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Update README.md
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README.md
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README.md
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## Index
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## Index
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1. [Overview](#overview)
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1. [Overview](#overview)
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2. [Requirements](#requirements)
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2. [Requirements](#requirements)
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3. [Software](##software)
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3. [Software](#software)
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4. [Hardware](##hardware)
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4. [Hardware](#hardware)
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## Overview
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## Overview
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* Create your own cool 3D animations and tag them
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* Create your own cool 3D animations and tag them
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## Requirements
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## Requirements
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## Software
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## Software
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### Cube
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### Cube
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The communication is working through I2C protocoll. The basic logic is very simple:
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The communication is working through I2C protocoll. The basic logic is very simple:
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* Display programmed smooth animations
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* Display programmed smooth animations
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#### Protocoll
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#### Protocoll
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* Only listen, no call backs
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* Only listen, no call backs
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* valid format for a frame: "//??<64 color values>,, "
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* valid format for a frame:
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| Key | Position:"Value" |
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| --- | --- |
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| Start key | 0:"/"<br>1:"/"<br>2:"?"<br>3:"?" |
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| Payload | 4-68:"0...255" |
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| End key | 69:","<br>70:","<br>71:" "<br>72:" " |
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## Hardware
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## Hardware
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Because most of the esp8266 boards are working with 3.3V and our Cube board is a regular ATMEGA328 with 5V, we need a voltage shifter. This is a basic schematic realized with a BSS138 MOSFET. Breakout boards are available on most popular sites.
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Because most of the esp8266 boards are working with 3.3V and our Cube board is a regular ATMEGA328 with 5V, we need a voltage shifter. This is a basic schematic realized with a BSS138 MOSFET. Breakout boards are available on most popular sites.
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