changed JST connector to horizontal, 5V -> 24V

scripts/Readme.md

@@ -1,15 +1,12 @@
-# Install kikit
+![Panel](../images/Flow_Controller_Panel.png)
 
+# Install kikit
 Install `kikit`:
 ```bash
 pipx install --system-site-packages kikit
 ```
 
-![Panel](../images/Flow_Controller_panel.png)
-
-
 # KiKit Fixture Processor
-
 Processing script for KiKit panelizes PCBs and draws a fixture sketch and positions the whole panel for easy CNC processing.
 
 The script:
@@ -23,6 +20,8 @@ The resulting output is intended for repeatable CNC manufacturing workflows
 where drilling, routing, and UV exposure all share the same physical fixture
 and alignment holes.
 
+Check the kikit panelization [examples](https://yaqwsx.github.io/KiKit/latest/panelization/examples/).
+
 ---
 
 # Usage
@@ -35,7 +34,7 @@ kikit panelize \
     panel/Flow_Controller_Panel.kicad_pcb
 ```
 
-Have a look at the new `panel/Flow_Controller_Panel.kicad_pcb` file. It will contain the panel out ot layout specified in `myPreset.json`. E.g.: Grid of 1 x 2 with space 2.1 mm.
+The new `panel/Flow_Controller_Panel.kicad_pcb` file will contain the panelized PCB with the following feature specified in `myPreset.json`. E.g.: Grid of 1 x 2 with space 2.1 mm, new mounting holes and fiducials.
 
 ```json
     "layout": {
@@ -46,7 +45,7 @@ Have a look at the new `panel/Flow_Controller_Panel.kicad_pcb` file. It will con
         "vspace": "2.1mm"
     }
 ```
-
+See all values in [default.json](https://raw.githubusercontent.com/yaqwsx/KiKit/refs/heads/master/kikit/resources/panelizePresets/default.json)
 ## Exporting gcode files from KiCad
 
 Adapt milling and drilling parameters in `millproject`. Look up [pcb2gcode/wiki](https://github.com/pcb2gcode/pcb2gcode/wiki) for help.
@@ -58,7 +57,7 @@ nano millproject
 Run the export by providing the `.kicad_pcb` file as a first argument:
 
 ```bash
-./export.sh -o gcode panel/Flow_Controller_Panel.kicad_pcb
+./export.sh panel/Flow_Controller_Panel.kicad_pcb
 ```
 The script will first generate gerber files in the `gerbers` directory and then generate gcode files in the `gcode` directory.
 

scripts/export.sh

@@ -13,20 +13,23 @@ PCB_FILE="$1"
 
 mkdir -p "$GERBERS_DIR"
 
-# export drill, front and back layers as gerber files
+# Export drill, front and back layers as gerber files.
+echo "Exporting gerbers..."
 kicad-cli pcb export drill -o "$GERBERS_DIR" "$PCB_FILE"
 kicad-cli pcb export gerbers -o "$GERBERS_DIR" -l Front "$PCB_FILE"
 kicad-cli pcb export gerbers -o "$GERBERS_DIR" -l Back "$PCB_FILE"
 kicad-cli pcb export gerbers -o "$GERBERS_DIR" -l Edge.Cuts "$PCB_FILE"
 
-# Export outlines of the penelized boards only; Use the layer 'User.Eco1'.
+# Export outlines of the penelized board i.e. use the layer 'User.Eco1'.
+echo "Exporting panelized outlines from layer 'User.Eco1'..."
 python3 export_panel_outlines_gerber.py \
     --layers User.Eco1 \
     --output "$GERBERS_DIR" \
     "$PCB_FILE"
 
-# set input filenames and all milling parameters in `millproject` config file
+# Input layers/filenames and all milling/drilling parameters are taken from the config file: 'millproject'.
+echo "Exporting Gcode..."
 docker run --rm -i -t \
     -u "$(id -u):$(id -g)" \
     -v "$(pwd):/data" \
-    ptodorov/pcb2gcode
+    ptodorov/pcb2gcode

scripts/millproject

@@ -1,7 +1,7 @@
 front=gerbers/Flow_Controller_Panel-Front.gtl
 back=gerbers/Flow_Controller_Panel-Back.gbl
 drill=gerbers/Flow_Controller_Panel.drl
-# Use the 'User-Eco1' layer instead as it contains panelized boards outlines only.
+# Use the 'User-Eco1' layer instead as it contains panelized board's slot outlines only.
 outline=gerbers/Flow_Controller_Panel-User-Eco1.gbr
 # Do not use the 'Edge_Cuts' layer as it contains also the panel outline.
 #outline=gerbers/Flow_Controller_Panel-Edge_Cuts.gm1
@@ -10,9 +10,9 @@ outline=gerbers/Flow_Controller_Panel-User-Eco1.gbr
 metric=true         # use metric units for parameters
 metricoutput=true   # use metric units for output
 nog64=true          # do not set an explicit g64
-nom6=true           # do not emit m6
+#nom6=true           # do not emit m6
 zsafe=2             # The height in mm at which the bit can move freely without obstruction
-zchange=35          # Tool changing height in mm
+zchange=2           # Tool changing height in mm
 output-dir=gcode
 
 # Place a 5x7cm board in the lower right quadrant of the coordinate system
@@ -23,7 +23,7 @@ mirror-axis=80      # set this to half of your board width
 
 # Drilling
 zdrill=-2.2         # drilling depth
-drill-feed=500      # Vertical mm/min feed
+drill-feed=200      # Vertical mm/min feed
 drill-speed=24000   # Spindle RPM
 #onedrill=true       # Use a single drill for all holes
 nog81=true          # replace G81 with G0+G1 (no G81 in GRBL)

scripts/myPreset.json

@@ -34,6 +34,16 @@
         "code": "tooling_plugin.py.CustomTooling",
         "arg": ""
     },
+    "fiducials": {
+        "type": "4fid",
+        "hoffset": "6mm",
+        "voffset": "9.2mm",
+        "coppersize": "2mm",
+        "opening": "1mm",
+        "paste": true,
+        "code": "none",
+        "arg": ""
+    },
     "text": {
         "type": "simple",
         "text": "v1",