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Wire Scanner Software

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Design Documents

Application Programming Interface (API)

Wire Scanner Operation

 

PV Name

Record Type

Database File Name

Purpose

 

Control:

 

WIRE:IN20:BL531:STARTSCAN

bo

wirescan.template

Start scan using given parameters; value 1 means start, set to 0 to cancel

 

General User-settable Wire Scanner Parameters (Settable on every scan)

 

WIRE:IN20:BL531:USEUWIRE

bo

wirescan.template

Use U wire on next scan

 

WIRE:IN20:BL531:USEXWIRE

bo

wirescan.template

Use X wire on next scan

 

WIRE:IN20:BL531:USEYWIRE

bo

wirescan.template

Use Y wire on next scan

 

WIRE:IN20:BL531:SCANTOCENTER

bo

wirescan.template

Perform scan from outer to inner position (T or F)

 

WIRE:IN20:BL531:SCANPULSES

ao

wirescan.template

Number of beam pulses to intercept on current scan

 

Status Display:

 

WIRE:IN20:BL531:SCANPOSSTART

ao

wirescan.template

Calculated Starting position of Current Scan

 

WIRE:IN20:BL531:SCANPOSSTOP

ao

wirescan.template

Calculated Stopping position of Current Scan

 

WIRE:IN20:BL531:SCANPROGRESS

ao

wirescan.template

Scan percent complete for display to user

 

WIRE:IN20:BL531:SCANTEXT

stringout

wirescan.template

Message indicating current state of scan

 

WIRE:IN20:BL531:LVDTPROFILE

compress

motor.template

Circular buffer of LVDT positions; reset by state machines

 

WIRE:IN20:BL531:MOTPROFILE

compress

motor.template

Circular buffer of motion positions; reset by state machines

 

WIRE:IN20:BL531:PLVDTPROFILE

waveform

motor.template

Processed LVDT profile from circular buffer

 

WIRE:IN20:BL531:PMOTPROFILE

waveform

motor.template

Processed Motor motion profile from circular buffer

 

User Configuration Parameters (Occasionally Set)

 

WIRE:IN20:BL531:UWIREOUTER

longout

wirescan.template

Outer Parked position for U Wire Acquisition

 

WIRE:IN20:BL531:UWIREINNER

longout

wirescan.template

Inner Parked position for U Wire Acquisition

 

WIRE:IN20:BL531:XWIREOUTER

longout

wirescan.template

Outer Parked position for X Wire Acquisition

 

WIRE:IN20:BL531:XWIREINNER

longout

wirescan.template

Inner Parked position for X Wire Acquisition

 

WIRE:IN20:BL531:YWIREOUTER

longout

wirescan.template

Outer Parked position for Y Wire Acquisition

 

WIRE:IN20:BL531:YWIREINNER

longout

wirescan.template

Inner Parked position for Y Wire Acquisition

 

Static Wire Scanner Parameters (Installation)

 

WIRE:IN20:BL531:HASUWIRE

bo

wirescan.template

Is U Wire Present (T or F)

 

WIRE:IN20:BL531:HASXWIRE

bo

wirescan.template

Is X Wire Present (T or F)

 

WIRE:IN20:BL531:HASYWIRE

bo

wirescan.template

Is Y Wire Present (T or F)

 

WIRE:IN20:BL531:INSTALLANGLE

bo

wirescan.template

The angle at which the wire scanner is oriented from beam's point of view

 

Calibration

 

Control:

 

WIRE:IN20:BL531:ZEROSET

bo

calibrate.template

Causes zero calibration point to be set manually

 

WIRE:IN20:BL531:FINDZERO

bo

calibrate.template

Start automatic limit find and subsequent zero midpoint search

 

WIRE:IN20:BL531:STARTCALPROF

bo

calibrate.template

Start sweep from low to high limit, to measure motor step vs. LVDT

 

Options:

 

WIRE:IN20:BL531:CALSTEPSIZE

ao

calibrate.template

Distance in microns to step with each calibration measurement

 

WIRE:IN20:BL531:CALMOVESEQ

seq

calibrate.template

DLY1 field is time in seconds to pause before each step

 

WIRE:IN20:BL531:CALSOFTLIM

ao

calibrate.template

Distance to move off from Limit switches to place software limits

 

WIRE:IN20:BL531:CALTOTTRAV

ao

calibrate.template

Theoretical maximum travel distance, beyond which scanners cannot move

 

WIRE:IN20:BL531:CALSLOWVEL

ao

calibrate.template

Velocity for Finding Limit Switches; typically slow

 

Status Display:

 

WIRE:IN20:BL531:SUBLPROF

subArray

motor.template

Truncated array of LVDT measurements from current calibration

 

WIRE:IN20:BL531:SUBMPROF

subArray

motor.template

Truncated array of motor steps from current calibration

 

WIRE:IN20:BL531:CALTEXT

stringout

calibrate.template

Message indicating current state of calibration

 

WIRE:IN20:BL531:CALPROGRESS

ao

calibrate.template

Calibration Percent complete for display to user

 

Motion Control:

 

General Motion Control:

 

WIRE:IN20:BL531:MOTRVAL

ao

motor.template

Last requested value for motor position.

 

WIRE:IN20:BL531:MOTRPOSNOW

longin

motor.template

Proxy value of actual motor position; direct, fast readout

 

WIRE:IN20:BL531:MOTRVELCHOICE

mbbo

motor.template

Enumerated record for speed; slow, normal, medium, max

 

Low level Motion Control:

 

WIRE:IN20:BL531:MOTR

motor

motor.template

Motion control management

 

Internal Records for Management:

 

WIRE:IN20:BL531:SYNCMOTPROFILE

fanout

motor.template

Ties together the motion/LVDT circular buffers for data insertion

 

PMT Readout

 

ADC Converted Data:

 

WIRE:IN20:BL531:QDCRAWHI

longin

adc.template

High resolution ADC data

 

WIRE:IN20:BL531:QDCRAWLO

longin

adc.template

Low resolution ADC data

 

WIRE:IN20:BL531:QDCRAW

ai

adc.template

Best resolution ADC data

 

WIRE:IN20:BL531:QDCWAVE

compress

adc.template

circular buffer of best resolution

 

ADC Support Data:

 

WIRE:IN20:BL531:QDCSERIALNUM

longin

adc.template

Serial number of ADC module

 

WIRE:IN20:BL531:QDCTRIGGERS

longin

adc.template

Number of triggers seen since reset

 

WIRE:IN20:BL531:QDCGETBASELN

longin

adc.template

Get baseline value for zero suppression

 

WIRE:IN20:BL531:QDCSETBASELN

longout

adc.template

Set baseline value for zero suppression

 

WIRE:IN20:BL531:QDCOUTRANGE

longin

adc.template

Status words (out of range, etc)

 

WIRE:IN20:BL531:QDCHILOGAIN

longout

adc.template

Gain setting

 

WIRE:IN20:BL531:QDCHITHRESH

longout

adc.template

High threshold value for accepted data

 

WIRE:IN20:BL531:QDCLOTHRESH

longout

adc.template

Low threshold value for accepted data

 

Distance Measurement:

 

ADC Converted Data:

 

WIRE:IN20:BL531:LVPOS

sub

lvdt.template

Calculated position of moving stage

 

WIRE:IN20:BL531:LVRAW

ai

lvdt.template

Raw 16 bit value readout

 

ADC Setup Options:

 

WIRE:IN20:BL531:LVIGNORE

bo

lvdt.template

Ignore this channel's input

 

WIRE:IN20:BL531:LVMAGNIFY

bo

lvdt.template

Magnify the scale for this channel

 

WIRE:IN20:BL531:LVRATIOMODE

bo

lvdt.template

Use Ratiometric mode for readout

 

WIRE:IN20:BL531:LVGETCYCLES

mbbi

lvdt.template

Get number of cycles used for scan

 

ADC Readout of Setup Options:

 

WIRE:IN20:BL531:LVISIGNORED

bi

lvdt.template

Is this channel's input being ignored?

 

WIRE:IN20:BL531:LVISMAGNIFIED

bi

lvdt.template

Is this channel's input being magnified?

 

WIRE:IN20:BL531:LVISRATIOMODE

bi

lvdt.template

Is this channel in Rationmetric mode?

 

WIRE:IN20:BL531:LVSETCYCLES

mbbo

lvdt.template

Set number of cycles used for scan

 

ADC Support Values for readback:

 

WIRE:IN20:BL531:LVAMPL

longin

lvdt.template

Amplitude of output signal

 

WIRE:IN20:BL531:LVSCANCOUNT

longin

lvdt.template

Number of Scans performed since reset (1/sec)

 

Beam Pulse Rate (temporary)

 

TIMING:IN20:BL001:BEAMRATE

ai

removeme.db

Temporary indication of beam rate

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