Class TFitServer_ServiceImp

Unit

fit_server_imp

Declaration

type TFitServer_ServiceImp = class(TBaseServiceImplementation, IFitServer)

Description

metody etogo klassa vyzyvayutsya vneschnimi klientami, poetomu vyhod isklyuchenii za granitsy metodov nedopustim, krome togo metody ne dolzhny byt' tormozom v mnogopotochnoy srede, no dolzhny zaschischat' obschie dannye ot odnovremennogo dostupa; poskol'ku prilozhenie servernoe, to dolzhna byt' zaschita ot utechki pamyati; dannye ne mogut byt' svyazany s ekzemplyarom dannogo klassa, tak kak dlya kazhdogo vyzova sozayetsya novyi ekzemplyar klassa!

Hierarchy

• TBaseServiceImplementation
• TFitServer_ServiceImp

Overview

Methods

	function AddPointToBackground(const XValue: double; const YValue: double; const ProblemID: integer): TResult;
	function AddPointToCurvePositions(const XValue: double; const YValue: double; const ProblemID: integer): TResult;
	function AddPointToProfile(const XValue: double; const YValue: double; const ProblemID: integer): TResult;
	function AddPointToRFactorBounds(const XValue: double; const YValue: double; const ProblemID: integer): TResult;
	function AsyncOper(const ProblemID: integer): TBoolResult;
	function ComputeBackgroundPoints(const ProblemID: integer): TResult;
	function ComputeCurveBounds(const ProblemID: integer): TResult;
	function ComputeCurvePositions(const ProblemID: integer): TResult;
	function CreateCurveList(const ProblemID: integer): TResult;
	function CreateProblem(): integer;
	function DoAllAutomatically(const ProblemID: integer): TResult;
	function GetAbsRFactorStr(const ProblemID: integer): TStringResult;
	function GetBackFactor(const ProblemID: integer): double;
	function GetBackgroundPoints(const ProblemID: integer): TPointsResult;
	function GetCalcProfilePointsSet(const ProblemID: integer): TPointsResult;
	function GetCalcTimeStr(const ProblemID: integer): TStringResult;
	function GetCurveCount(const ProblemID: longint): TIntResult;
	function GetCurveParameter(const ProblemID: integer; const SpecIndex: integer; const ParamIndex: integer): TSpecParamResult;
	function GetCurveParameterCount(const ProblemID: integer; const SpecIndex: integer): TIntResult;
	function GetCurvePoints(const SpecIndex: integer; const ProblemID: longint): TNamedPointsResult;
	function GetCurvePositions(const ProblemID: integer): TPointsResult;
	function GetCurveThresh(const ProblemID: integer): double;
	function GetCurveType(const ProblemID: integer): TCurveTypeId;
	function GetDeltaProfilePointsSet( const ProblemID: integer): TPointsResult;
	function GetGraph(const Width: integer; const Height: integer; const ProblemID: integer): TPictureResult;
	function GetMaxRFactor(const ProblemID: integer): double;
	function GetProfileChunk(const ProblemID: integer; const ChunkNum: integer): TPointsResult;
	function GetProfileChunkCount(const ProblemID: integer): TIntResult;
	function GetProfilePointsSet(const ProblemID: integer): TPointsResult;
	function GetRFactorStr(const ProblemID: integer): TStringResult;
	function GetSelectedProfileInterval(const ProblemID: integer): TPointsResult;
	function GetSqrRFactorStr(const ProblemID: integer): TStringResult;
	function GetState(const ProblemID: integer): integer;
	function GetWaveLength(const ProblemID: integer): double;
	function MinimizeDifference(const ProblemID: integer): TResult;
	function MinimizeNumberOfCurves(const ProblemID: integer): TResult;
	function ReplacePointInBackground(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;
	function ReplacePointInCurveBounds(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;
	function ReplacePointInCurvePositions(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;
	function ReplacePointInProfile(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;
	function SelectEntireProfile(const ProblemID: integer): TResult;
	function SelectProfileInterval(const StartPointIndex: integer; const StopPointIndex: integer; const ProblemID: integer): TResult;
	function SetBackgroundPointsSet(const BackgroundPoints: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;
	function SetCurveBounds(const CurveBounds: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;
	function SetCurveParameter(const ProblemID: integer; const SpecIndex: integer; const ParamIndex: integer; const Value: double): TResult;
	function SetCurvePositions(const CurvePositions: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;
	function SetProfilePointsSet(const PointsSet: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;
	function SetRFactorBounds(const ProblemID: integer): TPointsResult;
	function SmoothProfile(const ProblemID: integer): TResult;
	function StopAsyncOper(const ProblemID: integer): TResult;
	function SubtractBackground(const Auto: boolean; const ProblemID: integer): TResult;
	procedure DiscardProblem(const ProblemID: integer);
	procedure SetBackFactor(const BackFactor: double; const ProblemID: integer);
	procedure SetCurveThresh(const CurveThresh: double; const ProblemID: integer);
	procedure SetCurveType(const CurveTypeId: TCurveTypeId; const ProblemID: integer);
	procedure SetMaxRFactor(const MaxRFactor: double; const ProblemID: integer);
	procedure SetWaveLength(const WaveLength: double; const ProblemID: integer);

Description

Methods

	function AddPointToBackground(const XValue: double; const YValue: double; const ProblemID: integer): TResult;

	function AddPointToCurvePositions(const XValue: double; const YValue: double; const ProblemID: integer): TResult;

	function AddPointToProfile(const XValue: double; const YValue: double; const ProblemID: integer): TResult;

	function AddPointToRFactorBounds(const XValue: double; const YValue: double; const ProblemID: integer): TResult;

	function AsyncOper(const ProblemID: integer): TBoolResult;

	function ComputeBackgroundPoints(const ProblemID: integer): TResult;

	function ComputeCurveBounds(const ProblemID: integer): TResult;

	function ComputeCurvePositions(const ProblemID: integer): TResult;

	function CreateCurveList(const ProblemID: integer): TResult;

	function CreateProblem(): integer;

	function DoAllAutomatically(const ProblemID: integer): TResult;

	function GetAbsRFactorStr(const ProblemID: integer): TStringResult;

	function GetBackFactor(const ProblemID: integer): double;

	function GetBackgroundPoints(const ProblemID: integer): TPointsResult;

	function GetCalcProfilePointsSet(const ProblemID: integer): TPointsResult;

	function GetCalcTimeStr(const ProblemID: integer): TStringResult;

	function GetCurveCount(const ProblemID: longint): TIntResult;

	function GetCurveParameter(const ProblemID: integer; const SpecIndex: integer; const ParamIndex: integer): TSpecParamResult;

	function GetCurveParameterCount(const ProblemID: integer; const SpecIndex: integer): TIntResult;

	function GetCurvePoints(const SpecIndex: integer; const ProblemID: longint): TNamedPointsResult;

	function GetCurvePositions(const ProblemID: integer): TPointsResult;

	function GetCurveThresh(const ProblemID: integer): double;

	function GetCurveType(const ProblemID: integer): TCurveTypeId;

	function GetDeltaProfilePointsSet( const ProblemID: integer): TPointsResult;

	function GetGraph(const Width: integer; const Height: integer; const ProblemID: integer): TPictureResult;

	function GetMaxRFactor(const ProblemID: integer): double;

	function GetProfileChunk(const ProblemID: integer; const ChunkNum: integer): TPointsResult;

	function GetProfileChunkCount(const ProblemID: integer): TIntResult;

	function GetProfilePointsSet(const ProblemID: integer): TPointsResult;

	function GetRFactorStr(const ProblemID: integer): TStringResult;

	function GetSelectedProfileInterval(const ProblemID: integer): TPointsResult;

	function GetSqrRFactorStr(const ProblemID: integer): TStringResult;

	function GetState(const ProblemID: integer): integer;

	function GetWaveLength(const ProblemID: integer): double;

	function MinimizeDifference(const ProblemID: integer): TResult;

	function MinimizeNumberOfCurves(const ProblemID: integer): TResult;

	function ReplacePointInBackground(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;

	function ReplacePointInCurveBounds(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;

	function ReplacePointInCurvePositions(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;

	function ReplacePointInProfile(const PrevXValue: double; const PrevYValue: double; const NewXValue: double; const NewYValue: double; const ProblemID: integer): TResult;

	function SelectEntireProfile(const ProblemID: integer): TResult;

	function SelectProfileInterval(const StartPointIndex: integer; const StopPointIndex: integer; const ProblemID: integer): TResult;

	function SetBackgroundPointsSet(const BackgroundPoints: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;

	function SetCurveBounds(const CurveBounds: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;

	function SetCurveParameter(const ProblemID: integer; const SpecIndex: integer; const ParamIndex: integer; const Value: double): TResult;

	function SetCurvePositions(const CurvePositions: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;

	function SetProfilePointsSet(const PointsSet: TArrayOfFloatDoubleRemotable; const ProblemID: integer): TResult;

	function SetRFactorBounds(const ProblemID: integer): TPointsResult;

	function SmoothProfile(const ProblemID: integer): TResult;

	function StopAsyncOper(const ProblemID: integer): TResult;

	function SubtractBackground(const Auto: boolean; const ProblemID: integer): TResult;

	procedure DiscardProblem(const ProblemID: integer);

	procedure SetBackFactor(const BackFactor: double; const ProblemID: integer);

	procedure SetCurveThresh(const CurveThresh: double; const ProblemID: integer);

	procedure SetCurveType(const CurveTypeId: TCurveTypeId; const ProblemID: integer);

	procedure SetMaxRFactor(const MaxRFactor: double; const ProblemID: integer);

	procedure SetWaveLength(const WaveLength: double; const ProblemID: integer);