Package xal.smf.impl

Class ProfileMonitor

java.lang.Object

xal.smf.AcceleratorNode

xal.smf.impl.ProfileMonitor

All Implemented Interfaces:

Comparable, ElementType, DataListener

public class ProfileMonitor
extends AcceleratorNode

Represents the wire scanner device using the original API

Author:

tap

Field Summary

Fields

Modifier and Type	Field	Description
static final String	ABORT_SCAN_HANDLE
final AccessibleProperty	abortScan
static final String	ACCEPT_PARAMS_HANDLE
final AccessibleProperty	acceptParams
static final String	BEGIN_SCAN_HANDLE
final AccessibleProperty	beginScan
final AccessibleProperty	bias
static final String	BIAS_HANDLE
static final String	CHANGE_PARAMS_HANDLE
final AccessibleProperty	changeParams
static final String	D_AMP_F_HANDLE
static final String	D_AMP_M_HANDLE
static final String	D_AREA_F_HANDLE
static final String	D_AREA_M_HANDLE
static final String	D_FIT_HANDLE
static final String	D_MEAN_F_HANDLE
static final String	D_MEAN_M_HANDLE
static final String	D_OFFST_F_HANDLE
static final String	D_OFFST_M_HANDLE
static final String	D_POS_HANDLE
static final String	D_RAW_HANDLE
static final String	D_REAL_DATA_HANDLE
static final String	D_SIGMA_F_HANDLE
static final String	D_SIGMA_M_HANDLE
static final String	D_SLOPE_F_HANDLE
static final String	D_SLOPE_M_HANDLE
final AccessibleProperty	dAmpF
final AccessibleProperty	dAmpM
final AccessibleProperty	dAreaF
final AccessibleProperty	dAreaM
static final String	DDATA_ARRAD_HANDLE
final AccessibleProperty	dDataArray
final AccessibleProperty	dFit
final AccessibleProperty	dMeanF
final AccessibleProperty	dMeanM
final AccessibleProperty	dOffstF
final AccessibleProperty	dOffstM
final AccessibleProperty	dPos
final AccessibleProperty	dRaw
final AccessibleProperty	dRealData
final AccessibleProperty	dSigmaF
final AccessibleProperty	dSigmaM
final AccessibleProperty	dSlopeF
final AccessibleProperty	dSlopeM
static final String	H_AMP_F_HANDLE
static final String	H_AMP_M_HANDLE
static final String	H_AREA_F_HANDLE
static final String	H_AREA_M_HANDLE
static final String	H_FIT_HANDLE
static final String	H_MEAN_F_HANDLE
static final String	H_MEAN_M_HANDLE
static final String	H_OFFST_F_HANDLE
static final String	H_OFFST_M_HANDLE
static final String	H_POS_HANDLE
static final String	H_RAW_HANDLE
static final String	H_REAL_DATA_HANDLE
static final String	H_SIGMA_F_HANDLE
static final String	H_SIGMA_M_HANDLE
static final String	H_SLOPE_F_HANDLE
static final String	H_SLOPE_M_HANDLE
final AccessibleProperty	hAmpF
final AccessibleProperty	hAmpM
final AccessibleProperty	hAreaF
final AccessibleProperty	hAreaM
static final String	HDATA_ARRAD_HANDLE
final AccessibleProperty	hDataArray
final AccessibleProperty	hFit
final AccessibleProperty	hMeanF
final AccessibleProperty	hMeanM
final AccessibleProperty	hOffstF
final AccessibleProperty	hOffstM
final AccessibleProperty	hPos
final AccessibleProperty	hRaw
final AccessibleProperty	hRealData
final AccessibleProperty	hSigmaF
final AccessibleProperty	hSigmaM
final AccessibleProperty	hSlopeF
final AccessibleProperty	hSlopeM
static final String	NO_MEAS_HANDLE
final AccessibleProperty	noMeas
final AccessibleProperty	nSteps
static final String	POS_ARRAD_HANDLE
static final String	POS_HANDLE
static final String	POS_SPACING_HANDLE
final AccessibleProperty	position
final AccessibleProperty	positionArray
final AccessibleProperty	posSpacing
static final String	PROFILE_MONITOR_TYPE	identifies instances of this ProfileMonitor class in contrast to the WireScanner class
static final String	RT_GRAPH_HANDLE
final AccessibleProperty	rtGraph
static final String	SCAN_LEN_HANDLE
final AccessibleProperty	scanLength
static final String	SOFTWARE_TYPE	software type for the Profile Monitor class
static final String	STAT_ARRAD_HANDLE
final AccessibleProperty	statusArray
static final String	STEP1_POS_HANDLE
final AccessibleProperty	step1Pos
static final String	STEPS_HANDLE
static final String	TYPE
static final String	V_AMP_F_HANDLE
static final String	V_AMP_M_HANDLE
static final String	V_AREA_F_HANDLE
static final String	V_AREA_M_HANDLE
static final String	V_FIT_HANDLE
static final String	V_MEAN_F_HANDLE
static final String	V_MEAN_M_HANDLE
static final String	V_OFFST_F_HANDLE
static final String	V_OFFST_M_HANDLE
static final String	V_POS_HANDLE
static final String	V_RAW_HANDLE
static final String	V_REAL_DATA_HANDLE
static final String	V_SIGMA_F_HANDLE
static final String	V_SIGMA_M_HANDLE
static final String	V_SLOPE_F_HANDLE
static final String	V_SLOPE_M_HANDLE
final AccessibleProperty	vAmpF
final AccessibleProperty	vAmpM
final AccessibleProperty	vAreaF
final AccessibleProperty	vAreaM
static final String	VDATA_ARRAD_HANDLE
final AccessibleProperty	vDataArray
final AccessibleProperty	vFit
final AccessibleProperty	vMeanF
final AccessibleProperty	vMeanM
final AccessibleProperty	vOffstF
final AccessibleProperty	vOffstM
final AccessibleProperty	vPos
final AccessibleProperty	vRaw
final AccessibleProperty	vRealData
final AccessibleProperty	vSigmaF
final AccessibleProperty	vSigmaM
final AccessibleProperty	vSlopeF
final AccessibleProperty	vSlopeM

Fields inherited from class xal.smf.AcceleratorNode

bolIsSoft, bolStatus, bolValid, bucAlign, bucAper, bucTwiss, channelSuite, dblLen, dblPos, dblS, mapAttrs, objAccel, seqParent, strEId, strId, strPId

Constructor Summary

Constructors

Constructor	Description
ProfileMonitor(String strId)	Constructor
ProfileMonitor(String strId, ChannelFactory channelFactory)	Primary Constructor

Method Summary

Modifier and Type	Method	Description
void	connectDData()	connect the d real data stream
void	connectDDataArray()	connect the d data array []
void	connectDFitArray()	connect the d fit array []
void	connectHData()	connect the h real data stream
void	connectHDataArray()	connect the h data array []
void	connectHFitArray()	connect the h fit array []
void	connectPos()
void	connectPosArray()	connect the position data array []
void	connectStatArray()	connect the status array []
void	connectVData()	connect the v real data stream
void	connectVDataArray()	connect the v data array []
void	connectVFitArray()	connect the v fit array []
void	doScan()	tells the wire scanner to actually perform a scan
double	getDAmplF()	use this to get the d amp fit
double	getDAmplM()	use this to get the d amp rms
double	getDAreaF()	use this to get the d area fit
double	getDAreaM()	use this to get the d area rms
double	getDData()	get the d real data stream
double[]	getDDataArray()	get the d data array []
double[]	getDFitArray()	get the d fit array []
double	getDMeanF()	use this to get the d mean fit
double	getDMeanM()	use this to get the d mean rms
double	getDOffsetF()	use this to get the d offset fit
double	getDOffsetM()	use this to get the d offset rms
double[]	getDPos()	get the array with d (diagonal) positions in mm
double[]	getDRaw()	get the raw diagonal intensity array [AU]
double	getDSigmaF()	use this to get the d sigma fit
double	getDSigmaM()	use this to get the d sigma rms
double	getDSlopeF()	use this to get the d slope fit
double	getDSlopeM()	use this to get the d slope rms
double	getHAmplF()	use this to get the h amp fit
double	getHAmplM()	use this to get the h amp rms
double	getHAreaF()	use this to get the h area fit
double	getHAreaM()	use this to get the h area rms
double	getHData()	get the h real data stream
double[]	getHDataArray()	get the h data array []
double[]	getHFitArray()	get the h fit array []
double	getHMeanF()	use this to get the h mean fit
double	getHMeanM()	use this to get the h mean rms
double	getHOffsetF()	use this to get the h offset fit
double	getHOffsetM()	use this to get the h offset rms
double[]	getHPos()	get the array with h (horizontal) positions in mm
double[]	getHRaw()	get the raw horizontal intensity array [AU]
double	getHSigmaF()	use this to get the h sigma fit
double	getHSigmaM()	use this to get the h sigma rms
double	getHSlopeF()	use this to get the h slope fit
double	getHSlopeM()	use this to get the h slope rms
int	getNSteps()	use this to get the number of steps of the scan
double	getPos()	use this to get the real time position of the wire [mm]
double[]	getPosArray()	get the position data array []
double	getScanLength()	use this to get the length of the scan [mm]
String	getSoftType()	Overriden to provide the software type
double[]	getStatusArray()	get the status array []
String	getType()	Override to provide type signature
double	getVAmplF()	use this to get the v amp fit
double	getVAmplM()	use this to get the v amp rms
double	getVAreaF()	use this to get the v area fit
double	getVAreaM()	use this to get the v area rms
double	getVData()	get the v real data stream
double[]	getVDataArray()	get the v data array []
double[]	getVFitArray()	get the v fit array []
double	getVMeanF()	use this to get the v mean fit
double	getVMeanM()	use this to get the v mean rms
double	getVOffsetF()	use this to get the v offset fit
double	getVOffsetM()	use this to get the v offset rms
double[]	getVPos()	get the array with v (vertical) positions in mm
double[]	getVRaw()	get the raw vertical intensity array [AU]
double	getVSigmaF()	use this to get the v sigma fit
double	getVSigmaM()	use this to get the v sigma rms
double	getVSlopeF()	use this to get the v slope fit
double	getVSlopeM()	use this to get the v slope rms
void	setBias(double newBias)	Set the bias voltage on the wire
void	setNAvgPulses(double startPos)	set the starting wire position [mm]
void	setNAvgPulses(int numAvgs)	set the number of pulses to average over at each wire position
void	setNSteps(int numSteps)	set the number of steps to take
void	stopScan()	tells the wire scanner to stop a scan
void	updateFits()	this method updates the horizontal profile polynomial fitted information from the instrument

Methods inherited from class xal.smf.AcceleratorNode

addBucket, batchConnectAllHandles, batchConnectAllHandlesAndWait, channelSuite, clear, compareTo, dataLabel, findChannel, getAccelerator, getAccessibleProperties, getAccessibleProperties, getAlign, getAllChannels, getAndConnectChannel, getAndConnectChannelSetAndReadback, getAper, getBucket, getBuckets, getChannel, getDefaultHandles, getDesignPropertyValue, getEId, getHandles, getId, getLength, getLivePropertyChannels, getLivePropertyValue, getParent, getPId, getPitchAngle, getPosition, getPrimaryAncestor, getProperties, getReadbackHandles, getRollAngle, getSDisplay, getSetHandle, getStatus, getTwiss, getValid, getXOffset, getYawAngle, getYOffset, getZOffset, hasBucket, hasParent, isChannelSettable, isKindOf, isMagnet, lazilyGetAndConnect, removeFromParent, setAccelerator, setAlign, setAper, setDesignPropertyValue, setLength, setLivePropertyValue, setParent, setPitchAngle, setPosition, setRollAngle, setSDisplay, setStatus, setTwiss, setValid, setValueAndVerify, setXOffset, setYawAngle, setYOffset, setZOffset, toString, update, write, writeAttributes, writeStatus

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Details

PROFILE_MONITOR_TYPE

public static final String PROFILE_MONITOR_TYPE

identifies instances of this ProfileMonitor class in contrast to the WireScanner class

See Also:

• Constant Field Values

SOFTWARE_TYPE

public static final String SOFTWARE_TYPE

software type for the Profile Monitor class

See Also:

• Constant Field Values

TYPE

public static final String TYPE

See Also:

• Constant Field Values

POS_HANDLE

public static final String POS_HANDLE

See Also:

• Constant Field Values

position

public final AccessibleProperty position

RT_GRAPH_HANDLE

public static final String RT_GRAPH_HANDLE

See Also:

• Constant Field Values

rtGraph

public final AccessibleProperty rtGraph

ABORT_SCAN_HANDLE

public static final String ABORT_SCAN_HANDLE

See Also:

• Constant Field Values

abortScan

public final AccessibleProperty abortScan

BEGIN_SCAN_HANDLE

public static final String BEGIN_SCAN_HANDLE

See Also:

• Constant Field Values

beginScan

public final AccessibleProperty beginScan

CHANGE_PARAMS_HANDLE

public static final String CHANGE_PARAMS_HANDLE

See Also:

• Constant Field Values

changeParams

public final AccessibleProperty changeParams

ACCEPT_PARAMS_HANDLE

public static final String ACCEPT_PARAMS_HANDLE

See Also:

• Constant Field Values

acceptParams

public final AccessibleProperty acceptParams

STAT_ARRAD_HANDLE

public static final String STAT_ARRAD_HANDLE

See Also:

• Constant Field Values

statusArray

public final AccessibleProperty statusArray

VDATA_ARRAD_HANDLE

public static final String VDATA_ARRAD_HANDLE

See Also:

• Constant Field Values

vDataArray

public final AccessibleProperty vDataArray

DDATA_ARRAD_HANDLE

public static final String DDATA_ARRAD_HANDLE

See Also:

• Constant Field Values

dDataArray

public final AccessibleProperty dDataArray

HDATA_ARRAD_HANDLE

public static final String HDATA_ARRAD_HANDLE

See Also:

• Constant Field Values

hDataArray

public final AccessibleProperty hDataArray

POS_ARRAD_HANDLE

public static final String POS_ARRAD_HANDLE

See Also:

• Constant Field Values

positionArray

public final AccessibleProperty positionArray

STEPS_HANDLE

public static final String STEPS_HANDLE

See Also:

• Constant Field Values

nSteps

public final AccessibleProperty nSteps

STEP1_POS_HANDLE

public static final String STEP1_POS_HANDLE

See Also:

• Constant Field Values

step1Pos

public final AccessibleProperty step1Pos

POS_SPACING_HANDLE

public static final String POS_SPACING_HANDLE

See Also:

• Constant Field Values

posSpacing

public final AccessibleProperty posSpacing

NO_MEAS_HANDLE

public static final String NO_MEAS_HANDLE

See Also:

• Constant Field Values

noMeas

public final AccessibleProperty noMeas

SCAN_LEN_HANDLE

public static final String SCAN_LEN_HANDLE

See Also:

• Constant Field Values

scanLength

public final AccessibleProperty scanLength

BIAS_HANDLE

public static final String BIAS_HANDLE

See Also:

• Constant Field Values

bias

public final AccessibleProperty bias

V_AREA_F_HANDLE

public static final String V_AREA_F_HANDLE

See Also:

• Constant Field Values

vAreaF

public final AccessibleProperty vAreaF

V_AMP_F_HANDLE

public static final String V_AMP_F_HANDLE

See Also:

• Constant Field Values

vAmpF

public final AccessibleProperty vAmpF

V_MEAN_F_HANDLE

public static final String V_MEAN_F_HANDLE

See Also:

• Constant Field Values

vMeanF

public final AccessibleProperty vMeanF

V_SIGMA_F_HANDLE

public static final String V_SIGMA_F_HANDLE

See Also:

• Constant Field Values

vSigmaF

public final AccessibleProperty vSigmaF

V_OFFST_F_HANDLE

public static final String V_OFFST_F_HANDLE

See Also:

• Constant Field Values

vOffstF

public final AccessibleProperty vOffstF

V_SLOPE_F_HANDLE

public static final String V_SLOPE_F_HANDLE

See Also:

• Constant Field Values

vSlopeF

public final AccessibleProperty vSlopeF

V_AREA_M_HANDLE

public static final String V_AREA_M_HANDLE

See Also:

• Constant Field Values

vAreaM

public final AccessibleProperty vAreaM

V_AMP_M_HANDLE

public static final String V_AMP_M_HANDLE

See Also:

• Constant Field Values

vAmpM

public final AccessibleProperty vAmpM

V_MEAN_M_HANDLE

public static final String V_MEAN_M_HANDLE

See Also:

• Constant Field Values

vMeanM

public final AccessibleProperty vMeanM

V_SIGMA_M_HANDLE

public static final String V_SIGMA_M_HANDLE

See Also:

• Constant Field Values

vSigmaM

public final AccessibleProperty vSigmaM

V_OFFST_M_HANDLE

public static final String V_OFFST_M_HANDLE

See Also:

• Constant Field Values

vOffstM

public final AccessibleProperty vOffstM

V_SLOPE_M_HANDLE

public static final String V_SLOPE_M_HANDLE

See Also:

• Constant Field Values

vSlopeM

public final AccessibleProperty vSlopeM

D_AREA_F_HANDLE

public static final String D_AREA_F_HANDLE

See Also:

• Constant Field Values

dAreaF

public final AccessibleProperty dAreaF

D_AMP_F_HANDLE

public static final String D_AMP_F_HANDLE

See Also:

• Constant Field Values

dAmpF

public final AccessibleProperty dAmpF

D_MEAN_F_HANDLE

public static final String D_MEAN_F_HANDLE

See Also:

• Constant Field Values

dMeanF

public final AccessibleProperty dMeanF

D_SIGMA_F_HANDLE

public static final String D_SIGMA_F_HANDLE

See Also:

• Constant Field Values

dSigmaF

public final AccessibleProperty dSigmaF

D_OFFST_F_HANDLE

public static final String D_OFFST_F_HANDLE

See Also:

• Constant Field Values

dOffstF

public final AccessibleProperty dOffstF

D_SLOPE_F_HANDLE

public static final String D_SLOPE_F_HANDLE

See Also:

• Constant Field Values

dSlopeF

public final AccessibleProperty dSlopeF

D_AREA_M_HANDLE

public static final String D_AREA_M_HANDLE

See Also:

• Constant Field Values

dAreaM

public final AccessibleProperty dAreaM

D_AMP_M_HANDLE

public static final String D_AMP_M_HANDLE

See Also:

• Constant Field Values

dAmpM

public final AccessibleProperty dAmpM

D_MEAN_M_HANDLE

public static final String D_MEAN_M_HANDLE

See Also:

• Constant Field Values

dMeanM

public final AccessibleProperty dMeanM

D_SIGMA_M_HANDLE

public static final String D_SIGMA_M_HANDLE

See Also:

• Constant Field Values

dSigmaM

public final AccessibleProperty dSigmaM

D_OFFST_M_HANDLE

public static final String D_OFFST_M_HANDLE

See Also:

• Constant Field Values

dOffstM

public final AccessibleProperty dOffstM

D_SLOPE_M_HANDLE

public static final String D_SLOPE_M_HANDLE

See Also:

• Constant Field Values

dSlopeM

public final AccessibleProperty dSlopeM

H_AREA_F_HANDLE

public static final String H_AREA_F_HANDLE

See Also:

• Constant Field Values

hAreaF

public final AccessibleProperty hAreaF

H_AMP_F_HANDLE

public static final String H_AMP_F_HANDLE

See Also:

• Constant Field Values

hAmpF

public final AccessibleProperty hAmpF

H_MEAN_F_HANDLE

public static final String H_MEAN_F_HANDLE

See Also:

• Constant Field Values

hMeanF

public final AccessibleProperty hMeanF

H_SIGMA_F_HANDLE

public static final String H_SIGMA_F_HANDLE

See Also:

• Constant Field Values

hSigmaF

public final AccessibleProperty hSigmaF

H_OFFST_F_HANDLE

public static final String H_OFFST_F_HANDLE

See Also:

• Constant Field Values

hOffstF

public final AccessibleProperty hOffstF

H_SLOPE_F_HANDLE

public static final String H_SLOPE_F_HANDLE

See Also:

• Constant Field Values

hSlopeF

public final AccessibleProperty hSlopeF

H_AREA_M_HANDLE

public static final String H_AREA_M_HANDLE

See Also:

• Constant Field Values

hAreaM

public final AccessibleProperty hAreaM

H_AMP_M_HANDLE

public static final String H_AMP_M_HANDLE

See Also:

• Constant Field Values

hAmpM

public final AccessibleProperty hAmpM

H_MEAN_M_HANDLE

public static final String H_MEAN_M_HANDLE

See Also:

• Constant Field Values

hMeanM

public final AccessibleProperty hMeanM

H_SIGMA_M_HANDLE

public static final String H_SIGMA_M_HANDLE

See Also:

• Constant Field Values

hSigmaM

public final AccessibleProperty hSigmaM

H_OFFST_M_HANDLE

public static final String H_OFFST_M_HANDLE

See Also:

• Constant Field Values

hOffstM

public final AccessibleProperty hOffstM

H_SLOPE_M_HANDLE

public static final String H_SLOPE_M_HANDLE

See Also:

• Constant Field Values

hSlopeM

public final AccessibleProperty hSlopeM

V_FIT_HANDLE

public static final String V_FIT_HANDLE

See Also:

• Constant Field Values

vFit

public final AccessibleProperty vFit

D_FIT_HANDLE

public static final String D_FIT_HANDLE

See Also:

• Constant Field Values

dFit

public final AccessibleProperty dFit

H_FIT_HANDLE

public static final String H_FIT_HANDLE

See Also:

• Constant Field Values

hFit

public final AccessibleProperty hFit

V_POS_HANDLE

public static final String V_POS_HANDLE

See Also:

• Constant Field Values

vPos

public final AccessibleProperty vPos

D_POS_HANDLE

public static final String D_POS_HANDLE

See Also:

• Constant Field Values

dPos

public final AccessibleProperty dPos

H_POS_HANDLE

public static final String H_POS_HANDLE

See Also:

• Constant Field Values

hPos

public final AccessibleProperty hPos

V_RAW_HANDLE

public static final String V_RAW_HANDLE

See Also:

• Constant Field Values

vRaw

public final AccessibleProperty vRaw

D_RAW_HANDLE

public static final String D_RAW_HANDLE

See Also:

• Constant Field Values

dRaw

public final AccessibleProperty dRaw

H_RAW_HANDLE

public static final String H_RAW_HANDLE

See Also:

• Constant Field Values

hRaw

public final AccessibleProperty hRaw

V_REAL_DATA_HANDLE

public static final String V_REAL_DATA_HANDLE

See Also:

• Constant Field Values

vRealData

public final AccessibleProperty vRealData

D_REAL_DATA_HANDLE

public static final String D_REAL_DATA_HANDLE

See Also:

• Constant Field Values

dRealData

public final AccessibleProperty dRealData

H_REAL_DATA_HANDLE

public static final String H_REAL_DATA_HANDLE

See Also:

• Constant Field Values

hRealData

public final AccessibleProperty hRealData

Constructor Details

ProfileMonitor

public ProfileMonitor(String strId,
 ChannelFactory channelFactory)

Primary Constructor

ProfileMonitor

public ProfileMonitor(String strId)

Constructor

Method Details

getType

public String getType()

Override to provide type signature

Specified by:

getType in class AcceleratorNode

getSoftType

public String getSoftType()

Overriden to provide the software type

Overrides:

getSoftType in class AcceleratorNode

getVPos

public double[] getVPos()
                 throws GetException

get the array with v (vertical) positions in mm

Throws:

GetException

getDPos

public double[] getDPos()
                 throws GetException

get the array with d (diagonal) positions in mm

Throws:

GetException

getHPos

public double[] getHPos()
                 throws GetException

get the array with h (horizontal) positions in mm

Throws:

GetException

getVRaw

public double[] getVRaw()
                 throws GetException

get the raw vertical intensity array [AU]

Throws:

GetException

getDRaw

public double[] getDRaw()
                 throws GetException

get the raw diagonal intensity array [AU]

Throws:

GetException

getHRaw

public double[] getHRaw()
                 throws GetException

get the raw horizontal intensity array [AU]

Throws:

GetException

setNSteps

public void setNSteps(int numSteps)
               throws PutException

set the number of steps to take

Parameters:

numSteps - = number of Steps to take

Throws:

PutException

setNAvgPulses

public void setNAvgPulses(int numAvgs)
                   throws PutException

set the number of pulses to average over at each wire position

Throws:

PutException

setNAvgPulses

public void setNAvgPulses(double startPos)
                   throws PutException

set the starting wire position [mm]

Throws:

PutException

setBias

public void setBias(double newBias)
             throws PutException

Set the bias voltage on the wire

Parameters:

newBias - = bias [volts]

Throws:

PutException

getPos

public double getPos()
              throws GetException

use this to get the real time position of the wire [mm]

Throws:

GetException

connectPos

public void connectPos()

getScanLength

public double getScanLength()
                     throws GetException

use this to get the length of the scan [mm]

Throws:

GetException

getNSteps

public int getNSteps()
              throws GetException

use this to get the number of steps of the scan

Throws:

GetException

doScan

public void doScan()
            throws PutException

tells the wire scanner to actually perform a scan

Throws:

PutException

stopScan

public void stopScan()
              throws PutException

tells the wire scanner to stop a scan

Throws:

PutException

getStatusArray

public double[] getStatusArray()
                        throws GetException

get the status array []

Throws:

GetException

connectStatArray

public void connectStatArray()

connect the status array []

getVDataArray

public double[] getVDataArray()
                       throws GetException

get the v data array []

Throws:

GetException

connectVDataArray

public void connectVDataArray()

connect the v data array []

getDDataArray

public double[] getDDataArray()
                       throws GetException

get the d data array []

Throws:

GetException

connectDDataArray

public void connectDDataArray()

connect the d data array []

getHDataArray

public double[] getHDataArray()
                       throws GetException

get the h data array []

Throws:

GetException

connectHDataArray

public void connectHDataArray()

connect the h data array []

getPosArray

public double[] getPosArray()
                     throws GetException

get the position data array []

Throws:

GetException

connectPosArray

public void connectPosArray()

connect the position data array []

getVFitArray

public double[] getVFitArray()
                      throws GetException

get the v fit array []

Throws:

GetException

connectVFitArray

public void connectVFitArray()

connect the v fit array []

getDFitArray

public double[] getDFitArray()
                      throws GetException

get the d fit array []

Throws:

GetException

connectDFitArray

public void connectDFitArray()

connect the d fit array []

getHFitArray

public double[] getHFitArray()
                      throws GetException

get the h fit array []

Throws:

GetException

connectHFitArray

public void connectHFitArray()

connect the h fit array []

getVAreaF

public double getVAreaF()
                 throws GetException

use this to get the v area fit

Throws:

GetException

getDAreaF

public double getDAreaF()
                 throws GetException

use this to get the d area fit

Throws:

GetException

getHAreaF

public double getHAreaF()
                 throws GetException

use this to get the h area fit

Throws:

GetException

getVAreaM

public double getVAreaM()
                 throws GetException

use this to get the v area rms

Throws:

GetException

getDAreaM

public double getDAreaM()
                 throws GetException

use this to get the d area rms

Throws:

GetException

getHAreaM

public double getHAreaM()
                 throws GetException

use this to get the h area rms

Throws:

GetException

getVSigmaF

public double getVSigmaF()
                  throws GetException

use this to get the v sigma fit

Throws:

GetException

getDSigmaF

public double getDSigmaF()
                  throws GetException

use this to get the d sigma fit

Throws:

GetException

getHSigmaF

public double getHSigmaF()
                  throws GetException

use this to get the h sigma fit

Throws:

GetException

getVSigmaM

public double getVSigmaM()
                  throws GetException

use this to get the v sigma rms

Throws:

GetException

getDSigmaM

public double getDSigmaM()
                  throws GetException

use this to get the d sigma rms

Throws:

GetException

getHSigmaM

public double getHSigmaM()
                  throws GetException

use this to get the h sigma rms

Throws:

GetException

getVAmplF

public double getVAmplF()
                 throws GetException

use this to get the v amp fit

Throws:

GetException

getDAmplF

public double getDAmplF()
                 throws GetException

use this to get the d amp fit

Throws:

GetException

getHAmplF

public double getHAmplF()
                 throws GetException

use this to get the h amp fit

Throws:

GetException

getVAmplM

public double getVAmplM()
                 throws GetException

use this to get the v amp rms

Throws:

GetException

getDAmplM

public double getDAmplM()
                 throws GetException

use this to get the d amp rms

Throws:

GetException

getHAmplM

public double getHAmplM()
                 throws GetException

use this to get the h amp rms

Throws:

GetException

getVMeanF

public double getVMeanF()
                 throws GetException

use this to get the v mean fit

Throws:

GetException

getDMeanF

public double getDMeanF()
                 throws GetException

use this to get the d mean fit

Throws:

GetException

getHMeanF

public double getHMeanF()
                 throws GetException

use this to get the h mean fit

Throws:

GetException

getVMeanM

public double getVMeanM()
                 throws GetException

use this to get the v mean rms

Throws:

GetException

getDMeanM

public double getDMeanM()
                 throws GetException

use this to get the d mean rms

Throws:

GetException

getHMeanM

public double getHMeanM()
                 throws GetException

use this to get the h mean rms

Throws:

GetException

getVOffsetF

public double getVOffsetF()
                   throws GetException

use this to get the v offset fit

Throws:

GetException

getDOffsetF

public double getDOffsetF()
                   throws GetException

use this to get the d offset fit

Throws:

GetException

getHOffsetF

public double getHOffsetF()
                   throws GetException

use this to get the h offset fit

Throws:

GetException

getVOffsetM

public double getVOffsetM()
                   throws GetException

use this to get the v offset rms

Throws:

GetException

getDOffsetM

public double getDOffsetM()
                   throws GetException

use this to get the d offset rms

Throws:

GetException

getHOffsetM

public double getHOffsetM()
                   throws GetException

use this to get the h offset rms

Throws:

GetException

getVSlopeF

public double getVSlopeF()
                  throws GetException

use this to get the v slope fit

Throws:

GetException

getDSlopeF

public double getDSlopeF()
                  throws GetException

use this to get the d slope fit

Throws:

GetException

getHSlopeF

public double getHSlopeF()
                  throws GetException

use this to get the h slope fit

Throws:

GetException

getVSlopeM

public double getVSlopeM()
                  throws GetException

use this to get the v slope rms

Throws:

GetException

getDSlopeM

public double getDSlopeM()
                  throws GetException

use this to get the d slope rms

Throws:

GetException

getHSlopeM

public double getHSlopeM()
                  throws GetException

use this to get the h slope rms

Throws:

GetException

connectVData

public void connectVData()

connect the v real data stream

getVData

public double getVData()
                throws GetException

get the v real data stream

Throws:

GetException

connectDData

public void connectDData()

connect the d real data stream

getDData

public double getDData()
                throws GetException

get the d real data stream

Throws:

GetException

connectHData

public void connectHData()

connect the h real data stream

getHData

public double getHData()
                throws GetException

get the h real data stream

Throws:

GetException

updateFits

public void updateFits()

this method updates the horizontal profile polynomial fitted information from the instrument