#include

#include

#include

int var_a;

int var_b;

int var_A;

int var_B;

long var_Z;

long ir_item;

IRrecv irrecv_2(2);

decode_results results_2;

uint32_t _irData = 0x00000000;

uint32_t _irDataCache = 0x00000000;

uint32_t dump(decode_results *results)

{

int count = results->rawlen;

if (results->decode_type == UNKNOWN)

{

}

else

{

if (results->decode_type == NEC)

{

}

_irDataCache = _irData;

if (results->value == 0xFFFFFFFF)

{

_irData = _irDataCache;

}

else

{

_irData = results->value;

}

}

}

uint32_t _irTime = 0;

uint32_t irFluse()

{

if (irrecv_2.decode(&results_2))

{

dump(&results_2);

irrecv_2.resume();

_irTime = millis();

}

if (millis() - _irTime > 200)

{

_irData = 0x00000000;

}

return _irData;

}

uint8_t Addr[MatrixPix_X][MatrixPix_Y] =

{

{

64

}

}

;

Matrix display = Matrix(Addr, TYPE_COLOR);

void setup()

{

Serial.begin(9600);

Serial.begin(9600);

irrecv_2.enableIRIn();

Wire.begin();

var_a=0;

var_b=0;

}

void loop()

{

var_Z=irFluse();

Serial.println("Z");

var_A=var_a;

var_B=var_b;

if(((var_Z) == 1))

{

var_b=(var_b)+1;

}

if(((var_Z) == 2))

{

var_b=(var_b)-1;

}

if(((var_Z) == 3))

{

var_a=(var_a)-1;

}

if(((var_Z) == 4))

{

var_a=(var_a)+1;

}

if(((var_Z) == 5))

{

var_a=0;

var_b=0;

}

display.setLedColor(var_A, var_B, (0x000000)>>16, (0x000000)>>8&0xFF, (0x000000)&0xFF);

display.setLedColor(var_a, var_b, (0xff0000)>>16, (0xff0000)>>8&0xFF, (0xff0000)&0xFF);

delay(0.3*1000);

}