BaseInfo

java.lang.Object
- com.mousebird.maply.BaseInfo

Direct Known Subclasses:

BillboardInfo, GeometryInfo, LabelInfo, LoftedPolyInfo, MarkerInfo, ShapeInfo, StickerInfo, VectorInfo, WideVectorInfo
```
public class BaseInfo
extends java.lang.Object
```
This is the base class for all the various Info objects.

Field Summary

Fields
Modifier and Type Field and Description

boolean disposeAfterUse
If set, the toolkit will dispose of the objects that were added after it's finished.

protected long nativeHandle

Fields
Modifier and Type	Field and Description
`boolean`	`disposeAfterUse` If set, the toolkit will dispose of the objects that were added after it's finished.
`protected long`	`nativeHandle`

Constructor Summary

Constructors
Modifier Constructor and Description

protected BaseInfo()

Constructors
Modifier	Constructor and Description
`protected`	`BaseInfo()`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`double`	`getDrawOffset()`
`int`	`getDrawPriority()` Get the drawPriority for the geometry.
`boolean`	`getEnable()`
`float`	`getFadeIn()` The amount of time (in seconds) it takes for new geometry to fade in.
`float`	`getFadeOut()` The amount of time (in seconds) it takes for geometry to fade out when removed.
`double`	`getFadeOutTime()`
`long`	`getShaderID()` Return the unique ID for the shader or 0 if there is none.
`double`	`getViewDistRangeMax()`
`double`	`getViewDistRangeMin()`
`Point3d`	`getViewerCenter()`
`double`	`getVisibleHeightMax()` Returns the minimum cutoff for visibility of the feature.
`double`	`getVisibleHeightMin()` Returns the minimum cutoff for visibility of the feature.
`void`	`setDrawOffset(float drawOffset)` Set the drawOffset for geometry.
`void`	`setDrawPriority(int drawPriority)` Set the drawPriority for the geometry.
`void`	`setEnable(boolean newEnable)` Controls whether or not the geometry will be visible.
`void`	`setEnableTimes(double startEnable, double endEnable)` Geometry can be enabled over a specific time period.
`void`	`setFade(float fade)` The amount of time (in seconds) it takes for new geometry to fade in and fade out.
`void`	`setFadeInOut(double fadeIn, double fadeOut)` Geometry can be made to fade in when it appears and fade out when it's removed.
`void`	`setFadeOutTime(double fadeOutTime)` Geometry can be set to start fading out at a specific time.
`void`	`setMaxVis(double maxVis)` Set the maximum height visibility for a feature.
`void`	`setMinVis(double minVis)` Set the minimum height visibility for a feature.
`void`	`setRenderTarget(RenderTarget target)` By default, all geometry renders to the main screen.
`void`	`setShader(Shader shader)` Set the shader to be used in rendering the given objects.
`void`	`setShaderID(long shaderID)` Set the shader to be used in rendering, by ID
`void`	`setViewDistRange(double minViewerDist, double maxViewerDist)` If set, the objects created will only be visible when in this range of distance from the viewer.
`void`	`setViewerCenter(Point3d center)` If the viewer center is defined, all the geometry is centered around it.
`void`	`setVisibleHeightRange(double minVis, double maxVis)` Set the minimum/maximum cutoff for visibility of the feature.
`void`	`setZBufferRead(boolean newVal)` If set, the renderer will compare this geometry to the z buffer when rendering.
`void`	`setZBufferWrite(boolean newVal)` If set, the geometry will write to the Z buffer when it renders.

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

- Field Detail
  - disposeAfterUse
```
public boolean disposeAfterUse
```
    If set, the toolkit will dispose of the objects that were added after it's finished. This saves memory by removing the C++ data for things like VectorObjects.
  - nativeHandle
```
protected long nativeHandle
```
- Constructor Detail
  - BaseInfo
```
protected BaseInfo()
```
- Method Detail
  - setVisibleHeightRange
```
public void setVisibleHeightRange(double minVis,
                                  double maxVis)
```
    Set the minimum/maximum cutoff for visibility of the feature. This is the closest height the feature will be visible from. Defaults to 0.0 (always visible).
  - setMinVis
```
public void setMinVis(double minVis)
```
    Set the minimum height visibility for a feature.
  - setMaxVis
```
public void setMaxVis(double maxVis)
```
    Set the maximum height visibility for a feature.
  - getVisibleHeightMin
```
public double getVisibleHeightMin()
```
    Returns the minimum cutoff for visibility of the feature. This is the closest height the feature will be visible from. Defaults to 0.0 (always visible).
  - getVisibleHeightMax
```
public double getVisibleHeightMax()
```
    Returns the minimum cutoff for visibility of the feature. This is the largest height the feature will be visible from. Defaults to 0.0 (always visible).
  - setViewDistRange
```
public void setViewDistRange(double minViewerDist,
                             double maxViewerDist)
```
    If set, the objects created will only be visible when in this range of distance from the viewer.
  - getViewDistRangeMin
```
public double getViewDistRangeMin()
```
    Returns:
    
    Minimim distance from the user that an object will be visible.
  - getViewDistRangeMax
```
public double getViewDistRangeMax()
```
    Returns:
    
    Maximum distance form the user that an object will be visible.
  - setViewerCenter
```
public void setViewerCenter(Point3d center)
```
    If the viewer center is defined, all the geometry is centered around it. This is convenient with geometry that's relatively small in a larger area.
  - getViewerCenter
```
public Point3d getViewerCenter()
```
    Returns:
    
    The current viewer center, if there is one.
  - setDrawOffset
```
public void setDrawOffset(float drawOffset)
```
    Set the drawOffset for geometry. This is rarely used.
  - getDrawOffset
```
public double getDrawOffset()
```
    Returns:
    
    The Z offset for geometry. Rarely used anymore.
  - setDrawPriority
```
public void setDrawPriority(int drawPriority)
```
    Set the drawPriority for the geometry. Draw priority controls the order in which features are drawn.
  - getDrawPriority
```
public int getDrawPriority()
```
    Get the drawPriority for the geometry. Draw priority controls the order in which features are drawn.
  - setEnable
```
public void setEnable(boolean newEnable)
```
    Controls whether or not the geometry will be visible. By default this is true.
    
    Parameters:
    
    newEnable - New value for the enable.
  - getEnable
```
public boolean getEnable()
```
    Returns:
    
    Current enable value.
  - setFade
```
public void setFade(float fade)
```
    The amount of time (in seconds) it takes for new geometry to fade in and fade out. By default, fade is off.
  - setFadeInOut
```
public void setFadeInOut(double fadeIn,
                         double fadeOut)
```
    Geometry can be made to fade in when it appears and fade out when it's removed. These values can be set separately.
    
    Parameters:
    
    fadeIn - Time to fade new geometry in.
    
    fadeOut - Time to fade geometry out when removed.
  - getFadeIn
```
public float getFadeIn()
```
    The amount of time (in seconds) it takes for new geometry to fade in. By default, fade is off.
  - getFadeOut
```
public float getFadeOut()
```
    The amount of time (in seconds) it takes for geometry to fade out when removed. By default, fade is off.
  - setFadeOutTime
```
public void setFadeOutTime(double fadeOutTime)
```
    Geometry can be set to start fading out at a specific time.
    
    Parameters:
    
    fadeOutTime - Time to start fading geometry out in seconds from the beginning epoch.
  - getFadeOutTime
```
public double getFadeOutTime()
```
    Returns:
    
    Time when geometry is set to fade out (if set)
  - setEnableTimes
```
public void setEnableTimes(double startEnable,
                           double endEnable)
```
    Geometry can be enabled over a specific time period. If these are set, the engine will turn the geometry off outside of this range.
    
    Parameters:
    
    startEnable - When to start drawing the geometry. Seconds from the beginning epoch.
    
    endEnable - When to stop drawing the geometry. Seconds from the beginning epoch.
  - setShader
```
public void setShader(Shader shader)
```
    Set the shader to be used in rendering the given objects.
  - setShaderID
```
public void setShaderID(long shaderID)
```
    Set the shader to be used in rendering, by ID
  - getShaderID
```
public long getShaderID()
```
    Return the unique ID for the shader or 0 if there is none.
  - setZBufferRead
```
public void setZBufferRead(boolean newVal)
```
    If set, the renderer will compare this geometry to the z buffer when rendering. Off by default. Most things use priority rendering.
  - setZBufferWrite
```
public void setZBufferWrite(boolean newVal)
```
    If set, the geometry will write to the Z buffer when it renders. On by default
  - setRenderTarget
```
public void setRenderTarget(RenderTarget target)
```
    By default, all geometry renders to the main screen. If set, you can direct that geometry to a specific offscreen render target instead.

Class BaseInfo

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

disposeAfterUse

nativeHandle

Constructor Detail

BaseInfo

Method Detail

setVisibleHeightRange

setMinVis

setMaxVis

getVisibleHeightMin

getVisibleHeightMax

setViewDistRange

getViewDistRangeMin

getViewDistRangeMax

setViewerCenter

getViewerCenter

setDrawOffset

getDrawOffset

setDrawPriority

getDrawPriority

setEnable

getEnable

setFade

setFadeInOut

getFadeIn

getFadeOut

setFadeOutTime

getFadeOutTime

setEnableTimes

setShader

setShaderID

getShaderID

setZBufferRead

setZBufferWrite

setRenderTarget