/***********************************************
 *
 *
 ************************************************/


main(argc, argv)
int argc;
char **argv;
{
    int gains_set[96], gains_read[96], data[96];
    float datv[96];
    unsigned base;
    int ndata, gain_mode, diff_mode, i;
    float vmin = -10.;   /* give range of the A/D : settable only hardware ! */
    float vmax =  10.;
    float nch = 4096;

    if ( argc != 2){
       printf(" usage:  anl_adc_test base_address  \n");
       printf("                      ( 0x... )     \n");
       exit(0);
    }
    
    base = (unsigned) atox(argv[1]);

    diff_mode = 1;    /* 1: 48 diff chan's;  0: 96 single ended chan's   */
    gain_mode = 1;    /* 1: common amplification for all chan's
                         0: individual amplification                 */
/*    for ( i = 0; i < 96; i++);
       gains_set[i] = gain_word(1);
*/
    gains_set[0] = gain_word(1);   /*   -> amplification = 1 */

    printf(" Test of ANL ADC starts \n");
    printf(" +- 10 V , differential mode \n");

    anl_adc_init(base, &gain_mode, gains_set, &diff_mode);

    anl_adc_read(base, data, &ndata, &gain_mode, gains_read, &diff_mode);

    for ( i = 0; i < ndata; i++)
       datv[i] = (vmax - vmin)/(nch-1) * (float) data[i] + vmin;     
 
    printf("\n\nndata = %d \n", ndata);
    printf("gain_mode = %d, diff_mode = %d\n", gain_mode, diff_mode);
    for( i = 0; i < ndata; i++) 
       printf(" i = %d,  gain_word = %x,  data = %d,  datv = %f\n",
       i, gains_read[i], data[i], datv[i]);
}