void printout(uint8_t lR1[8], uint8_t lG1[8], uint8_t lB1[8],
              uint8_t lR2[8], uint8_t lG2[8], uint8_t lB2[8],
              uint8_t lR3[8], uint8_t lG3[8], uint8_t lB3[8],
              uint8_t rR1[8], uint8_t rG1[8], uint8_t rB1[8],
              uint8_t rR2[8], uint8_t rG2[8], uint8_t rB2[8],
              uint8_t rR3[8], uint8_t rG3[8], uint8_t rB3[8]) {

    uint8_t i, led;
    uint8_t resolutionBit;

    __builtin_disable_interrupts();

    SCLK = 0;
    XLAT = 0;
    BLANK = 1;

    for (led = 0; led < 8; led ++) {
        /* Clockez cei mai semnificativi 8 biti din culoare */
        for (resolutionBit = 7; resolutionBit >= 0; resolutionBit --) {
            SOUT1_L = getBit(lR1[led], resolutionBit);
            SOUT1_R = getBit(rR1[led], resolutionBit);
            SOUT2_L = getBit(lR2[led], resolutionBit);
            SOUT2_R = getBit(rR2[led], resolutionBit);
            SOUT3_L = getBit(lR3[led], resolutionBit);
            SOUT3_R = getBit(rR3[led], resolutionBit);
            SCLK = 1;
            SCLK = 0;
        }
        /* Clockez zero-uri pana la restul de 12 biti */
        SOUT1_L = 0;
        SOUT1_R = 0;
        SOUT2_L = 0;
        SOUT2_R = 0;
        SOUT3_L = 0;
        SOUT3_R = 0;
        for (resolutionBit = 0; resolutionBit < 4; resolutionBit ++) {
            SCLK = 1;
            SCLK = 0;
        }
        for (resolutionBit = 7; resolutionBit >= 0; resolutionBit --) {
            SOUT1_L = getBit(lG1[led], resolutionBit);
            SOUT1_R = getBit(rG1[led], resolutionBit);
            SOUT2_L = getBit(lG2[led], resolutionBit);
            SOUT2_R = getBit(rG2[led], resolutionBit);
            SOUT3_L = getBit(lG3[led], resolutionBit);
            SOUT3_R = getBit(rG3[led], resolutionBit);
            SCLK = 1;
            SCLK = 0;
        }
        /* Clockez zero-uri pana la restul de 12 biti */
        SOUT1_L = 0;
        SOUT1_R = 0;
        SOUT2_L = 0;
        SOUT2_R = 0;
        SOUT3_L = 0;
        SOUT3_R = 0;
        for (resolutionBit = 0; resolutionBit < 4; resolutionBit ++) {
            SCLK = 1;
            SCLK = 0;
        }
        for (resolutionBit = 7; resolutionBit >= 0; resolutionBit --) {
            SOUT1_L = getBit(lB1[led], resolutionBit);
            SOUT1_R = getBit(rB1[led], resolutionBit);
            SOUT2_L = getBit(lB2[led], resolutionBit);
            SOUT2_R = getBit(rB2[led], resolutionBit);
            SOUT3_L = getBit(lB3[led], resolutionBit);
            SOUT3_R = getBit(rB3[led], resolutionBit);
            SCLK = 1;
            SCLK = 0;
        }
        /* Clockez zero-uri pana la restul de 12 biti */
        SOUT1_L = 0;
        SOUT1_R = 0;
        SOUT2_L = 0;
        SOUT2_R = 0;
        SOUT3_L = 0;
        SOUT3_R = 0;
        for (resolutionBit = 0; resolutionBit < 4; resolutionBit ++) {
            SCLK = 1;
            SCLK = 0;
        }
    }
    /* Pe frontul crescator al lui XLAT, datele sunt transferate din
     * registrul de shiftare in latch */
    XLAT = 1;
    XLAT = 0;

    /* Mai astept un ciclu de instructiune, apoi aprind LED-urile! */
    BLANK = 0;

    __builtin_enable_interrupts();

    /* Mai astept putin timp sa treaca, pentru a permite
     * LED-urilor sa se aprinda macar putin */
    for (i = 0; i < 100; i ++)
        asm("nop");     //__builtin_nop();
}