* when dbit list is enabled, the size of data in zmq stream is changed to only the digital bits enabled size. now fixed to also include analog size
* allowing to set 0xffffffffffffffff to pat io control. prevously was used to do a get. fixed also for pat bit mask and pat mask
- start acq list: mixup with master pos #743 : fix that only master starts second and not all (for start acq), typo with pos and masters list
- synced master status running when setting to slave #747: synced master status running when setting to slave
* jf: unsync before setting master/slave and then sync (if it was set) to overcome master going into running state when making it a slave and synced
* add tests for this condition
* updated release notes, updated min fw version requirement for v1.0 boards
* moench, removed chip version, filter resistor, filter cells, currentsoures, gain mode, setttings(modes), dbitphase, maxdbitphase, autocompdisable, comparatordisabletime, made acq start and stop a pulse, removed unused registers
* added parallel command
* remove gain plot for moench
* moench: updated adc invert val
* moench: update adcoffset to 0xf and adcphase to 140 degrees
* removed sync clock in moench
* updated min fw version
* removing config file in moench server
* Revert "Ctb: allow adc mask enable to be 0 for 1 and 10GbE (#750)"
This reverts commit a0f250a4876937ebb2a96c8948fdea380625a86e.
* better error message about setting adc mask to 0. Cannot set it to 0 due to ram allocation
* using argparse for parsing command line arguments
* added command line option to specify which servers to run
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Co-authored-by: Erik Fröjdh <erik.frojdh@gmail.com>
adding rx_roi also in the zmq header for external guis to put the "yellow box".. sending full roi instead of -1, and sending for each zmq port. "(multiple yellow boxes)".
* merge fix from #721 PR (sync) 7.0.2.rc -> developer
* row and column for jungfrau mixed up
* multi module jungfrau sync must do slaves first then master for start acquisition and send software trigger, and master first and then slaves for stopacquisition
* non blocking to slaves first and only then blocking/nonblocking to the master for sending software trigger(jungfrau multi mod sync)
* fixed get/set timing jungfrau when sync enabled, getsync during blocking acquire (for trigger or stop) will get stuck as it should ask the stop server
* switching between 1 and 2 interfaces did not set gui/client zmq port properly. Resulted in dummy streaming forever. fixed
* formatting, refactoring: const & for positions, multi mod M3 stop first master first
* adding missing cstdint for gcc 13
* Refactoring handle sync out, handling synchronization also for softwaretrigger for m3, for start/sync/stop for g2/g1
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Co-authored-by: Erik Frojdh <erik.frojdh@gmail.com>
* fixed row and col for moench 2 interfaces
* fix moench getTiming and also allow moench to handle sync
---------
Co-authored-by: Erik Frojdh <erik.frojdh@gmail.com>
adding rx_roi also in the zmq header for external guis to put the "yellow box".. sending full roi instead of -1, and sending for each zmq port. "(multiple yellow boxes)".
* row and column for jungfrau mixed up
* multi module jungfrau sync must do slaves first then master for start acquisition and send software trigger, and master first and then slaves for stopacquisition
* non blocking to slaves first and only then blocking/nonblocking to the master for sending software trigger(jungfrau multi mod sync)
* fixed get/set timing jungfrau when sync enabled, getsync during blocking acquire (for trigger or stop) will get stuck as it should ask the stop server
* switching between 1 and 2 interfaces did not set gui/client zmq port properly. Resulted in dummy streaming forever. fixed
* formatting, refactoring: const & for positions, multi mod M3 stop first master first
* adding missing cstdint for gcc 13
* Refactoring handle sync out, handling synchronization also for softwaretrigger for m3, for start/sync/stop for g2/g1
---------
Co-authored-by: Erik Frojdh <erik.frojdh@gmail.com>
Firmware updated. spi moved to firmware. In Software, configuring, then a pulse to start, wait for done bit and convert the values read from a regiter.
