PartDesign Pocket/pl: Difference between revisions
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{{GuiCommand |
{{GuiCommand |
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|Name=PartDesign Pocket |
|Name=PartDesign Pocket |
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|MenuLocation= |
|MenuLocation=Part Design → Create a substractive feature → Pocket |
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|Workbenches=[[PartDesign_Workbench|PartDesign]] |
|Workbenches=[[PartDesign_Workbench|PartDesign]] |
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|SeeAlso=[[PartDesign_Pad|PartDesign Pad]] |
|SeeAlso=[[PartDesign_Pad|PartDesign Pad]] |
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# Select the sketch or face to be pocketed. {{Version|0.20}}: Alternatively you can select several sketches or faces. |
# Select the sketch or face to be pocketed. {{Version|0.20}}: Alternatively you can select several sketches or faces. |
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# Press the {{ |
# Press the {{Button|[[Image:PartDesign_Pocket.svg|16px]] '''Pocket'''}} button. |
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# Set the Pocket parameters, see the [[#Options|Options]] below. |
# Set the Pocket parameters, see the [[#Options|Options]] below. |
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# Click OK. |
# Click {{Button|OK}}. |
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When selecting a single sketch, it can have multiple enclosed profiles inside a larger one, for example a rectangle with two circles inside it. But the profiles may not intersect each other. {{Version|0.20}} |
When selecting a single sketch, it can have multiple enclosed profiles inside a larger one, for example a rectangle with two circles inside it. But the profiles may not intersect each other. {{Version|0.20}} |
Revision as of 11:36, 11 April 2022
PartDesign Pocket |
Menu location |
---|
Part Design → Create a substractive feature → Pocket |
Workbenches |
PartDesign |
Default shortcut |
None |
Introduced in version |
- |
See also |
PartDesign Pad |
Description
The Pocket tool cuts solids by extruding a sketch or a face of a solid along a straight path.
Sketch profile (A) was mapped to the top face of base solid (B); result after pocketing through on the right.
Usage
- Select the sketch or face to be pocketed. introduced in version 0.20: Alternatively you can select several sketches or faces.
- Press the Pocket button.
- Set the Pocket parameters, see the Options below.
- Click OK.
When selecting a single sketch, it can have multiple enclosed profiles inside a larger one, for example a rectangle with two circles inside it. But the profiles may not intersect each other. introduced in version 0.20
Options
When creating a pocket, the the Pocket parameters dialog will be shown. It offers the following settings:
Type
Type offers four different ways of specifying the length to which the pocket will be extruded:
Dimension
Enter a numeric value for the length of the pocket. The default direction for extrusion is into the support, but it can be changed by ticking the Reversed option. Extrusions occur by default normal to the defining sketch plane. This can be changed by specifying another Direction introduced in version 0.20. With the option Symmetric to plane the pocket will extend half of the given length to either side of the plane. Negative dimensions are not possible. Use the Reversed option instead.
Through all
The pocket will extrude through all objects in the extrusion direction. With the option Symmetric to plane the pad will cut through all material in both directions.
Note: For technical reasons, Through All is actually a 10 meter deep pocket. If you need deeper pockets, use the type Dimension.
To first
The pocket will extrude up to the first face of the support in the extrusion direction. In other words, it will cut through all material until it reaches an empty space.
Up to face
The pocket will extrude up to a face in the model that can be chosen by clicking on it.
Two dimensions
This allows to enter a second length in which the pocket should extend in the opposite direction (into the support). The directions can be switched by ticking the Reversed option.
Length
Defines the length of the pocket. Multiple units can be used independently of the user's units preferences (m, cm, mm, nm, ft or ', in or "). This option is only available when Type is either Dimension or Two dimensions.
Offset to face
Offset from face at which the pocket will end. This option is only available when Type is either Through all, To first or Up to face.
Direction
Direction/edge
You can select the direction of the extrusion:
- Face/Sketch normal The sketch or face is extruded along its normal. If you have selected several sketches or faces to be extruded, the normal of the first one will be used. introduced in version 0.20
- Select reference... The sketch is extruded along an edge of the 3D model. When this is method selected, you can click on any edge in the 3D model and it becomes the direction vector for the extrusion.
- Custom direction The sketch is extruded along a direction that can be specified via vector values.
Show direction
If checked, the pocket direction will be shown. In case the pocket uses a Custom direction, it can be changed.
Length along sketch normal
If checked, the pocket length is measured along the sketch normal, otherwise along the custom direction.
Symmetric to plane
Tick the checkbox to extrude half of the given length to either side of the sketch or plane.
Reversed
Reverses the direction of the pocket.
Taper angle
Tapers the pocket in the extrusion direction by the given angle. A positive angle means the outer pocket border gets wider. This option is only available if Type is either Dimension or Two dimensions. Note that inner structures receive the opposite taper angle. This is done to facilitate the design of molds and molded parts.
Limitations:
- Sketches containing B-Splines often cannot be properly tapered. This is a limitation of the OpenCASCADE kernel that FreeCAD uses.
- For larger angles tapering will fail if the end face of the pocket would have fewer edges than the start face/sketch.
2nd length
Defines the length of the pocket in the opposite extrusion direction. Multiple units can be used independently of the user's units preferences (m, cm, mm, nm, ft or ', in or "). This option is only available if Type is Two dimensions.
2nd taper angle
Tapers the pocket in the opposite extrusion direction by the given angle. A positive angle means the outer pocket border gets wider. This option is only available if Type is Two dimensions. Note that inner structures receive the opposite taper angle. This is done to facilitate the design of molds and molded parts.
Properties
- DANEType: Type of ways how the pocket will be extruded, see Options.
- DANELength: Defines the length of the pocket, see Options.
- DANELength2: Second pocket length in case the DANEType is TwoLengths, see Options.
- DANEUse Custom Vector: introduced in version 0.20 If checked, the pocket direction will not be the normal vector of the sketch but the given vector, see Options.
- DANEDirection: introduced in version 0.20 Vector of the pocket direction if DANEUse Custom Vector is used.
- DANEAlong Sketch Normal: introduced in version 0.20 If true, the pocket length is measured along the sketch normal. Otherwise and if DANEUse Custom Vector is used, it is measured along the custom direction.
- DANEUp To Face: A face the pocket will extrude up to, see Options.
- DANERefine: True or false. Cleans up residual edges left after the operation. This property is initially set according to the user's settings (found in Preferences → Part design → General → Model settings). It can be manually changed afterwards. This property will be saved with the FreeCAD document.
Limitations
- Use the type Dimension or Through All wherever possible because the other types sometimes give trouble when they are being patterned
- Otherwise, the pocket feature has the same limitations as the Pad feature.
- Narzędzia struktury: Część, Grupa
- Narzędzia wspomagające: Utwórz zawartość, Nowy szkic, Edycja szkicu, Mapuj szkic na ścianę
- Narzędzia do modelowania
- Narzędzia do ustalania położenia punktów odniesienia: Utwórz punkt odniesienia, Utwórz linię odniesienia, Utwórz płaszczyznę odniesienia, Układ współrzędnych, Łącznik kształtu, Łącznik kształtów podrzędnych, Utwórz klon
- Narzędzia addytywne: Wyciągnięcie, Wyciągnij przez obrót, Wyciągnięcie przez profile, Wyciągnięcie po ścieżce, Addytywna helisa, Addytywny sześcian, Addytywny walec,Addytywna sfera, Addytywny stożek, Addytywna elipsoida, Addytywny torus, Addytywny graniastosłup, Addytywny klin
- Narzędzia subtraktywne: Kieszeń, Otwór, Rowek, Subtraktywne wyciągnięcie przez profile, Subtraktywne wyciągnięcie po ścieżce, Subtraktywna helisa, Subtraktywny sześcian, Subtraktywny walec, Subtraktywna sfera, Subtraktywny stożek, Subtraktywna elipsoida, Subtraktywny torus,Subtraktywny graniastosłup, Subtraktywny klin
- Narzędzia do transformacji: Odbicie lustrzane, Szyk liniowy, Szyk kołowy, Transformacja wielokrotna, Skaluj
- Narzędzia ulepszające: Zaokrąglenie, Fazka, Pochylenie ścian, Grubość
- Funkcje logiczne Funkcje logiczne
- Dodatki: Przenieś, Koło łańcuchowe, Koło zębate ewolwentowe, Kreator projektowania wału
- Narzędzia menu kontekstowego: Ustaw czubek, Przenieś cechę, Przenieś cechę w drzewie, Wygląd zewnętrzny, Ustaw kolor
- Jak zacząć
- Instalacja: Pobieranie programu, Windows, Linux, Mac, Dodatkowych komponentów, Docker, AppImage, Ubuntu Snap
- Podstawy: Informacje na temat FreeCAD, Interfejs użytkownika, Profil nawigacji myszką, Metody wyboru, Nazwa obiektu, Edytor ustawień, Środowiska pracy, Struktura dokumentu, Właściwości, Pomóż w rozwoju FreeCAD, Dotacje
- Pomoc: Poradniki, Wideo poradniki
- Środowiska pracy: Strona Startowa, Architektura, Assembly, CAM, Rysunek Roboczy, MES, Inspekcja, Siatka, OpenSCAD, Część, Projekt Części, Punkty, Inżynieria Wsteczna, Robot, Szkicownik, Arkusz Kalkulacyjny, Start, Powierzchnia 3D, Rysunek Techniczny, Test Framework, Web