fixed pcb layout

board/gerber/.gitignore

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-*.gbr
-*.drl
-*.ngc
-*.png
-*.bakT*

board/gerber/ReadMe.md

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-# Export Gerber
-The exported gerber files can be used to convert it into gcode for a mill
-## Export settings
-
-Open the board in KiCad and select:
-File | Plot
-### General
-Plot format: Gerber
-### Include Layer
-Include the Layer ***B.Cu*** and ***Edge.Cuts***
-[ ] Plot border and title block
-[x] Plot footprint values
-[x] Plot footprint reference
-[ ] Force plotting of invisible values / refs
-[x] Exclude PCB edge layer from other layers
-[x] Exclude pads from silk screen
-[ ] Do not tent vias
-[x] Use auxilary axis as origin
-Drill marks: None
-Scaling: 1:1
-Plot mode: Filled
-Default line width: 0.1mm
-[ ] Mirrored plot
-[ ] Negated plot
-### Gerber Options 
-[ ] Use Protel filename extensions
-[ ] Generate Geber job file
-[ ] Substract soldermask from silkscreen
-Coordinate format: 4.6, unit mm
-[ ] Use extended X2 format
-[ ] Include netlist attributes
-### Doing
-Click
-* **Plot**
-* **Generate Drill Files ...**
- * [x] PTH and NPTH in a single file
- * Map File Format: DXF
- * Drill Units: mm
- * Drill Origin: Auxilary axis

board/gerber/generatePCB.sh

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-#!/bin/bash
-# Needs the tool pcb2gcode
-# Was documented at: http://marcuswolschon.blogspot.de/2013/02/milling-pcbs-using-gerber2gcode.html
-
-MILLSPEED=600
-MILLFEED=200
-PROJECT=PlantCtrlESP32
-pcb2gcode --back $PROJECT-B_Cu.gbr --metric --zsafe 5 --zchange 10 --zwork -0.01 --offset 0.02 --mill-feed $MILLFEED --mill-speed $MILLSPEED --drill $PROJECT.drl --zdrill -2.5 --drill-feed $MILLFEED --drill-speed $MILLSPEED --basename $PROJECT
-
-if [ "$1" ==  "C3MA" ]; then
-	#update all Tools higher and equal to T4 in generated file
-	for i in 4 5 6 7; do
-		echo "Replace T$i"
-		sed -i.bakT$i "s/T${i}/T3/" ${PROJECT}_drill.ngc
-	done
-fi