MAth-Cloud-3.0.0/www.ipsocloud.com/intimamedia.com/cpp/MAth-IMT-Dll-2.0.0/LibIMT/IMT/EIMInterfaceDLL.h

#ifndef _EIMinterfaceDLL_h_
#define _EIMinterfaceDLL_h_


#include "EIMResult.h"


#ifdef WIN32

#ifdef MATH_DLL_EXPORTS
#define IMPORTEXPORT	__declspec(dllexport)
#else 
#define IMPORTEXPORT	__declspec(dllimport)
#endif

#else

#define IMPORTEXPORT

#endif


namespace imt
{


	extern "C"
	{

		//========================================================
		// ========= Loading the image into memory ===================
		//========================================================

		/** 	@brief Loads image from a DICOM file.
			TODO - Specify which type of Dicom files may be used here (2D ultrasound bmode single image?).
			
			@param fileName A zero-terminated string containing the absolute file path.
			@param mmPerPixelX The pixel size in X coordinates (in mm) used for image calibration.  Optional parameter - if you use the default value (-1.0) then the calibration information provided in the DICOM file is applied.
			@param mmPerPixelY The pixel size in Y coordinates (in mm) used for image calibration.  Optional parameter - if you use the default value (-1.0) then the calibration information provided in the DICOM file is applied.
			@return TRUE on success and FALSE if the file could not be loaded.
			@throws TODO - add info on possible exceptions here
		**/
		IMPORTEXPORT bool initializeFromFile( const char* fileName, double mmPerPixelX = -1.0, double mmPerPixelY = -1.0 );


		/** 	@brief Loads an image from a pixel array.
			TODO - Specify the structure of the array!
			@param pixelArray The pixel array containing the image to load. 
			@param width Width of the image (in pixels). 
			@param height Height of the image (in pixels). 
			@param bitsPerPixel Number of bits used per pixel in the array. The only supported values are 8, 24 and 32.
			@param upsideDown TRUE if the array defines a bottom-up image, otherwise FALSE.
			@param mmPerPixelX The pixel size in X coordinates (in mm) used for image calibration.
			@param mmPerPixelY The pixel size in Y coordinates (in mm) used for image calibration.
			@return TRUE on success and FALSE if calibrations are not valid or bitsPerPixel has unsupported value.
			@throws TODO - add info on possible exceptions here			
		**/			
		IMPORTEXPORT bool initializeFromRaw( const char* pixelArray, int width, int height, int bitsPerPixel, bool upsideDown, double mmPerPixelX, double mmPerPixelY );


		//========================================================
		// ========= Performing the measurement=====================
		//========================================================

		/**
			@brief Sets the first point of the user defined segment.
			@param x Pixel X coordinates of the point in the image (generally a mouse click position).
			@param y Pixel Y coordinates of the point in the image (generally a mouse click position).
			@return TRUE if there’s a valid loaded image – otherwise FALSE.
			@throws TODO - add info on possible exceptions here			
		**/						
		IMPORTEXPORT bool setFirstPoint( int x, int y );

		/**
			@brief Returns the distance (in mm) between the first segment point and a specified point.
			@param x Pixel X coordinates of the point in the image (generally a mouse click position).
			@param y Pixel Y coordinates of the point in the image (generally a mouse click position).
			@return The current distance between the two points in millimeters.
			@throws TODO - add info on possible exceptions here			
		**/			
		IMPORTEXPORT float getDistanceToFirstPoint( int x, int y );

		/**
			@brief Sets the second point of the user defined segment, triggers the calculation and fills parameter result with the measurement results.
			@param x Pixel X coordinates of the point in the image (generally a mouse click position).
			@param y Pixel Y coordinates of the point in the image (generally a mouse click position).
			@param result Pointer to a result container provided by the calling application. The memory allocated for this pointer needs to be free’d by the calling application.
			@return TRUE if there’s a valid loaded image – otherwise FALSE.
			@throws TODO - add info on possible exceptions here			
		**/			
		IMPORTEXPORT bool setSecondPoint( int x, int y, IMTResult* result );

		
		//========================================================
		// ========= Retrieving the loaded image from memory ==========
		//========================================================

		/**
			@brief Returns the width of the loaded image in pixels.
			@throws TODO - add info on possible exceptions here			
		**/			
		IMPORTEXPORT int getImageWidth();

		/**
			@brief Returns the height of the loaded image in pixels.
			@throws TODO - add info on possible exceptions here			
		**/			
		IMPORTEXPORT int getImageHeight();

		/**
			@brief Returns the number of bits each pixel of the loaded Image occupies.
			@throws TODO - add info on possible exceptions here			
		**/			
		IMPORTEXPORT int getImageBitsPerPixel();

		/**
			@brief Returns a pixel array representing the loaded image (e.g. via. call to imt::initializeFromFile).
			@return TODO - Specify the structure of the array!
			@throws TODO - add info on possible exceptions here			
		**/			
		IMPORTEXPORT char* getPixelArray(); // to retrieve pixel array of Dicom files ; or equal to pixelArray passed to initializeFromRaw()

	}


}


#endif