GSI Object Oriented Online Offline (Go4) GO4-6.4.0
Loading...
Searching...
No Matches
TGo4FitModelPolynom Class Reference

Model objects, which reproduce component of polynomial function. More...

#include <TGo4FitModelPolynom.h>

+ Inheritance diagram for TGo4FitModelPolynom:

Public Member Functions

 TGo4FitModelPolynom ()
 Default constructor.
 
 TGo4FitModelPolynom (const char *iName, const TArrayD &iPolynomOrders)
 Creates TGo4FitModelPolynom object with given name for n-dim case.
 
 TGo4FitModelPolynom (const char *iName, Double_t iOrderX, Double_t iOrderY)
 Creates TGo4FitModelPolynom object with given name for 2-dim case.
 
 TGo4FitModelPolynom (const char *iName, Double_t iOrderX, Double_t iOrderY, Double_t iOrderZ)
 Creates TGo4FitModelPolynom object with given name for 3-dim case.
 
 TGo4FitModelPolynom (const char *iName, Double_t iOrderX=0.)
 Creates TGo4FitModelPolynom object with given name for 1-dim case.
 
virtual ~TGo4FitModelPolynom ()
 Destroys TGo4FitModelPolynom object.
 
void AfterEval () override
 Clear buffers, which were created by BeforeEval() method.
 
Bool_t BeforeEval (Int_t NDimension) override
 Prepares (if necessary) some intermediate variables to be able calculate values of model via EvalN() function.
 
Double_t EvalN (const Double_t *v) override
 Calculates value of model according current parameters values and provided axes values.
 
Int_t GetMaxNumAxis ()
 Returns maximum axis number (dimensions number) in polynom.
 
Double_t GetPolynomOrder (Int_t naxis)
 Get polynom order for specified axis.
 
void Print (Option_t *option="") const override
 Print information on standard output.
 
Bool_t SetMaxNumAxis (Int_t numaxis)
 Sets number of dimensions (maximum axis numbers) in polynom.
 
- Public Member Functions inherited from TGo4FitModel
 TGo4FitModel ()
 Default constructor.
 
 TGo4FitModel (const char *iName, const char *iTitle, Bool_t MakeAmplitude=kFALSE)
 Creates TGo4FitModel object with given name.
 
virtual ~TGo4FitModel ()
 Delete TGo4FitModel object.
 
Bool_t AddModelToDataResult (TGo4FitData *data)
 Evaluate model values for all data point and add them to result buffer.
 
const char * AssignmentName (Int_t n)
 Returns name of data, to which model object is assigned.
 
void AssignToData (const char *DataName, Double_t RatioValue=1., Bool_t FixRatio=kFALSE)
 Assign model to specified data object.
 
void ChangeDataNameInAssignments (const char *oldname, const char *newname)
 Change name of data in assignments.
 
void ClearAssigmentTo (const char *DataName)
 
void ClearAssignments ()
 Remove all assignments.
 
void ClearAssignmentTo (const char *DataName)
 Remove assignment to given data (if exists).
 
void ConnectToDataIfAssigned (TGo4FitData *data)
 Check, if model assigned to such a data (via name) and store pointer on this data object.
 
virtual Double_t Evaluate (Double_t *v, Int_t ndim)
 Calculates value of model for given axis values.
 
virtual Double_t Evaluate (Double_t x)
 Calculates value of model for given x value.
 
virtual Double_t Evaluate (Double_t x, Double_t y)
 Calculates value of model for given x,y values.
 
virtual Double_t Evaluate (Double_t x, Double_t y, Double_t z)
 Calculates value of model for given x,y,z values.
 
virtual Double_t EvaluateAtPoint (std::unique_ptr< TGo4FitDataIter > &iter, Bool_t UseRanges=kTRUE)
 Evaluate model value for point, specified by current values of iterator.
 
virtual Double_t EvaluateAtPoint (TGo4FitData *data, Int_t nbin, Bool_t UseRanges=kTRUE)
 Evaluate model value for specified data point.
 
Int_t GetGroupIndex () const
 Returns group index of model.
 
virtual Bool_t GetPosition (Int_t naxis, Double_t &pos)
 Return position of model, if exists.
 
Double_t GetRatioValueFor (const char *DataName)
 Returns ratio value for specified data object.
 
virtual Bool_t GetWidth (Int_t naxis, Double_t &width)
 Returns with of model component, if exists.
 
virtual Double_t Integral ()
 Calculates integral of model component.
 
Bool_t IsAssignTo (const char *DataName) const
 Checks, if model assigned to given data.
 
Bool_t NeedIntegration () const
 Returns kTRUE, if integration properties were specified.
 
Int_t NumAssigments () const
 Returns number of assignment for this model.
 
Int_t NumPars () override
 Return number of parameters in list.
 
void Print (Option_t *option="") const override
 Print information about model object on standard output.
 
void SetBackgroundGroupIndex ()
 Set group index to background (index = 0).
 
void SetGroupIndex (Int_t index=-1)
 Set group index of model.
 
void SetIntegrationsProperty (Int_t iMinIntegrDepth, Int_t iMaxIntegrDepth=0, Double_t iIntegrEps=0., Bool_t iAbsoluteEps=kFALSE, Bool_t iIntegrScaling=kFALSE)
 Set integration properties.
 
virtual Bool_t SetPosition (Int_t naxis, Double_t pos)
 Sets position of model component, if possible.
 
virtual Bool_t SetWidth (Int_t naxis, Double_t width)
 Sets width of model component, if possible.
 
- Public Member Functions inherited from TGo4FitComponent
 TGo4FitComponent ()
 Default constructor.
 
 TGo4FitComponent (const char *iName, const char *iTitle)
 Creates TGo4FitComponent object.
 
virtual ~TGo4FitComponent ()
 Destroys TGo4FitComponent object.
 
void AddRangeCondition (Int_t typ, Int_t naxis, Double_t left, Double_t right)
 Add new range condition.
 
void AddRangeCut (TCutG *cut, Bool_t exclude=kFALSE)
 Add TCutG object as range condition for two-dimensional case.
 
virtual Bool_t CanAmplTouch ()
 Signals, if amplitude parameter can be removed from or introduced to object.
 
Bool_t CheckRangeConditions (const Double_t *values, Int_t numaxis)
 Check all range conditions for specified point.
 
void ClearRanges (Int_t naxis=-1)
 Clear all range conditions for given axis.
 
void CollectParsTo (TGo4FitParsList &list) override
 Collect all parameters to provided parameters list object.
 
void ExcludeRange (Int_t naxis, Double_t min, Double_t max)
 Exclude axis range from consideration.
 
Double_t GetAmplError ()
 Return error of amplitude parameter.
 
const char * GetAmplFullName ()
 Returns full name of amplitude parameter.
 
const char * GetAmplName ()
 Returns name of amplitude parameter.
 
TGo4FitParameterGetAmplPar ()
 Return amplitude parameter object.
 
Double_t GetAmplValue ()
 Return value of amplitude parameter.
 
Int_t GetNumRangeCondition () const
 Returns number of range condition (exclude range cuts).
 
Int_t GetNumRangeCut () const
 Returns number of range cuts, assigned to object.
 
void GetRangeCondition (Int_t n, Int_t &typ, Int_t &naxis, Double_t &left, Double_t &right) const
 Return value for specified range condition.
 
TCutG * GetRangeCut (Int_t n) const
 Returns specified range cut.
 
Bool_t GetRangeMax (Int_t naxis, Double_t &value) const
 Defines maximum allowed value for given range.
 
Bool_t GetRangeMin (Int_t naxis, Double_t &value) const
 Defines minimum allowed value for given range.
 
Bool_t GetUseBuffers () const
 Returns flag of usage of additional buffers.
 
Bool_t IsAnyRangeLimits () const
 Return kTRUE, if any range conditions were introduced.
 
Bool_t IsRangeCutExcluding (Int_t n) const
 Return kTRUE if cut exclude range.
 
Bool_t MakeAmpl (Bool_t isFixed=kFALSE)
 Create amplitude parameter and adds it to parameters list.
 
void Print (Option_t *option="") const override
 Print info about object on standard output.
 
Bool_t RemoveAmpl ()
 Remove amplitude parameter from parameters list.
 
void RemoveRangeCondition (Int_t n)
 Removes specified range condition.
 
void RemoveRangeCut (Int_t n)
 Delete range cut with specified index.
 
void SetAmplError (Double_t iError)
 Set error of amplitude parameter.
 
void SetAmplValue (Double_t iAmpl)
 Set value of amplitude parameter.
 
void SetRange (Int_t naxis, Double_t min, Double_t max)
 Includes axis range in consideration.
 
void SetRangeCondition (Int_t n, Int_t typ, Int_t naxis, Double_t left, Double_t right)
 Change specified range condition.
 
void SetRangeCutExcluding (Int_t n, Bool_t exclude=kTRUE)
 Set type of range cut (excluding or including)
 
void SetRangeMax (Int_t naxis, Double_t value)
 Set maximum axis value, taken into consideration.
 
void SetRangeMin (Int_t naxis, Double_t value)
 Set minimum axis value, taken into consideration.
 
void SetUseBuffers (Bool_t iUse)
 Sets usage of additional buffers.
 
- Public Member Functions inherited from TGo4FitParsList
 TGo4FitParsList ()
 Default constructor.
 
 TGo4FitParsList (Bool_t IsParsOwned)
 Create TGo4FitParsList object and set flag of ownership of parameters object.
 
 TGo4FitParsList (const char *Name, const char *Title, Bool_t IsParsOwned)
 Create TGo4FitParsList object, set it's name and title, and ownership flag of parameters pbjects.
 
virtual ~TGo4FitParsList ()
 Destroy TGo4FitParsList object.
 
virtual bool CanRollbackPars ()
 Return true if parameters can be safely restored from memorized values;.
 
void ClearPars ()
 Remove all parameters from list.
 
TGo4FitParameterCreatePar (const char *ParName, const char *Title, Double_t iValue=0)
 Create new TGo4FitParameter object with given name, title and parameter value, and put this object to the list.
 
TGo4FitParameterFindPar (const char *OwnerFullName, const char *ParName)
 Find parameter with given owner full name and parameter name.
 
TGo4FitParameterFindPar (const char *ParName)
 Find parameter object with given name.
 
TGo4FitParameterFindPar (TGo4FitParameter *par)
 Find parameter in list.
 
TGo4FitParameterGetPar (Int_t n)
 Return parameter according given index.
 
virtual Bool_t GetParEpsilon (const char *ParName, Double_t &Epsilon)
 Get epsilon value for parameter with given name.
 
Double_t GetParError (const char *ParName)
 Get error value for parameter with given name.
 
virtual Bool_t GetParFixed (const char *ParName)
 Return status for parameter with given name, is it fixed or not.
 
const char * GetParFullName (Int_t n)
 Return full name of parameter with given index.
 
Int_t GetParIndex (const TGo4FitParameter *par)
 Return index of given parameter in list.
 
const char * GetParName (Int_t n)
 Return name of parameter with given index.
 
virtual Bool_t GetParRange (const char *ParName, Double_t &RangeMin, Double_t &RangeMax)
 Get range limits for parameter with given name.
 
void GetParsValues (Double_t *pars)
 Copy values of all parameters in list to provided array.
 
Double_t GetParValue (const char *ParName)
 Return value of parameter with given name.
 
Bool_t IsAllParsFixed ()
 Returns true, if all parameters in list fixed;.
 
virtual void MemorizePars ()
 Memorize values of all parameters.
 
Int_t NumFixedPars ()
 Return number of fixed pars.
 
Int_t NumFreePars ()
 Return number of free pars.
 
void Print (Option_t *option="") const override
 Default print method.
 
void PrintPars () const
 Print only value and error of all parameters in list.
 
virtual void RememberPars ()
 Restore parameters values, which were stored by MemorizePars() routine;.
 
Bool_t RemovePar (const char *name)
 Remove parameter from list with given name.
 
Bool_t RemovePar (TGo4FitParameter *par)
 Remove parameter from list.
 
virtual Bool_t SetParEpsilon (const char *ParName, Double_t Epsilon)
 Set epsilon value for parameter with given name.
 
Bool_t SetParError (const char *ParName, Double_t iError)
 Set error value for parameter with given name.
 
virtual Bool_t SetParFixed (const char *ParName, Bool_t iFixed=kTRUE)
 Set for parameter with given name, is it fixed or not.
 
void SetParName (Int_t n, const char *name)
 Set new name for parameter object with provided index.
 
virtual Bool_t SetParRange (const char *ParName, Double_t RangeMin, Double_t RangeMax)
 Set range limits for parameter with given name.
 
void SetParsNames (const char *name0="Par0", const char *name1="Par1", const char *name2="Par2", const char *name3="Par3", const char *name4="Par4", const char *name5="Par5", const char *name6="Par6", const char *name7="Par7", const char *name8="Par8", const char *name9="Par9")
 Set names of first 10 parameters.
 
void SetParsValues (Double_t *pars)
 Set value for all parameters from array.
 
void SetParsValues (Double_t par0=0., Double_t par1=0., Double_t par2=0., Double_t par3=0., Double_t par4=0., Double_t par5=0., Double_t par6=0., Double_t par7=0., Double_t par8=0., Double_t par9=0.)
 Set values for first 10 parameters.
 
Bool_t SetParValue (const char *ParName, Double_t iValue)
 Set value of parameter with given name.
 
- Public Member Functions inherited from TGo4FitNamed
 TGo4FitNamed ()
 Default constructor.
 
 TGo4FitNamed (const char *Name, const char *Title, TNamed *Owner=nullptr)
 Creates TGo4FitNamed object and set name and title.
 
virtual ~TGo4FitNamed ()
 Destroy TGo4FitNamed object.
 
const char * GetFullName ()
 Returns full name of object.
 
TNamed * GetOwner ()
 Return owner of object.
 
const char * GetOwnerFullName ()
 Return full name of owner.
 
void Print (Option_t *option="") const override
 
void SetOwner (TNamed *iOwner)
 Sets owner of object.
 
- Public Member Functions inherited from TGo4FitSlotList
 TGo4FitSlotList ()
 
virtual ~TGo4FitSlotList ()
 
Bool_t CheckObjects (Bool_t MakeOut=kTRUE)
 Check, if all necessary objects are provided.
 
void ClearObjects (const char *PlaceName=nullptr, Bool_t NonOwned=kTRUE)
 Clear object from slot(s), which are defined by PlaceName condition.
 
void ClearSlot (TGo4FitSlot *slot, Bool_t NonOwned)
 Clear object in specified slot.
 
Bool_t ConnectSlots (const char *Slot1FullName, const char *Slot2FullName)
 Connects first slot to second.
 
Bool_t ConnectSlots (TGo4FitSlot *slot1, TGo4FitSlot *slot2)
 Connects first slot to second.
 
virtual void FillSlotList (TSeqCollection *lst)
 Fill list of TGo4FitSlot objects to provided collection.
 
TGo4FitSlotFindSlot (const char *FullSlotName)
 Find slot in list with given full name;.
 
TGo4FitSlotGetSlot (Int_t nslot)
 Returns slots from list with specified index.
 
const TObjArray * GetSlotList (Bool_t ForceUpdate=kFALSE)
 Return pointer in TObjArray with list of all slots in list.
 
Bool_t IsEmptySlots ()
 Return kTRUE, if there are empty slots in list.
 
TGo4FitSlotIsObjectInSlots (TObject *obj)
 Checks, if object assign to one of slots.
 
Int_t NumSlots ()
 Returns number of slots in list.
 
TGo4FitSlotSetObject (const char *PlaceName, TObject *obj, Bool_t iOwned=kFALSE)
 Set object to first suitable slot, which have PlaceName name or owner of which has PlaceName full name with defined ownership flag.
 
TGo4FitSlotSetObject (TObject *obj, Bool_t iOwned=kFALSE)
 Set object to first suitable slot with defined ownership flag.
 
void SetSaveFlagForObjects (Int_t iSaveFlag, const char *PlaceName=nullptr)
 Set save flag for object(s), assigned to fitter.
 
void SetUpdateSlotList ()
 Update internal list of slots (if exists).
 

Protected Member Functions

TString GetOrderParName (Int_t naxis) const
 
- Protected Member Functions inherited from TGo4FitModel
Bool_t BuffersAllocated () const
 Checks if model allocate buffers for calculations.
 
Double_t EvaluateAndIntegrate (Int_t NumScales, const Double_t *Scales, const Double_t *Widths)
 Make integration of model inside given point, if integration specified.
 
virtual void Finalize ()
 Deletes all buffers, created during initialization.
 
TGo4FitParameterGet (Int_t n) override
 
TGo4FitDataGetAssignedConnection (Int_t n)
 Return pointer on assigned data.
 
const Int_t * GetDataFullIndex (TGo4FitData *data, Int_t nbin)
 
Int_t GetDataIndexesSize (TGo4FitData *data)
 
Double_t * GetModelBins (const char *DataName) const
 Get model bins for specified data (if exists)
 
virtual TGo4FitParameterGetPosPar (Int_t naxis=0)
 Return parameter (if exist), which represent position of model for given axis.
 
virtual Int_t GetPosParIndex (Int_t)
 Return index of parameter (if exist), which represent position of model for given axis.
 
virtual TGo4FitParameterGetWidthPar (Int_t naxis=0)
 Return parameter (if exist), which represent width of model component for given axis.
 
virtual Int_t GetWidthParIndex (Int_t)
 Return index of parameter (if exist), which represent width of model component for given axis.
 
virtual Bool_t Initialize (Int_t UseBuffers=-1)
 Initialize model object.
 
void RebuildShape (Bool_t ForceBuild=kFALSE)
 Recalculates shape of object.
 
void SetNeedToRebuild ()
 Sets flag, that shape bins should be refilled next time, when RebuildShape() routine will be called.
 
virtual Double_t UserFunction (Double_t *, Double_t *)
 Another place, where user specific code can be placed for model values calculation.
 
- Protected Member Functions inherited from TGo4FitComponent
Int_t GetAmplIndex () const
 Returns index of amplitude parameter.
 
TGo4FitParameterNewAmplitude (const char *Name=nullptr, Double_t iValue=0., Bool_t IsFixed=kFALSE, Int_t AtIndx=0)
 Create amplitude parameter with specified properties.
 
TGo4FitParameterNewParameter (const char *Name, const char *Title, Double_t iValue=0., Bool_t Fixed=kFALSE, Int_t AtIndx=-1)
 Create new parameter with provided properties and add to parameters list.
 
void SetAmplIndex (Int_t iAmplIndex=-1)
 Set index of amplitude parameter.
 
- Protected Member Functions inherited from TGo4FitParsList
TGo4FitParameterAddPar (TGo4FitParameter *par)
 
void ClearParsBlocking ()
 
TGo4FitParameterFind (const char *OwnerFullName, const char *ParName)
 
TGo4FitParameterFind (const char *ParName)
 
TGo4FitParameterFind (TGo4FitParameter *par)
 
TGo4FitParameterInsertPar (TGo4FitParameter *par, Int_t indx)
 
Bool_t RemoveParByIndex (Int_t indx)
 
void SetParsOwner (TGo4FitNamed *iOwner)
 
- Protected Member Functions inherited from TGo4FitSlotList
void CheckDuplicatesOnSlot ()
 Resolve situation, when same object assigned to several slots with ownership flag.
 
 ClassDef (TGo4FitSlotList, 1)
 
void PrepareSlotsForWriting ()
 

Private Member Functions

void CreateOrdersPars (const Double_t *orders, Int_t startaxis, Int_t maxaxis, Int_t AtIndx=-1)
 

Private Attributes

TArrayD * fxAllOrders {nullptr}
 Temporary variable for EvalN() function.
 
Int_t Par_ndim {0}
 Temporary variable for EvalN() function.
 
Double_t * Par_orders {nullptr}
 Temporary variable for EvalN() function.
 

Additional Inherited Members

- Protected Attributes inherited from TGo4FitModel
Bool_t fbAbsoluteEps {kFALSE}
 States, if integration precision absolute or relative.
 
Bool_t fbIntegrScaling {kFALSE}
 Scale integral to integration volume.
 
Double_t fdIntegrEps {0}
 Integration precision.
 
Int_t fiMaxIntegrDepth {0}
 Maximum integration depth.
 
Int_t fiMinIntegrDepth {0}
 Minimum depth of integration.
 
- Protected Attributes inherited from TGo4FitSlotList
Bool_t fbUpdateSlotList {kFALSE}
 
TObjArray * fxSlotList {nullptr}
 

Detailed Description

Model objects, which reproduce component of polynomial function.

Expression can be written like:

Ampl * x^nx * y^ny * z^nz * ...

According to number of parameters in constructor TGo4FitModelPolynom has set of parameters "Order0", "Order1" and so on, representing polynom orders for axis x, y and so on correspondingly. By default, these parameters are fixed and not fitted in optimizations. To change this default behavior, use:

p1->FindPar("Order0")->SetFixed(kFALSE);
void SetFixed(Bool_t iFixed)
Set status of parameter fixed or not.
TGo4FitParameter * FindPar(const char *ParName)
Find parameter object with given name.

TGo4FitModelPolynom class always has amplitude parameter, named "Ampl". It can be accessed by its name, for instance:

p1->FindPar("Ampl")->SetValue(1000.);
void SetValue(Double_t iValue)
Set parameter value.

or

p1->GetAmplitudePar("Ampl")->SetValue(1000.);

GetAmplitudePar() method can be used in other models classes only if they create amplitude parameters, otherwise method returns 0.

Definition at line 58 of file TGo4FitModelPolynom.h.

Constructor & Destructor Documentation

◆ TGo4FitModelPolynom() [1/5]

TGo4FitModelPolynom::TGo4FitModelPolynom ( )

Default constructor.

Definition at line 20 of file TGo4FitModelPolynom.cxx.

References TGo4FitModel::TGo4FitModel(), and fxAllOrders.

◆ TGo4FitModelPolynom() [2/5]

TGo4FitModelPolynom::TGo4FitModelPolynom ( const char * iName,
Double_t iOrderX = 0. )

Creates TGo4FitModelPolynom object with given name for 1-dim case.

The order of polynom for x axis can be specified (0 by default).

Definition at line 24 of file TGo4FitModelPolynom.cxx.

References TGo4FitModel::TGo4FitModel(), CreateOrdersPars(), fxAllOrders, and TGo4FitModel::SetBackgroundGroupIndex().

◆ TGo4FitModelPolynom() [3/5]

TGo4FitModelPolynom::TGo4FitModelPolynom ( const char * iName,
Double_t iOrderX,
Double_t iOrderY )

Creates TGo4FitModelPolynom object with given name for 2-dim case.

The order of polynom for x and y axes should be specified.

Definition at line 31 of file TGo4FitModelPolynom.cxx.

References TGo4FitModel::TGo4FitModel(), CreateOrdersPars(), fxAllOrders, and TGo4FitModel::SetBackgroundGroupIndex().

◆ TGo4FitModelPolynom() [4/5]

TGo4FitModelPolynom::TGo4FitModelPolynom ( const char * iName,
Double_t iOrderX,
Double_t iOrderY,
Double_t iOrderZ )

Creates TGo4FitModelPolynom object with given name for 3-dim case.

The order of polynom for x, y and z axes should be specified.

Definition at line 39 of file TGo4FitModelPolynom.cxx.

References TGo4FitModel::TGo4FitModel(), CreateOrdersPars(), fxAllOrders, and TGo4FitModel::SetBackgroundGroupIndex().

◆ TGo4FitModelPolynom() [5/5]

TGo4FitModelPolynom::TGo4FitModelPolynom ( const char * iName,
const TArrayD & iPolynomOrders )

Creates TGo4FitModelPolynom object with given name for n-dim case.

An array of polynoms orders for appropriate axis should be specified. The size of array will be a dimensions size of polynom. But the n-dim polynom can be used for m-dim case. If n > m, orders for missing axis will be set 0. If n<m, only necessary orders will be used.

Definition at line 47 of file TGo4FitModelPolynom.cxx.

References TGo4FitModel::TGo4FitModel(), CreateOrdersPars(), fxAllOrders, and TGo4FitModel::SetBackgroundGroupIndex().

◆ ~TGo4FitModelPolynom()

TGo4FitModelPolynom::~TGo4FitModelPolynom ( )
virtual

Destroys TGo4FitModelPolynom object.

Definition at line 54 of file TGo4FitModelPolynom.cxx.

References fxAllOrders.

Member Function Documentation

◆ AfterEval()

void TGo4FitModelPolynom::AfterEval ( )
overridevirtual

Clear buffers, which were created by BeforeEval() method.

Reimplemented from TGo4FitModel.

Definition at line 127 of file TGo4FitModelPolynom.cxx.

References fxAllOrders.

◆ BeforeEval()

Bool_t TGo4FitModelPolynom::BeforeEval ( Int_t ndim)
overridevirtual

Prepares (if necessary) some intermediate variables to be able calculate values of model via EvalN() function.

Number of axis, which will be used in evaluations, should be specified.

Reimplemented from TGo4FitModel.

Definition at line 106 of file TGo4FitModelPolynom.cxx.

References fxAllOrders, GetPolynomOrder(), Par_ndim, and Par_orders.

◆ CreateOrdersPars()

void TGo4FitModelPolynom::CreateOrdersPars ( const Double_t * orders,
Int_t startaxis,
Int_t maxaxis,
Int_t AtIndx = -1 )
private

◆ EvalN()

Double_t TGo4FitModelPolynom::EvalN ( const Double_t * v)
overridevirtual

Calculates value of model according current parameters values and provided axes values.

BeforeEval(), EvalN() & AfterEval() virtual methods provides general interface, where user-specific code should be situated.

Reimplemented from TGo4FitModel.

Definition at line 119 of file TGo4FitModelPolynom.cxx.

References Par_ndim, and Par_orders.

◆ GetMaxNumAxis()

Int_t TGo4FitModelPolynom::GetMaxNumAxis ( )

Returns maximum axis number (dimensions number) in polynom.

Definition at line 82 of file TGo4FitModelPolynom.cxx.

References TGo4FitParsList::FindPar(), and GetOrderParName().

Referenced by SetMaxNumAxis().

◆ GetOrderParName()

TString TGo4FitModelPolynom::GetOrderParName ( Int_t naxis) const
protected

◆ GetPolynomOrder()

Double_t TGo4FitModelPolynom::GetPolynomOrder ( Int_t naxis)

Get polynom order for specified axis.

Definition at line 76 of file TGo4FitModelPolynom.cxx.

References TGo4FitParsList::FindPar(), GetOrderParName(), and TGo4FitParameter::GetValue().

Referenced by BeforeEval().

◆ Print()

void TGo4FitModelPolynom::Print ( Option_t * option = "") const
override

Print information on standard output.

Definition at line 135 of file TGo4FitModelPolynom.cxx.

References TGo4FitModel::Print().

◆ SetMaxNumAxis()

Bool_t TGo4FitModelPolynom::SetMaxNumAxis ( Int_t numaxis)

Sets number of dimensions (maximum axis numbers) in polynom.

Definition at line 90 of file TGo4FitModelPolynom.cxx.

References CreateOrdersPars(), TGo4FitParsList::FindPar(), GetMaxNumAxis(), GetOrderParName(), TGo4FitParsList::GetParIndex(), and TGo4FitParsList::RemovePar().

Field Documentation

◆ fxAllOrders

TArrayD* TGo4FitModelPolynom::fxAllOrders {nullptr}
private

◆ Par_ndim

Int_t TGo4FitModelPolynom::Par_ndim {0}
private

Temporary variable for EvalN() function.

Definition at line 130 of file TGo4FitModelPolynom.h.

Referenced by BeforeEval(), and EvalN().

◆ Par_orders

Double_t* TGo4FitModelPolynom::Par_orders {nullptr}
private

Temporary variable for EvalN() function.

Definition at line 140 of file TGo4FitModelPolynom.h.

Referenced by BeforeEval(), and EvalN().


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