since this plugin does not provide visualization data bool CanRender( void ) { return false; } // return NULL since this plugin does not provide visualization data SCENEGRAPH* Load( char const* aFileName KiCad will invoke each plugin which claims to support the extension wrl until a plugin returns visualization data. The file filters provided by each plugin are passed to the 3D file selector dialog to improve Object; the Scene Graph Object is an intermediate data visualization format used by the 3D Cache Manager. All plugins which support model visualization must translate the model data into a scene graph via

since this plugin does not provide visualization data bool CanRender( void ) { return false; } // return NULL since this plugin does not provide visualization data SCENEGRAPH* Load( char const* aFileName will invoke each plugin which claims to support the extension wrl in turn until a plugin returns visualization data. The file filters provided by each plugin are passed onto the 3D file selector dialogs to Object; the Scene Graph Object is an intermediate data visualization format used by the 3D Cache Manager. All plugins which support model visualization must translate the model data into a scene graph via

false since this plugin does not provide visualization data bool CanRender( void ) { return false; } // return NULL since this plugin does not provide visualization data SCENEGRAPH* Load( char const* invoke each plugin which claims to support the extension wrl in turn until a plugin returns visualization data. The file filters provided by each plugin are passed onto the 3D file selector dialogs to Object; the Scene Graph Object is an intermediate data visualization format used by the 3D Cache Manager. All plugins which support model visualization must translate the model data into a scene graph via

false since this plugin does not provide visualization data bool CanRender( void ) { return false; } // return NULL since this plugin does not provide visualization data SCENEGRAPH* Load( char const* KiCad will invoke each plugin which claims to support the extension wrl until a plugin returns visualization data. The file filters provided by each plugin are passed to the 3D file selector dialog to improve Object; the Scene Graph Object is an intermediate data visualization format used by the 3D Cache Manager. All plugins which support model visualization must translate the model data into a scene graph via

Display panel. To display the vertex normals of the parent mesh, enter Edit Mode and enable this visualization in the Display & Shading ‣ Viewport Overlays ‣ Normals where you can also resize the displayed line, a tangent line for a point on a curve, or a tangent plane for a point on a surface. A visualization of the face normals of a torus. In the figure above, each blue line represents the normal for for a face on the torus. The lines are each perpendicular to the face on which they lie. The visualization can be activated, in Edit Mode, in the Mesh Display Viewport Overlays panel. 屬性 Reference Properties

Display panel. To display the vertex normals of the parent mesh, enter Edit Mode and enable this visualization in the Display & Shading ‣ Viewport Overlays ‣ Normals where you can also resize the displayed line, a tangent line for a point on a curve, or a tangent plane for a point on a surface. A visualization of the face normals of a torus. In the figure above, each blue line represents the normal for for a face on the torus. The lines are each perpendicular to the face on which they lie. The visualization can be activated, in Edit Mode, in the Mesh Display Viewport Overlays panel. Properties Reference

Display panel. To display the vertex normals of the parent mesh, enter Edit Mode and enable this visualization in the Display & Shading ‣ Viewport Overlays ‣ Normals where you can also resize the displayed line, a tangent line for a point on a curve, or a tangent plane for a point on a surface. A visualization of the face normals of a torus. In the figure above, each blue line represents the normal for for a face on the torus. The lines are each perpendicular to the face on which they lie. The visualization can be activated, in Edit Mode, in the Mesh Display Viewport Overlays panel. Properties Reference

Display panel. To display the vertex normals of the parent mesh, enter Edit Mode and enable this visualization in the Display & Shading ‣ Viewport Overlays ‣ Normals where you can also resize the displayed line, a tangent line for a point on a curve, or a tangent plane for a point on a surface. A visualization of the face normals of a torus. In the figure above, each blue line represents the normal for for a face on the torus. The lines are each perpendicular to the face on which they lie. The visualization can be activated, in Edit Mode, in the Mesh Display Viewport Overlays panel. Properties Reference

Display panel. To display the vertex normals of the parent mesh, enter Edit Mode and enable this visualization in the Display & Shading ‣ Viewport Overlays ‣ Normals where you can also resize the displayed line, a tangent line for a point on a curve, or a tangent plane for a point on a surface. A visualization of the face normals of a torus. In the figure above, each blue line represents the normal for for a face on the torus. The lines are each perpendicular to the face on which they lie. The visualization can be activated, in Edit Mode, in the Mesh Display Viewport Overlays panel. Properties Reference

Display panel. To display the vertex normals of the parent mesh, enter Edit Mode and enable this visualization in the Display & Shading ‣ Viewport Overlays ‣ Normals where you can also resize the displayed line, a tangent line for a point on a curve, or a tangent plane for a point on a surface. A visualization of the face normals of a torus. In the figure above, each blue line represents the normal for for a face on the torus. The lines are each perpendicular to the face on which they lie. The visualization can be activated, in Edit Mode, in the Mesh Display Viewport Overlays panel. 屬性 Reference Properties