The standard WindowMacro class is used to represent both 3D and 2D window macros. It has been extended with methods that cover 3D functionality.
Creating 3D window macros:
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MultiLangString oMultiLangString = new MultiLangString(); oMultiLangString.AddString(ISOCode.Language.L_en_US, "Window macro 3D description"); string strWindowMacro3DFilePath = m_oTestProject.ProjectDirectoryPath + "\\test_window_macro3D.ema"; WindowMacro oWMacro = new WindowMacro(); oWMacro.Create(strWindowMacro3DFilePath, 0, new Placement3D[] { oComponent1, oComponent2, oComponent3 }, true, oMultiLangString); |
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Inserting:
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// Preparing transformation Matrix3D oMatrix = new Matrix3D(); Quaternion oQaternion = new Quaternion(new Vector3D(1.0, 1.0, 1.0), 0.2); oMatrix.Rotate(oQaternion); // Preparing WindowMacro object string strWindowMacroName = "c:\\SIE.3LD9 284-1B.ema"; WindowMacro oWMacro = new WindowMacro(); oWMacro.Open(strWindowMacroName, m_oTestProject, 0); // Insert macro into an InstallationSpace Insert3D oInsert3D = new Insert3D(); StorableObject[] arrStorableObjects = oInsert3D.WindowMacro(oWMacro, nVariant, oInstallationSpace, oMatrix, Insert3D.MoveKind.Absolute, WindowMacro.Enums.NumerationMode.None); |
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