Translations:Manual:Creating and manipulating geometry/14/en: Difference between revisions

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For now, let's explore our Part Shapes in more detail. At the end of the chapter about [[Manual:Traditional modeling, the CSG way|traditional modeling with the Part Workbench]] we showed a table that explains how Part Shapes are constructed, and their different components (Vertices, edges, faces, etc). The exact same components exist here and can be retrieved from Python. Part Shapes always have the following attributes: Vertexes, Edges, Wires, Faces, Shells and Solids. All of them are lists, that can contain any number of elements or be empty:
For now, let's explore our Part Shapes in more detail. At the end of the chapter about [[Manual:Traditional modeling, the CSG way|traditional modeling with the Part Workbench]] we showed a table that explains how Part Shapes are constructed, and their different components (vertices, edges, faces, etc). The exact same components exist here and can be retrieved from Python. Part Shapes always have the following attributes: Vertexes, Edges, Wires, Faces, Shells and Solids. All of them are lists, that can contain any number of elements or be empty:

Latest revision as of 14:06, 13 November 2022

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For now, let's explore our Part Shapes in more detail. At the end of the chapter about [[Manual:Traditional modeling, the CSG way|traditional modeling with the Part Workbench]] we showed a table that explains how Part Shapes are constructed, and their different components (vertices, edges, faces, etc). The exact same components exist here and can be retrieved from Python. Part Shapes always have the following attributes: Vertexes, Edges, Wires, Faces, Shells and Solids. All of them are lists, that can contain any number of elements or be empty:

For now, let's explore our Part Shapes in more detail. At the end of the chapter about traditional modeling with the Part Workbench we showed a table that explains how Part Shapes are constructed, and their different components (vertices, edges, faces, etc). The exact same components exist here and can be retrieved from Python. Part Shapes always have the following attributes: Vertexes, Edges, Wires, Faces, Shells and Solids. All of them are lists, that can contain any number of elements or be empty: