# 📚 Function Drilldowns

Detailed documentation for specific KidLisp functions.

## Transformation Functions

### Core Transformations
- **[scroll](scroll.md)** - Pixel translation with wrapping
- **[zoom](zoom.md)** - Scale transformation from center point  
- **[spin](spin.md)** - Canvas rotation around center
- **[suck](suck.md)** - Radial displacement transformation
- **[blur](blur.md)** - Gaussian blur effect
- **[contrast](contrast.md)** - Contrast adjustment

### Camera & View
- **[pan](pan.md)** - Camera movement and positioning
- **[unpan](unpan.md)** - Reset camera to default position

### Specialized
- **[sort](sort.md)** - Sort pixels by brightness
- **[resetSpin](resetSpin.md)** - Reset rotation state
- **[smoothspin](smoothspin.md)** - Smooth rotation animation

## Graphics Functions

### Drawing Primitives
- **[line](line.md)** - Line drawing with various modes
- **[box](box.md)** - Rectangle drawing (filled and outlined)
- **[circle](circle.md)** - Circle drawing with radius control
- **[tri](tri.md)** - Triangle drawing from three points

### Color & Fill
- **[ink](ink.md)** - Color setting and management
- **[wipe](wipe.md)** - Screen clearing and background
- **[flood](flood.md)** - Flood fill operations

## Control & Logic Functions

### Variables & Functions
- **[def](def.md)** - Variable definition and scoping
- **[later](later.md)** - Function definition and parameters

### Flow Control
- **[if](if.md)** - Conditional execution
- **[once](once.md)** - Execute-once semantics
- **[repeat](repeat.md)** - Loop and iteration control

## Math & Utility Functions

### Arithmetic
- **[+](add.md)** - Addition with multiple arguments
- **[*](multiply.md)** - Multiplication operations
- **[random](random.md)** - Random number generation
- **[wiggle](wiggle.md)** - Random variation around zero

### System
- **[width](width.md)** - Canvas width access
- **[height](height.md)** - Canvas height access
- **[frame](frame.md)** - Frame counter for animation

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*Each function guide includes syntax, parameters, examples, and implementation notes. Functions are documented at the same level of detail regardless of complexity.*