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ALTRO instructions are preceeded by the keyword ALTRO.
All ALTRO READ instructions read the data from the ALTRO's into the RCU result memory.
The ALTRO instructions are
- READ < K1 | K2 | K3 > < channel_address | BROADCAST > (
K1) - Read the parameters K1, K2, or K3 of channel_address or all ALTRO's.
- WRITE < K1 | K2 | K3 > < channel_address | BROADCAST > value
- Write the value of parameters K1, K2, or K3 to the channel channel_address or all ALTRO's.
- READ < L1 | L2 | L3 > < channel_address | BROADCAST > (
L1) - Read the parameters L1, L2, or L3 of channel_address or all ALTRO's.
- WRITE < L1 | L2 | L3 > < channel_address | BROADCAST > value
- Write the value of parameters L1, L2, or L3 to the channel channel_address or all ALTRO's.
- READ FIRST BASELINE < channel_address | BROADCAST > (
VFPED) - Read the variable and fixed pedestals of channel_address or all ALTROs.
- WRITE FIRST BASELINE < channel_address | BROADCAST > value (
VFPED) - Write the fixed pedestals value to channel_address or all ALTROs.
- READ PEDESTAL < channel_address | BROADCAST > (
PMDTA) - Read the address of one or all ALTRO chips where they will fetch the pedestal values from.
- WRITE PEDESTAL < channel_address | BROADCAST > value
- Write the address to one or all ALTRO chip(s) where it should read the pedestals from.
- READ ZERO SUPPRESSION < chip_address | BROADCAST > (
ZSTHR) - Read the zero suppression register of one or all ALTRO chips into the result memory of the RCU.
- WRITE ZERO SUPPRESSION < chip_address | BROADCAST > off thr
- Write the zero suppression registers into one or all ALTRO chips. off is the offset to be added to the signal, and thr is the zero suppression threshold.
- READ SECOND BASELINE < chip_address | BROADCAST > (
BCTHR) - Read the second baseline correction registers of one or all ALTRO chips into the RCU result memory.
- WRITE SECOND BASELINE < chip_address | BROADCAST > low high
- Write the second base line configuration into one or all ALTRO chips. high is the high threshold, and low is low threshold.
- READ TRIGGER CONFIG < chip_address | BROADCAST > (
TRCFG) - Read the trigger configuration of one or all ALTRO chips into the RCU result memory.
- WRITE TRIGGER CONFIG < chip_address | BROADCAST > start end
- Write the trigger configuration into one or all ALTRO chips. start is which time step to start sampling at, and end is which time step to stop sampling at
- READ FIRST PATH < chip_address | BROADCAST > (
DPCFG) - Read the data path configuration of one or all ALTRO chips into the RCU result memory
- WRITE FIRST PATH < chip_address | BROADCAST > [INVERT] [FIRST BASELINE mode] [SECOND BASELINE pre post] [ZERO SUPPRESSION conf postz prez]
- Write the data path configuration into one or all ALTRO chips. If
INVERT is given then, invert the bits of the read-out data. mode is the mode of the first baseline correction, pre is the number of pre-samples excluded from the second baseline correction, post the number of post-samples excluded from the second baseline correction, conf is the Glitch filter configuration of the zero suppression, postz is the number of post-samples excluded from the zero suppression, and prez is the number of post-samples excluded from the zero suppression.
- READ SECOND PATH < chip_address | BROADCAST > (
BFNPT) - Read the second data path configuration of one or all ALTRO chips into the result memory of the RCU.
- WRITE SECOND PATH < chip_address | BROADCAST > [PRE TRIGGER n] [BUFFER SIZE size] [FILTER] [POWER SAVE]
- Write the second data path configuration into one or all ALTRO chips. n is how many samples to take before the trigger, size is the buffer size (zero=4, and one=8). If
FILTER is given, then enable digital filter. If POWER SAVE is given then enable powersave
- READ PEDESTAL ADDRESS < chip_address | BROADCAST > (
PMADD) - Read the address where pedestal data is at into the RCU result memory
- WRITE PEDESTAL ADDRESS < chip_address | BROADCAST > value
- Write the address of the pedestal memory to write across the pedestals. value is the address where the pedestal memory should be read from.
- READ ERROR chip_address (
ERSTR) - Read the error register of one ALTRO chip into the result memory of the RCU
- READ ADDRESS chip_address channel_address (
ADEVL) - Read the address and event length of one ALTRO channel into the RCU result memory.
- READ TRIGGER COUNTER < chip_address | BROADCAST > (
TRCNT) - Read the trigger counter register of one or all ALTRO chips into the RCU result memory
- WRITE INCREMENT < chip_address | BROADCAST > (
WPINC) - Increment the write pointer of one or all ALTRO chips. This is equivilant to a Level 2 trigger
- READ INCREMENT < chip_address | BROADCAST > (
RPINC) - Increment the read pointer of one or all ALTRO chips. This releases one data buffer in the ALTRO's
- READOUT channel_address chip_address (
CHRDO) - Read out channel channel_address of ALTRO chip chip_address
- SOFTWARE TRIGGER < chip_address | BROADCAST > (
SWTRG) - Make a software trigger.
- RESET TRIGGER COUNTER < chip_address | BROADCAST > (
TRCLR) - Clear the trigger counter of one or all ALTRO chips.
- RESET ERROR < chip_address | BROADCAST > (
ERCLR) - Clear the error register of one or all ALTRO chips.
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