goebish

// **************************************************************
// ******************* Eachine X4 3D Tx Code  *******************
// by goebish on RCgroups.com
// Hardware any M8/M168/M328 setup(arduino promini,duemilanove...as)
// !!! take care when flashing the AVR, the XN297 RF chip supports 3.6V max !!!
// !!! use a 3.3V programmer or disconnect the RF module when flashing.     !!!
// !!! XN297 inputs are not 5 Volt tolerant, use a 3.3V MCU or logic level  !!!
// !!! adapter or voltage divider on MOSI/SCK/CS/CE if using 5V MCU         !!!

// DIY Eachine X4 3D RF module - XN297 and circuitry harvested from stock controller

goebish

// Update : a xn297 is not required anymore, it can be emulated with a nRF24l01 :
// https://gist.github.com/goebish/ab4bc5f2dfb1ac404d3e

// **************************************************************
// ****************** CX-10 Tx Code (blue PCB) ******************
// by goebish on RCgroups.com
// based on green pcb cx-10 TX code by closedsink on RCgroups.com
// based largely on flysky code by midelic on RCgroups.com
// Thanks to PhracturedBlue, hexfet, ThierryRC
// Hasi for his arduino PPM decoder

goebish

// Arduino code for Alarm Clock with TSA1605A 8x14 segments micro leds display 
// Goebish 2013 (twitter: @goebish)
//
// This code is  distributed  in the hope that it  will be useful for everyone  but it  is distributed 
// without any warranty.  It is provided  "as is" without  warranty of  any kind, either  expressed or 
// implied, including, but not limited to, the implied warranties of merchantability and fitness for a
// particular purpose.  The entire risk  as to the  quality and  performance of the  code is with you.
// Should  the code  prove  defective,  you assume  the cost of  all necessary  servicing,  repair  or 
// correction.  In no  event will  the author of the  code be liable  to you  for  damages,  including 
// any general,  special,  incidental or  consequential  damages arising  out of  the use of the code, 

goebish

#include <FastLED.h>

// WS2801 clock & data pins (use hardware spi)
#define CLOCK_pin 13
#define DATA_pin  11

// Create a buffer for holding the colors (3 bytes per color).
#define LED_COUNT 30
CRGB colors[LED_COUNT];