java.lang.Object
- gaia.cu9.ari.gaiaorbit.util.GlobalConf.SceneConf

All Implemented Interfaces:

IObserver, GlobalConf.IConf

Enclosing class:

GlobalConf
```
public static class GlobalConf.SceneConf
extends java.lang.Object
implements GlobalConf.IConf, IObserver
```
Contains preferences and attributes which define the scene

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description
`static class`	`GlobalConf.SceneConf.ElevationType`	The type of elevation representation if elevation textures are present
`static class`	`GlobalConf.SceneConf.GraphicsQuality`	Graphics quality setting

Field Summary

Fields
Modifier and Type	Field	Description
`double`	`AMBIENT_LIGHT`
`int`	`CAMERA_FOV`
`double`	`CAMERA_SPEED`
`double`	`CAMERA_SPEED_LIMIT`
`int`	`CAMERA_SPEED_LIMIT_IDX`
`boolean`	`CINEMATIC_CAMERA`
`boolean`	`COMPUTE_GAIA_SCAN`
`boolean`	`CROSSHAIR`	Whether to show crosshair in focus mode
`int`	`CUBEMAP_FACE_RESOLUTION`	Resolution of each of the faces in the cubemap which will be mapped to a equirectangular projection for the 360 mode.
`double`	`ELEVATION_MULTIPLIER`	Elevation multiplier
`GlobalConf.SceneConf.ElevationType`	`ELEVATION_TYPE`	How to represent elevation, if elevation textures present: Tessellation Parallax mapping None
`boolean`	`FOCUS_LOCK`
`boolean`	`FOCUS_LOCK_ORIENTATION`
`boolean`	`FREE_CAMERA_TARGET_MODE_ON`
`boolean`	`GALAXY_3D`	Display galaxy as 3D object or as a 2D texture
`GlobalConf.SceneConf.GraphicsQuality`	`GRAPHICS_QUALITY`	The graphics quality
`float`	`LABEL_NUMBER_FACTOR`
`float`	`LABEL_SIZE_FACTOR`
`boolean`	`LAZY_MESH_INIT`	Initializes meshes lazily
`boolean`	`LAZY_TEXTURE_INIT`	Lazy texture initialisation - textures are loaded only if needed
`int`	`LINE_RENDERER`	The line render system: 0 - normal, 1 - shader
`long`	`MAX_LOADED_STARS`	In the case of multifile LOD datasets (such as DR2+), this setting contains the maximum number of stars loaded at a time.
`long`	`N_PM_STARS`	Overrides the maximum number of proper motion vectors that are allowed to show
`long`	`OBJECT_FADE_MS`
`float`	`OCTANT_THRESHOLD_0`	Angle [rad] above which we start painting stars in octant with fade in
`float`	`OCTANT_THRESHOLD_1`	Angle [rad] below which we paint stars in octant with fade out.
`boolean`	`OCTREE_PARTICLE_FADE`	Particle fade in/out flag for octree-backed catalogs.
`boolean`	`ONLY_OBSERVED_STARS`
`int`	`ORBIT_RENDERER`	Whether to use the general line renderer or a faster GPU-based approach 0 - Sorted lines (see LINE_RENDERER) - slower but looks better 1 - GPU VBO - faster but looks a bit worse
`boolean`	`PM_ARROWHEADS`	Whether to show arrow caps or not
`int`	`PM_COLOR_MODE`	Color mode for velocity vectors 0 - direction 1 - length 2 - has radial velocity 3 - redshift (sun) 4 - redshift (camera) 5 - single color
`float`	`PM_LEN_FACTOR`	Factor to apply to the length of the proper motion vectors
`float`	`PM_NUM_FACTOR`	This governs the number of proper motion vectors to display
`float`	`POINT_ALPHA_MAX`
`float`	`POINT_ALPHA_MIN`
`double`	`ROTATION_SPEED`
`boolean`	`SHADOW_MAPPING`	Shadows enabled or disabled
`int`	`SHADOW_MAPPING_N_SHADOWS`	Max number of objects with shadows
`int`	`SHADOW_MAPPING_RESOLUTION`	Resolution of the shadow map
`double`	`STAR_BRIGHTNESS`
`boolean`	`STAR_COLOR_TRANSIT`
`float`	`STAR_POINT_SIZE`	Size of stars rendered as point primitives
`float`	`STAR_POINT_SIZE_BAK`	Fallback value
`double`	`STAR_THRESHOLD_NONE`
`double`	`STAR_THRESHOLD_POINT`
`double`	`STAR_THRESHOLD_QUAD`
`java.lang.String`	`STARTUP_OBJECT`
`double`	`TESSELLATION_QUALITY`	Quality of tessellation
`double`	`TURNING_SPEED`
`boolean[]`	`VISIBILITY`	Visibility of component types

Constructor Summary

Constructors
Constructor Description

SceneConf()

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`void`	initialize(java.lang.String sTARTUP_OBJECT, GlobalConf.SceneConf.GraphicsQuality gRAPHICS_QUALITY, long oBJECT_FADE_MS, float sTAR_BRIGHTNESS, float aMBIENT_LIGHT, int cAMERA_FOV, float cAMERA_SPEED, float tURNING_SPEED, float rOTATION_SPEED, int cAMERA_SPEED_LIMIT_IDX, boolean fOCUS_LOCK, boolean fOCUS_LOCK_ORIENTATION, float lABEL_SIZE_FACTOR, float lABEL_NUMBER_FACTOR, boolean[] vISIBILITY, int oRBIT_RENDERER, int lINE_RENDERER, double sTAR_TH_ANGLE_NONE, double sTAR_TH_ANGLE_POINT, double sTAR_TH_ANGLE_QUAD, float pOINT_ALPHA_MIN, float pOINT_ALPHA_MAX, boolean oCTREE_PARTICLE_FADE, float oCTANT_TH_ANGLE_0, float oCTANT_TH_ANGLE_1, float pM_NUM_FACTOR, float pM_LEN_FACTOR, long n_PM_STARS, int pM_COLOR_MODE, boolean pM_ARROWHEADS, float sTAR_POINT_SIZE, boolean gALAXY_3D, int cUBEMAP_FACE_RESOLUTION, boolean cROSSHAIR, boolean cINEMATIC_CAMERA, boolean lAZY_TEXTURE_INIT, boolean fREE_CAMERA_TARGET_MODE_ON, boolean sHADOW_MAPPING, int sHADOW_MAPPING_N_SHADOWS, int sHADOW_MAPPING_RESOLUTION, long mAX_LOADED_STARS, GlobalConf.SceneConf.ElevationType eLEVATION_TYPE, double eLEVATION_MULTIPLIER, double tESSELLATION_QUALITY)
`boolean`	`isNormalLineRenderer()`
`boolean`	`isQuadLineRenderer()`
`void`	`notify(Events event, java.lang.Object... data)`
`void`	`updateSpeedLimit()`

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

Field Detail
- STARTUP_OBJECT
```
public java.lang.String STARTUP_OBJECT
```
- OBJECT_FADE_MS
```
public long OBJECT_FADE_MS
```
- STAR_BRIGHTNESS
```
public double STAR_BRIGHTNESS
```
- AMBIENT_LIGHT
```
public double AMBIENT_LIGHT
```
- CAMERA_FOV
```
public int CAMERA_FOV
```
- CAMERA_SPEED
```
public double CAMERA_SPEED
```
- TURNING_SPEED
```
public double TURNING_SPEED
```
- ROTATION_SPEED
```
public double ROTATION_SPEED
```
- FREE_CAMERA_TARGET_MODE_ON
```
public boolean FREE_CAMERA_TARGET_MODE_ON
```
- CAMERA_SPEED_LIMIT_IDX
```
public int CAMERA_SPEED_LIMIT_IDX
```
- CAMERA_SPEED_LIMIT
```
public double CAMERA_SPEED_LIMIT
```
- FOCUS_LOCK
```
public boolean FOCUS_LOCK
```
- FOCUS_LOCK_ORIENTATION
```
public boolean FOCUS_LOCK_ORIENTATION
```
- CINEMATIC_CAMERA
```
public boolean CINEMATIC_CAMERA
```
- LABEL_SIZE_FACTOR
```
public float LABEL_SIZE_FACTOR
```
- LABEL_NUMBER_FACTOR
```
public float LABEL_NUMBER_FACTOR
```
- VISIBILITY
```
public boolean[] VISIBILITY
```
  Visibility of component types
- GALAXY_3D
```
public boolean GALAXY_3D
```
  Display galaxy as 3D object or as a 2D texture
- SHADOW_MAPPING
```
public boolean SHADOW_MAPPING
```
  Shadows enabled or disabled
- SHADOW_MAPPING_N_SHADOWS
```
public int SHADOW_MAPPING_N_SHADOWS
```
  Max number of objects with shadows
- SHADOW_MAPPING_RESOLUTION
```
public int SHADOW_MAPPING_RESOLUTION
```
  Resolution of the shadow map
- PM_LEN_FACTOR
```
public float PM_LEN_FACTOR
```
  Factor to apply to the length of the proper motion vectors
- PM_NUM_FACTOR
```
public float PM_NUM_FACTOR
```
  This governs the number of proper motion vectors to display
- N_PM_STARS
```
public long N_PM_STARS
```
  Overrides the maximum number of proper motion vectors that are allowed to show
- PM_COLOR_MODE
```
public int PM_COLOR_MODE
```
  Color mode for velocity vectors
  - 0 - direction
  - 1 - length
  - 2 - has radial velocity
  - 3 - redshift (sun)
  - 4 - redshift (camera)
  - 5 - single color
- PM_ARROWHEADS
```
public boolean PM_ARROWHEADS
```
  Whether to show arrow caps or not
- STAR_COLOR_TRANSIT
```
public boolean STAR_COLOR_TRANSIT
```
- ONLY_OBSERVED_STARS
```
public boolean ONLY_OBSERVED_STARS
```
- COMPUTE_GAIA_SCAN
```
public boolean COMPUTE_GAIA_SCAN
```
- ORBIT_RENDERER
```
public int ORBIT_RENDERER
```
  Whether to use the general line renderer or a faster GPU-based approach
  - 0 - Sorted lines (see LINE_RENDERER) - slower but looks better
  - 1 - GPU VBO - faster but looks a bit worse
- LINE_RENDERER
```
public int LINE_RENDERER
```
  The line render system: 0 - normal, 1 - shader
- GRAPHICS_QUALITY
```
public GlobalConf.SceneConf.GraphicsQuality GRAPHICS_QUALITY
```
  The graphics quality
- LAZY_TEXTURE_INIT
```
public boolean LAZY_TEXTURE_INIT
```
  Lazy texture initialisation - textures are loaded only if needed
- LAZY_MESH_INIT
```
public boolean LAZY_MESH_INIT
```
  Initializes meshes lazily
- ELEVATION_TYPE
```
public GlobalConf.SceneConf.ElevationType ELEVATION_TYPE
```
  How to represent elevation, if elevation textures present:
  - Tessellation
  - Parallax mapping
  - None
- ELEVATION_MULTIPLIER
```
public double ELEVATION_MULTIPLIER
```
  Elevation multiplier
- TESSELLATION_QUALITY
```
public double TESSELLATION_QUALITY
```
  Quality of tessellation
- CROSSHAIR
```
public boolean CROSSHAIR
```
  Whether to show crosshair in focus mode
- CUBEMAP_FACE_RESOLUTION
```
public int CUBEMAP_FACE_RESOLUTION
```
  Resolution of each of the faces in the cubemap which will be mapped to a equirectangular projection for the 360 mode.
- STAR_THRESHOLD_NONE
```
public double STAR_THRESHOLD_NONE
```
- STAR_THRESHOLD_POINT
```
public double STAR_THRESHOLD_POINT
```
- STAR_THRESHOLD_QUAD
```
public double STAR_THRESHOLD_QUAD
```
- POINT_ALPHA_MIN
```
public float POINT_ALPHA_MIN
```
- POINT_ALPHA_MAX
```
public float POINT_ALPHA_MAX
```
- STAR_POINT_SIZE
```
public float STAR_POINT_SIZE
```
  Size of stars rendered as point primitives
- STAR_POINT_SIZE_BAK
```
public float STAR_POINT_SIZE_BAK
```
  Fallback value
- OCTREE_PARTICLE_FADE
```
public boolean OCTREE_PARTICLE_FADE
```
  Particle fade in/out flag for octree-backed catalogs. WARNING: This implies particles are sent to GPU at each cycle
- OCTANT_THRESHOLD_0
```
public float OCTANT_THRESHOLD_0
```
  Angle [rad] above which we start painting stars in octant with fade in
- OCTANT_THRESHOLD_1
```
public float OCTANT_THRESHOLD_1
```
  Angle [rad] below which we paint stars in octant with fade out. Above this angle, inner stars are painted with full brightness
- MAX_LOADED_STARS
```
public long MAX_LOADED_STARS
```
  In the case of multifile LOD datasets (such as DR2+), this setting contains the maximum number of stars loaded at a time. If the number of loaded stars surpasses this setting, the system will start looking for the best candidates to be unloaded and start unloading data. Should not be set too low, and this should be balanced with the dataset and the draw distance.

Constructor Detail
- SceneConf
```
public SceneConf()
```

Method Detail

initialize

public void initialize(java.lang.String sTARTUP_OBJECT,
                       GlobalConf.SceneConf.GraphicsQuality gRAPHICS_QUALITY,
                       long oBJECT_FADE_MS,
                       float sTAR_BRIGHTNESS,
                       float aMBIENT_LIGHT,
                       int cAMERA_FOV,
                       float cAMERA_SPEED,
                       float tURNING_SPEED,
                       float rOTATION_SPEED,
                       int cAMERA_SPEED_LIMIT_IDX,
                       boolean fOCUS_LOCK,
                       boolean fOCUS_LOCK_ORIENTATION,
                       float lABEL_SIZE_FACTOR,
                       float lABEL_NUMBER_FACTOR,
                       boolean[] vISIBILITY,
                       int oRBIT_RENDERER,
                       int lINE_RENDERER,
                       double sTAR_TH_ANGLE_NONE,
                       double sTAR_TH_ANGLE_POINT,
                       double sTAR_TH_ANGLE_QUAD,
                       float pOINT_ALPHA_MIN,
                       float pOINT_ALPHA_MAX,
                       boolean oCTREE_PARTICLE_FADE,
                       float oCTANT_TH_ANGLE_0,
                       float oCTANT_TH_ANGLE_1,
                       float pM_NUM_FACTOR,
                       float pM_LEN_FACTOR,
                       long n_PM_STARS,
                       int pM_COLOR_MODE,
                       boolean pM_ARROWHEADS,
                       float sTAR_POINT_SIZE,
                       boolean gALAXY_3D,
                       int cUBEMAP_FACE_RESOLUTION,
                       boolean cROSSHAIR,
                       boolean cINEMATIC_CAMERA,
                       boolean lAZY_TEXTURE_INIT,
                       boolean fREE_CAMERA_TARGET_MODE_ON,
                       boolean sHADOW_MAPPING,
                       int sHADOW_MAPPING_N_SHADOWS,
                       int sHADOW_MAPPING_RESOLUTION,
                       long mAX_LOADED_STARS,
                       GlobalConf.SceneConf.ElevationType eLEVATION_TYPE,
                       double eLEVATION_MULTIPLIER,
                       double tESSELLATION_QUALITY)

updateSpeedLimit
```
public void updateSpeedLimit()
```

notify

public void notify(Events event,
                   java.lang.Object... data)

Specified by:: notify in interface IObserver

isNormalLineRenderer
```
public boolean isNormalLineRenderer()
```

isQuadLineRenderer
```
public boolean isQuadLineRenderer()
```

Class GlobalConf.SceneConf

Nested Class Summary

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

STARTUP_OBJECT

OBJECT_FADE_MS

STAR_BRIGHTNESS

AMBIENT_LIGHT

CAMERA_FOV

CAMERA_SPEED

TURNING_SPEED

ROTATION_SPEED

FREE_CAMERA_TARGET_MODE_ON

CAMERA_SPEED_LIMIT_IDX

CAMERA_SPEED_LIMIT

FOCUS_LOCK

FOCUS_LOCK_ORIENTATION

CINEMATIC_CAMERA

LABEL_SIZE_FACTOR

LABEL_NUMBER_FACTOR

VISIBILITY

GALAXY_3D

SHADOW_MAPPING

SHADOW_MAPPING_N_SHADOWS

SHADOW_MAPPING_RESOLUTION

PM_LEN_FACTOR

PM_NUM_FACTOR

N_PM_STARS

PM_COLOR_MODE

PM_ARROWHEADS

STAR_COLOR_TRANSIT

ONLY_OBSERVED_STARS

COMPUTE_GAIA_SCAN

ORBIT_RENDERER

LINE_RENDERER

GRAPHICS_QUALITY

LAZY_TEXTURE_INIT

LAZY_MESH_INIT

ELEVATION_TYPE

ELEVATION_MULTIPLIER

TESSELLATION_QUALITY

CROSSHAIR

CUBEMAP_FACE_RESOLUTION

STAR_THRESHOLD_NONE

STAR_THRESHOLD_POINT

STAR_THRESHOLD_QUAD

POINT_ALPHA_MIN

POINT_ALPHA_MAX

STAR_POINT_SIZE

STAR_POINT_SIZE_BAK

OCTREE_PARTICLE_FADE

OCTANT_THRESHOLD_0

OCTANT_THRESHOLD_1

MAX_LOADED_STARS

Constructor Detail

SceneConf

Method Detail

initialize

updateSpeedLimit

notify

isNormalLineRenderer

isQuadLineRenderer