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Beam Positoning Monitor - Software
Commit be7dccd5 authored by Lucas Russo's avatar Lucas Russo
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src,include: change acquisition maps as bpm-gw changed it 

The range of commits from lnls-dig/bpm-gw@f7d6e831fd
to lnls-dig/bpm-gw@dc8e06241f changed the acquisition
map. So, we changed it here.
parent a28b7ecd
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include/boards/afcv3/acq_chan.h
View file @ be7dccd5
......@@ -8,75 +8,75 @@
/************************ Acquistion 0 Channel Parameters **************/
/* ADC */
#define ADC0_CHAN_ID 0
#define ADC0_SAMPLE_SIZE 8 /* 8 Bytes -> ADC0 = 16-bit / ADC1 = 16-bit ... */
#define ADC_CHAN_ID 0
#define ADC_SAMPLE_SIZE 8 /* 8 Bytes -> ADC = 16-bit / ADC1 = 16-bit ... */
/* ADC SWAPPED (after the switching module) */
#define ADCSWAP0_CHAN_ID (ADC0_CHAN_ID + 1)
#define ADCSWAP0_SAMPLE_SIZE 8 /* 8 Bytes -> ADCSWAP0 = 16-bit / ADCSWAP1 = 16-bit ... */
#define ADCSWAP_CHAN_ID (ADC_CHAN_ID + 1)
#define ADCSWAP_SAMPLE_SIZE 8 /* 8 Bytes -> ADCSWAP = 16-bit / ADCSWAP1 = 16-bit ... */
/* MIXER I/Q 1/2 */
#define MIXIQ120_CHAN_ID (ADCSWAP0_CHAN_ID + 1)
#define MIXIQ120_SAMPLE_SIZE 16 /* 16 Bytes -> MIXI0 = 32-bit / MIXQ0 = 32-bit ... */
/* MIXER I/Q */
#define MIXIQ_CHAN_ID (ADCSWAP_CHAN_ID + 1)
#define MIXIQ_SAMPLE_SIZE 32 /* 32 Bytes -> MIXI = 32-bit / MIXQ = 32-bit ... / MIXI3 = 32-bit / MIXQ3 */
/* MIXER I/Q 3/4 */
#define MIXIQ340_CHAN_ID (MIXIQ120_CHAN_ID + 1)
#define MIXIQ340_SAMPLE_SIZE 16 /* 16 Bytes -> MIXI2 = 32-bit / MIXQ2 = 32-bit ... */
/* DUMMY 0 */
#define DUMMY0_CHAN_ID (MIXIQ_CHAN_ID + 1)
#define DUMMY0_SAMPLE_SIZE 16 /* 16 Bytes -> 0 */
/* TBTDECIM I/Q 1/2 */
#define TBTDECIMIQ120_CHAN_ID (MIXIQ340_CHAN_ID + 1)
#define TBTDECIMIQ120_SAMPLE_SIZE 16 /* 16 Bytes -> TBTDECIM0 = 32-bit / TBTDECIM1 = 32-bit ... */
/* TBTDECIM I/Q */
#define TBTDECIMIQ_CHAN_ID (DUMMY0_CHAN_ID + 1)
#define TBTDECIMIQ_SAMPLE_SIZE 32 /* 32 Bytes -> TBTDECIM = 32-bit / TBTDECIM1 = 32-bit .../ TBTDECIMI3 = 32-bit / TBTDECIMQ3 */
/* TBTDECIM I/Q 3/4 */
#define TBTDECIMIQ340_CHAN_ID (TBTDECIMIQ120_CHAN_ID + 1)
#define TBTDECIMIQ340_SAMPLE_SIZE 16 /* 16 Bytes -> TBTDECIM0 = 32-bit / TBTDECIM1 = 32-bit ... */
/* DUMMY 1 */
#define DUMMY1_CHAN_ID (TBTDECIMIQ_CHAN_ID + 1)
#define DUMMY1_SAMPLE_SIZE 16 /* 16 Bytes -> 0 */
/* TBT AMP */
#define TBTAMP0_CHAN_ID (TBTDECIMIQ340_CHAN_ID + 1)
#define TBTAMP0_SAMPLE_SIZE 16 /* 16 Bytes -> TBTAMP0 = 32-bit / TBTAMP1 = 32-bit ... */
/* TBT AMP */
#define TBTAMP_CHAN_ID (DUMMY1_CHAN_ID + 1)
#define TBTAMP_SAMPLE_SIZE 16 /* 16 Bytes -> TBTAMP = 32-bit / TBTAMP1 = 32-bit ... */
/* TBT PHASE */
#define TBTPHA0_CHAN_ID (TBTAMP0_CHAN_ID + 1)
#define TBTPHA0_SAMPLE_SIZE 16 /* 16 Bytes -> TBTPHA0 = 32-bit / TBTPHA1 = 32-bit ... */
/* TBT PHASE */
#define TBTPHA_CHAN_ID (TBTAMP_CHAN_ID + 1)
#define TBTPHA_SAMPLE_SIZE 16 /* 16 Bytes -> TBTPHA = 32-bit / TBTPHA1 = 32-bit ... */
/* TBT POS */
#define TBTPOS0_CHAN_ID (TBTPHA0_CHAN_ID + 1)
#define TBTPOS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* TBT POS */
#define TBTPOS_CHAN_ID (TBTPHA_CHAN_ID + 1)
#define TBTPOS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* FOFBDECIM I/Q 1/2 */
#define FOFBDECIMIQ120_CHAN_ID (TBTPOS0_CHAN_ID + 1)
#define FOFBDECIMIQ120_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBDECIM0 = 32-bit / FOFBDECIM1 = 32-bit ... */
/* FOFBDECIM I/Q */
#define FOFBDECIMIQ_CHAN_ID (TBTPOS_CHAN_ID + 1)
#define FOFBDECIMIQ_SAMPLE_SIZE 32 /* 32 Bytes -> FOFBDECIM = 32-bit / FOFBDECIM1 = 32-bit ... / FOFBDECIMI3 = 32-bit / FOFBDECIMQ3 */
/* FOFBDECIM I/Q 3/4 */
#define FOFBDECIMIQ340_CHAN_ID (FOFBDECIMIQ120_CHAN_ID + 1)
#define FOFBDECIMIQ340_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBDECIM0 = 32-bit / FOFBDECIM1 = 32-bit ... */
/* DUMMY 2 */
#define DUMMY2_CHAN_ID (FOFBDECIMIQ_CHAN_ID + 1)
#define DUMMY2_SAMPLE_SIZE 16 /* 16 Bytes -> 0 */
/* FOFB AMP */
#define FOFBAMP0_CHAN_ID (FOFBDECIMIQ340_CHAN_ID + 1)
#define FOFBAMP0_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBAMP0 = 32-bit / FOFBAMP1 = 32-bit ... */
/* FOFB AMP */
#define FOFBAMP_CHAN_ID (DUMMY2_CHAN_ID + 1)
#define FOFBAMP_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBAMP = 32-bit / FOFBAMP1 = 32-bit ... */
/* FOFB PHA */
#define FOFBPHA0_CHAN_ID (FOFBAMP0_CHAN_ID + 1)
#define FOFBPHA0_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBPHA0 = 32-bit / FOFBPHA1 = 32-bit ... */
/* FOFB PHA */
#define FOFBPHA_CHAN_ID (FOFBAMP_CHAN_ID + 1)
#define FOFBPHA_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBPHA = 32-bit / FOFBPHA1 = 32-bit ... */
/* FOFB POS */
#define FOFBPOS0_CHAN_ID (FOFBPHA0_CHAN_ID + 1)
#define FOFBPOS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* FOFB POS */
#define FOFBPOS_CHAN_ID (FOFBPHA_CHAN_ID + 1)
#define FOFBPOS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT AMP */
#define MONITAMP0_CHAN_ID (FOFBPOS0_CHAN_ID + 1)
#define MONITAMP0_SAMPLE_SIZE 16 /* 16 Bytes -> MONITAMP0 = 32-bit / MONITAMP1 = 32-bit ... */
/* MONIT AMP */
#define MONITAMP_CHAN_ID (FOFBPOS_CHAN_ID + 1)
#define MONITAMP_SAMPLE_SIZE 16 /* 16 Bytes -> MONITAMP = 32-bit / MONITAMP1 = 32-bit ... */
/* MONIT POS */
#define MONITPOS0_CHAN_ID (MONITAMP0_CHAN_ID + 1)
#define MONITPOS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT POS */
#define MONITPOS_CHAN_ID (MONITAMP_CHAN_ID + 1)
#define MONITPOS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT1 POS */
#define MONIT1POS0_CHAN_ID (MONITPOS0_CHAN_ID + 1)
#define MONIT1POS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT1 POS */
#define MONIT1POS_CHAN_ID (MONITPOS_CHAN_ID + 1)
#define MONIT1POS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* End of channels placeholder */
#define END_CHAN_ID (MONIT1POS0_CHAN_ID + 1)
/* End of channels placeholder */
#define END_CHAN_ID (MONIT1POS_CHAN_ID + 1)
#endif
include/boards/afcv3/ddr3_map.h
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include/boards/afcv3_1/acq_chan.h
View file @ be7dccd5
......@@ -8,75 +8,75 @@
/************************ Acquistion 0 Channel Parameters **************/
/* ADC */
#define ADC0_CHAN_ID 0
#define ADC0_SAMPLE_SIZE 8 /* 8 Bytes -> ADC0 = 16-bit / ADC1 = 16-bit ... */
#define ADC_CHAN_ID 0
#define ADC_SAMPLE_SIZE 8 /* 8 Bytes -> ADC = 16-bit / ADC1 = 16-bit ... */
/* ADC SWAPPED (after the switching module) */
#define ADCSWAP0_CHAN_ID (ADC0_CHAN_ID + 1)
#define ADCSWAP0_SAMPLE_SIZE 8 /* 8 Bytes -> ADCSWAP0 = 16-bit / ADCSWAP1 = 16-bit ... */
#define ADCSWAP_CHAN_ID (ADC_CHAN_ID + 1)
#define ADCSWAP_SAMPLE_SIZE 8 /* 8 Bytes -> ADCSWAP = 16-bit / ADCSWAP1 = 16-bit ... */
/* MIXER I/Q 1/2 */
#define MIXIQ120_CHAN_ID (ADCSWAP0_CHAN_ID + 1)
#define MIXIQ120_SAMPLE_SIZE 16 /* 16 Bytes -> MIXI0 = 32-bit / MIXQ0 = 32-bit ... */
/* MIXER I/Q */
#define MIXIQ_CHAN_ID (ADCSWAP_CHAN_ID + 1)
#define MIXIQ_SAMPLE_SIZE 32 /* 32 Bytes -> MIXI = 32-bit / MIXQ = 32-bit ... / MIXI3 = 32-bit / MIXQ3 */
/* MIXER I/Q 3/4 */
#define MIXIQ340_CHAN_ID (MIXIQ120_CHAN_ID + 1)
#define MIXIQ340_SAMPLE_SIZE 16 /* 16 Bytes -> MIXI2 = 32-bit / MIXQ2 = 32-bit ... */
/* DUMMY 0 */
#define DUMMY0_CHAN_ID (MIXIQ_CHAN_ID + 1)
#define DUMMY0_SAMPLE_SIZE 16 /* 16 Bytes -> 0 */
/* TBTDECIM I/Q 1/2 */
#define TBTDECIMIQ120_CHAN_ID (MIXIQ340_CHAN_ID + 1)
#define TBTDECIMIQ120_SAMPLE_SIZE 16 /* 16 Bytes -> TBTDECIM0 = 32-bit / TBTDECIM1 = 32-bit ... */
/* TBTDECIM I/Q */
#define TBTDECIMIQ_CHAN_ID (DUMMY0_CHAN_ID + 1)
#define TBTDECIMIQ_SAMPLE_SIZE 32 /* 32 Bytes -> TBTDECIM = 32-bit / TBTDECIM1 = 32-bit .../ TBTDECIMI3 = 32-bit / TBTDECIMQ3 */
/* TBTDECIM I/Q 3/4 */
#define TBTDECIMIQ340_CHAN_ID (TBTDECIMIQ120_CHAN_ID + 1)
#define TBTDECIMIQ340_SAMPLE_SIZE 16 /* 16 Bytes -> TBTDECIM0 = 32-bit / TBTDECIM1 = 32-bit ... */
/* DUMMY 1 */
#define DUMMY1_CHAN_ID (TBTDECIMIQ_CHAN_ID + 1)
#define DUMMY1_SAMPLE_SIZE 16 /* 16 Bytes -> 0 */
/* TBT AMP */
#define TBTAMP0_CHAN_ID (TBTDECIMIQ340_CHAN_ID + 1)
#define TBTAMP0_SAMPLE_SIZE 16 /* 16 Bytes -> TBTAMP0 = 32-bit / TBTAMP1 = 32-bit ... */
/* TBT AMP */
#define TBTAMP_CHAN_ID (DUMMY1_CHAN_ID + 1)
#define TBTAMP_SAMPLE_SIZE 16 /* 16 Bytes -> TBTAMP = 32-bit / TBTAMP1 = 32-bit ... */
/* TBT PHASE */
#define TBTPHA0_CHAN_ID (TBTAMP0_CHAN_ID + 1)
#define TBTPHA0_SAMPLE_SIZE 16 /* 16 Bytes -> TBTPHA0 = 32-bit / TBTPHA1 = 32-bit ... */
/* TBT PHASE */
#define TBTPHA_CHAN_ID (TBTAMP_CHAN_ID + 1)
#define TBTPHA_SAMPLE_SIZE 16 /* 16 Bytes -> TBTPHA = 32-bit / TBTPHA1 = 32-bit ... */
/* TBT POS */
#define TBTPOS0_CHAN_ID (TBTPHA0_CHAN_ID + 1)
#define TBTPOS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* TBT POS */
#define TBTPOS_CHAN_ID (TBTPHA_CHAN_ID + 1)
#define TBTPOS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* FOFBDECIM I/Q 1/2 */
#define FOFBDECIMIQ120_CHAN_ID (TBTPOS0_CHAN_ID + 1)
#define FOFBDECIMIQ120_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBDECIM0 = 32-bit / FOFBDECIM1 = 32-bit ... */
/* FOFBDECIM I/Q */
#define FOFBDECIMIQ_CHAN_ID (TBTPOS_CHAN_ID + 1)
#define FOFBDECIMIQ_SAMPLE_SIZE 32 /* 32 Bytes -> FOFBDECIM = 32-bit / FOFBDECIM1 = 32-bit ... / FOFBDECIMI3 = 32-bit / FOFBDECIMQ3 */
/* FOFBDECIM I/Q 3/4 */
#define FOFBDECIMIQ340_CHAN_ID (FOFBDECIMIQ120_CHAN_ID + 1)
#define FOFBDECIMIQ340_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBDECIM0 = 32-bit / FOFBDECIM1 = 32-bit ... */
/* DUMMY 2 */
#define DUMMY2_CHAN_ID (FOFBDECIMIQ_CHAN_ID + 1)
#define DUMMY2_SAMPLE_SIZE 16 /* 16 Bytes -> 0 */
/* FOFB AMP */
#define FOFBAMP0_CHAN_ID (FOFBDECIMIQ340_CHAN_ID + 1)
#define FOFBAMP0_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBAMP0 = 32-bit / FOFBAMP1 = 32-bit ... */
/* FOFB AMP */
#define FOFBAMP_CHAN_ID (DUMMY2_CHAN_ID + 1)
#define FOFBAMP_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBAMP = 32-bit / FOFBAMP1 = 32-bit ... */
/* FOFB PHA */
#define FOFBPHA0_CHAN_ID (FOFBAMP0_CHAN_ID + 1)
#define FOFBPHA0_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBPHA0 = 32-bit / FOFBPHA1 = 32-bit ... */
/* FOFB PHA */
#define FOFBPHA_CHAN_ID (FOFBAMP_CHAN_ID + 1)
#define FOFBPHA_SAMPLE_SIZE 16 /* 16 Bytes -> FOFBPHA = 32-bit / FOFBPHA1 = 32-bit ... */
/* FOFB POS */
#define FOFBPOS0_CHAN_ID (FOFBPHA0_CHAN_ID + 1)
#define FOFBPOS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* FOFB POS */
#define FOFBPOS_CHAN_ID (FOFBPHA_CHAN_ID + 1)
#define FOFBPOS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT AMP */
#define MONITAMP0_CHAN_ID (FOFBPOS0_CHAN_ID + 1)
#define MONITAMP0_SAMPLE_SIZE 16 /* 16 Bytes -> MONITAMP0 = 32-bit / MONITAMP1 = 32-bit ... */
/* MONIT AMP */
#define MONITAMP_CHAN_ID (FOFBPOS_CHAN_ID + 1)
#define MONITAMP_SAMPLE_SIZE 16 /* 16 Bytes -> MONITAMP = 32-bit / MONITAMP1 = 32-bit ... */
/* MONIT POS */
#define MONITPOS0_CHAN_ID (MONITAMP0_CHAN_ID + 1)
#define MONITPOS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT POS */
#define MONITPOS_CHAN_ID (MONITAMP_CHAN_ID + 1)
#define MONITPOS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT1 POS */
#define MONIT1POS0_CHAN_ID (MONITPOS0_CHAN_ID + 1)
#define MONIT1POS0_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* MONIT1 POS */
#define MONIT1POS_CHAN_ID (MONITPOS_CHAN_ID + 1)
#define MONIT1POS_SAMPLE_SIZE 16 /* 16 Bytes -> X = 32-bit / Y = 32-bit ... */
/* End of channels placeholder */
#define END_CHAN_ID (MONIT1POS0_CHAN_ID + 1)
/* End of channels placeholder */
#define END_CHAN_ID (MONIT1POS_CHAN_ID + 1)
#endif
include/boards/afcv3_1/ddr3_map.h
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src/boards/afcv3/ddr3_map.c
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src/boards/afcv3_1/ddr3_map.c
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src/libs/libbpmclient/src/bpm_client_core.c
View file @ be7dccd5
......@@ -57,33 +57,33 @@ static bpm_client_err_e _func_polling (bpm_client_t *self, char *name,
/* Acquisition channel definitions for user's application */
#if defined(__BOARD_ML605__)
/* Global structure merging all of the channel's sample sizes */
acq_chan_t acq_chan[END_CHAN_ID] = { [0] = {.chan = ADC0_CHAN_ID, .sample_size = ADC0_SAMPLE_SIZE},
[1] = {.chan = TBTAMP0_CHAN_ID, .sample_size = TBTAMP0_SAMPLE_SIZE},
[2] = {.chan = TBTPOS0_CHAN_ID, .sample_size = TBTPOS0_SAMPLE_SIZE},
[3] = {.chan = FOFBAMP0_CHAN_ID, .sample_size = FOFBAMP0_SAMPLE_SIZE},
[4] = {.chan = FOFBPOS0_CHAN_ID, .sample_size = FOFBPOS0_SAMPLE_SIZE},
[5] = {.chan = MONITAMP0_CHAN_ID, .sample_size = MONITAMP0_SAMPLE_SIZE},
[6] = {.chan = MONITPOS0_CHAN_ID, .sample_size = MONITPOS0_SAMPLE_SIZE},
[7] = {.chan = MONIT1POS0_CHAN_ID, .sample_size = MONIT1POS0_SAMPLE_SIZE}
acq_chan_t acq_chan[END_CHAN_ID] = { [0] = {.chan = ADC_CHAN_ID, .sample_size = ADC_SAMPLE_SIZE},
[1] = {.chan = TBTAMP_CHAN_ID, .sample_size = TBTAMP_SAMPLE_SIZE},
[2] = {.chan = TBTPOS_CHAN_ID, .sample_size = TBTPOS_SAMPLE_SIZE},
[3] = {.chan = FOFBAMP_CHAN_ID, .sample_size = FOFBAMP_SAMPLE_SIZE},
[4] = {.chan = FOFBPOS_CHAN_ID, .sample_size = FOFBPOS_SAMPLE_SIZE},
[5] = {.chan = MONITAMP_CHAN_ID, .sample_size = MONITAMP_SAMPLE_SIZE},
[6] = {.chan = MONITPOS_CHAN_ID, .sample_size = MONITPOS_SAMPLE_SIZE},
[7] = {.chan = MONIT1POS_CHAN_ID, .sample_size = MONIT1POS_SAMPLE_SIZE}
};
#elif defined(__BOARD_AFCV3__)
acq_chan_t acq_chan[END_CHAN_ID] = { [0] = {.chan = ADC0_CHAN_ID, .sample_size = ADC0_SAMPLE_SIZE},
[1] = {.chan = ADCSWAP0_CHAN_ID, .sample_size = ADCSWAP0_SAMPLE_SIZE},
[2] = {.chan = MIXIQ120_CHAN_ID, .sample_size = MIXIQ120_SAMPLE_SIZE},
[3] = {.chan = MIXIQ340_CHAN_ID, .sample_size = MIXIQ340_SAMPLE_SIZE},
[4] = {.chan = TBTDECIMIQ120_CHAN_ID, .sample_size = TBTDECIMIQ120_SAMPLE_SIZE},
[5] = {.chan = TBTDECIMIQ340_CHAN_ID, .sample_size = TBTDECIMIQ340_SAMPLE_SIZE},
[6] = {.chan = TBTAMP0_CHAN_ID, .sample_size = TBTAMP0_SAMPLE_SIZE},
[7] = {.chan = TBTPHA0_CHAN_ID, .sample_size = TBTPHA0_SAMPLE_SIZE},
[8] = {.chan = TBTPOS0_CHAN_ID, .sample_size = TBTPOS0_SAMPLE_SIZE},
[9] = {.chan = FOFBDECIMIQ120_CHAN_ID, .sample_size = FOFBDECIMIQ120_SAMPLE_SIZE},
[10] = {.chan = FOFBDECIMIQ340_CHAN_ID, .sample_size = FOFBDECIMIQ340_SAMPLE_SIZE},
[11] = {.chan = FOFBAMP0_CHAN_ID, .sample_size = FOFBAMP0_SAMPLE_SIZE},
[12] = {.chan = FOFBPHA0_CHAN_ID, .sample_size = FOFBPHA0_SAMPLE_SIZE},
[13] = {.chan = FOFBPOS0_CHAN_ID, .sample_size = FOFBPOS0_SAMPLE_SIZE},
[14] = {.chan = MONITAMP0_CHAN_ID, .sample_size = MONITAMP0_SAMPLE_SIZE},
[15] = {.chan = MONITPOS0_CHAN_ID, .sample_size = MONITPOS0_SAMPLE_SIZE},
[16] = {.chan = MONIT1POS0_CHAN_ID, .sample_size = MONIT1POS0_SAMPLE_SIZE}
acq_chan_t acq_chan[END_CHAN_ID] = { [0] = {.chan = ADC_CHAN_ID, .sample_size = ADC_SAMPLE_SIZE},
[1] = {.chan = ADCSWAP_CHAN_ID, .sample_size = ADCSWAP_SAMPLE_SIZE},
[2] = {.chan = MIXIQ_CHAN_ID, .sample_size = MIXIQ_SAMPLE_SIZE},
[3] = {.chan = DUMMY0_CHAN_ID, .sample_size = DUMMY0_SAMPLE_SIZE},
[4] = {.chan = TBTDECIMIQ_CHAN_ID, .sample_size = TBTDECIMIQ_SAMPLE_SIZE},
[5] = {.chan = DUMMY1_CHAN_ID, .sample_size = DUMMY1_SAMPLE_SIZE},
[6] = {.chan = TBTAMP_CHAN_ID, .sample_size = TBTAMP_SAMPLE_SIZE},
[7] = {.chan = TBTPHA_CHAN_ID, .sample_size = TBTPHA_SAMPLE_SIZE},
[8] = {.chan = TBTPOS_CHAN_ID, .sample_size = TBTPOS_SAMPLE_SIZE},
[9] = {.chan = FOFBDECIMIQ_CHAN_ID, .sample_size = FOFBDECIMIQ_SAMPLE_SIZE},
[10] = {.chan = DUMMY2_CHAN_ID, .sample_size = DUMMY2_SAMPLE_SIZE},
[11] = {.chan = FOFBAMP_CHAN_ID, .sample_size = FOFBAMP_SAMPLE_SIZE},
[12] = {.chan = FOFBPHA_CHAN_ID, .sample_size = FOFBPHA_SAMPLE_SIZE},
[13] = {.chan = FOFBPOS_CHAN_ID, .sample_size = FOFBPOS_SAMPLE_SIZE},
[14] = {.chan = MONITAMP_CHAN_ID, .sample_size = MONITAMP_SAMPLE_SIZE},
[15] = {.chan = MONITPOS_CHAN_ID, .sample_size = MONITPOS_SAMPLE_SIZE},
[16] = {.chan = MONIT1POS_CHAN_ID, .sample_size = MONIT1POS_SAMPLE_SIZE}
};
#else
#error "Unsupported board!"
......
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