CPU VME account: daq@151.100.44.118

Software is on the 'VME CPU'.

• Log in into the CPU
• Go to CT directory
• Customize the setup in main_acquisition.h
• make clean
• make acquire
• acquire -n nevts -p freq -f output_file -z zero_suppression

The zero suppression is ENABLED by default.

The data/ directory is linked to the analizer software so probably you'd like to write the output there.

• The modules that are acquired are specified in the main_acquisition.h file trough define statements:

#define IOREG 1
#define TDC1190 1
#define TDCKLOE 0
#define WVD1721 1
#define WVD1724 0
#define ADC265 0

you need to recompile in order to apply your changes after modifying the main_acquisition.h file

The acquisition can be stopped at anny moment by creating an acq.stop file in the directory where the acquisition is running.

enrg44:~/acq$ touch acq.stop

In this case the acq is stopped nicely after finishing the last trigger and automatically clean up the acq.stop file in order to be ready to restart again.

The addresses and the debug settings are in

• wvd1724_lib.h
• adc265_lib.h
• ioreg_lib.h
• tdc1190_lib.h
• wvd1721_lib.h

The algorithm implementation is in

• wvd1724_lib.c
• adc265_lib.c
• ioreg_lib.c
• tdc1190_lib.c
• wvd1721_lib.c

Software is on the laptop

• Go to acq directory

Data acquired can be found in the data directory that is a soft link to the VME disk.

The configuration file should be provided to Analizer trough the -con option Analizer -con myconf.txt Where the myconf.txt syntax can be seen in the conf_energ.txt file [please do not overwrite it! make your own copy and provide it to Analizer].