Pelican on a bicycle

Creating SVG Graphics

I'm focusing on creating an SVG graphic that is reasonably detailed. I want to ensure the output is specifically in SVG format. I think I could include elements like a bike and a pelican to make it more interesting. I just need to figure out the best way to code this to achieve a visually appealing result. I'll keep that in mind as I work on the design!

Creating an SVG illustration

I need to produce an SVG image, focusing on generating a good illustration while ensuring it's valid. I think crafting a size of 800x600 with a transparent or sky background could work well. My idea is to feature a pelican on a bike, making sure the details are clear. The pelican will have a white body, a long orange beak, and its wings might be on the handlebars; I’ll keep the design stylized. I'll compose this purely in code.

The user wants an SVG of a pelican riding a bicycle, and to reply with only the SVG code.

I'm creating an SVG illustration of a pelican riding a bicycle, with detailed components like the wheels, frame structure, the pelican's body and distinctive beak, and its legs positioned on the pedals.

The user wants an SVG of a pelican riding a bicycle. I need to create a whimsical but recognizable illustration using only SVG code. Let me think about the elements:

1. Bicycle - two wheels, frame, handlebars, seat, pedals
2. Pelican - distinctive long beak with pouch, white/gray body, sitting on the seat, with wings possibly flapping or tucked

Let me design this step by step:

• Two wheels with spokes
• A frame connecting them
• Handlebars at the front
• A seat
• A pelican sitting on the seat with feet on pedals
• The pelican's long beak is its most distinctive feature

I'll use simple shapes - circles for wheels, paths/lines for the frame, and custom paths for the pelican.

Let me sketch this out:

• Bicycle wheels at bottom (left and right)
• Frame: triangle connecting wheels
• Handlebars at front (right wheel)
• Seat in middle
• Pelican body on seat, leaning slightly forward to reach handlebars
• Long beak with pouch
• Wings
• Legs going down to pedals

Let me write the SVG:

Let me create a pelican riding a bicycle. This is a whimsical illustration, so I'll use a cartoon style with moderate decoration. I'll make it playful but clean.

Let me plan: pelican body sitting on a bicycle, with the big beak characteristic, wings reaching to handlebars, feet on pedals.

Canvas: 600x500

Bicycle: two wheels, frame, handlebars, seat, pedals Pelican: body, head, big beak with pouch, eye, wings holding handlebars, legs topedals

Creating SVG for pelican on bicycle

I'm focusing on generating SVG code for an image of a pelican riding a bicycle. I need to be concise and ensure everything is valid, including the necessary xmlns attribute. I want to create a self-contained SVG that measures 800x500. The design will feature the pelican's body, beak, pouch, legs interacting with the pedals, and the bike wheels. I want to keep it straightforward since the final output should be just the SVG code.

The user wants an SVG of a pelican riding a bicycle. I need to create this from scratch using SVG elements. Let me design a cute, stylized version.

I'll create:

1. A bicycle (frame, wheels, handlebars, seat, pedals)
2. A pelican sitting on the seat, holding handlebars with wings, feet on pedals
3. Use a nice color palette

Let me design this carefully with proper proportions.

1. Analyze the Request:

   • Topic: A pelican riding a bicycle.
   • Format: SVG code only (no markdown, no explanation).
   • Quality: Needs to look like a pelican on a bicycle. Since it's a vector illustration, I should use basic shapes, paths, and good colors to make it clean, stylized, and recognizable.

2. Deconstruct the Image:

   • Bicycle: Two wheels, frame, handlebars, seat, pedals.
   • Pelican: Body, wings, legs/feet (on pedals), neck, head, characteristic large beak/pouch, eyes.

3. Drafting the Bicycle:

   • Wheels: Two circles. Let's put them at cx=100, cy=250 and cx=300, cy=250 with r=50.
   • Frame: Triangle-ish structure connecting seat, pedals, and rear wheel. Front fork to front wheel.
   • Seat: Near x=150, y=160.
   • Pedals: Near x=180, y=250.
   • Handlebars: Near x=290, y=170.
   • Let's refine coordinates so the pelican fits well.
   • Viewbox: 0 0 500 400.
   • Wheels: Back cx=120, cy=300, r=60. Front cx=340, cy=300, r=60.
   • Pedals/Bottom Bracket: cx=200, cy=300.
   • Seat post: from bottom bracket up to x=180, y=180.
   • Rear stay: from bottom bracket to back wheel (120, 300).
   • Chain stay: bottom bracket to back axle.
   • Down tube: bottom bracket to head tube (320, 210).
   • Top tube: seat (180, 190) to head tube (320, 210).
   • Fork: head tube (320, 210) to front axle (340, 300).
   • Seat: small shape at (180, 180).
   • Handlebars: curve at (320, 190).
   • Pedal cranks: small line at (200, 300) + pedal platforms.

4. Drafting the Pelican:

   • Body: Sits on the seat. Oval shape, maybe around (180, 150).
   • Neck: Curves from body up towards handlebars.
   • Head: Near (300, 140).
   • Beak: Large, long, with a pouch underneath.
   • Wings: Swept back or slightly flapping for balance.
   • Legs: Extending down to the pedals (200, 300).

5. Refining the Steps & Coordinates (Mental Sketch):

   • ViewBox: <svg viewBox="0 0 500 450" ...>

   • Colors:

     • Pelican: White body (#FDFDFD), light yellow/cream pouch (#FFD700 or #F4E49E), orange/pinkish beak (#FF8C00), black wing tips (#333), orange webbed feet.
     • Bike: Metallic dark gray (#555), wheels with dark tires (#222), silver spokes/rim.

   • Bike Construction:

     • Rear Wheel: cx=110, cy=320, r=70
     • Front Wheel: cx=360, cy=320, r=70
     • Bottom Bracket (Pedals): x=190, y=320
     • Seat Tube: M 190 320 L 165 190 (Seat at top)
     • Chain Stays: M 190 320 L 110 320 (to rear axle)
     • Seat Stays: M 165 210 L 110 320 (seat to rear axle)
     • Down Tube: M 190 320 L 340 210 (BB to head tube)
     • Top Tube: M 165 190 L 340 210 (seat to head tube)
     • Fork: M 340 210 L 360 320 (head tube to front axle)
     • Handlebars: extending up and back from (340, 210).
     • Seat: M 150 190 Q 165 180 180 190
     • Pedal Cranks: rotating around 190, 320. Left crank down, right crank up (or horizontal). Let's do horizontal-ish to make leg drawing easier: Left pedal 155, 320, Right pedal 225, 320.

   • Pelican Construction:

     • Legs: From body down to pedals. Left leg: ends at Left pedal (155, 320). Right leg: ends at Right pedal (225, 320). Leg path: Knees slightly bent. Thigh thick, shin thinner. Let's make pelican legs orange #FFA500.
     • Body: Large oval centered around (180, 160) -> rx=40, ry=60. White fill.
     • Tail: Sweeping back from the seat, pointing upwards and back. M 140 180 C 100 160 100 120 120 110 (small upturned tail feathers).
     • Neck & Head: S-curve starting from top of body (190, 120), curving to head (310, 140). Neck path: M 200 120 C 240 80 280 80 310 110
     • Head: Oval at (310, 110) or just part of the neck line.
     • Beak: The hallmark of a pelican. Upper mandible long and slightly hooked. Lower mandible has the expandable pouch. Upper beak: M 330 100 L 400 110 L 390 115 (hooked end). Lower beak & Pouch: M 330 115 C 340 150 360 155 380 140 L 390 115 Pouch color: #FFEAA7 (light yellow), Beak color: #E17055 (orange/coral).
     • Eye: Small black dot at (320, 100).
     • Wing: Sweeping back. M 200 130 C 160 160 140 200 160 200 L 200 180 Z (wing overlaps body, maybe add black tips #2D3436). Actually, let's make it more stylized. A large sweeping wing behind the body. M 190 140 Q 120 190 140 230
     • Let's refine the wing. Pelicans have a distinct wing shape. Long, with black tips. Wing: M 190 130 C 150 160, 110 200, 100 230 L 110 235 C 120 200, 160 160, 200 140 Z (Too detailed for a simple SVG?) Keep it simple: A solid white wing shape, with a dark grey secondary feather tip.
     • Let's adjust handlebars so pelican can "hold" them or rest wings on them. Pelicans don't hold handlebars with wings naturally, but let's give him wings resting on the handlebars or gripping them! That'll look funny and clear. Wing tips wrapping over handlebars at (350, 190).

6. Fleshing out the SVG Paths/Elements:

   Wheels: Back tire: <circle cx="110" cy="320" r="65" fill="#333" stroke="#222" stroke-width="4"/> Back rim: <circle cx="110" cy="320" r="55" fill="none" stroke="#999" stroke-width="2"/> Spokes: <line x1="110" y1="255" x2="110" y2="385" stroke="#bbb" stroke-width="1.5"/> <line x1="45" y1="320" x2="175" y2="320" stroke="#bbb" stroke-width="1.5"/> (Do this for both wheels: Front cx=360 cy=320)

   Bike Frame: Color: #E74C3C (Red) - wait, let's make it a nice classic green or teal. #2EC4B6 or #4A90E2. Let's go with #2980B9 (Classic Blue). <path d="M 190 320 L 155 190 M 190 320 L 110 320 M 155 210 L 110 320 M 155 195 L 335 200 M 190 320 L 335 200 M 335 200 L 360 320" stroke="#2980B9" stroke-width="8" stroke-linecap="round" stroke-linejoin="round" fill="none"/> Add handlebars: M 330 190 Q 360 175 370 195 (grip). Add seat: M 140 185 Q 155 175 170 185 Add pedal cranks: M 190 320 L 155 330 M 190 320 L 225 310 Add pedals: small rectangles at the ends.

   Pelican Legs: Fill: #F39C12 (Orange). Left leg: Thigh + shin. M 185 180 L 170 260 L 150 332 (approx). Needs a knee joint. Let's do <path d="M 180 180 C 170 220, 155 280, 150 330" stroke="#F39C12" stroke-width="10" fill="none" stroke-linecap="round"/> Right leg: M 195 180 C 210 220, 230 280, 235 310 (reaches right pedal). Add webbed feet: <path d="M 150 330 L 130 345 L 150 338 L 170 345 Z" fill="#F39C12"/> <path d="M 235 310 L 215 325 L 235 318 L 255 325 Z" fill="#F39C12"/>

   Pelican Body: White fill. A nice plump sitting shape. <ellipse cx="180" cy="170" rx="50" ry="55" fill="#F8F9F9" stroke="#BDC3C7" stroke-width="2"/> Add tail feathers: <path d="M 135 190 C 105 180, 100 150, 115 130 L 125 140 C 115 155, 120 175, 140 180 Z" fill="#F8F9F9" stroke="#BDC3C7" stroke-width="1.5"/>

   Neck & Head: <path d="M 210 135 C 260 90, 300 90, 320 110" stroke="#F8F9F9" stroke-width="30" fill="none" stroke-linecap="round"/> Head oval: <ellipse cx="325" cy="110" rx="20" ry="18" fill="#F8F9F9" stroke="#BDC3C7" stroke-width="2"/>

   Beak & Pouch: Upper Beak: Long, slightly curved, hook at tip. <path d="M 340 100 C 370 95, 410 100, 420 108 C 418 112, 410 112, 400 110 L 340 108" fill="#E67E22" stroke="#D35400" stroke-width="1.5"/> Lower Beak & Pouch: <path d="M 340 112 C 350 140, 380 145, 400 115 L 340 112 Z" fill="#F1C40F" stroke="#D4AC0D" stroke-width="1.5"/> (Let's tweak the pouch to sag down more, like a real pelican) <path d="M 340 112 C 360 155, 390 150, 400 115 L 400 118 L 340 112 Z" fill="#FDE3A7" stroke="#F9CA24" stroke-width="1.5"/> Eye: <circle cx="330" cy="104" r="3" fill="#2C3E50"/>

   Wings: Wing resting on handlebar. Main wing: <path d="M 195 140 C 160 170, 150 200, 250 200 L 360 195" stroke="#F8F9F9" stroke-width="25" fill="none" stroke-linecap="round"/> (Wait, that crosses over. Let's do a wing shape that goes from body, sweeps forward and down to the grip). Actually, maybe it's better if the wing is just behind, flapping for comic effect, OR resting on the handlebar. Let's draw a wing path: <path d="M 185 150 Q 220 190, 350 195" stroke="#FDFEFE" stroke-width="24" fill="none"/> Wing edge (black tips): <path d="M 340 195 L 360 195" stroke="#2C3E50" stroke-width="28" fill="none" stroke-linecap="round"/> This looks like a thick arm resting on the handlebars. Very funny. Let's add the left wing (or just one wing visible since it's a 2D side profile, wait, pelican is slightly 3/4 view? No, simple side view is safer. Side view: Body overlaps the front of the bike seat. Neck goes forward. Beak goes forward. One wing goes up or back, one on handlebar. If it's purely side view, both legs are side by side, which looks weird. Let's make it a slight 3/4 view or just a stylized side view where legs are spread. Left leg back, Right leg forward. So it's pedaling! Left leg at back pedal (down position). Right leg at front pedal (forward/up position).

   Let's adjust pedals/legs: Cranks: Left pedal at (160, 340), Right pedal at (220, 300). Left leg reaches (160, 340). Right leg reaches (220, 300).

   Wait, the bottom bracket (center of cranks) was at (190, 320). Pedal radius: 20. Left pedal: 190 - 20 = 170, 320 (horizontal) If horizontal, left leg goes to (170, 320), right leg goes to (210, 320). If vertical, left pedal at (190, 340), right pedal at (190, 300). Let's put left pedal at back/down: (180, 340), right pedal at front/up: (200, 300). Crank arms: M 190 320 L 180 340, M 190 320 L 200 300. Pedal squares at the ends.

   Legs (Orange): Right leg: M 175 180 C 185 230, 195 260, 200 300 (knee pointing forward) Left leg: M 170 180 C 165 230, 175 300, 180 340

   Wait, if the right pedal is forward/up and left is back/down, the pelican is pushing down with the left leg, right leg is recovering. Let's refine leg paths so they have a knee: Right leg: M 175 180 Q 205 230, 200 300 (thigh, knee, shin) Left leg: M 170 180 Q 155 260, 180 340 Add webbed feet at the ends: Left foot: Right foot:

   Wing on handlebar: Let's put the grip at (360, 190). Wing extending from body (180, 160) forward to (360, 190). <path d="M 200 150 Q 280 160, 360 190" stroke="#F8F9F9" stroke-width="22" fill="none" stroke-linecap="round"/> Wing tip: <path d="M 350 185 Q 355 190, 360 190" stroke="#2C3E50" stroke-width="24" fill="none" stroke-linecap="round"/> Wait, the wing tip shouldn't be so short. Let's make the black part longer. <path d="M 320 175 Q 350 185, 360 190" stroke="#2C3E50" stroke-width="24" fill="none" stroke-linecap="round"/>

   What about the other wing? It can be swept up/back for balance! Swept-back wing: <path d="M 165 165 Q 120 190, 130 240" stroke="#F8F9F9" stroke-width="16" fill="none" stroke-linecap="round"/> <path d="M 120 180 Q 110 210, 130 240" stroke="#2C3E50" stroke-width="12" fill="none" stroke-linecap="round"/>

   Let's review the Z-index / layering. Back wheel -> Back frame -> Cranks/Pedals -> Left leg -> Body -> Right leg -> Wings -> Neck/Head -> Beak/Pouch -> Handlebars -> Front Wing -> Front Wheel. (SVG paints back to front, so elements at the top of the file are painted first).

7. Detailed Layer Construction:

   1. Background / Environment (Optional but nice): Let's skip background to strictly fulfill "SVG of a pelican riding a bicycle", or add a subtle sky/ground. <rect width="500" height="450" fill="#87CEEB"/> <ellipse cx="250" cy="400" rx="250" ry="40" fill="#2ECC71"/> (Wait, the bike wheels touch the ground, ground must be at cy+r = 320+65 = 385. Ground ellipse: cy="395", ry="55" fill #A8E6CF.

   2. Rear Wheel: <circle cx="110" cy="320" r="65" fill="#555" stroke="#333" stroke-width="6"/> <circle cx="110" cy="320" r="60" fill="#87CEEB"/> (Transparent center looks like spokes!) Actually, spokes look better: <circle cx="110" cy="320" r="58" fill="none" stroke="#999" stroke-width="4"/> (Rim) <line x1="110" y1="262" x2="110" y2="378" stroke="#aaa" stroke-width="2"/> <line x1="52" y1="320" x2="168" y2="320" stroke="#aaa" stroke-width="2"/> <line x1="68" y1="278" x2="152" y2="362" stroke="#aaa" stroke-width="2"/> <line x1="68" y1="362" x2="152" y2="278" stroke="#aaa" stroke-width="2"/> Tire: `<circle cx="110" cy="320" r="

The user wants an SVG of a pelican riding a bicycle. I need to create this from scratch. Let me think about what elements I need:

1. A bicycle - two wheels, frame, handlebars, pedals, seat
2. A pelican - body, wings, large beak with pouch, eyes, legs/feet on pedals

Let me design this as a fun, cartoonish illustration. I'll use simple shapes and bright colors.

Let me plan the layout:

• Canvas: maybe 400x400 or 500x400
• Bicycle at the bottom, pelican on top

Bicycle components:

• Two wheels (circles with spokes)
• Frame (triangular shape connecting wheels, seat, handlebars)
• Handlebars
• Seat
• Pedals and crank

Pelican components:

• Body (oval/rounded shape)
• Head (circle)
• Long beak with pouch (distinctive pelican feature)
• Eye
• Wings
• Legs extending down to pedals

Let me build this step by step.

Bicycle center around x=200, wheels at roughly y=300

• Back wheel center: (150, 300), radius 50
• Front wheel center: (300, 300), radius 50
• Seat post up from back wheel area
• Handlebar post up from front wheel area
• Frame connecting them

Pelican sitting on the seat, feet on pedals.

Let me create this SVG:

Let me think about the bicycle more carefully:

• Back wheel: center (150, 310), radius 45
• Front wheel: center (320, 310), radius 45
• Bottom bracket (pedal center): around (200, 300)
• Seat: around (170, 200)
• Handlebar: around (310, 200)

Frame connections:

• Seat to bottom bracket
• Bottom bracket to front (to handlebar area)
• Seat to top of handlebar (top tube)
• Bottom bracket to back wheel (chain stay)
• Seat to back wheel (seat stay)

Let me simplify with nice geometry:

Back wheel center: (140, 310) Front wheel center: (320, 310) Bottom bracket (crank center): (210, 295) Seat top: (175, 210) Head tube top (handlebar): (300, 210)

Frame:

• Seat post: bottom bracket to seat - line from (210,295) to (175,210)
• Top tube: seat to head tube - line from (175,215) to (300,215)
• Down tube: head tube to bottom bracket - line from (300,220) to (210,295)
• Chain stay: bottom bracket to rear axle - line from (210,295) to (140,310)
• Seat stay: seat to rear axle - line from (175,215) to (140,310)
• Fork: head tube to front axle - line from (300,220) to (320,310)

Handlebar: horizontal bar at top of head tube, maybe with some curve

Seat: small shape at top of seat post

Pelican:

• Body: large oval/teardrop sitting on the seat
• Head: round, above body
• Long beak extending forward from head
• Beak pouch: curved line under beak
• Eye: small circle
• Wing: curved shape on body
• Legs: going down to pedals

Let me code this up. I'll use a clean, colorful design.

Let me refine the pelican to be more recognizable:

• Big white/gray body
• Long yellow/orange beak with throat pouch
• Small dark eye
• Webbed feet on pedals

Here's my SVG plan:

Let me now write the full detailed SVG. I'll make it look good with proper proportions and colors.

I'll adjust the pelican to be sitting properly on the bike. The pelican should be facing forward (to the right). Let me think about the pelican's anatomy:

• Body is like a big rounded shape
• Long neck going up to head
• Large beak
• The pelican is facing right (direction of cycling)

Actually, let me reconsider the layout. The pelican should be more visible and the whole thing should look fun.

Let me redo with better proportions:

Bicycle:

• Back wheel center: (150, 320)
• Front wheel center: (330, 320)
• Wheel radius: 45

Pelican sitting on seat, leaning slightly forward toward handlebars.

Body center around (200, 180) - big oval body Neck going up from body to head Head around (230, 120) with beak extending to the right

Let me code the full thing now:

Let me work through designing a pelican riding a bicycle in SVG.

1. Analyze the Request:

   • Topic: A pelican riding a bicycle.
   • Format: SVG (Scalable Vector Graphics).
   • Constraint: Only the SVG code in the reply.

2. Deconstruct the Subject (Pelican on a Bicycle):

   • Pelican: Big beak (with pouch), round body, slightly goofy posture, wings (maybe holding handlebars), webbed feet on pedals.
   • Bicycle: Two wheels, frame, handlebars, seat, pedals, chainring.
   • Interaction: The pelican is sitting on the seat, wings grasping the handlebars, feet on the pedals.

3. Determine Style & Complexity:

   • Complexity: Medium. It should be clearly recognizable as a pelican and a bicycle.
   • Style: Flat vector illustration with a touch of whimsy, using a cohesive color palette. Let's make it colorful and fun.

4. Plan the SVG Structure:

   • <svg viewBox="0 0 800 600" xmlns="http://www.w3.org/2000/svg">
   • <rect> for background (optional, maybe a soft sky blue or transparent). Let's do a transparent background but with a nice ground shadow.
   • Bicycle (Back layer):
     • Rear wheel
     • Frame (rear triangles, top tube, down tube, front fork)
     • Chain & Crankset
     • Seatpost & Saddle
     • Front wheel
     • Handlebars
   • Pelican (Middle layer):
     • Body (White/Light grey)
     • Tail feathers (White/Grey)
     • Legs (Webbed feet on pedals)
     • Head & Neck
     • Beak (Yellow/Orange with pouch)
     • Eye
     • Left Wing (Background, gripping handlebar)
   • Pelican & Bike Overlaps (Front layer):
     • Right Wing (Foreground, gripping handlebar)
     • Right Leg (Foreground)

5. Drafting the SVG Elements (Mental or Scratchpad):

   • Colors:

     • Bike Frame: Vibrant Coral/Red (#ff6b6b)
     • Tires: Dark Grey (#333)
     • Handlebar/Hubs/Chainring: Light Grey (#aaa)
     • Seat: Dark Blue (#1e3799)
     • Pelican Body: White (#ffffff), outline: #dfe4ea
     • Pelican Beak: Gold/Yellow (#feca57), Pouch: Pale Yellow (#ffeaa7)
     • Pelican Legs: Orange (#ff9f43)

   • Background:

     • Ground shadow: <ellipse cx="400" cy="520" rx="300" ry="20" fill="#e0e0e0" />

   • Bicycle Positioning:

     • Center X 400, Y 450 (roughly).

     • Rear Wheel: Center (250, 450), Radius 100

     • Front Wheel: Center (550, 450), Radius 100

     • Tire thickness: 15

     • Spokes: A few simple lines or a stroke-dasharray circle. Let's use a path for the wheels to make it cleaner.

     • Frame Details:

       • Bottom Bracket: (380, 420)

       • Seat Lug: (350, 280)

       • Rear Dropout: (250, 450)

       • Front Dropout: (550, 450)

       • Head tube top: (530, 260)

       • Head tube bottom: (510, 300)

       • Draw Frame:

         • Rear triangle: M 250 450 L 380 420 L 350 280 Z
         • Down tube: M 380 420 L 510 300
         • Top tube: M 350 280 L 530 260
         • Chainstay: M 250 450 L 380 420
         • Seatstay: M 250 450 L 350 280
         • Fork: M 510 300 L 550 450

     • Saddle:

       • M 320 270 L 380 270 L 370 280 L 330 280 Z (with rounded corners)

     • Handlebars:

       • Stem: M 530 260 L 540 240
       • Curved bar: <path d="..." fill="none" stroke="#aaa" stroke-width="8"/>

     • Pedals & Cranks:

       • Crank arm 1: M 380 420 L 360 460 (Left pedal)
       • Crank arm 2: M 380 420 L 400 380 (Right pedal)
       • Pedal 1: rect at (360, 460)
       • Pedal 2: rect at (400, 380)

   • Pelican Building:

     • Body: Center around (300, 240). Ellipse or Path. Let's use a path for a nice plump body. M 250 180 C 250 120, 350 140, 380 200 C 400 260, 350 300, 280 300 C 220 300, 250 220, 250 180 Z (Need a beak in the front). Let's refine: The pelican faces RIGHT (towards the handlebars).

     • Head & Beak:

       • Head/Chest: M 280 150 C 300 140, 340 160, 350 200 C 350 250, 320 280, 270 280 ...
       • Neck: Connects body to head. Let's make the body a big rounded shape and add a neck/head.
       • Beak: Large, prominent.
         • Upper beak: M 350 170 L 480 160 Q 490 170 480 180 L 350 190 Z (Yellow)
         • Pouch: M 350 190 Q 460 220, 480 180 Q 430 210, 350 190 Z (Pale yellow)

     • Eye:

       • circle cx="360" cy="175" r="4" fill="#333"

     • Wings:

       • Left Wing (Background): <path> extending from body towards the handlebar (520, 240).
       • Right Wing (Foreground): <path> overlapping the body and gripping the handlebar.

     • Legs & Feet:

       • Pelican's legs are short but thick.
       • Left leg (Back): M 280 280 L 270 380 -> Foot on pedal (360, 460).
       • Right leg (Front): M 320 280 L 320 400 -> Foot on pedal (400, 380).
       • Webbed feet: A path with toes and webbing on the pedals.

6. Refining the Artistic Vision & Coordinates (Iterative Math):

   • Canvas: 800 x 600

   • Ground: y=550

   • Wheels: Centers at 250, 480 and 550, 480. Radius R=100.

   • Bike Frame Optimization (Scale and Position):

     • Let's center the bike better. If wheels are centered at Y=480, radius 100, they touch Y=580. Let's move everything up by 80 pixels.
     • Rear Wheel: cx="250" cy="400" r="100"
     • Front Wheel: cx="550" cy="400" r="100"
     • Let's adjust frame coordinates:
       • Rear Hub: 250, 400
       • Front Hub: 550, 400
       • Bottom Bracket (BB): 380, 380
       • Seat Post Top (Seat): 340, 240
       • Head Tube Top: 520, 240
       • Head Tube Bot: 500, 280
       • This is a standard bike geometry. Wait, wheelbase is 300 (250 to 550). BB is 130mm drop (from line connecting hubs). Hubs are at 400, BB is at 380. Correct. Seatpost is rearward.

   • Drawing the Bike Frame (Coral Red #FF6B6B):

     • We will use <path> with stroke="#FF6B6B" stroke-width="16" stroke-linecap="round" stroke-linejoin="round" fill="none".
     • Seat Stays: M 250 400 L 340 240
     • Chain Stays: M 250 400 L 380 380
     • Seat Tube: M 380 380 L 340 240
     • Down Tube: M 380 380 L 500 280
     • Top Tube: M 340 240 L 520 240
     • Fork: M 500 280 L 550 400
     • Head Tube: We don't need a separate headtube if the lines meet nicely, but a headtube gives structure.
     • Let's add a Head Tube: M 500 280 L 520 240 (stroke-width 20).

   • Wheels (Dark Grey #333 and Silver #BBB):

     • Tires: <circle cx="250" cy="400" r="100" fill="none" stroke="#444" stroke-width="14"/>
     • Rims: <circle cx="250" cy="400" r="93" fill="none" stroke="#CCC" stroke-width="4"/>
     • Hubs: <circle cx="250" cy="400" r="8" fill="#CCC"/>
     • Spokes: We can use a <path> for a few spokes, or a stroke-dasharray trick. Let's use a nice path for spokes to make it look legit.
     • Rear Spokes: <path d="..." stroke="#CCC" stroke-width="1.5" /> -> Or maybe just a central hub and a few symmetrical lines. Let's do 8 spokes per wheel for simplicity but neatness.
     • Algorithm for spokes (r=93):
       • Center (250,400): M 250 307 L 250 307 M 250 307 L ... No, let's just hardcode a few.
       • <line x1="250" y1="307" x2="250" y2="493" stroke="#CCC" stroke-width="1.5"/>
       • <line x1="157" y1="400" x2="343" y2="400" stroke="#CCC" stroke-width="1.5"/>
       • <line x1="184" y1="334" x2="316" y2="466" stroke="#CCC" stroke-width="1.5"/>
       • <line x1="184" y1="466" x2="316" y2="334" stroke="#CCC" stroke-width="1.5"/>
       • Repeat for front wheel (550, 400).

   • Drivetrain:

     • Chainring: cx="380" cy="380" r="25" fill="none" stroke="#BBB" stroke-width="6"
     • Inner chainring: cx="380" cy="380" r="18" fill="none" stroke="#666" stroke-width="2"
     • Rear Cog: cx="250" cy="400" r="12" fill="none" stroke="#BBB" stroke-width="4"
     • Chain: Top chain M 250 388 L 380 355, Bottom chain M 250 412 L 380 405.
       • <line x1="250" y1="388" x2="380" y2="355" stroke="#666" stroke-width="3" stroke-dasharray="4,2"/>
       • <line x1="250" y1="412" x2="380" y2="405" stroke="#666" stroke-width="3" stroke-dasharray="4,2"/>

   • Cranks & Pedals:

     • Right Crank (Front): M 380 380 L 410 340
     • Left Crank (Back): M 380 380 L 360 420
     • Right Pedal: <rect x="400" y="330" width="20" height="8" rx="2" fill="#444" transform="rotate(15, 410, 340)"/>
     • Left Pedal: <rect x="340" y="410" width="20" height="8" rx="2" fill="#888" transform="rotate(-15, 360, 420)"/>

   • Seat & Handlebars:

     • Seatpost: M 340 240 L 335 220 (stroke="#CCC", stroke-width=12)
     • Saddle: <path d="M 300 215 Q 335 210, 365 215 Q 370 220, 350 225 L 315 225 Q 295 220, 300 215 Z" fill="#1E3799"/>
     • Stem: M 520 240 L 525 220 (stroke="#CCC", stroke-width=12)
     • Handlebar: <path d="M 525 220 Q 550 200, 560 210" fill="none" stroke="#CCC" stroke-width="10" stroke-linecap="round"/>
     • Wait, the pelican needs to hold it. Let's make it a curved bar.
     • <path d="M 525 220 Q 540 195, 555 215 Q 565 225, 560 240" fill="none" stroke="#CCC" stroke-width="10" stroke-linecap="round"/>

   • Pelican Construction (The fun part):

     • Let's place the pelican on the saddle and handlebars.
     • Saddle is at X~330, Y~215. Pelican body center around X=300, Y=150.
     • Pelican Body:
       • <path d="M 250 200 C 220 140, 280 100, 320 120 C 370 140, 380 200, 360 240 C 340 280, 260 280, 240 240 C 220 200, 280 260, 280 200 Z" fill="#FFFFFF" stroke="#D1D8E0" stroke-width="6"/>
       • Let's refine this shape. Pelicans have a distinct posture.
       • Tail end (Left): 240, 220
       • Back: (240,220) up to neck (300, 120)
       • Chest: (300, 120) down to belly (320, 240)
       • Bottom: (320, 240) left to (240, 220)
       • Let's use a precise path:
       • M 340 230 (Belly bottom)
       • C 360 160, 340 110, 300 110 (Chest to neck)
       • C 260 110, 200 150, 220 220 (Back to tail)
       • C 230 250, 280 280, 340 230 (Bottom curve)
       • Let's add a distinct tail feather overlap:
       • <path d="M 220 220 L 180 200 L 190 230 L 160 240 L 200 250 Z" fill="#FFFFFF" stroke="#D1D8E0" stroke-width="4"/>
     • Neck and Head:
       • Neck: M 300 110 C 300 80, 330 70, 340 90 (This is too simple, neck is thick).
       • Let's make the neck a thick path.
       • M 290 110 L 320 110 L 340 140 L 310 140 Z -> No, let's use a continuous path for body + neck.
       • M 340 230 (belly)
       • C 360 150, 360 100, 340 80 (chest)
       • C 320 60, 290 70, 280 90 (back of neck)
       • C 220 120, 200 180, 220 220 (back)
       • C 230 250, 280 270, 340 230 (bottom)
       • Let's visualize. Head at (340, 80). Neck goes from (290, 110) to (340, 80).
     • Head Details:
       • Head circle: <circle cx="330" cy="80" r="25" fill="#FFFFFF" stroke="#D1D8E0" stroke-width="5"/>
       • Wait, the beak is attached to the head. The head is at 330, 80. The pelican is facing RIGHT (towards the front wheel).
       • Beak:
         • Upper beak: <path d="M 350 70 L 500 40 Q 510 50, 490 65 L 350 95 Z" fill="#FECA57" stroke="#F39C12" stroke-width="3"/>
         • Pouch: <path d="M 350 95 Q 460 140, 490 65 Q 420 110, 350 95 Z" fill="#FFEAA7" stroke="#F39C12" stroke-width="3"/>
         • Beak tip (hook): pelicans have a distinct hook. Let's add it to the upper beak.
         • M 350 70 Q 480 40, 510 45 Q 500 55, 490 65 Q 420 80, 350 95 Z
         • Let's refine the pouch. It should look like a baggy membrane.
         • <path d="M 350 95 C 420 140, 470 150, 490 65 C 450 120, 380 110, 350 95 Z" fill="#FFEAA7" stroke="#F39C12" stroke-width="3"/>
     • Eye:
       • <circle cx="360" cy="75" r="5" fill="#2C3E50"/>
       • <circle cx="362" cy="73" r="1.5" fill="#FFFFFF"/>
       • Eye ring: <circle cx="360" cy="75" r="7" fill="none" stroke="#FECA57" stroke-width="2"/>
     • Wings:
       • Left Wing (Background):
         • Should extend from the body (280, 160) to the handlebars (550, 220).
         • <path d="M 260 160 Q 400 180, 540 210 Q 400 240, 240 210 Z" fill="#F1F2F6" stroke="#D1D8E0" stroke-width="4"/>
       • Right Wing (Foreground):
         • Should extend from the body (300, 180) to the handlebars (550, 220).
         • <path d="M 290 180 Q 420 230, 550 220 Q 420 280, 250 220 Z" fill="#FFFFFF" stroke="#D1D8E0" stroke-width="6"/>
         • Add "feathers" (scalloped edges) to the right wing for detail.
         • Instead of a simple path, let's use a path with indents.
         • M 290 180 C 350 200, 400 210, 450 210 C 470 210, 490 215, 550 220 C 520 230, 490 240, 450 250 C 400 260, 340 250, 250 220 Z -> This gives a wavy feathery edge.
     • Legs and Feet (Webbed feet on pedals):
       • Left Leg (Background): Needs to go from body (260, 220) to pedal (360, 420).
       • <path d="M 260 220 L 250 280 L 260 330 L 360 420" fill="none" stroke="#FF9F43" stroke-width="12" stroke-linecap="round" stroke-linejoin="round"/>
       • Left Foot (Webbed):
         • Center at (360, 420) (left pedal)
         • <path d="M 340 410 L 360 420 L 350 440 Z" fill="#FF9F43" stroke="#F39C12" stroke-width="2"/> -> Let's make a proper webbed foot.
         • <path d="M 350 410 C 370 410, 380 430, 360 435 C 340 440, 330 420, 350 410 Z" fill="#FF9F43" stroke="#E67E22" stroke-width="2"/>
         • Let's try a more classic 3-toe webbed foot.
         • Center point (365, 415). Toe 1: 350, 410. Toe 2: 360, 435. Toe 3: 375, 420.
         • <path d="M 365 415 L 350 410 Q 355 430, 360 435 Q 370 430, 375 420 Z" fill="#FF9F43" stroke="#E67E22" stroke-width="2"/>
       • Right Leg (Foreground): Needs to go from body (300, 230) to pedal (410, 340).
       • <path d="M 300 230 L 310 300 L 320 320 L 410 340" fill="none" stroke="#FF9F43" stroke-width="16" stroke-linecap="round" stroke-linejoin="round"/>
       • Right Foot (Webbed):
         • Center point (410, 340).
         • <path d="M 410 340 L 395 335 Q 400 355, 405 360 Q 415 355, 420 345 Z" fill="#FF9F43" stroke="#E67E22" stroke-width="2"/>

7. Reviewing the Layout & Proportions:

   • The pelican is X: 220-550 (Wingspan), Y: 60-280 (Head to Belly). Wait, the legs go down to Y=420.
   • The bike wheels are at Y=400. The top of the wheels is Y=300.
   • So the pelican's belly Y=230 is completely above the wheels. This is a good fit.
   • The beak X=510 extends out to the front wheel. This is very dynamic.
   • Let's add some motion lines or a subtle background to frame it beautifully.

8. Adding Polish to the Bike:

   • Let's add tire treads: <circle cx="250" cy="400" r="100" fill="none" stroke="#222" stroke-width="18" stroke-dasharray="10, 5"/>
   • Let's add a subtle highlight to the frame.
   • Let's make sure the chain path looks correct.
     • Top chain: M 250 388 L 380 355 (Correct, tangent to the top of the rear cog and chainring).
     • Bottom chain: M 250 412 L 380 405 (Correct, tangent to the bottom).
   • Pedals: The left pedal is at (360, 420). The bottom bracket is at (380, 380). Crank length is sqrt((380-360)^2 + (380-420)^2) = sqrt(400 + 1600) = sqrt(2000) ≈ 44.7. The right crank is at (410, 340). Length is sqrt(30^2 + 40^2) = 50. Let's adjust these to be equal.
     • Left Crank: (380, 380) to (360, 415). dx = -20, dy = 35. Length = sqrt(400 + 1225) = sqrt(1625) ≈ 40.3.
     • Right Crank: (380, 380) to (405, 345). dx = 25, dy = -35. Length = sqrt(625 + 1225) = sqrt(1850) ≈ 43.0.
     • Let's re-center the cranks and pedals.
     • Crank radius = R_crank = 40.
     • Right crank angle: 15 degrees clockwise from vertical (pointing up-right).
       • dx = 40 * sin(15) = 40 * 0.25 = 10
       • dy = -40 * cos(15) = -40 * 0.96 = -38
       • Right crank end: (390, 342)
     • Left crank angle: 180 + 15 = 195 degrees (pointing down-left).
       • dx = 40 * sin(195) = -10
       • dy = -40 * cos(195) = -40 * (-0.96) = 38
       • Left crank end: (370, 418)
     • This ensures the cranks are exactly opposite and equal length.
     • Update Right Pedal: rect x="380" y="335" width="24" height="8" rx="2" fill="#444" transform="rotate(15, 390, 342)"
     • Update Left Pedal: rect x="350" y="410" width="24" height="8" rx="2" fill="#888" transform="rotate(15, 370, 418)"

9. Refining the Pelican's Connection to the Bike:

   • The saddle is at X=330, Y=215. The pelican's belly is around X=340, Y=230. This perfectly matches the saddle position.
   • The handlebars are at X=525, Y=220 to X=560, Y=240. The wings stretch to X=550, Y=220. This looks physically accurate and quite humorous.
   • Let's add a cute tail feather detail.
     • <path d="M 220 220 Q 180 180, 190 210" fill="none" stroke="#D1D8E0" stroke-width="4" stroke-linecap="round"/>
     • <path d="M 220 220 Q 190 190, 200 210" fill="none" stroke="#D1D8E0" stroke-width="4" stroke-linecap="round"/>

10. Details & Aesthetics (Color & Depth):

    • Background: Let's give it a beautiful, soft morning or sunset sky to make the white pelican pop.
    • Sky: <rect width="800" height="600" fill="#E8F4F8"/>
    • Sun/Cloud element:
      • <circle cx="200" cy="150" r="80" fill="#FFEAA7" opacity="0.6"/>
      • <circle cx="650" cy="200" r="100" fill="#FFFFFF" opacity="0.4"/>
      • <circle cx="600" cy="180" r="80" fill="#FFFFFF" opacity="0.4"/>
    • Ground Shadow:
      • <ellipse cx="400" cy="520" rx="300" ry="15" fill="#C8D6E5"/>
      • Wait, wheels touch the ground at Y=500 (Radius 100, Center 400). So ground level is Y=500.
      • Let's adjust the background. Wheels are CY=400, R=100. The bottom of the wheel is Y=500.
      • Ground shadow should be at Y=500.
      • <ellipse cx="400" cy="500" rx="350" ry="15" fill="#C8D6E5"/>
      • Let's add ground: <rect x="0" y="500" width="800" height="100" fill="#E8F4F8"/> -> better to just keep it clean with a shadow.
    • Bike Frame Details:
      • Add a nice water bottle cage to make it a real adventure bike!
      • <rect x="440" y="270" width="16" height="30" rx="4" fill="#1E3799" stroke="#CCC" stroke-width="2"/>
      • <rect x="435" y="275" width="26" height="8" rx="2" fill="#FECA57"/>
      • <rect x="435" y="287" width="26" height="8" rx="2" fill="#FECA57"/>
    • Frame color: Let's use a vibrant gradient or a solid color like teal or coral. Coral #FF6B6B is great.
    • Highlight on Frame:
      • Duplicate the frame path, change stroke to #FFFFFF, opacity 0.3, translate slightly up.

11. Check SVG Specifics & Constraints:

    • Must be valid SVG. No markdown around the SVG code. Only pure SVG.
    • Scalable viewBox 0 0 800 600.
    • Proper use of tags (<svg>, <rect>, <circle>, <path>, <ellipse>, <line>, <g>).
    • Semantic grouping (<g id="pelican">, <g id="bike">).
    • No external dependencies, fonts, or images.

12. Let's refine the Pelican's head and beak (Crucial aspect for recognizability):

    • Pelicans have a distinct throat pouch that hangs down.
    • Beak upper: M 350 70 C 430 40, 480 40, 510 45 C 505 55, 490 60, 490 65 C 460 75, 420 80, 350 95 Z
    • Pouch: M 350 95 C 400 120, 460 150, 490 65 C 460 120, 400 120, 350 95 Z
    • Let's use a simpler, more robust path to ensure the beak looks undeniably like a pelican.
    • Head: cx="330" cy="80" r="25"
    • Upper Beak: M 350 70 Q 420 35, 510 45 Q 500 55, 480 60 L 350 95 Z
    • Pouch: M 350 95 C 400 140, 460 150, 480 60 C 450 130, 400 130, 350 95 Z
    • Let's test these coordinates.
      • Head is at 330, 80 with radius 25. So head extends from 305 to 355.
      • Beak starts at 350, 70 and 350, 95, perfectly matching the right edge of the head.
      • Beak extends to 510, 45. This is a very long beak, which is perfect for a pelican.
      • The pouch hangs down to Y=150. This gives that classic pelican look.

13. Refining the Wings (Feathers):

    • Instead of simple bulges, let's use a continuous path with a (arc) or c (bezier) curves to simulate feathers on the far wing.
    • Right Wing (Foreground): Starts at (290, 180), extends to (550, 220).
    • M 290 180
    • C 340 200, 400 210, 450 210 (Top edge)
    • C 470 200, 490 200, 510 210 (Feather 1)
    • C 515 220, 520 230, 550 220 (Feather 2)
    • C 530 240, 510 250, 480 250 (Edge)
    • C 450 260, 380 250, 250 220 (Bottom edge)
    • Z
    • Let's add some stroke-dasharray or individual lines to represent the feathers.

14. Refining the Legs:

    • A pelican's legs are thick and sturdy, a bit like tiny tree trunks leading to large webbed feet.
    • Let's make the legs #FF9F43 with a darker outline #E67E22.
    • Left Leg: M 260 220 L 250 280 L 260 330 L 370 418 (Stroke-width 14)
    • Right Leg: M 300 230 L 310 300 L 320 320 L 390 342 (Stroke-width 16)
    • Feet (Webbed):
      • Left Foot: <path d="M 370 418 L 350 410 L 355 425 L 370 435 L 380 425 Z" fill="#FF9F43" stroke="#E67E22" stroke-width="2" stroke-linejoin="round"/>
      • Right Foot: <path d="M 390 342 L 370 335 L 375 350 L 390 360 L 400 350 Z" fill="#FF9F43" stroke="#E67E22" stroke-width="2" stroke-linejoin="round"/>

15. Adding Whimsy and Character:

    • Let's add a hat! A cute little cyclist cap on the pelican's head.
    • Head is at 330, 80. Cap can sit on top.
    • Cap: <path d="M 315 70 Q 330 50, 350 65 Q 345 75, 330 75 Z" fill="#1E3799"/>
    • Cap visor: <path d="M 330 70 Q 350 60, 360 65 Q 350 75, 330 75 Z" fill="#FF6B6B"/>
    • Let's adjust hat position to fit the head (radius 25, cy=80).
    • Top of head is Y=55.
    • Cap dome: M 310 75 Q 330 45, 345 75 Z