Algorithm[:Explicit][:State]; Algorithm[:Explicit]:Time; Algorithm[:Explicit][:State]? '<Alg_Name; Algorithm[:Explicit]:Time? '<Alg_Name - HP VXI 75000 C Series User's And Scpi Programming Manual

ALGorithm[:EXPLicit][:STATe]?

Parameters
Comments

ALGorithm[:EXPLicit]:TIME?

Parameters
Comments
Chapter 6
ALGorithm[:EXPLicit][:STATe]? '< alg_name >'
disabled) of algorithm <alg_name>.
Parameter Parameter
Name Type
alg_name string
•
Since ALG:STATE is valid for an undefined algorithm, ALG:STATE? will
return the current state for <alg_name> even if it is not currently defined.
•
Returned Value: Numeric, 0 or 1. Type is uint16.
•
*RST Condition: ALG:STATE 1
ALGorithm[:EXPLicit]:TIME? '< alg_name >'
execution time estimate in seconds.
Parameter Parameter
Name Type
alg_name string
•
When <alg_name> is ALG1 through ALG32, ALG:TIME? returns only the
time required to execute the algorithm's code.
•
When <alg_name> is 'MAIN', ALG:TIME? returns the worst-case execution
time for an entire measurement & control cycle (sum of MAIN, all enabled
algorithms, analog and digital inputs, and control outputs).
•
If triggered more rapidly than the value returned by ALG:TIME? 'MAIN', the
HP E1415 will generate a "Trigger too fast" error.
Note
If <alg_name> specifies an undefined algorithm, ALG:TIME? returns 0.
This can be used to determine whether algorithm <alg_name> is defined.
•
When Accepted: Before INIT only.
•
Returned Value: numeric value. The type is float32
returns the state (enabled or
Range of
Values
ALG1 - ALG32
computes and returns a worst-case
Range of
Values
ALG1 - ALG32 or MAIN
HP E1415 Command Reference
ALGorithm
Default
Units
none
Default
Units
none
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