Class TFitService

List of background points used in transition between manual and automatic modes of selection.

The curve obtained by the sum of all curves of adjustable intervals to calculate the total R-factor along the entire profile.

Current total value of R-factor for all subtasks.

Containers of parameters of curves. TODO: change type and remove SetWaveLength.

The expression for user defined curve.

Positions of curves. Only X-coordinates are used.

Contains all curves collected from tasks (for example, for separate intervals). Items are added synchronously to the list.

The curve obtained by calculating difference between experimental and calculated profiles.

Data of full experimental profile.

Is set up to True after finishing first cycle of calculation.

Allows to retrieve the value from the client-side.

Parameters of user defined curve. The object is created by server. It is necessary to provide parameter editing on the client-side.

Pairs of points defining intervals of R-factor calculation. Should always be displayed allowing user to see where R-factor is calculated.

The state that preceded the transition to AsyncOperation.

Part of the whole profile with which user works at the given moment.

Dependent on this flag either data of the selected interval are used or data of the whole profile.

The starting time of continuous operation.

List of subtasks for fitting parts of profile on intervals. By default is active.

Returns True in asynchronous operation mode.

Searches for background points.

Searches for intervals of application of curves.

Searches for curve positions.

Completely automatic procedure of finding model curves.

Methods return copies of objects, they should be free by caller.

Returns list of parameters of all curves.

These methods check validity of server state and throw EUserException in the case when state is invalid.

Returns list of components containing sets of points.

Get experimental profile data.

Get data for the selected interval.

Performs model fitting (initial or subsequent). Corresponds to MinimizeDifference.

Performs model fitting without initialization of bounds.

Search for model describing experimental data with given accuracy by minimum number of specimens. Sequentially reducing the number of specimens.

Transfers part of profile data to the list of selected interval.

Set experimental profile data.

Smoothes experimental data. Returns describing message. TODO: so far is executed synchronously. Refactor to asynchronous processing.

Calculates reference points for linear cut up the background. The points aren't sorted by X.

Searches for peak points and return them.

Calculates the R-factor for FCalcProfile and SelectProfileInterval by sum for all tasks.

Stops long-term operation synchronously without calling termination procedure.

All methods call AddPoint.

Defines starting and finishing point for each curve (specimen), integrates it and puts parameters into resulting list.

All methods call ReplacePoint.

Denominator of ratio of background to maximal intensity.

The threshold for determination of curve (specimen) boundaries. It is supposed that background was cut out. The curve boundaries are defined by exceeding the threshold by curve function. The same threshold removes instances with too small amplitude.

https://github.com/dvmorozov/fit/issues/160

Maximum allowed value of R-factor.

Stops long-term operation asynchronously. Calls termination procedure.

Linearly subtracts background in the SelectProfileInterval and recreates SelectProfileInterval. TODO: unify with SubtractBackground.

Subtracts the background by linear approximation. When Auto is True then background points selected before (no matter by which way) are dropped out. TODO: when it is called as interface method should return text message.

Integrates specimen curve and adds resulting value to the list of results.

Adds new point to the given point set. Second call with the same coordinates removes point from the list. At this the list object is replaced by new one.

Calculates background points.

TODO: implement.

Calculates boundaries of R-factor intervals based on data obtained from ComputeCurvePositionsActual.

TODO: implement.

Calculates peak positions which will be taken as specimen positions.

TODO: implement.

Fills the list of peak positions for automatic fit.

Calculates profile containing differences between calculated and experimental data. In the calculation all curves are included. Will not work properly if curves are overlapped.

Checks expression and fills list of parameters.

Collects resulting set of curve positions.

Auxiliary methods.

Creates subtasks for selected intervals. If the intervals were not selected generates them automatically.

TODO: implement.

These methods are executed in the separate thread.

Iterates through list of curves and creates common list of parameters of all curves complementing them with calculated parameters.

Prepares intermediate results for user.

Wrappers for corresponding methods of TFitTask.

Does not really create any thread. Simply calls methods synchronously.

Selects all points as specimen positions.

Copies data from given list to the list of selected interval.

State changing. The state should not change within additional thread, because the change destroys it.

TODO: remove this.

Regenerates resulting list of curves, recalculates resulting profile and updates current minimum value.

Methods used by optimization algorithm to update information in achieving of new minimum. Calls IClientCallback's ShowCurMin method.

Updates profile data after background subtraction.

Low-level methods used by algorithms.

Linearly subtracts background at the given interval of points.