diff --git a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/README.md b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/README.md
index 50a3712..28700c2 100644
--- a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/README.md
+++ b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/README.md
@@ -1,10 +1,15 @@
-
-![](pcb-ass.jpg)
## User-agreement
@@ -59,22 +64,34 @@ After this date this how-to will continue to roam the streets and will never be
## Hardware
-In this Archive you will find a 3d printable .stl file that will allow you to print a mould for vacuum forming the charging pad cover.
-3d_print_chargingpad_for_molding_cover.stl
+
+### Vacuum form
+
+![picture](hardware/3d-printable-vacuumform-mold-snapshot.png)
+
+In this Archive you will find a [3d printable .stl](hardware/3d_print_chargingpad_for_molding_cover.stl) file that will allow you to print a mould for vacuum forming the charging pad cover.
+
+### Stencil
+To make the vacuum formed charging pad cover look more symbiotic, one could use the included [template](hardware/spray-stencil-295x420.svg) to lasercut a spray paint stencil.
+### Inlay
+To even-out the electronics underneath the vacuum formed mould you can use 2 to 3 mm cardboard stock as as spacer. A lasercutting template to cut the cardboard stock is provided [here](hardware/spacer-345x495.svg)
+
+![picture](hardware/stencil-spacer-mould.gif)
+From left to right: logo stencil, vacuum formed mould with cardboard inlay, vacuum formed mould with logo, cardboard inlay
+
## Software
-In this Archive you will find an Arduino sketch for the ESP8266 wireless chip.
-In the Software folder
+[Here](software/code/code.ino/) you will find an Arduino sketch for the ESP8266 wifi enabled microcontroller that provides a non-encrypted wireless access point called 'example code' running a webserver that serves files stored on its 'SPIFFS' filesystem (stored at [here](software/code/data)).
+
### Prerequisites
This guide assumes you have a 4MB ESP12F microcontroller and use Arduino IDE.
-* Board Manager: You will need to add the support for this board to your IDE (Arduino in this case), see: https://github.com/esp8266/Arduino
-* SPIFFS: You will need to add SPIFFS file upload support to Arduino if you want to upload files to the ESP12F, see: https://github.com/esp8266/arduino-esp8266fs-plugin
-
+* Board Manager: You will need to add the support for this board to your IDE (Arduino in this case), see: [https://github.com/esp8266/Arduino](https://github.com/esp8266/Arduino)
+* SPIFFS: You will need to add SPIFFS file upload support to Arduino if you want to upload files to the ESP12F, see [https://github.com/esp8266/arduino-esp8266fs-plugin](https://github.com/esp8266/arduino-esp8266fs-plugin).
### Uploading Code
For ESP12F use the following settings in Arduino IDE
@@ -103,25 +120,30 @@ For ESP12F use the following settings in Arduino IDE
These settings give you about 2.471 KB of SPIFFS storage space for files and ~512KB sketch size
### Uploading Data to SPIFFS
-The website served on the ESP8266 lives in the 'data' folder inside the sketchyour sketch. To upload this data you need the 'Arduino ESP8266 filesystem uploader' plugin. Find it [here](https://github.com/esp8266/arduino-esp8266fs-plugin).
+The website served on the ESP12F lives in the ['data'](software/code/data) folder inside the Arduino sketch [folder](software/code/). To upload this data you need the 'Arduino ESP8266 filesystem uploader' plugin. Find it here: [https://github.com/esp8266/arduino-esp8266fs-plugin](https://github.com/esp8266/arduino-esp8266fs-plugin).
-You will find the tool/function in Arduino > Tools > ESP8266 Sketch Data Upload (make sure the directory path is correct). Close the Serial Monitor prior to uploading data.
+To upload files to the ESP12F using the Arduino IDE click: Arduino > Tools > ESP8266 Sketch Data Upload (make sure you installed it in the correct directory path). Close the Serial Monitor prior to uploading data.
### Over-the-air (OTA) uploading
-* Connect to the hotspot created by the ESP12F.
+* Connect to the hotspot created by the ESP12F ('example code').
* Launch Arduino, choose "esp at 192.168.4.1" as the port.
* If you don't see the port listed in Arduino (Tools > Port), restart Arduino IDE.
-You can upload your sketch and files wirelessly, there is one caveat: SPIFFS file uploads don't work with password protected uploads (line 42). Workaround: flash your sketch with line 42 commented out. Upload your files to SPIFFS, then uncomment the line and Upload the code.
+You can upload your sketch and files wirelessly, there is one caveat: SPIFFS file uploads don't work with password protected uploads (line 42). Workaround: flash your sketch with line 42 commented out. Upload your files to SPIFFS, then uncomment the line and upload the code.
## Electronics
-### bill of materials
-* PCB: Upload the 'gerbers.zip' from this archive to a PCB factory, for example: [allpcb.com](http://allpcb.com), [jlcpcb.com](http://jlcpcb.com)
+![picture](images/pcb-ass.jpg)
+Fully assembled electronics, left to right, top to bottom: ESP12F (unshielded), AM1117 regulator, coil.
+
+
+### Bill of materials
+
+* PCB: Upload the ['gerbers.zip'](electronics/gerbers.zip) from this archive to a PCB factory, for example: [allpcb.com](http://allpcb.com), [jlcpcb.com](http://jlcpcb.com)
* ESP12F: Widely available.
* AM1117 3.3v Regulator: Widely available.
* QI compatible wireless charging coil delivering 5v and > [500 mA](https://docs.ai-thinker.com/_media/esp8266/docs/esp-12f_product_specification_en.pdf): For example [this](https://aliexpress.com/item/4001154059743.html), search keywords: "pcba receiver module qi". Alternatively you could repurpose 'adaptor coils' advertised to convert non-QI phones to wireless charging, such as [these](https://www.pearl.de/mtrkw-9811-qi-kompatible-receiver-pads.shtml)*.
diff --git a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/gerbers.zip b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/electronics/gerbers.zip
similarity index 55%
rename from works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/gerbers.zip
rename to works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/electronics/gerbers.zip
index 397e9bb..5301d55 100644
Binary files a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/gerbers.zip and b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/electronics/gerbers.zip differ
diff --git a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/3d-printable-vacuumform-mold-snapshot.png b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/3d-printable-vacuumform-mold-snapshot.png
new file mode 100644
index 0000000..119b31f
Binary files /dev/null and b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/3d-printable-vacuumform-mold-snapshot.png differ
diff --git a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/3d-printable-vacuumform-mold.stl b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/3d-printable-vacuumform-mold.stl
similarity index 100%
rename from works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/3d-printable-vacuumform-mold.stl
rename to works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/3d-printable-vacuumform-mold.stl
diff --git a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/mold_inlay_for_board/spacer-345x495.svg b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/spacer-345x495.svg
similarity index 98%
rename from works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/mold_inlay_for_board/spacer-345x495.svg
rename to works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/spacer-345x495.svg
index f5a9e17..ae86623 100644
--- a/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/mold_inlay_for_board/spacer-345x495.svg
+++ b/works/Dennis de Bel & Anton Jehle/paracity_gallery_v041/hardware/spacer-345x495.svg
@@ -1,5 +1,5 @@
-
+