# MVLC counter readout
#
# The MVLC provides 8 64-bit counters available via the internal VME interface.
# The value of each counter is split across 4 16-bit registers.
# Counter unit addresses go from 0x0308 to 0x0310. To read out a counter the
# corresponding unit has to be selected first, then the counter has to be
# latched and finally the 4 16-bit registers can be read out.
#
# Note that latching can also be done via the Trigger I/O Logic to synchronize
# the latch with for example the signal used to trigger the readout of vme
# modules. In this case remove the lines writing to the latch register.

setbase 0xffff0000      # use the mvlc vme interface as the base address

# counter0
0x0200 0x0308           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306

# counter1
/*
0x0200 0x0309           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/

# counter2
/*
0x0200 0x030a           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/

# counter3
/*
0x0200 0x030b           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/

# counter4
/*
0x0200 0x030c           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/

# counter5
/*
0x0200 0x030d           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/

# counter6
/*
0x0200 0x030e           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/

# counter7
/*
0x0200 0x030f           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/

# counter8
/*
0x0200 0x0310           # counter select
#0x030a 1                # latch the counter (only needed if not done in the trigger_io module)
read a32 d16 0x0300     # counter readout
read a32 d16 0x0302
read a32 d16 0x0304
read a32 d16 0x0306
*/
