Assembly: Ms;
The IMsProblemCalculation interface is used to work with the object calculating the modeling problem.
IMsProblemCalculation
To create an object calculating modeling problem, use the IMsProblem.Calculate method.
| Property name | Brief description | |
| AggregationGroup | The AggregationGroup property determines a group of dictionary elements used as aggregation group. | |
| AggregationGroups | The AggregationGroups property returns the object that contains the collection of aggregation groups. | |
| Breakpoints | The Breakpoints property returns the collection of breakpoints for modeling problem calculation. | |
| CalculationState | The CalculationState property returns the current calculation state of modeling problem. | |
| CalculationTree | The CalculationTree property returns modeling problem calculation tree. | |
| Callback | The Callback property determines an object to handle events that occur during modeling problem calculation. | |
| CopyFact | The CopyFact property determines whether data of sample period of fact dimension is copied to dimensions by scenarios when loading data. | |
| EnableArithmeticErrors | The EnableArithmeticErrors property determines whether the OnError event occurs on error occurrence in arithmetic operations during modeling problem calculation. | |
| IsRemoteCalc | The IsRemoteCalc property returns whether modeling problem is calculated remotely on BI server. | |
| MetaAttributeFilter | The MetaAttributeFilter property returns the object that contains filter applied during modeling problem calculation. | |
| OverwriteSameValues | The OverwriteSameValues property determines whether result is loaded to database during modeling problem calculation. | |
| PointCount | The PointCount property returns the total number of steps passed on modeling problem calculation. | |
| PointPassed | The PointPassed property returns the number of passed steps during modeling problem calculation. | |
| SaveData | The SaveData property determines whether data should be loaded to output variables after finishing modeling problem calculation. | |
| SaveHistory | The SaveHistory property determines whether history of of modeling problem calculation is saved. | |
| SaveHistoryMask | The SaveHistoryMask property determines calculation log parameters of modeling problem. | |
| SaveZeros | The SaveZeros property determines whether the calculated zeros are loaded to the database during modeling problem calculation. | |
| Stats | The Stats property returns calculation statistics of modeling problem. |
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| TreatNullsAsZeros | The TreatNullsAsZeros property determines whether empty values are substituted with zeros on modeling problem calculation. |
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| UserData | The UserData property returns user data connected to modeling problem. | |
| VariableStub | The VariableStub property returns the object that enables the user to access data of modeling container variable. | |
| VariableStubs | The VariableStubs property returns the collection of variables, which data is used for modeling problem calculation. |
| Method name | Brief description | |
| CreateVariablesReport | The CreateVariablesReport property creates a report on variables for modeling problem calculation. | |
| DoSaveData | The DoSaveData method loads data to output variables after finishing modeling problem calculation. | |
| DoSaveHistory | The DoSaveHistory method saves history of modeling problem calculation. | |
| GetCalculatedPointsCount | The GetCalculatedPointsCount method returns the number of data consumer cells that are changed after executing formulas from the specified metamodel. | |
| The GetFormulaInfo method returns information about the formulas applied for modeling problem calculation in the specified point. | ||
| Resume | The Resume method resumes modeling problem calculation after the calculation was paused. | |
| Run | The Run method runs modeling problem calculation. | |
| SetMatrix | The SetMatrix method sets a data matrix for modeling problem calculation. | |
| StepDate | The StepDate method executes step-by-step calculation of modeling problem by calendar frequency points. | |
| StepInto | The StepInto method executes step-by-step calculation of modeling problem with stepping into cycles, branchings, and nested metamodels. | |
| StepOver | The StepOver method executes step-by-step calculation of modeling problem without stepping into cycles, branchings, and nested metamodels. | |
| Stop | The Stop method breaks modeling problem calculation in the current point. | |
| Suspend | The Suspend method suspends modeling problem calculation. |
See also: