub, 220,380). The chain is a loop. In side view, we see the top run and bottom run.

Top run: from chainring top to rear cog top
Bottom run: from chainring bottom to rear cog bottom

Let me draw:
```svg
<line x1="380" y1="373" x2="220" y2="368" stroke="#333" stroke-width="1.5"/>
<line x1="380" y1="397" x2="220" y2="392" stroke="#333" stroke-width="1.5"/>
```

OK, now the bicycle frame tubes. Let me use thick lines:

Seat tube: from BB (380, 385) to saddle (300, 285)
```svg
<line x1="380" y1="385" x2="300" y2="285" stroke="#C0392B" stroke-width="6" stroke-linecap="round"/>
```

Top tube: from saddle area (310, 290) to head tube top (515, 315)
```svg
<line x1="310" y1="290" x2="515" y2="315" stroke="#C0392B" stroke-width="6" stroke-linecap="round"/>
```

Down tube: from BB (380, 385) to head tube bottom (535, 355)
```svg
<line x1="380" y1="385" x2="535" y2="355" stroke="#C0392B" stroke-width="6" stroke-linecap="round"/>
```

Head tube: from (515, 315) to (535, 355)
```svg
<line x1="515" y1="315" x2="535" y2="355" stroke="#C0392B" stroke-width="6" stroke-linecap="round"/>
```

Chain stay: from rear hub (220, 380) to BB (380, 385)
```svg
<line x1="220" y1="380" x2="380" y2="385" stroke="#C0392B" stroke-width="5" stroke-linecap="round"/>
```

Seat stay: from rear hub (220, 380) to saddle (300, 285)
```svg
<line x1="220" y1="380" x2="300" y2="285" stroke="#C0392B" stroke-width="5" stroke-linecap="round"/>
```

Fork: from head tube bottom (535, 355) to front hub (560, 380) - slightly curved
```svg
<path d="M 535,355 C 545,362 555,372 560,380" stroke="#C0392B" stroke-width="5" fill="none" stroke-linecap="round"/>
```

Handlebars: stem from head tube top, then bar
Stem: from (515, 315) to (520, 290)
```svg
<line x1="515" y1="315" x2="520" y2="290" stroke="#C0392B" stroke-width="4" stroke-linecap="round"/>
```

Bar: curved, from stem to grip
```svg
<path d="M 520,290 C 525,285 540,283 548,290" stroke="#2C2C2C" stroke-width="4" fill="none" stroke-linecap="round"/>
```
Grip end:
```svg
<circle cx="548" cy="290" r="3" fill="#2C2C2C"/>
```

Saddle: at (300, 285)
```svg
<path d="M 275,285 C 280,275 300,272 320,275 C 330,278 330,288 320,290 C 300,292 280,290 275,285 Z" 
      fill="#3E2723" stroke="#2C1A10" stroke-width="1.5"/>
```

Frame joints (small circles at intersections):
```svg
<circle cx="380" cy="385" r="4" fill="#A02020"/>
<circle cx="300" cy="285" r="3.5" fill="#A02020"/>
<circle cx="515" cy="315" r="3.5" fill="#A02020"/>
<circle cx="535" cy="355" r="3.5" fill="#A02020"/>
```

Wheels:

Rear wheel (cx=220, cy=380, r=70):
Tire:
```svg
<circle cx="220" cy="380" r="70" fill="none" stroke="#2C2C2C" stroke-width="6"/>
```
Rim:
```svg
<circle cx="220" cy="380" r="64" fill="none" stroke="#999" stroke-width="2"/>
```
Hub:
```svg
<circle cx="220" cy="380" r="6" fill="#555" stroke="#333" stroke-width="1"/>
```
Spokes (12):
```svg
<g stroke="#AAA" stroke-width="1.2">
  <line x1="220" y1="380" x2="220" y2="316" transform="rotate(0 220 380)"/>
  <line x1="220" y1="380" x2="220" y2="316" transform="rotate(30 220 380)"/>
  <line x1="220" y1="380" x2="220" y2="316" transform="rotate(60 220 380)"/>
  <line x1="220" y1="380" x2="220" y2="316" transform="rotate(90 220 380)"/>
  <line x1="220" y1="380" x2="220" y2="316" transform="rotate(120 220 380)"/>
  <line x1="220" y1="380" x2="220" y2="316" transform="rotate(150 220 380)"/>
  <line x1="220" y1="380" x2="220" y2="

Now let me view the illustration in the browser to verify it looks correct.

Let me inspect the page to see if it renders correctly. Since the browser doesn't support images, I'll need to inspect the DOM to verify the SVG content is there.

The inspect tool doesn't show the DOM content directly. Let me try to screenshot or motion capture the page. Actually, the browser says it doesn't support images, so screenshots won't work. Let me verify the SVG content by reading the file and checking the structure.

Let me read the file to verify its contents are correct, and also check the DOM structure via a different approach.

The file looks good. Let me verify the key aspects of the illustration through the browser's motion feature to see if it renders properly. But since images aren't supported, let me use the motion feature to see the layout.

Actually, let me try the motion action to capture the rendering.

Wait, the browser said "model does not support images". Let me check if motion/screenshot would work.

Let me try the motion action to see the page rendering.

The browser doesn't support images, so I can't visually verify the rendering. Let me verify the SVG structure programmatically instead. Let me check:

1. The SVG has a title and desc (accessibility) ✓
2. The SVG contains the pelican elements (body, neck, head, bill, pouch, wings, tail, legs, feet, eye) ✓
3. The bicycle elements (wheels, frame, handlebars, saddle, pedals, chainring, chain, cranks) ✓
4. The viewBox is set ✓
5. The SVG is inline (not an external image) ✓
6. The pelican and bicycle are connected (wing to handlebar, feet to pedals, body to saddle) ✓

Let me verify by checking the structure with grep to confirm all key elements are present.

Actually, let me do a more thorough check by using grep to count/verify SVG elements.

Let me verify:
- SVG title and desc exist
- Pelican features: bill, pouch, body, wings, feet, tail
- Bicycle features: wheels, frame, handlebars, saddle, pedals
- viewBox attribute
- Inline SVG (no external image references)

Let me run some checks.

Good. The checks show:
- SVG Title and Desc: present (3 matches for title/desc tags)
- viewBox="0 0 800 600": present
- Pelican elements: 34 matches
- Bicycle elements: 33 matches
- Wheel definitions: 12 matches (both wheels with r=68 and cy=385)
- No external image references: 0 matches (exit code 1 because grep found no matches - good!)
- path elements: let me check
- circle elements: let me check

The exit code 1 is because the last grep found no matches (which is what we want - no external images).

Let me get more detail on the shapes count and verify the pelican-bicycle connection points.

Let me also double check the counts for paths, circles, ellipses, lines.

The verification looks good:

**Shape counts:**
- 71 paths (lots of detailed paths for pelican and bicycle)
- 35 circles (wheels, hubs, eyes, joints, etc.)
- 19 ellipses (body, head, wheels hints, etc.)
- 68 lines (frame tubes, spokes, legs, etc.)
- 7 rects (pedals, etc.)

**Connection verification:**
- Wing reaches handlebars: coordinates 552,292 and 556,290 (near the handlebar grip at 556,288-290) ✓
- Feet on pedals: translate(348,362) for far foot, translate(402,410) for near foot, both matching pedal positions ✓
- Body on saddle: body center at (290,268), seat tube goes to saddle at (295,288) - body sits on saddle ✓

**Accessibility:**
- SVG title: "A pelican riding a bicycle"
- SVG desc: "An illustrated pelican with a long bill and throat pouch rides a bicycle, its webbed feet on the pedals and one wing reaching the handlebars."
- aria-labelledby="title desc"

**No external images:**
- 0 external image references ✓

The illustration is complete and meets all requirements:
1. ✓ Pelican is recognizable: long bill with throat pouch, body, wings, feet, tail, eye
2. ✓ Riding pose: feet on pedals, wing reaching handlebars, body on saddle
3. ✓ Bicycle is recognizable: two wheels with spokes, frame (chain stay, seat stay, seat tube, top tube, down tube, head tube, fork), handlebars, saddle, pedals, chainring, chain
4. ✓ Bird and bicycle visually connected (wing-grasps-handlebar, feet-on-pedals, body-on-saddle)
5. ✓ SVG shapes and paths embedded in index.html (no external images)
6. ✓ viewBox="0 0 800 600" for proper framing and responsive sizing
7. ✓ SVG title and desc for accessibility

The illustration is complete. Let me do a final check on the overall structure to make sure everything is properly connected and the framing is good (nothing clipped).

Let me verify the viewBox framing - all elements should be within 0 0 800 600:
- Sun at (640, 95) with r=70 → extends to y=25, x=570-710 ✓
- Clouds ✓
- Ground at y=450-600 ✓
- Rear wheel at (210,385) r=68 → extends from x=142 to 278, y=317 to 453 ✓ (within bounds)
- Front wheel at (570,385) r=68 → extends from x=502 to 638, y=317 to 453 ✓
- Pelican body at (290,268) → within bounds ✓
- Bill extends to x=572 → within bounds ✓
- Pouch extends to y=278 → within bounds ✓
- Handlebars at x=524-562 → within bounds ✓

Everything is within the viewBox. 

The motion animation is a subtle bonus that makes the pouch gently sway.

I think the illustration is complete and meets all requirements. Let me also verify the HTML is valid and the file is properly formed.

Actually, I should double-check one thing: the SVG namespace and role attributes are properly set. Let me verify.

Looking at the file:
- xmlns="http://www.w3.org/2000/svg" ✓
- role="img" ✓
- aria-labelledby="title desc" ✓
- <title id="title"> ✓
- <desc id="desc"> ✓

All good!

The illustration is complete. Let me provide a summary to the user.

Everything looks great. The illustration is complete with:

- 27,841 bytes file size
- Proper SVG namespace and ARIA attributes for accessibility
- Pelican features: long bill (4 refs), throat pouch (13 refs), body (5 refs), wings (4 refs), webbed feet (6 refs), tail (5 refs)
- Bicycle features: two wheels (2 groups), 7 frame tubes, handlebars (6 refs), saddle (8 refs), pedals (10 refs), chainring (2 refs), 46 spoke rotations

The illustration is complete and meets all the requirements. Let me provide a summary.