org.pepstock.charba.client.options

Class Line

java.lang.Object

org.pepstock.charba.client.commons.NativeObjectContainer

org.pepstock.charba.client.commons.AbstractNode

org.pepstock.charba.client.options.AbstractModel<Elements,D>

org.pepstock.charba.client.options.AbstractElement<IsDefaultLine>

org.pepstock.charba.client.options.Line

All Implemented Interfaces:

IsDefaultFillHandler, IsDefaultLine, IsDefaultOptionsElement, HasFill

public final class Line
extends AbstractElement<IsDefaultLine>
implements IsDefaultLine, HasFill

Line elements are used to represent the line in a line chart.

Author:

Andrea "Stock" Stocchero

Method Summary

Modifier and Type	Method and Description
CapStyle	getBorderCapStyle() Returns how the end points of every line are drawn.
List<Integer>	getBorderDash() Returns the line dash pattern used when stroking lines, using an array of values which specify alternating lengths of lines and gaps which describe the pattern.
double	getBorderDashOffset() Returns the line dash pattern offset.
JoinStyle	getBorderJoinStyle() Returns how two connecting segments (of lines, arcs or curves) with non-zero lengths in a shape are joined together (degenerate segments with zero lengths, whose specified end points and control points are exactly at the same position, are skipped).
CubicInterpolationMode	getCubicInterpolationMode() Returns algorithm used to interpolate a smooth curve from the discrete data points.
FillHandler	getFillHandler() Returns a fill handler instance to use in the default methods of this interface.
double	getTension() Returns the Bézier curve tension (0 for no Bézier curves).
boolean	isCapBezierPoints() Returns true to keep Bézier control inside the chart, false for no restriction.
boolean	isStepped() Returns true to show the line as a stepped line (tension will be ignored).
void	setBorderCapStyle(CapStyle borderCapStyle) Sets how the end points of every line are drawn.
void	setBorderDash(int... borderDash) Sets the line dash pattern used when stroking lines, using an array of values which specify alternating lengths of lines and gaps which describe the pattern.
void	setBorderDashOffset(double borderDashOffset) Sets the line dash pattern offset.
void	setBorderJoinStyle(JoinStyle borderJoinStyle) Sets how two connecting segments (of lines, arcs or curves) with non-zero lengths in a shape are joined together (degenerate segments with zero lengths, whose specified end points and control points are exactly at the same position, are skipped).
void	setCapBezierPoints(boolean capBezierPoints) Sets true to keep Bézier control inside the chart, false for no restriction.
void	setCubicInterpolationMode(CubicInterpolationMode mode) Sets algorithm used to interpolate a smooth curve from the discrete data points. The following interpolation modes are supported:
void	setStepped(boolean stepped) Sets true to show the line as a stepped line (tension will be ignored).
void	setTension(double tension) Returns the Bézier curve tension (0 for no Bézier curves).

Methods inherited from class org.pepstock.charba.client.options.AbstractElement

getBackgroundColor, getBackgroundColorAsString, getBorderColor, getBorderColorAsString, getBorderWidth, getHoverBackgroundColor, getHoverBackgroundColorAsString, getHoverBorderColor, getHoverBorderColorAsString, getHoverBorderWidth, setBackgroundColor, setBackgroundColor, setBorderColor, setBorderColor, setBorderWidth, setHoverBackgroundColor, setHoverBackgroundColor, setHoverBorderColor, setHoverBorderColor, setHoverBorderWidth

Methods inherited from class org.pepstock.charba.client.options.AbstractModel

getDefaultValues, getParent, loadPadding, setCallbackToModel, setCallbackToModel, setEventToModel

Methods inherited from class org.pepstock.charba.client.commons.AbstractNode

checkAndAddToParent, getChildKey, getParentNode, getRootNode, retrieveRoot, setArrayValueAndAddToParent, setArrayValueAndAddToParent, setArrayValueAndAddToParent, setInternalCallbackToModel, setInternalCallbackToModel, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent, setValueOrArrayAndAddToParent

Methods inherited from class org.pepstock.charba.client.commons.NativeObjectContainer

checkDefaultValuesArgument, empty, getArrayValue, getIncrementalId, getNativeChart, getNativeEvent, getNativeObject, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValue, getValueForMultipleKeyTypes, getValueForMultipleKeyTypes, getValueForMultipleKeyTypes, getValueOrArray, getValueOrArray, getValueOrArray, getValueOrArray, getValueOrArray, getValueOrArray, getValueOrArray, has, has, isType, keys, loadNativeObject, remove, remove, setArrayValue, setArrayValue, setArrayValue, setEmptyValue, setNewIncrementalId, setNewIncrementalId, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValue, setValueOrArray, setValueOrArray, setValueOrArray, setValueOrArray, setValueOrArray, setValueOrArray, setValueOrArray, setValueOrArray, setValueOrArray, toJSON, type

Methods inherited from class java.lang.Object

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

Methods inherited from interface org.pepstock.charba.client.defaults.IsDefaultOptionsElement

getBackgroundColorAsString, getBorderColorAsString, getBorderWidth, getHoverBackgroundColorAsString, getHoverBorderColorAsString, getHoverBorderWidth

Methods inherited from interface org.pepstock.charba.client.options.HasFill

getFill, setFill, setFill, setFill, setFill

Method Detail

getFillHandler

public FillHandler getFillHandler()

Description copied from interface: HasFill

Returns a fill handler instance to use in the default methods of this interface.

Specified by:

getFillHandler in interface HasFill

Returns:

a fill handler instance

setTension

public void setTension(double tension)

Returns the Bézier curve tension (0 for no Bézier curves).

Parameters:

tension - the Bézier curve tension (0 for no Bézier curves).

getTension

public double getTension()

Returns the Bézier curve tension (0 for no Bézier curves).

Specified by:

getTension in interface IsDefaultLine

Returns:

the Bézier curve tension (0 for no Bézier curves).

setBorderCapStyle

public void setBorderCapStyle(CapStyle borderCapStyle)

Sets how the end points of every line are drawn.

Parameters:

borderCapStyle - how the end points of every line are drawn.

getBorderCapStyle

public CapStyle getBorderCapStyle()

Returns how the end points of every line are drawn.

Specified by:

getBorderCapStyle in interface IsDefaultLine

Returns:

how the end points of every line are drawn.

setBorderDash

public void setBorderDash(int... borderDash)

Sets the line dash pattern used when stroking lines, using an array of values which specify alternating lengths of lines and gaps which describe the pattern.

Parameters:

borderDash - the line dash pattern used when stroking lines, using an array of values which specify alternating lengths of lines and gaps which describe the pattern.

getBorderDash

public List<Integer> getBorderDash()

Returns the line dash pattern used when stroking lines, using an array of values which specify alternating lengths of lines and gaps which describe the pattern.

Returns:

the line dash pattern used when stroking lines, using an array of values which specify alternating lengths of lines and gaps which describe the pattern.

setBorderDashOffset

public void setBorderDashOffset(double borderDashOffset)

Sets the line dash pattern offset.

Parameters:

borderDashOffset - the line dash pattern offset.

getBorderDashOffset

public double getBorderDashOffset()

Returns the line dash pattern offset.

Specified by:

getBorderDashOffset in interface IsDefaultLine

Returns:

the line dash pattern offset.

setBorderJoinStyle

public void setBorderJoinStyle(JoinStyle borderJoinStyle)

Sets how two connecting segments (of lines, arcs or curves) with non-zero lengths in a shape are joined together (degenerate segments with zero lengths, whose specified end points and control points are exactly at the same position, are skipped).

Parameters:

borderJoinStyle - how two connecting segments (of lines, arcs or curves) with non-zero lengths in a shape are joined together

getBorderJoinStyle

public JoinStyle getBorderJoinStyle()

Returns how two connecting segments (of lines, arcs or curves) with non-zero lengths in a shape are joined together (degenerate segments with zero lengths, whose specified end points and control points are exactly at the same position, are skipped).

Specified by:

getBorderJoinStyle in interface IsDefaultLine

Returns:

how two connecting segments (of lines, arcs or curves) with non-zero lengths in a shape are joined together

setCapBezierPoints

public void setCapBezierPoints(boolean capBezierPoints)

Sets true to keep Bézier control inside the chart, false for no restriction.

Parameters:

capBezierPoints - true to keep Bézier control inside the chart, false for no restriction.

isCapBezierPoints

public boolean isCapBezierPoints()

Returns true to keep Bézier control inside the chart, false for no restriction.

Specified by:

isCapBezierPoints in interface IsDefaultLine

Returns:

true to keep Bézier control inside the chart, false for no restriction.

setCubicInterpolationMode

public void setCubicInterpolationMode(CubicInterpolationMode mode)

Sets algorithm used to interpolate a smooth curve from the discrete data points.
The following interpolation modes are supported:

 'default'
 'monotone'
 

The 'default' algorithm uses a custom weighted cubic interpolation, which produces pleasant curves for all types of datasets.
The 'monotone' algorithm is more suited to y = f(x) datasets : it preserves monotonicity (or piecewise monotonicity) of the dataset being interpolated, and ensures local extremums (if any) stay at input data points.

Parameters:

mode - algorithm used to interpolate a smooth curve from the discrete data points

getCubicInterpolationMode

public CubicInterpolationMode getCubicInterpolationMode()

Returns algorithm used to interpolate a smooth curve from the discrete data points.

Specified by:

getCubicInterpolationMode in interface IsDefaultLine

Returns:

algorithm used to interpolate a smooth curve from the discrete data points.

setStepped

public void setStepped(boolean stepped)

Sets true to show the line as a stepped line (tension will be ignored).

Parameters:

stepped - true to show the line as a stepped line (tension will be ignored).

isStepped

public boolean isStepped()

Returns true to show the line as a stepped line (tension will be ignored).

Specified by:

isStepped in interface IsDefaultLine

Returns:

true to show the line as a stepped line (tension will be ignored).