//
// This file documents the various commands you can use for pinj
//

***************************************************************
CMD                       ARGUMENTS (in the listed order)
***************************************************************

//SCSN base functions, only for experts!
//scsn write
SCSWR
//scsn read
SCSRD
//scsn reset
SCSRST

//CheshireCat write - write to register of FPGA

CCWR                      register value_to_write

//CheshireCat read - read from register of FPGA

CCRD                      register

//CheshireCat reset

CCRST                     (no arguments)

//FEB write - writes to FPGA of FEB (must be selected before),
//in case of CB-B TLMU

FEBWR                     register value_to_write

//FEB read - read from before selected FEB

FEBRD                     register

//FEB reset

FEBRST                    (no argument)

//CheshireCat read many - read many registers

CCRM                      start_register end_register

//FEB read many

FEBRM                     start_register end_register

//FEB select
FEBS                      box_value
                          0,6,7 : normal trigger operation
                          1     : V0 FEB
                          2     : V1 FEB
                          3     : V2 FEB
                          4     : V3 FEB
                          5     : T0 FEB


//playxsvf - load design of FPGA
//so far problems with tlmu, file is sometimes corrupted...

PXSV                      fileplace filetype    index_of_file_vector
                                    1:cbb.xsvf
                                    2:cbc.xsvf
                                    3:feb.xsvf
                                    4:tlmu.xsvf
example:
PXSVF /home/trd/dcsnfs/sschmied/cbb_2907.xsvf 1 0

//Counter Readout

COUR                      box_value              wished_counter
                          0...5(same as above)   CB-B
                                                   0 : clock counter
                                                   1 : pulses to SM
                                                   2 : dead time
                                                   3 : pretrigger pulses
                                                   4 : # of L0
                                                   5 : # of L1 from CTP
                                                   6 : # of L0 by LTU
                                                   7 : not TIN to CTP pre
                                                   8 : pattern match CB-A
                                                   9 : pattern match CB-C
                                                   10: pattern match tof
                                                   11: trigger syncronizer
                                                   12: trigger to SM
                                                   13: LTU pre
                                                   14: missing pre
                                                   15: unneccessary pre
                                                   16-28: LUT monitoring (0-12)
                                                   29-62: zero signal ?
                                                 CB-A/C
                                                   0    : clock counter
                                                   1-24 : analyzer
                                                   25-26: zero
                                                   27-28: T0 parallized
                                                   29-30: V0 parallized
                                                   31-32: V1 parallized
                                                   33-34: V2 parallized
                                                   35-36: V3 parallized
                                                   37-41: zero
                                                   42-45: bits to CB-B
                                                   46-62: zero
                                                 FEB
                                                   0    : clock
                                                   1-12 : Detector sync signal
                                                   13   : trigger parallel
                                                   14   : trigger parallel
                                                   15-62: zero
//eof