IMsInterindustryBalanceTransform.Argument

Syntax

Description

The Argument property determines the term, that corresponds to the variable of gross output (of final use), depending on the current task of interindustrial balance.

Example

Sub Main;

Var

MB: IMetabase;

CrInf: IMetabaseObjectCreateInfo;

MObj: IMetabaseObject;

Model: IMsModel;

Trans: IMsFormulaTransform;

EndVar, ValVar, AVar, XVar: IMsVariable;

Dim, Dim1: IDimensionModel;

TransVar: IMsFormulaTransformVariable;

Tree: IMsFormulaTransformSlicesTree;

Slice: IMsFormulaTransformSlice;

Selector: IMsFormulaTransformSelector;

Formula: IMsFormula;

Industry: IMsInterindustryBalanceTransform;

Term: IMsFormulaTerm;

Begin

MB := MetabaseClass.Active;

CrInf := Mb.CreateCreateInfo;

CrInf.ClassId := MetabaseObjectClass.KE_CLASS_MSMODEL;

CrInf.Id := "New_MOB";

CrInf.Name := "New_MOB";

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

CrInf.Permanent := False;

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

Model := MObj As IMsModel;

Trans := Model.Transform;

Model.Kind := MsModelKind.InterindustryBalance;

//Add a variable of final use in Outputs models, and gross output, a matrix A and matrix X in Inputs

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

Model.Output.Add(EndVar);

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

Model.Input.Add(ValVar);

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

Model.Input.Add(AVar);

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

Model.Input.Add(XVar);

//For a variable of final use and gross output the through dimensions are set

Dim := EndVar.Dimensions.Item(0).Model;

Dim1 := ValVar.Dimensions.Item(0).Model;

Trans.DimensionTransparent(Trans.Outputs.Item(0), Dim) := True;

Trans.DimensionTransparent(Trans.Outputs.Item(0), Dim1) := True;

//Fill in the model parameters

//Add the variable of finish use

TransVar := Model.Transform.Outputs.FindById("EndVar");

Tree := TransVar.SlicesTree(Null);

Slice := Tree.CreateSlice(1);

Selector := EndVar.Transform.CreateSelector;

Selector.Slice := Slice;

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

Formula.Kind := MsFormulaKind.InterindustryBalance;

Formula.Level := DimCalendarLevel.Year;

Industry := Formula.Method As IMsInterindustryBalanceTransform;

//Indicate the dimensions by lines

Industry.BranchRowDimension := Dim;

//Assign the variable of gross output

TransVar := Model.Transform.Inputs.FindById("Val_Prod");

Tree := TransVar.SlicesTree(Null);

Slice := Tree.CreateSlice(1);

Term := Industry.Operands.Add(Slice);

Industry.Argument := Term;

//Indicate the dimension by columns

Industry.BranchColumnDimension := Dim1;

//Assign the variable of A matrix

TransVar := Model.Transform.Inputs.FindById("MatrA");

Tree := TransVar.SlicesTree(Null);

Slice := Tree.CreateSlice(1);

Term := Industry.Operands.Add(Slice);

Industry.NewMatrixA := Term;

//Assign the variable of X matrix

TransVar := Model.Transform.Inputs.FindById("MatrX");

Tree := TransVar.SlicesTree(Null);

Slice := Tree.CreateSlice(1);

Term := Industry.Operands.Add(Slice);

Industry.MatrixA := Term;

MObj.Save;

End Sub Main;

After executing the example a new model of interindustrial balance is created in the modeling container. This model solves the problem of finding the final use. The variables of final use, gross output, variables for calculation and uploading of the A matrix are added. Calculation by II and III quadrants is not made.