/**
* @brief Update Arbitrary Signal Generator module towards actual settings.
*
* A function is intended to be called whenever one of the following settings on each channel
* is modified
* - enable
* - signal type
* - amplitude
* - frequency
* - DC offset
* - trigger mode
*
* @param[in] params Pointer to overall configuration parameters
* @retval -1 failure, error message is repoted on standard error device
* @retval 0 succesful update
*/
int generate_update(rp_app_params_t *params)
{
awg_param_t ch1_param, ch2_param;
awg_signal_t ch1_type;
awg_signal_t ch2_type;
int ch1_enable = params[GEN_ENABLE_CH1].value;
int ch2_enable = params[GEN_ENABLE_CH2].value;
//float time_vect[AWG_SIG_LEN], ch1_amp[AWG_SIG_LEN], ch2_amp[AWG_SIG_LEN];
float ch1_arb[AWG_SIG_LEN];
float ch2_arb[AWG_SIG_LEN];
int wrap;
//int invalid_file=0;
int in_smpl_len1 = 0;
int in_smpl_len2 = 0;
ch1_type = (awg_signal_t)params[GEN_SIG_TYPE_CH1].value;
ch2_type = (awg_signal_t)params[GEN_SIG_TYPE_CH2].value;
if( (ch1_type == eSignalFile) || (params[GEN_AWG_REFRESH].value == 1) ) {
if((in_smpl_len1 = read_in_file(1, ch1_arb)) < 0) {
// Invalid file
params[GEN_ENABLE_CH1].value = 0;
params[GEN_SIG_TYPE_CH1].value = eSignalSine;
ch1_type = params[GEN_SIG_TYPE_CH1].value;
ch1_enable = params[GEN_ENABLE_CH1].value;
//invalid_file=1;
}
}
if( (ch2_type == eSignalFile) || (params[GEN_AWG_REFRESH].value == 2) ) {
if((in_smpl_len2 = read_in_file(2, ch2_arb)) < 0) {
// Invalid file
params[GEN_ENABLE_CH2].value = 0;
params[GEN_SIG_TYPE_CH2].value = eSignalSine;
ch2_type = params[GEN_SIG_TYPE_CH2].value;
ch2_enable = params[GEN_ENABLE_CH2].value;
// invalid_file=1;
}
}
params[GEN_AWG_REFRESH].value = 0;
/* Waveform from signal gets treated differently then others */
if(ch1_enable > 0) {
if(ch1_type < eSignalFile) {
synthesize_signal(params[GEN_SIG_AMP_CH1].value,
params[GEN_SIG_FREQ_CH1].value,
gen_calib_params->be_ch1_dc_offs,
gen_calib_params->be_ch1_fs,
ch1_max_dac_v,
params[GEN_SIG_DCOFF_CH1].value,
ch1_type, ch1_data, &ch1_param);
wrap = 0; // whole buffer used
} else {
/* Signal file */
calculate_data(ch1_arb, in_smpl_len1,
params[GEN_SIG_AMP_CH1].value, params[GEN_SIG_FREQ_CH1].value,
gen_calib_params->be_ch1_dc_offs,
gen_calib_params->be_ch1_fs,
ch1_max_dac_v, params[GEN_SIG_DCOFF_CH1].value,
ch1_data, &ch1_param);
wrap = 0;
if (in_smpl_len1<AWG_SIG_LEN)
wrap = 1; // wrapping after (in_smpl_lenx) samples
}
} else {
clear_signal(gen_calib_params->be_ch1_dc_offs, ch1_data, &ch1_param);
}
write_data_fpga(0, params[GEN_TRIG_MODE_CH1].value,
params[GEN_SINGLE_CH1].value,
ch1_data, &ch1_param, wrap);
/* Waveform from signal gets treated differently then others */
if(ch2_enable > 0) {
if(ch2_type < eSignalFile) {
synthesize_signal(params[GEN_SIG_AMP_CH2].value,
params[GEN_SIG_FREQ_CH2].value,
gen_calib_params->be_ch2_dc_offs,
gen_calib_params->be_ch2_fs,
ch2_max_dac_v,
params[GEN_SIG_DCOFF_CH2].value,
ch2_type, ch2_data, &ch2_param);
wrap = 0; // whole buffer used
} else {
/* Signal file */
calculate_data(ch2_arb, in_smpl_len2,
params[GEN_SIG_AMP_CH2].value, params[GEN_SIG_FREQ_CH2].value,
gen_calib_params->be_ch2_dc_offs,
gen_calib_params->be_ch2_fs,
ch2_max_dac_v, params[GEN_SIG_DCOFF_CH2].value,
ch2_data, &ch2_param);
wrap = 0;
if (in_smpl_len2<AWG_SIG_LEN)
wrap = 1; // wrapping after (in_smpl_lenx) samples
}
} else {
clear_signal(gen_calib_params->be_ch2_dc_offs, ch2_data, &ch2_param);
}
write_data_fpga(1, params[GEN_TRIG_MODE_CH2].value,
params[GEN_SINGLE_CH2].value,
ch2_data, &ch2_param, wrap);
/* Always return singles to 0 */
params[GEN_SINGLE_CH1].value = 0;
params[GEN_SINGLE_CH2].value = 0;
//if (invalid_file==1)
// return -1; // Use this return value to notify the GUI user about invalid file.
return 0;
}
void wotid_full_dynorun()
{
unsigned long sample[300];
int i = 0;
_gear_ratio_ = (float)3.75;
sample[i++] = 0x510E; // 20750 microseconds, the time it took for the drum to turn 1/4
sample[i++] = 0x4EE2; // 20194 microseconds. the drum has gained in speed, only 20194 microseconds to complete the same 1/4 turn
sample[i++] = 0x4CE5;
sample[i++] = 0x4B15;
sample[i++] = 0x4968;
sample[i++] = 0x47D8;
sample[i++] = 0x465F;
sample[i++] = 0x450B;
sample[i++] = 0x43D0;
sample[i++] = 0x429F;
sample[i++] = 0x4180;
sample[i++] = 0x4076;
sample[i++] = 0x3F78;
sample[i++] = 0x3E77;
sample[i++] = 0x3D83;
sample[i++] = 0x3C9A;
sample[i++] = 0x3BAD;
sample[i++] = 0x3ACC;
sample[i++] = 0x39F5;
sample[i++] = 0x392A;
sample[i++] = 0x3866;
sample[i++] = 0x37A5;
sample[i++] = 0x36ED;
sample[i++] = 0x3640;
sample[i++] = 0x3596;
sample[i++] = 0x34EC;
sample[i++] = 0x3444;
sample[i++] = 0x33AA;
sample[i++] = 0x330E;
sample[i++] = 0x3277;
sample[i++] = 0x31E9;
sample[i++] = 0x3156;
sample[i++] = 0x30CB;
sample[i++] = 0x3046;
sample[i++] = 0x2FC0;
sample[i++] = 0x2F41;
sample[i++] = 0x2EC0;
sample[i++] = 0x2E49;
sample[i++] = 0x2DD2;
sample[i++] = 0x2D5D;
sample[i++] = 0x2CED;
sample[i++] = 0x2C84;
sample[i++] = 0x2C1A;
sample[i++] = 0x2BB2;
sample[i++] = 0x2B4D;
sample[i++] = 0x2AEC;
sample[i++] = 0x2A8B;
sample[i++] = 0x2A2E;
sample[i++] = 0x29D1;
sample[i++] = 0x2976;
sample[i++] = 0x291D;
sample[i++] = 0x28C5;
sample[i++] = 0x2872;
sample[i++] = 0x281F;
sample[i++] = 0x27CE;
sample[i++] = 0x2780;
sample[i++] = 0x2732;
sample[i++] = 0x26E4;
sample[i++] = 0x2696;
sample[i++] = 0x264F;
sample[i++] = 0x2604;
sample[i++] = 0x25BF;
sample[i++] = 0x257A;
sample[i++] = 0x2539;
sample[i++] = 0x24F6;
sample[i++] = 0x24BA;
sample[i++] = 0x247E;
sample[i++] = 0x2445;
sample[i++] = 0x240E;
sample[i++] = 0x23D6;
sample[i++] = 0x23A1;
sample[i++] = 0x236A;
sample[i++] = 0x2335;
sample[i++] = 0x2300;
sample[i++] = 0x22C9;
sample[i++] = 0x2293;
sample[i++] = 0x225D;
sample[i++] = 0x2227;
sample[i++] = 0x21F1;
sample[i++] = 0x21BA;
sample[i++] = 0x2186;
sample[i++] = 0x2154;
sample[i++] = 0x2121;
sample[i++] = 0x20F0;
sample[i++] = 0x20BD;
sample[i++] = 0x208C;
sample[i++] = 0x205D;
sample[i++] = 0x2031;
sample[i++] = 0x2003;
sample[i++] = 0x1FD4;
sample[i++] = 0x1FA8;
sample[i++] = 0x1F7D;
sample[i++] = 0x1F51;
sample[i++] = 0x1F24;
sample[i++] = 0x1EFD;
sample[i++] = 0x1ED6;
sample[i++] = 0x1EB0;
sample[i++] = 0x1E89;
sample[i++] = 0x1E65;
sample[i++] = 0x1E40;
sample[i++] = 0x1E1C;
sample[i++] = 0x1DFD;
sample[i++] = 0x1DDD;
sample[i++] = 0x1DBB;
sample[i++] = 0x1D95;
sample[i++] = 0x1D74;
sample[i++] = 0x1D53;
sample[i++] = 0x1D34;
sample[i++] = 0x1D13;
sample[i++] = 0x1CF1;
sample[i++] = 0x1CD2;
sample[i++] = 0x1CB1;
sample[i++] = 0x1C96;
sample[i++] = 0x1C7A;
sample[i++] = 0x1C5B;
sample[i++] = 0x1C3C;
sample[i++] = 0x1C21;
sample[i++] = 0x1C05;
sample[i++] = 0x1BE9;
sample[i++] = 0x1BCD;
sample[i++] = 0x1BB3;
sample[i++] = 0x1B97;
sample[i++] = 0x1B79;
sample[i++] = 0x1B5F;
sample[i++] = 0x1B48;
sample[i++] = 0x1B2E;
sample[i++] = 0x1B12;
sample[i++] = 0x1AF7;
sample[i++] = 0x1ADF;
sample[i++] = 0x1AC6;
sample[i++] = 0x1AAF;
sample[i++] = 0x1A95;
sample[i++] = 0x1A79;
sample[i++] = 0x1A5F;
sample[i++] = 0x1A49;
sample[i++] = 0x1A36;
sample[i++] = 0x1A1E;
sample[i++] = 0x1A01;
sample[i++] = 0x19EA;
sample[i++] = 0x19D6;
sample[i++] = 0x19A9;
sample[i++] = 0x1992;
sample[i++] = 0x1966;
sample[i++] = 0x1952;
sample[i++] = 0x1927;
sample[i++] = 0x1911;
sample[i++] = 0x18EA;
sample[i++] = 0x18D5;
sample[i++] = 0x18AD;
sample[i++] = 0x189B;
sample[i++] = 0x1872;
sample[i++] = 0x1861;
sample[i++] = 0x183B;
sample[i++] = 0x182A;
sample[i++] = 0x1808;
sample[i++] = 0x17F4;
sample[i++] = 0x17D6;
sample[i++] = 0x17C5;
sample[i++] = 0x17A3;
sample[i++] = 0x1794;
sample[i++] = 0x1774;
sample[i++] = 0x1764;
sample[i++] = 0x1746;
sample[i++] = 0x1736;
sample[i++] = 0x1719;
sample[i++] = 0x170A;
sample[i++] = 0x16ED;
sample[i++] = 0x16DF;
sample[i++] = 0x16C3;
sample[i++] = 0x16B5;
sample[i++] = 0x1698;
sample[i++] = 0x168B;
sample[i++] = 0x1671;
sample[i++] = 0x1662;
sample[i++] = 0x164A;
sample[i++] = 0x163C;
sample[i++] = 0x1622;
sample[i++] = 0x1618;
sample[i++] = 0x15FE;
sample[i++] = 0x15F2;
sample[i++] = 0x15DC;
sample[i++] = 0x15CD;
sample[i++] = 0x15B6;
sample[i++] = 0x15AC;
sample[i++] = 0x1595;
sample[i++] = 0x158A;
sample[i++] = 0x1577;
sample[i++] = 0x1569;
sample[i++] = 0x1553;
sample[i++] = 0x154A;
sample[i++] = 0x1533;
sample[i++] = 0x152A;
sample[i++] = 0x1515;
sample[i++] = 0x1509;
sample[i++] = 0x14F9;
sample[i++] = 0x14EF;
sample[i++] = 0x14DB;
sample[i++] = 0x14D2;
sample[i++] = 0x14BD;
sample[i++] = 0x14B6;
sample[i++] = 0x14A4;
sample[i++] = 0x149A;
sample[i++] = 0x1487;
sample[i++] = 0x147F;
sample[i++] = 0x146B;
sample[i++] = 0x146B;
sample[i++] = 0x1462;
sample[i++] = 0x1457;
sample[i++] = 0x1452;
sample[i++] = 0x144E;
sample[i++] = 0x1444;
sample[i++] = 0x1440;
sample[i++] = 0x143E;
sample[i++] = 0x143D;
sample[i++] = 0x144D;
sample[i++] = 0x1456;
calculate_data(sample, i);
return;
}
