Diy duvaljka, jbc lemilica, led svetlo, mikroskop

Code:
            for (i=0; i < READ_SAMPLES; ++i)

            {

                prev_tick = gpioTick();



                // ADS1115 I2C Device Address

                BSC0_A = 0x48;



                // set config register and start conversion

                // AIN0 and GND, 4.096v, 128sps

                BSC0_DLEN = 3;

                BSC0_FIFO = 1;

                BSC0_FIFO = 0xc3;    // single shot mode

                //BSC0_FIFO = 0x42;    // continuous mode

                BSC0_FIFO = 0x83;    

                BSC0_S = CLEAR_STATUS;

                BSC0_C = START_WRITE;    

                wait_i2c_done();



                timeout = 50;

                // wait for conversion complete

                do {        

                    BSC0_DLEN = 2; 

                    BSC0_S = CLEAR_STATUS; // Reset status bits 

                    BSC0_C = START_READ; // Start Read after clearing FIFO 

                    wait_i2c_done();

                    buf[0] = BSC0_FIFO;

                    buf[1] = BSC0_FIFO;

                } while ((0x0000 == ((buf[0] << 8 | buf[1]) & 0x8000)) && --timeout);



                // read conversion register

                BSC0_DLEN = 1;

                BSC0_FIFO = 0;   // conversion register is 0    

                BSC0_S = CLEAR_STATUS;

                BSC0_C = START_WRITE;    

                wait_i2c_done();

                BSC0_DLEN = 2; 

                BSC0_S = CLEAR_STATUS; // Reset status bits 

                BSC0_C = START_READ; // Start Read after clearing FIFO 

                wait_i2c_done();    

                buf[0] = BSC0_FIFO;

                buf[1] = BSC0_FIFO;



                // temperature = (VOUT - VREF)/(5 mV/ C) 



                // convert output and display results

                //val = (int16_t)buf[0]*256 + (uint16_t)buf[1];

                val = buf[0] << 8 | buf[1];    // Combine the two bytes of readBuf into a single 16 bit result

                temperature = (float)((((val * 4.096) / 32768.0) - 1.33) / 0.005);

                //printf("Conversion: buf[0]=0x%02x buf[1]=0x%02x combined=0x%04x time=%.2f mS result=%f temperature=%.2f\n",

                //         buf[0],

                //         buf[1],

                //         val,

                //         (float)((gpioTick() - prev_tick) / 1000.0),

                //         (float)((val * 4.096) / 32768.0),

                //         temperature);



                jbc_temperature += round(temperature);

            }



            jbc_temperature /= i;

        }