public void SetJointRespSpec(string nameSet, string loadCase, ref string[] nameJoints, string coordinateSystem, int direction, eVibrationUnit abscissa, eSpectralResponse ordinate, bool useDefaultFrequencies, bool useStructuralFrequencies, ref double[] userFrequencies, ref double[] dampingValues, ePlotType abscissaPlotType, double spectrumWidening, ePlotType ordinatePlotType, double ordinateScaleFactor) { }
/// <summary> /// This function gets a joint response spectrum named set definition. /// </summary> /// <param name="nameSet">The name of an existing joint response spectrum named set.</param> /// <param name="loadCase">The name of a time history load case for which results will be extracted.</param> /// <param name="nameJoints">This is an array of joint names for which to generate response spectra.</param> /// <param name="coordinateSystem">The name of a coordinate system in which the direction for results is defined. /// This can be Global, Local, or any other user-defined coordinate system.</param> /// <param name="direction">This specifies the direction, in the specified coordinate system, in which the results are to be retrieved. /// Valid values for the direction are: /// 1 = Local 1, Global X, or user-defined coordinate system X /// 2 = Local 2, Global Y, or user-defined coordinate system Y /// 3 = Local 3, Global Z, or user-defined coordinate system Z</param> /// <param name="abscissa">Specifies the abscissa data type.</param> /// <param name="ordinate">Specifies the ordinate data type.</param> /// <param name="useDefaultFrequencies">True: Default frequencies are used for output.</param> /// <param name="useStructuralFrequencies">True: Structural frequencies are used for output.</param> /// <param name="userFrequencies">User-defined frequencies.</param> /// <param name="dampingValues">Critical damping ratio values.</param> /// <param name="abscissaPlotType">Abscissa axis scale type.</param> /// <param name="spectrumWidening">This specifies the percentage by which to widen the peaks of the spectrum.</param> /// <param name="ordinatePlotType">Ordinate axis scale type.</param> /// <param name="ordinateScaleFactor">This is the scale factor used to linearly scale the response spectrum ordinate values.</param> /// <exception cref="CSiException">API_DEFAULT_ERROR_CODE</exception> public void GetJointRespSpec(string nameSet, ref string loadCase, ref string[] nameJoints, ref string coordinateSystem, ref int direction, ref eVibrationUnit abscissa, ref eSpectralResponse ordinate, ref bool useDefaultFrequencies, ref bool useStructuralFrequencies, ref double[] userFrequencies, ref double[] dampingValues, ref ePlotType abscissaPlotType, ref double spectrumWidening, ref ePlotType ordinatePlotType, ref double ordinateScaleFactor) { int csiAbscissa = 0; int csiOrdinate = 0; int csiAbscissaType = 0; int csiOrdinateType = 0; _callCode = _sapModel.NamedSet.GetJointRespSpec(nameSet, ref loadCase, ref _numberOfItems, ref nameJoints, ref coordinateSystem, ref direction, ref csiAbscissa, ref csiOrdinate, ref useDefaultFrequencies, ref useStructuralFrequencies, ref _numberOfItems, ref userFrequencies, ref _numberOfItems, ref dampingValues, ref csiAbscissaType, ref spectrumWidening, ref csiOrdinateType, ref ordinateScaleFactor); if (throwCurrentApiException(_callCode)) { throw new CSiException(API_DEFAULT_ERROR_CODE); } abscissa = (eVibrationUnit)csiAbscissa; ordinate = (eSpectralResponse)csiOrdinate; abscissaPlotType = (ePlotType)csiAbscissaType; ordinatePlotType = (ePlotType)csiOrdinateType; }
/// <summary> /// This function defines a joint response spectrum named set. /// </summary> /// <param name="nameSet">The name of an existing joint response spectrum named set.</param> /// <param name="loadCase">The name of a time history load case for which results will be extracted.</param> /// <param name="nameJoints">This is an array of joint names for which to generate response spectra.</param> /// <param name="coordinateSystem">The name of a coordinate system in which the direction for results is defined. /// This can be Global, Local, or any other user-defined coordinate system.</param> /// <param name="direction">This specifies the direction, in the specified coordinate system, in which the results are to be retrieved. /// Valid values for the direction are: /// 1 = Local 1, Global X, or user-defined coordinate system X /// 2 = Local 2, Global Y, or user-defined coordinate system Y /// 3 = Local 3, Global Z, or user-defined coordinate system Z</param> /// <param name="abscissa">Specifies the abscissa data type.</param> /// <param name="ordinate">Specifies the ordinate data type.</param> /// <param name="useDefaultFrequencies">True: Default frequencies are used for output.</param> /// <param name="useStructuralFrequencies">True: Structural frequencies are used for output.</param> /// <param name="userFrequencies">User-defined frequencies.</param> /// <param name="dampingValues">Critical damping ratio values. /// Must be at least one.</param> /// <param name="abscissaPlotType">Abscissa axis scale type.</param> /// <param name="spectrumWidening">This specifies the percentage by which to widen the peaks of the spectrum.</param> /// <param name="ordinatePlotType">Ordinate axis scale type.</param> /// <param name="ordinateScaleFactor">This is the scale factor used to linearly scale the response spectrum ordinate values.</param> /// <exception cref="CSiException"> /// dampingValues + " must have at least one element." /// or /// API_DEFAULT_ERROR_CODE</exception> public void SetJointRespSpec(string nameSet, string loadCase, ref string[] nameJoints, string coordinateSystem, int direction, eVibrationUnit abscissa, eSpectralResponse ordinate, bool useDefaultFrequencies, bool useStructuralFrequencies, ref double[] userFrequencies, ref double[] dampingValues, ePlotType abscissaPlotType, double spectrumWidening, ePlotType ordinatePlotType, double ordinateScaleFactor) { if (dampingValues.Length < 1) { throw new CSiException(nameof(dampingValues) + " must have at least one element."); } int csiAbscissa = (int)abscissa; int csiOrdinate = (int)ordinate; int csiAbscissaType = (int)abscissaPlotType; int csiOrdinateType = (int)ordinatePlotType; _callCode = _sapModel.NamedSet.SetJointRespSpec(nameSet, loadCase, nameJoints.Length, ref nameJoints, coordinateSystem, direction, csiAbscissa, csiOrdinate, useDefaultFrequencies, useStructuralFrequencies, userFrequencies.Length, ref userFrequencies, dampingValues.Length, ref dampingValues, csiAbscissaType, spectrumWidening, csiOrdinateType, ordinateScaleFactor); if (throwCurrentApiException(_callCode)) { throw new CSiException(API_DEFAULT_ERROR_CODE); } }