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 # OreLight
 
-Wemos D1 Mini ESP 8266 Minecraft OreLight firmware
-
-Dimmable, Preprogrammed Ore-Colors, RGB
\ No newline at end of file
+Wemos D1 Mini - ESP 8266 Minecraft OreLight firmware
+Dimmable, Preprogrammed Ore-Colors, RGB
+
+## Materials
+- wemos d1 mini (esp8266 chip) ~ 20ct
+- wemos d1 shield WS2812B ~ 1€
+- mini momentary push button tactile (6x6mm) ~ 1ct
+- 2x 3-4cm isolated copper wire
+- 2d-paper and 3d-white and gray filament printer
+- solderiron + solder
+- paper, scissors and glue
+
+## Build
+### Hardware
+1. Solder the LED-header on the d1 mini chip, so the esp8266-chip "heatsink" is in between the carrier-board and the LED-header. Be sure to solder the Board in the right way, GND to GND and so on. Also keep the two boards while soldering tight together!
+2. Print the ```/3d-printable/orelight_base.stl``` with white filament (!!! NO SUPPORTS !!!), pause the print at layer 100 and insert the the soldered Hardware and resume/ finish the Print.
+3. Print the ```/3d-printable/orelight_pattern_button.stl``` with gray filament.
+4. Print the Layout ```/sheets/oreLightPaper.pdf``` and cut 5 rectangles from it - also cut on one peace a little notch for the button
+5. Glue the paper peaces inside the printed cube
+6. Solder the button ontop the LED-header to D5 and GND pin and push it into it's place - secure the Button with some glue
+7. If needed glue the Cube onto the Base - but it should be a friction-fit.
+
+### Software
+1. Open ```/src/resetEeprom/resetEeprom.ino``` with the Arduino IDE and upload the code to the wemos chip - you may need to download board-information and the dependencys yourself!
+2. Open and Upload ```/src/firmware/firmware.ino```
+
+done!
+
+See button usage info in ```/sheets/documentation.pdf```
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diff --git a/oreLightPaper.pdf b/sheets/oreLightPaper.pdf
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diff --git a/firmware/firmware.ino b/src/firmware/firmware.ino
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