How can I script the placement of LEDs on a PCB in a staggered radial distribution in KiCad using Python?
To script the placement of LEDs in a staggered radial distribution in KiCad using Python, you can use a script that calculates the radial and angular position for each LED, adjusting for staggered distribution. The provided script demonstrates this approach:

```python
import math
import pcbnew

# Define parameters for radial distribution
R1 = 1.0*25.4 # Inner diameter
R2 = 2.00*25.4 # Outer diameter
RADIAL_PITCH = 10 # Distance between LEDs radially
SEGMENTS = 52 # Number of angular segments
STAGGER_PERIOD = 4.0 # Staggered starting radii

# Load the board and set the scale
board = pcbnew.LoadBoard('copy.kicad_pcb')
SCALE = 1000000

# Set the footprint library and name
LIBPATH = 'ColorWheel.pretty'
FOOTPRINT = 'CREE_RGBLED_1x1mm'

# Logic for calculating positions and placing LEDs with staggered distribution
# ... (rest of the script)

board.Save('autogen.kicad_pcb')
```

This script automates the process of arranging LEDs in a staggered radial pattern, ideal for creating visually appealing or functionally specific LED layouts.