Signal (MDSplus jScope 7.139.29 API)

java.lang.Object
- mds.wave.Signal

All Implemented Interfaces:

WaveDataListener
```
public class Signal
extends Object
implements WaveDataListener
```
The DataSignal class encapsulates a description of a are : name, marker, point step of marker, color index from an external color pallet, measure point error, offset and gain values. DataSignal is defined in a rectangular region.

See Also:

Waveform, MultiWaveform

Field Summary

Fields
Modifier and Type	Field and Description
`static int`	`AT_CREATION`
`static int`	`CIRCLE` Circle marker
`protected Color`	`color` Color index
`protected int`	`color_idx` Color index
`static int`	`CROSS` Cross marker
`protected double`	`curr_x_yz_plot`
`protected double`	`curr_xmax`
`protected double`	`curr_xmin`
`protected float`	`curr_y_xz_plot`
`static int`	`DEFAULT_CONTOUR_LEVEL`
`static int`	`DO_NOT_UPDATE`
`static int`	`FIXED_LIMIT`
`static int`	`FUSO`
`protected float`	`gain` Gain value
`protected boolean`	`interpolate` Interpolate flag
`protected int`	`marker` Signal marker
`protected int`	`marker_step` Signal marker step
`static String[]`	`markerList` String vector of markers name.
`static int`	`MODE_CONTOUR`
`static int`	`MODE_IMAGE`
`static int`	`MODE_LINE`
`static int`	`MODE_NOLINE`
`static int`	`MODE_ONDINE`
`static int`	`MODE_PROFILE`
`static int`	`MODE_STEP`
`static int`	`MODE_XZ`
`static int`	`MODE_YZ`
`protected int`	`mode1D`
`protected int`	`mode2D`
`protected String`	`name` Signal name
`boolean`	`needFullUpdate`
`static int`	`NONE` No marker
`protected float`	`offset` Offset value
`static int`	`POINT` Point marker
`static int`	`SIMPLE`
`static int`	`SQUARE` Square marker
`int`	`startIndexToUpdate`
`protected String`	`title`
`static int`	`TRIANGLE` Triangle marker
`protected int`	`type`
`static int`	`TYPE_1D`
`static int`	`TYPE_2D`
`protected double`	`x2D_max`
`protected double`	`x2D_min`
`protected String`	`xlabel`
`protected double`	`y2D_max`
`protected double`	`y2D_min`
`protected String`	`ylabel`
`protected double`	`z2D_max`
`protected double`	`z2D_min`
`protected String`	`zlabel`

Constructor Summary

Constructors
Constructor and Description
`Signal()` Constructs a zero Signal with 100 points.
`Signal(double[] _x, float[] _y)`
`Signal(double[] _x, float[] _y, int _n_points)`
`Signal(float[] _x, float[] _y)` Constructs and initialize a Signal with x and y array.
`Signal(float[] _x, float[] _y, int _n_points)`
`Signal(float[] _x, float[] _y, int _n_points, double _xmin, double _xmax, double _ymin, double _ymax)` Constructs a Signal with x and y array, with n_points in a defined two-dimensional region.
`Signal(float[] _x, float[] _y, String name)` Constructs a Signal with x and y array and name.
`Signal(long[] _x, float[] _y, int _n_points)`
`Signal(Signal s)` Constructs a Signal equal to argument Signal
`Signal(Signal s, double start_x, double end_x, double start_y, double end_y)` Constructs a Signal equal to argument Signal within a defined two-dimensional region
`Signal(String name)` Constructs a zero Signal with name.
`Signal(WaveData data, double xmin, double xmax)`
`Signal(WaveData data, WaveData x_data, double xminVal, double xmaxVal)` Constructs and initializes a Signal from the specified parameters.
`Signal(WaveData data, WaveData x_data, double xminVal, double xmaxVal, WaveData lowErrData, WaveData upErrData)`
`Signal(WaveData data, WaveData x_data, long xminVal, long xmaxVal)`
`Signal(WaveData data, WaveData x_data, long xminVal, long xmaxVal, WaveData lowErrData, WaveData upErrData)`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`void`	`AddAsymError(WaveData up_error, WaveData low_error)` Add a asymmetric error bar.
`Vector<Vector<Point2D.Double>>`	`addContourLevel(double level)`
`void`	`AddError(WaveData in_error)` Add a symmetric error bar.
`void`	`appendValues(double[] x, float[] y, int[] numPoints, float[] time)`
`void`	`appendValues(float[] inX, float[] inY)`
`void`	`Autoscale()` Autoscale Signal.
`void`	`AutoscaleX()` Autoscale x coordinates.
`void`	`AutoscaleY()` Autoscale y coordinates.
`void`	`AutoscaleY(double min, double max)` Autoscale y coordinates between min and max x coordinates.
`void`	`dataRegionUpdated(double[] regX, float[] regY, double resolution)`
`void`	`dataRegionUpdated(long[] regX, float[] regY, double resolution)`
`void`	`decShow()`
`void`	`decShowXZ()`
`void`	`decShowYZ()`
`int`	`FindClosestIdx(double curr_x, double curr_y)`
`boolean`	`findNaN()`
`boolean`	`fullPaint()`
`float`	`getClosestX(double x)`
`float`	`getClosestY(double y)`
`Color`	`getColor()` Get color.
`int`	`getColorIdx()` Get color index.
`double`	`getCurrentXmax()`
`double`	`getCurrentXmin()`
`float`	`getGain()` Get gain parameter.
`boolean`	`getInterpolate()` Get interpolate flag
`String`	`getLegend()`
`float[]`	`getLowError()`
`int`	`getMarker()` Get marker type.
`int`	`getMarkerStep()` Get marker step.
`int`	`getMode1D()`
`int`	`getMode2D()`
`String`	`getName()` Get signal name.
`int[]`	`getNaNs()`
`int`	`getNumNaNs()`
`int`	`getNumPoints()`
`float`	`getOffset()` Get offset parameter
`double`	`getOriginalYmax()`
`double`	`getOriginalYmin()`
`String`	`getStringOfXinYZplot()`
`String`	`getTitlelabel()`
`int`	`getType()`
`int`	`getUpdSignalSizeInc()`
`float[]`	`getUpError()`
`double[]`	`getX()`
`double`	`getX(int idx)`
`double[]`	`getX2D()`
`double`	`getX2Dmax()`
`double`	`getX2Dmin()`
`double`	`getXinYZplot()`
`String`	`getXlabel()`
`double`	`getXmax()`
`double`	`getXmin()`
`float[]`	`getY()`
`float`	`getY(int idx)`
`float[]`	`getY2D()`
`double`	`getY2Dmax()`
`double`	`getY2Dmin()`
`float`	`getYinXZplot()`
`String`	`getYlabel()`
`double`	`getYmax()`
`double`	`getYmin()`
`float[]`	`getZ()`
`float`	`getZ(int idx)`
`float[][]`	`getZ2D()`
`double`	`getZ2Dmax()`
`double`	`getZ2Dmin()`
`String`	`getZlabel()`
`double`	`getZValue()`
`boolean`	`hasX()`
`void`	`incShow()`
`void`	`incShowXZ()`
`void`	`incShowYZ()`
`void`	`initContour()`
`boolean`	`isFullLoad()`
`boolean`	`isIncreasingX()`
`boolean`	`isLongX()`
`boolean`	`isLongXForLabel()`
`void`	`legendUpdated(String name)`
`void`	`mergeRegions()`
`void`	`ResetScales()` Reset scale, return to the initial two dimensional region
`void`	`resetSignalData()`
`void`	`ResetXScale()` Reset x scale, return to original x range two dimensional region
`void`	`ResetYScale()` Reset x scale, return to the initial y range two dimensional region
`void`	`setAttributes(Signal s)`
`void`	`setAttributes(String name, int color_idx, int marker, int marker_step, boolean interpolate)` Sets all signal attributes.
`void`	`setCalibrate(float gain, float offset)`
`void`	`setColor(Color color)` Set color value
`void`	`setColorIdx(int color_idx)` Set color index.
`void`	`setFullLoad(boolean full_load)`
`void`	`setInterpolate(boolean interpolate)` Set interpolate flag.
`void`	`setLabels(String title, String xlabel, String ylabel, String zlabel)`
`void`	`setLegend(String legend)`
`void`	`setMarker(int marker)` Set market type.
`void`	`setMarker(String name)` Set market type by name.
`void`	`setMarkerStep(int marker_step)` Set marker step.
`void`	`setMode1D(int mode)`
`void`	`setMode2D(int mode)`
`void`	`setMode2D(int mode, double value)`
`void`	`setName(String name)` Set Signal name.
`void`	`setStartIndexToUpdate()`
`void`	`setType(int type)`
`void`	`setUpdSignalSizeInc(int updSignalSizeInc)`
`void`	`setXinYZplot(float curr_x_yz_plot)`
`void`	`setXLimits(double xmin, double xmax, int mode)`
`void`	`setYinXZplot(float curr_y_xz_plot)`
`void`	`setYlimits(double ymin, double ymax)` Set y minimum and maximum of two-dimensional region.
`void`	`setYmax(double ymax, int mode)`
`void`	`setYmin(double ymin, int mode)`
`void`	`showXZ(double xd)`
`void`	`showXZ(int idx)`
`void`	`showYZ(double t)`
`void`	`showYZ(int idx)`
`void`	`StartTraslate()` Metod to call before execute a Traslate method.
`boolean`	`supportsStreaming()`
`double`	`surfaceValue(double x0, double y0)`
`void`	`Traslate(double delta_x, double delta_y, boolean x_log, boolean y_log)` Traslate signal of delta_x and delta_y
`boolean`	`updateSignal()`
`boolean`	`xLimitsInitialized()`

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

TYPE_1D
```
public static final int TYPE_1D
```
See Also:

Constant Field Values

TYPE_2D
```
public static final int TYPE_2D
```
See Also:

Constant Field Values

MODE_XZ
```
public static final int MODE_XZ
```
See Also:

Constant Field Values

MODE_YZ
```
public static final int MODE_YZ
```
See Also:

Constant Field Values

MODE_CONTOUR
```
public static final int MODE_CONTOUR
```
See Also:

Constant Field Values

MODE_IMAGE
```
public static final int MODE_IMAGE
```
See Also:

Constant Field Values

MODE_ONDINE
```
public static final int MODE_ONDINE
```
See Also:

Constant Field Values

MODE_PROFILE
```
public static final int MODE_PROFILE
```
See Also:

Constant Field Values

MODE_LINE
```
public static final int MODE_LINE
```
See Also:

Constant Field Values

MODE_NOLINE
```
public static final int MODE_NOLINE
```
See Also:

Constant Field Values

MODE_STEP
```
public static final int MODE_STEP
```
See Also:

Constant Field Values

DEFAULT_CONTOUR_LEVEL
```
public static final int DEFAULT_CONTOUR_LEVEL
```
See Also:

Constant Field Values

FUSO
```
public static final int FUSO
```
See Also:

Constant Field Values

markerList

public static final String[] markerList

String vector of markers name.

NONE
```
public static final int NONE
```
No marker

See Also:

Constant Field Values

SQUARE
```
public static final int SQUARE
```
Square marker

See Also:

Constant Field Values

CIRCLE
```
public static final int CIRCLE
```
Circle marker

See Also:

Constant Field Values

CROSS
```
public static final int CROSS
```
Cross marker

See Also:

Constant Field Values

TRIANGLE
```
public static final int TRIANGLE
```
Triangle marker

See Also:

Constant Field Values

POINT
```
public static final int POINT
```
Point marker

See Also:

Constant Field Values

SIMPLE
```
public static final int SIMPLE
```
See Also:

Constant Field Values

AT_CREATION
```
public static final int AT_CREATION
```
See Also:

Constant Field Values

FIXED_LIMIT
```
public static final int FIXED_LIMIT
```
See Also:

Constant Field Values

DO_NOT_UPDATE
```
public static final int DO_NOT_UPDATE
```
See Also:

Constant Field Values

name
```
protected String name
```
Signal name

marker
```
protected int marker
```
Signal marker

marker_step
```
protected int marker_step
```
Signal marker step

color_idx
```
protected int color_idx
```
Color index

color
```
protected Color color
```
Color index

interpolate
```
protected boolean interpolate
```
Interpolate flag

gain
```
protected float gain
```
Gain value

offset
```
protected float offset
```
Offset value

type
```
protected int type
```

mode2D
```
protected int mode2D
```

mode1D
```
protected int mode1D
```

curr_x_yz_plot
```
protected double curr_x_yz_plot
```

curr_y_xz_plot
```
protected float curr_y_xz_plot
```

z2D_max
```
protected double z2D_max
```

z2D_min
```
protected double z2D_min
```

y2D_max
```
protected double y2D_max
```

y2D_min
```
protected double y2D_min
```

x2D_max
```
protected double x2D_max
```

x2D_min
```
protected double x2D_min
```

curr_xmax
```
protected double curr_xmax
```

curr_xmin
```
protected double curr_xmin
```

xlabel
```
protected String xlabel
```

ylabel
```
protected String ylabel
```

zlabel
```
protected String zlabel
```

title
```
protected String title
```

startIndexToUpdate
```
public int startIndexToUpdate
```

needFullUpdate
```
public boolean needFullUpdate
```

Constructor Detail

Signal
```
public Signal()
```
Constructs a zero Signal with 100 points.

Signal

public Signal(double[] _x,
              float[] _y)

Signal

public Signal(double[] _x,
              float[] _y,
              int _n_points)
       throws IOException

Throws:: IOException

Signal
```
public Signal(float[] _x,
              float[] _y)
```
Constructs and initialize a Signal with x and y array.

Parameters:

_x - an array of x coordinates

_y - an array of y coordinates

Signal

public Signal(float[] _x,
              float[] _y,
              int _n_points)
       throws IOException

Throws:: IOException

Signal
```
public Signal(float[] _x,
              float[] _y,
              int _n_points,
              double _xmin,
              double _xmax,
              double _ymin,
              double _ymax)
```
Constructs a Signal with x and y array, with n_points in a defined two-dimensional region.

Parameters:

_x - an array of x coordinates

_y - an array of y coordinates

_n_points - number of Signal points

_xmin - x minimum of region space

_xmax - x maximum of region space

_ymin - y minimum of region space

_ymax - y maximum of region space

Signal
```
public Signal(float[] _x,
              float[] _y,
              String name)
```
Constructs a Signal with x and y array and name.

Parameters:

_x - an array of x coordinates

_y - an array of y coordinates

name - signal name

Signal

public Signal(long[] _x,
              float[] _y,
              int _n_points)

Signal
```
public Signal(Signal s)
```
Constructs a Signal equal to argument Signal

Parameters:

s - a Signal

Signal
```
public Signal(Signal s,
              double start_x,
              double end_x,
              double start_y,
              double end_y)
```
Constructs a Signal equal to argument Signal within a defined two-dimensional region

Parameters:

s - Signal

start_x - x start point

end_x - x end point

start_y - y start point

end_y - y end point

Signal
```
public Signal(String name)
```
Constructs a zero Signal with name.

Signal

public Signal(WaveData data,
              double xmin,
              double xmax)
       throws IOException

Throws:: IOException

Signal
```
public Signal(WaveData data,
              WaveData x_data,
              double xminVal,
              double xmaxVal)
       throws IOException
```
Constructs and initializes a Signal from the specified parameters.

Parameters:

_x - an array of x coordinates

_y - an array of x coordinates

_n_points - the total number of points in the Signal

Throws:

IOException

Signal

public Signal(WaveData data,
              WaveData x_data,
              double xminVal,
              double xmaxVal,
              WaveData lowErrData,
              WaveData upErrData)
       throws IOException

Throws:: IOException

Signal

public Signal(WaveData data,
              WaveData x_data,
              long xminVal,
              long xmaxVal)
       throws IOException

Throws:: IOException

Signal

public Signal(WaveData data,
              WaveData x_data,
              long xminVal,
              long xmaxVal,
              WaveData lowErrData,
              WaveData upErrData)
       throws IOException

Throws:: IOException

Method Detail

AddAsymError
```
public void AddAsymError(WaveData up_error,
                         WaveData low_error)
```
Add a asymmetric error bar.

Parameters:

_up_error - an array of y up measure error

_low_error - an array of y low measure error

addContourLevel

public Vector<Vector<Point2D.Double>> addContourLevel(double level)

AddError
```
public void AddError(WaveData in_error)
```
Add a symmetric error bar.

Parameters:

_error - an array of y measure error

appendValues

public void appendValues(double[] x,
                         float[] y,
                         int[] numPoints,
                         float[] time)

appendValues

public void appendValues(float[] inX,
                         float[] inY)

Autoscale
```
public void Autoscale()
```
Autoscale Signal.

AutoscaleX
```
public void AutoscaleX()
```
Autoscale x coordinates.

AutoscaleY
```
public void AutoscaleY()
```
Autoscale y coordinates.

AutoscaleY
```
public void AutoscaleY(double min,
                       double max)
```
Autoscale y coordinates between min and max x coordinates.

Parameters:

min - x minimum coordinates

max - x maximum coordinates

dataRegionUpdated

public void dataRegionUpdated(double[] regX,
                              float[] regY,
                              double resolution)

Specified by:: dataRegionUpdated in interface WaveDataListener

dataRegionUpdated

public void dataRegionUpdated(long[] regX,
                              float[] regY,
                              double resolution)

Specified by:: dataRegionUpdated in interface WaveDataListener

decShow
```
public void decShow()
```

decShowXZ
```
public void decShowXZ()
```

decShowYZ
```
public void decShowYZ()
```

FindClosestIdx

public int FindClosestIdx(double curr_x,
                          double curr_y)

findNaN
```
public boolean findNaN()
```

fullPaint
```
public boolean fullPaint()
```

getClosestX
```
public float getClosestX(double x)
```

getClosestY
```
public float getClosestY(double y)
```

getColor
```
public Color getColor()
```
Get color.

Returns:

Color the color

getColorIdx
```
public int getColorIdx()
```
Get color index.

Returns:

Color index

getCurrentXmax
```
public double getCurrentXmax()
```

getCurrentXmin
```
public double getCurrentXmin()
```

getGain
```
public float getGain()
```
Get gain parameter.

getInterpolate
```
public boolean getInterpolate()
```
Get interpolate flag

Returns:

Interpolate flag

getLegend
```
public String getLegend()
```

getLowError
```
public float[] getLowError()
```

getMarker
```
public int getMarker()
```
Get marker type.

Returns:

marker type

getMarkerStep
```
public int getMarkerStep()
```
Get marker step.

Returns:

marker step

getMode1D
```
public int getMode1D()
```

getMode2D
```
public int getMode2D()
```

getName
```
public String getName()
```
Get signal name.

Returns:

Signal name

getNaNs
```
public int[] getNaNs()
```

getNumNaNs
```
public int getNumNaNs()
```

getNumPoints
```
public int getNumPoints()
```

getOffset
```
public float getOffset()
```
Get offset parameter

getOriginalYmax
```
public double getOriginalYmax()
```

getOriginalYmin
```
public double getOriginalYmin()
```

getStringOfXinYZplot
```
public String getStringOfXinYZplot()
```

getTitlelabel
```
public String getTitlelabel()
```

getType
```
public int getType()
```

getUpdSignalSizeInc
```
public int getUpdSignalSizeInc()
```

getUpError
```
public float[] getUpError()
```

getX

public double[] getX()
              throws IOException

Throws:: IOException

getX
```
public double getX(int idx)
```

getX2D
```
public double[] getX2D()
```

getX2Dmax
```
public double getX2Dmax()
```

getX2Dmin
```
public double getX2Dmin()
```

getXinYZplot
```
public double getXinYZplot()
```

getXlabel
```
public String getXlabel()
```

getXmax
```
public double getXmax()
```

getXmin
```
public double getXmin()
```

getY

public float[] getY()
             throws IOException

Throws:: IOException

getY
```
public float getY(int idx)
```

getY2D
```
public float[] getY2D()
```

getY2Dmax
```
public double getY2Dmax()
```

getY2Dmin
```
public double getY2Dmin()
```

getYinXZplot
```
public float getYinXZplot()
```

getYlabel
```
public String getYlabel()
```

getYmax
```
public double getYmax()
```

getYmin
```
public double getYmin()
```

getZ
```
public float[] getZ()
```

getZ
```
public float getZ(int idx)
```

getZ2D
```
public float[][] getZ2D()
```

getZ2Dmax
```
public double getZ2Dmax()
```

getZ2Dmin
```
public double getZ2Dmin()
```

getZlabel
```
public String getZlabel()
```

getZValue
```
public double getZValue()
```

hasX
```
public final boolean hasX()
```

incShow
```
public void incShow()
```

incShowXZ
```
public void incShowXZ()
```

incShowYZ
```
public void incShowYZ()
```

initContour
```
public void initContour()
```

isFullLoad
```
public boolean isFullLoad()
```

isIncreasingX
```
public final boolean isIncreasingX()
```

isLongX
```
public boolean isLongX()
```

isLongXForLabel
```
public boolean isLongXForLabel()
```

legendUpdated
```
public void legendUpdated(String name)
```
Specified by:

legendUpdated in interface WaveDataListener

mergeRegions
```
public void mergeRegions()
```

ResetScales
```
public void ResetScales()
```
Reset scale, return to the initial two dimensional region

resetSignalData
```
public void resetSignalData()
```

ResetXScale
```
public void ResetXScale()
```
Reset x scale, return to original x range two dimensional region

ResetYScale
```
public void ResetYScale()
```
Reset x scale, return to the initial y range two dimensional region

setAttributes
```
public void setAttributes(Signal s)
```

setAttributes

public void setAttributes(String name,
                          int color_idx,
                          int marker,
                          int marker_step,
                          boolean interpolate)

Sets all signal attributes.

Parameters:: name - signal name; color_idx - color index from an external color table; marker - marker type; marker_step - marker step; interpolate - interpolate flag

setCalibrate

public void setCalibrate(float gain,
                         float offset)

setColor
```
public void setColor(Color color)
```
Set color value

Parameters:

color - color value

setColorIdx
```
public void setColorIdx(int color_idx)
```
Set color index. Index color is a reference to an external color palette

Parameters:

color_idx - index of the color

setFullLoad

public void setFullLoad(boolean full_load)

setInterpolate
```
public void setInterpolate(boolean interpolate)
```
Set interpolate flag.

Parameters:

interpolate - define if is a point or line signal

setLabels

public void setLabels(String title,
                      String xlabel,
                      String ylabel,
                      String zlabel)

setLegend
```
public void setLegend(String legend)
```

setMarker
```
public void setMarker(int marker)
```
Set market type.

Parameters:

marker - marker type

setMarker
```
public void setMarker(String name)
```
Set market type by name.

Parameters:

marker - marker type name

setMarkerStep
```
public void setMarkerStep(int marker_step)
```
Set marker step.

Parameters:

marker_step - number of signal points between two marker

setMode1D
```
public void setMode1D(int mode)
```

setMode2D
```
public void setMode2D(int mode)
```

setMode2D

public void setMode2D(int mode,
                      double value)

setName
```
public void setName(String name)
```
Set Signal name.

Parameters:

name - signal name

setStartIndexToUpdate
```
public void setStartIndexToUpdate()
```

setType
```
public void setType(int type)
```

setUpdSignalSizeInc

public void setUpdSignalSizeInc(int updSignalSizeInc)

setXinYZplot

public void setXinYZplot(float curr_x_yz_plot)

setXLimits

public void setXLimits(double xmin,
                       double xmax,
                       int mode)

setYinXZplot

public void setYinXZplot(float curr_y_xz_plot)

setYlimits
```
public void setYlimits(double ymin,
                       double ymax)
```
Set y minimum and maximum of two-dimensional region.

Parameters:

ymin - y minimum

ymax - y maximum

setYmax

public void setYmax(double ymax,
                    int mode)

setYmin

public void setYmin(double ymin,
                    int mode)

showXZ
```
public void showXZ(double xd)
```

showXZ
```
public void showXZ(int idx)
```

showYZ
```
public void showYZ(double t)
```

showYZ
```
public void showYZ(int idx)
```

StartTraslate
```
public void StartTraslate()
```
Metod to call before execute a Traslate method.

supportsStreaming
```
public boolean supportsStreaming()
```

surfaceValue

public double surfaceValue(double x0,
                           double y0)

Traslate
```
public void Traslate(double delta_x,
                     double delta_y,
                     boolean x_log,
                     boolean y_log)
```
Traslate signal of delta_x and delta_y

Parameters:

delta_x - x traslation factor

delta_y - y traslation factor

x_log - logaritm scale flag, if is logaritm scale true

y_log - logaritm scale flag, if is logaritm scale true

updateSignal
```
public boolean updateSignal()
```

xLimitsInitialized
```
public boolean xLimitsInitialized()
```

Class Signal

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

TYPE_1D

TYPE_2D

MODE_XZ

MODE_YZ

MODE_CONTOUR

MODE_IMAGE

MODE_ONDINE

MODE_PROFILE

MODE_LINE

MODE_NOLINE

MODE_STEP

DEFAULT_CONTOUR_LEVEL

FUSO

markerList

NONE

SQUARE

CIRCLE

CROSS

TRIANGLE

POINT

SIMPLE

AT_CREATION

FIXED_LIMIT

DO_NOT_UPDATE

name

marker

marker_step

color_idx

color

interpolate

gain

offset

type

mode2D

mode1D

curr_x_yz_plot

curr_y_xz_plot

z2D_max

z2D_min

y2D_max

y2D_min

x2D_max

x2D_min

curr_xmax

curr_xmin

xlabel

ylabel

zlabel

title

startIndexToUpdate

needFullUpdate

Constructor Detail

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Signal

Method Detail

AddAsymError

addContourLevel

AddError

appendValues

appendValues