/*
Bruker.API.Common-Structures.h
Header File for common used structures (esprit and dataimport)

Microsoft Visual Studio 2015
*/
namespace BrukerDll
{


	#ifndef BRUKERAPICOMMONSTRUCTURESH
	#define BRUKERAPICOMMONSTRUCTURESH

	#include <stdint.h>

	#pragma pack(push, 1)
		struct TMultiPoints {
			uint32_t X;
			uint32_t Y;
		};
	#pragma pack(pop)

		// typedef TSegment TSegmentList[8192/*# range 0..8191*/];
		typedef TMultiPoints TMultiPointList[65536];
		typedef TMultiPoints* PMultiPointList;


	#pragma pack(push, 1)
		struct TSegment {
			uint32_t Y;
			uint32_t XStart;
			int32_t XCount;
		};
	#pragma pack(pop)


		// typedef TSegment TSegmentList[8192/*# range 0..8191*/];
		typedef TSegment TSegmentList[65536];
		typedef TSegment* PSegmentList;

	#pragma pack(push, 1)
		struct TRTElementRegion {
			int32_t Element;
			unsigned __int8 IdentifierLength;
			char Line[10];					// can be ‘K? ‘KA? ‘LA??
			double Energy;					// set element=0 if you want to use a specific energy, if you use element and line it can be ??	double Width;					// this is factor to enlarge/shrink the region
			unsigned char R, G, B;			//
		};
	#pragma pack(pop)


	#pragma pack(push, 1)
		struct TRTHyMapProfileSettings {
			int32_t Version;				// Version of structure, useful for later extensions, =1 at the moment
											//Element settings
			int32_t ElementCount;
			TRTElementRegion ElementRegions[51/*# range 0..50*/];
			// Map-Options
			int32_t ImageFilter;			// 0=none, 1=smooth, 2=sharpen
			int32_t MapFilter;				// 0=none, 1=average, 2=smooth, 3=automatic
			int32_t MapFilterWidth;			// filter with in pixel 3?9
			int32_t ColorMixMethod;			// 0=standard, 1=enhanced
			double Brightness;				// -1..1
			double Gamma;					// 0..2
			double ColorSaturation;			// 0..2, default should be ??	bool AbsoluteScaling;
			bool Normalization;
			bool Deconvolution;
		};
	#pragma pack(pop)

		//typedef TPoint * PPointArray;

	#pragma pack(push, 1)
		struct TEBSDIndexingResult {
			int32_t MapX, MapY;
			int32_t RadonBandCount;
			int32_t nIndexedBands;
			int32_t phase;
			double phi1;
			double phi;
			double phi2;
			double RadonQuality;
			double MAD;
		};
	#pragma pack(pop)
		typedef TEBSDIndexingResult* PEBSDIndexingResultArray;


	#endif // BRUKERAPICOMMONSTRUCTURESH
}