com.aspose.slides

Interfaces

Classes

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All Known Implementing Classes:

LightRig
```
public interface ILightRig
```

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`int`	`getDirection()` Light direction.
`int`	`getLightType()` Represents a preset light right that can be applied to a shape.
`float[]`	`getRotation()` A rotation is defined through the use of a latitude coordinate, a longitude coordinate, and a revolution about the axis as the latitude and longitude coordinates.
`void`	`setDirection(int value)` Light direction.
`void`	`setLightType(int value)` Represents a preset light right that can be applied to a shape.
`void`	`setRotation(float latitude, float longitude, float revolution)` A rotation is defined through the use of a latitude coordinate, a longitude coordinate, and a revolution about the axis as the latitude and longitude coordinates.

- Method Detail
  - getDirection
```
int getDirection()
```
    Light direction. Read/write LightingDirection.
  - setDirection
```
void setDirection(int value)
```
    Light direction. Read/write LightingDirection.
  - getLightType
```
int getLightType()
```
    Represents a preset light right that can be applied to a shape. The light rig represents a group of lights oriented in a specific way relative to a 3D scene. Read/write LightRigPresetType.
  - setLightType
```
void setLightType(int value)
```
    Represents a preset light right that can be applied to a shape. The light rig represents a group of lights oriented in a specific way relative to a 3D scene. Read/write LightRigPresetType.
  - setRotation
```
void setRotation(float latitude,
                 float longitude,
                 float revolution)
```
    A rotation is defined through the use of a latitude coordinate, a longitude coordinate, and a revolution about the axis as the latitude and longitude coordinates.
  - getRotation
```
float[] getRotation()
```
    A rotation is defined through the use of a latitude coordinate, a longitude coordinate, and a revolution about the axis as the latitude and longitude coordinates. first element in return array - latitude, second - longitude, third - revolution.