SimcamManager Class Reference
[Pipeline element 1: Camera.]

class SimcamManager: A simulated camera for debugging and testing the PVClib architecture. More...

#include <simcam.h>

Inheritance diagram for SimcamManager:

List of all members.

Public Member Functions
	SimcamManager (int width, int height, int patWidth, int patHeight, int patBPP, int patOfsX, int patOfsY, const char *patFile)
	Constructor.
virtual	~SimcamManager ()
	Destructor.
int	userFunction (const char *functionTitle,...)
	overloaded userFunction.
Protected Member Functions
void	mainFrame (unsigned char *&outFrame)
	The main processing loop.

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Detailed Description

class SimcamManager: A simulated camera for debugging and testing the PVClib architecture.

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Constructor & Destructor Documentation

SimcamManager::SimcamManager (  int  width, int  height, int  patWidth, int  patHeight, int  patBPP, int  patOfsX, int  patOfsY, const char *  patFile )

Constructor. Parameters: [in]  width  the width of the image buffer. [in]  height  the height of the image buffer. [in]  patWidth  the width of the pattern image that will be used to simulate a device. [in]  patHeight  the height of the pattern image. [in]  patBPP  bits per pixel in the pattern image. [in]  patOfsX  x offset from the origin of the pattern to the center of the pattern. [in]  patOfsY  y offset from the origin of the pattern to the center of the pattern. [in]  patFile  name of the pattern image file.

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Member Function Documentation

void SimcamManager::mainFrame (  unsigned char *&  outFrame  )  [protected, virtual]

The main processing loop. Called by superclass SourcePipelinePlugin during the onTimer() function. Parameters: [out]  outFrame  A pointer to a frame of simulated output generated by the simcam. The associated data buffer is allocated and maintained internally. Implements SourcePipelinePlugin< unsigned char * >.

int SimcamManager::userFunction (  const char *  functionTitle,   ... )

overloaded userFunction. Parameters: [in]  functionTitle  used to select a user function. Descriptions of each function with parameter lists follows: functionTitle: "SetXY" argument 1: int X argument 2: int Y action: sets the patternX and patternY internal variables which are used to locate the pattern in the framebuffer returns: always 1. If incorrect arguments are specified, behavior of this function is unknown. (by the author anyway)

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The documentation for this class was generated from the following file:

• simcam.h

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