com.jidesoft.gauge
Class AbstractGaugeTickStyle

java.lang.Object
  com.jidesoft.gauge.AbstractGaugeTickStyle

Direct Known Subclasses:

BulletTickStyle, DialTickStyle

public abstract class AbstractGaugeTickStyle
extends Object

Field Summary

protected Color	tickColor
protected double	tickLength Tick Length is specified in terms of the proportion of the axis width
protected double	tickWidth Tick width is specified as a percentage of the radius of the Gauge.
protected boolean	visible Determines whether the ticks of this type will be visible.

Constructor Summary

AbstractGaugeTickStyle()

Method Summary

boolean	equals(Object o)
Color	getTickColor() Returns the color of the ticks
double	getTickLength() Returns the length of ticks, specified as a proportion of axis width
double	getTickWidth() Returns the width of ticks, specified as a percentage of the radius of the Gauge.
int	hashCode()
boolean	isVisible() Returns a boolean to indicate whether the ticks are visible
void	setTickColor(Color tickColor) Specify the color to use for ticks
void	setTickLength(double tickLength) Specify the length of ticks, supplied as a proportion of axis width
void	setTickWidth(double tickWidth) Tick width is specified as a percentage of the radius of the Gauge.
void	setVisible(boolean visible) Specify whether the ticks are visible

Methods inherited from class java.lang.Object

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

Field Detail

tickColor

protected Color tickColor

visible

protected boolean visible

Determines whether the ticks of this type will be visible.

tickLength

protected double tickLength

Tick Length is specified in terms of the proportion of the axis width

tickWidth

protected double tickWidth

Tick width is specified as a percentage of the radius of the Gauge. The ratio is usually small, so making it a percentage makes it easier to deal with. A tickWidth of around 1 or 0.5 usually gives good results. The tick width is related to the radius size so that the tick width does not have to be adjusted when the axis width changes

Constructor Detail

AbstractGaugeTickStyle

public AbstractGaugeTickStyle()

Method Detail

getTickColor

public Color getTickColor()

Returns the color of the ticks

Returns:

the color of the ticks

setTickColor

public void setTickColor(Color tickColor)

Specify the color to use for ticks

Parameters:

tickColor - the color to use for ticks

getTickLength

public double getTickLength()

Returns the length of ticks, specified as a proportion of axis width

Returns:

the length of ticks, specified as a proportion of axis width

setTickLength

public void setTickLength(double tickLength)

Specify the length of ticks, supplied as a proportion of axis width

Parameters:

tickLength - the length of ticks as a proportion of axis width

getTickWidth

public double getTickWidth()

Returns the width of ticks, specified as a percentage of the radius of the Gauge. A tick width of around 1 or 0.5 usually gives good results.

Returns:

the width of ticks, specified as a percentage of the radius of the Gauge.

setTickWidth

public void setTickWidth(double tickWidth)

Tick width is specified as a percentage of the radius of the Gauge. The ratio is usually small, so making it a percentage makes it easier to deal with. A tickWidth of around 1 or 0.5 usually gives good results. The tick width is related to the radius size so that the tick width does not have to be adjusted when the axis width changes

isVisible

public boolean isVisible()

Returns a boolean to indicate whether the ticks are visible

Returns:

a boolean to indicate whether the ticks are visible

setVisible

public void setVisible(boolean visible)

Specify whether the ticks are visible

Parameters:

visible - a boolean to indicate whether ticks are visible

equals

public boolean equals(Object o)

Overrides:

equals in class Object

hashCode

public int hashCode()

Overrides:

hashCode in class Object