MyListProcessing.h File Reference

Threadable classes for image list processing. More...

#import <Foundation/Foundation.h>
#include "MyImageListItem.h"
#include "processing_core.h"

Include dependency graph for MyListProcessing.h:

This graph shows which files directly or indirectly include this file:

Classes
class	MyListProcessing
	Threadable wrapper class for image list processing. More...
class	MyImageAligner
	Concrete MyListProcessing dedicated to image alignment. More...
class	MyImageAnalyzer
	Concrete MyListProcessing dedicated to image quality. More...
class	MyImageStack
	Concrete MyListProcessing dedicated to image stacking. More...
protocol	<MyListProcessingDelegate>

Macros
#define	K_RX_PORT_KEY   @"rxPort"
#define	K_TX_PORT_KEY   @"txPort"

Enumerations
enum	MyAnalysisMethod { EntropyAnalysis, SpectrumAnalysis }

Functions
void	normalize_rgb (RGB *rgb, u_long length, double scale, BOOL mono)
	Multiply the pixels by a scalar. More...

Detailed Description

Threadable classes for image list processing.

The root class for threadable image list processing is MyListProcessing. Each concrete subclass implements a dedicated method to start the processing.

Macro Definition Documentation

K_RX_PORT_KEY

#define K_RX_PORT_KEY   @"rxPort"

K_TX_PORT_KEY

#define K_TX_PORT_KEY   @"txPort"

Enumeration Type Documentation

MyAnalysisMethod

enum MyAnalysisMethod

Enumerator
EntropyAnalysis
SpectrumAnalysis

Function Documentation

normalize_rgb()

void normalize_rgb	(	RGB *	rgb,
		u_long	length,
		double	scale,
		BOOL	mono
	)

Multiply the pixels by a scalar.

Parameters

rgb	The sarray of rgb value to normalize
length	The array length
scale	The scale by wich the pixels will be multiplied. If 0, they will be multiplied by 1/max(rgb)

This function is used for dark frames or flat fields, to normalize the stacking result according to its use (ie: dark frame stack shall be a mean value, and flat fields stack shall have its maximum equals to one).

References RGB::blue, RGB::green, max, RGB::red, and scale().