====== Energetica Test stand page ======

===== Software =====

==== Acquisition ====

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.

=== Configuring the acquisition ===

  * The modules that are acquired are specified in the main_acquisition.h file trough define statements:
<code cpp>
#define IOREG 1
#define TDC1190 1
#define TDCKLOE 0
#define WVD1721 1
#define WVD1724 0
#define ADC265 0
</code>
you need to **recompile** in order to apply your changes after modifying the main_acquisition.h file

=== Stopping the acquisition ===

The acquisition can be stopped at anny moment  by creating an **acq.stop** file in the directory where the acquisition is running.
<code>
enrg44:~/acq$ touch acq.stop
</code>
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.


==== Module Software Description ====

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

=== TDC 1190 ===

=== Wave Form digitizer ===


==== Analysis ====

Software is on the laptop
  * Go to acq directory

=== Data ===

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

=== Configuration File ===

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].