CIImageProcessorInput (moe.platform.ios API)

```
public interface CIImageProcessorInput
```

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`org.moe.natj.general.ptr.ConstVoidPtr`	`baseAddress()`	The base address of the input buffer that the processor block can read from.
`long`	`bytesPerRow()`	The bytes per row of the input buffer that the processor block can read from.
`int`	`format()`	The pixel format of the input buffer that the processor block can read from.
`MTLTexture`	`metalTexture()`	A MTLTexture object that can be bound as input (if processing using Metal).
`CVBufferRef`	`pixelBuffer()`	An input CVPixelBuffer that the processor block can read from.
`CGRect`	`region()`	The rectangular region of the input image that the processor block can use to provide the output.
`IOSurfaceRef`	`surface()`	An input IOSurface that the processor block can read from.

- Method Detail
  - baseAddress
```
org.moe.natj.general.ptr.ConstVoidPtr baseAddress()
```
    The base address of the input buffer that the processor block can read from. This memory must not be modified by the block.
  - bytesPerRow
```
long bytesPerRow()
```
    The bytes per row of the input buffer that the processor block can read from.
  - format
```
int format()
```
    The pixel format of the input buffer that the processor block can read from.
  - metalTexture
```
MTLTexture metalTexture()
```
    A MTLTexture object that can be bound as input (if processing using Metal). This texture must not be modified by the block.
  - pixelBuffer
```
CVBufferRef pixelBuffer()
```
    An input CVPixelBuffer that the processor block can read from. This buffer must not be modified by the block.
  - region
```
CGRect region()
```
    The rectangular region of the input image that the processor block can use to provide the output. This will be contain (but may be larger than) the rect returned by 'roiCallback'.
  - surface
```
IOSurfaceRef surface()
```
    An input IOSurface that the processor block can read from. This surface must not be modified by the block.