This module is part of the Magnet Bias Sequencer system and is used to provide gating signals for various parts of an AMS system.
Argument processing is done using Unix long argument syntax.
The values of all of the parameters listed here (whether or not they were supplied on the command line) are printed on stderr when the program starts.
If this argument is not supplied the default is localhost.
The default is: /dev/camac
The default is: /dev/kbuss
If this is not supplied it defaults to 0.
If this is not supplied it defaults to 99.
CAMAC
CAMAC_2
CAMAC_3
CAMAC_4
CAMAC_5
In this case the program opens /dev/camac.
These keys are used with KBUSS:
KBUSS_1
KBUSS_2
KBUSS_3
KBUSS_4
KBUSS_5
KBUSS_6
In this case the program opens /dev/kbuss.
When using KBUSS C is the board number, and N is not used and may be set to any value to facilitate sorting the database reports if desired.
Each record represents one sequencer state.
The ChNo field corresponds to the state number, i.e. ChNo=0 is the state 0 record.
Individual bits in each record decide whether a gate is on or off during a particular state. Bit 0 corresponds to Gate 1 and so forth. If the bit is set to 1 the gate will be active during the state.
The marker output on these modules may be assigned to any of the gate outputs to allow viewing the gate signal on an oscilloscope (or for any other purpose the user may imagine).
The Gate15 output may be reassigned to the 4MHz clock by setting a bit in this record. This was previously handled by jumpers on the module.
The Gate16 output may be reassigned to the CAO signal (count active output) by setting a bit in this record. This was previously handled by jumpers on the module.
There should be 1 DATA record of this type created for each gate generator module in the system.
The ChNo field should be 0.
Bits 0-3 are used for marker output assignment.
Bit 4 is used to select between gate 15 and the 4MHz clock.
Bit 5 is used to select between gate 16 and the CAO signal.
Yes, we need more info in this manual page..