IMsDeterministicTransform.Operands

Syntax

Operands: IMsFormulaTermList;

Description

The Operands property returns the collection of terms that are used to compile a model equation.

Example

Sub Main;

Var

MB: IMetabase;

CrInf: IMetabaseObjectCreateInfo;

MObj: IMetabaseObject;

Model: IMsModel;

Trans: IMsFormulaTransform;

Varr: IMsVariable;

VarTrans: IMsFormulaTransformVariable;

Tree: IMsFormulaTransformSlicesTree;

Slice: IMsFormulaTransformSlice;

Selector: IMsFormulaTransformSelector;

Formula: IMsFormula;

Determ: IMsDeterministicTransform;

TransVar: IMsFormulaTransformVariable;

TermX1: IMsFormulaTerm;

Begin

MB := MetabaseClass.Active;

CrInf := Mb.CreateCreateInfo;

CrInf.ClassId := MetabaseObjectClass.KE_CLASS_MSMODEL;

CrInf.Id := "New_Determ";

CrInf.Name := "New_Determ";

CrInf.Parent := Mb.ItemById("KONT_MODEL");

CrInf.Permanent := False;

MObj := Mb.CreateObject(CrInf).Edit;

Model := MObj As IMsModel;

Trans := Model.Transform;

Varr := MB.ItemByIdNamespace("Var_1", MB.ItemById("KONT_MODEL").Key).Bind As IMsVariable;

Model.Output.Add(Varr);

VarTrans := Trans.Outputs.Item(0);

Tree := VarTrans.SlicesTree(VarTrans);

Slice := Tree.CreateSlice(1);

Selector := Model.Transform.CreateSelector;

Selector.Slice := Slice;

Formula := Model.Transform.Transform(Selector);

Formula.Kind := MsFormulaKind.Deterministic;

Formula.Level := DimCalendarLevel.Year;

Determ := Formula.Method As IMsDeterministicTransform;

Varr := MB.ItemByIdNamespace("Var_Factor", MB.ItemById("KONT_MODEL").Key).Bind As IMsVariable;

Model.Input.Add(Varr);

TransVar := Model.Transform.Inputs.Item(0);

Slice := TransVar.SlicesTree(Null).CreateSlice(1);

TermX1 := Determ.Operands.Add(Slice);

TermX1.Inversion := MsInversion.DLog;

TermX1.InversionLag := MsInversionLag.PrecidingYear;

TermX1.UpdateSlice(TermX1.Slice, "-1");

Determ.Expression.AsString := "10 -" + TermX1.TermToInnerText + " * 3.14";

MObj.Save;

End Sub Main;

After executing the example the model that uses the method of determinate equation is created in the modeling container. The output variable and one input variable are added. The equation of model is built based on the input variable.