Definition of View Filters
View filters can be applied to filter the background display of a specific view.
Elements that are visualized in the 2D and 3D backgrounds of a given 2D layout
view can be originated from other views in the current layout, from other bodies under
the 3D shape or from other 3D shapes within the assembly. Filtering views lets you visualize only those elements that are
relevant for the design.
You can determine how you want to filter the views using two types of filters:
- Display filters that lets you to show in the background of the layout view only the elements that are referenced in the filters.
- Mask filters that lets you to show all elements except the elements that are assigned a specific visualization mode (overloaded) and referenced in such filters.
You can use explicit filters or object filters. You can create view filters Mechanical for any of the following view types:
- Projection views (front, top, bottom, left, right and rear).
- Isometric views.
- Section views, section cuts, auxiliary and axonometric views.
Default Filters
A default filter is available in any existing 2D layout. A default filter is the first filter that appears in the list of filters.
This filter is used to filter all the newly created views.
A default filter is followed by the phrase (As default filter) in the list of filters. By default, the filter at the top of the list is the default filter. To edit the default filters, click More in the Change View Filter dialog box. In the Layout View Filters dialog box, you can perform the following operations: - Select the default filter and click it to rename it. A message prompts you to confirm the renaming of the filter.
- Rearrange the filters using the Move up and Move down options. By default, any filter at the top of the list is the default filter. A message prompts you to confirm the change of the default filter when you rearrange the filters.
- Select and delete the default filter. A message prompts you to confirm the deletion of the default filter. Deleting a default filter makes the next filter the default filter. You must have at least one filter in the list.
- Select any filter in the list and click Set as default to make it a default filter.
Filterable Elements
View filters can be applied to filter specific elements in the background of any view. The elements you can filter are app-dependent and vary accordingly.
2D Layout for 3D Design Elements
The following table lists the 2D Layout for 3D Design elements that can be filtered (what can be seen in the 3D) (content of a 2L view) Elements | Description |
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Layouts | Applies to all views of all sheets (of the layout) | Sheets | if selected in the filter, applies to all views in of the sheets | Views in layout sheets | If selected in the filter, applies to the views. |
Assembly Design or Product Structure Design Elements
The following table summarizes theAssembly Design or Product Structure Design elements that can be filtered whether a favorite context is defined in a layout representation or not defined in a layout representation. Assembly Design and Product Structure Elements | Favorite context is defined |
---|
- Subassembly instances (contained in the same assembly as the layout),
- 3D part instances
- 3D shape instances
| No | - Subassembly instances
- 3D part instances
- 3D shape instances that are located below the favorite context root product.
| Yes |
Part Design Elements
The following table lists the Part Design elements that can be filtered: Part Design Elements |
---|
xy plane | yz plane | zx plane | Partbody | Body under the parent level within the product structure | Geometrical
set (under the root 3D shape or contained in another geometrical
set) | Ordered geometrical set under the parent level | User defined feature
(only contained in a geometrical set) | 3D tags (only contained in a geometrical set) |
3D Tolerancing & Annotation Elements
The following table lists the 3D Tolerancing & Annotation elements
that can be filtered. 3D Tolerancing & Annotation Elements |
---|
Annotations | Annotation sets | Capture callouts | Constructed
geometry | Datums | Deviations | Dimensions | Distances between two points | Geometrical tolerance | Note | View |
Generative Shape Design Elements
The following Generative Shape Design elements contained
in a geometrical set (under the root 3D shape or contained in another
geometrical set), and listed in the table below, can be filtered:
3D Curve Offset
Adaptive Sweep
Affinity
Axis line
Axis to Axis
Bead
Blend
Boundary
Bump
Circle
Combine
Conic
Connect Curve
Corner
Curve (Isolated)
Curve Smooth
Cylinder
Datum Curve
Datum Point
Datum Surface
Develop
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Diabolo
Edge Fillet
Extract
Extrapolate
Extremum
Extremum Polar
Extrude
Face-Face Fillet
Fill
Healing
Helix
Hole
Hole Curve
Intersection
Inverse
Isoparametric Curve
Join
Junction
Law
Line
|
Mating Flange
Multi Output Feature
Multiple Extract
Multi selection surface
Near
Offset
Outputs from MultiOutput
Parallel Curve
Pattern of Features circular
Pattern of Features rectangular
Plane
Plane between
Plane set
Point
Polyline
Projection
Reflect Line
Revolve
Rotate
Rough Offset
|
Scaling
Shape FilletShape morphing
Sketch
Sketch output feature (both types)
Sphere
Spine
Spiral
Spline
Split
Surface (isolated)
Sweep
Symmetry
Translate
Trim
Tritangent Fillet
Unfold
Untrim
Variable Fillet
Variable Offset
Wrap Curve
Warp Surface
Elements in an ordered geometrical set |
Note:
In an ordered geometrical set, when you select any element having a resulting element, the resulting element is selected. For example, Split.1 created from Extrude.1 and Extrude.2. When you select Extrude.2, the resulting element Split.1 is selected.
Non-Filterable Elements
Not all elements can be filtered, the
elements that you cannot filter are described below.
The table below summarizes the elements that cannot be filtered.
Elements |
---|
Bodies or ordered geometrical sets that are not instanced at the
first level of the product structure | Elements contained in a part body. | 3D shape features | CAA features | Volumes | 3D measure elements. | Bodies that are the object of a Boolean operation. | Design views belonging to another layout, isometric views
belonging to the same or another layout. |
Equivalent Filters
This sub-topic provides more information about equivalent filters.
When creating a view from a 3D Tolerancing & Annotation capture, the capture definition
is saved in a layout as an equivalent filter (mask filter type).
This is the only way to create an equivalent filter.
An equivalent filter is associative with its reference 3D Tolerancing & Annotation capture.
A single filter can be created from a 3D Tolerancing & Annotation capture. If several 2D
layout views are created from the same 3D Tolerancing & Annotation capture, the same equivalent
filter is re-used to filter the created views.
Once created, the filters equivalent to 3D Tolerancing & Annotation captures are accessible
from the Layout View filters dialog box and can be applied
to any kind of layout views. These filters are not editable, but
you can change their content by changing their reference capture.
See
Creating a Filtered View From a 3D Tolerancing & Annotation Capture.
Explicit Filters
Background elements, visualization mode and status are parameters that constitute explicit filters.
Explicit filters are shown in a dedicated area within the Edit Filter dialog box (in the upper area).The table below summarizes the available information in the explicit filters area.
Available information | Description |
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Background Element | Name and type of element referenced in the current filter. | Visualization mode | Name and visualization icon for the selected element (can be specified for a single element —a selected row within the table) | Filter status | Gives the current filter status and name. The status indicates the following situations:- OK: The filter is compatible with the session parent product. It has been applied to the background of the views referencing it, if any. The status column is left empty.
- KO: The filter is ignored because the session parent product is different from it what it was when the explicit filter was created. An deactivation icon along with a message appear (deactivated in the current context).
|
Object Filters
Object filters (formerly referred to as PLM Filters) group elements of the assembly
structure. You can retrieve this type of data to reduce the number of assembly elements
referenced in the filters. For more about object filters, see Social and Collaborative
Apps
: Product Development - Model Based: Product Finder User's Guide: Filtering Data.
2D Layout visualization filters support object filters. They are shown in a dedicated area within the Edit Filter dialog box (in the upper area).The table below summarizes the available information in the object filters area. Available information | Description |
---|
Filter name and type | Name and filter icon that indicates the type of filter (mask or display). | Visualization mode | Name and visualization icon for the selected element (can be specified for a single element —a selected row within the table) | Filter status | Gives the current filter status and name. The status indicates the following situations:- OK: The filter is compatible with the session parent product and has been executed. It has been applied to the background of the views referencing it, if any. The number of filterable elements is given in the Status column.
- KO: The filter is ignored because it is not compatible with the session parent product. A message along with an icon appear (inactive in the current context)
- To be executed: The filter has not been execute. It has just been added to the list or is about to be run again.
| Refresh/Run filters | The icon status indicates whether the filter should be executed at the next run of the execution (Run Filters / Ok)- If the filter needs to be executed, this icon
is in vivid color.
- If the execution is complete for the filter, the icon is unavailable. However, you can launch an execution again by clicking the icon.
| Up and Down Arrows | The arrows allow you to move up and down a selected row. |
Reorder Objects Filters
The order of the object filters plays a prominent role in the final visualization of the background. You can reorder the object filters to modify the visualization result selecting a line of interest and clicking up or down arrows.
Once moved, the line remains
selected.
Miscellaneous Information Regarding View Filters
This sub-topic provides miscellaneous information regarding view
filters.
- You cannot change the filter type (Display, Mask or Equivalent)
once it has been created.
- Filters do not change the graphic properties of elements
in the filtered view, they simply overload them. Filters cannot show elements that are hidden in the 3D
model, nor can they make pickable elements which are not pickable
in the 3D model.
- Filters conform to the standard behavior of elements.
- You can select the objects to be filtered in Visualization as well as in Design modes; they do not change the current mode.
- When pasting to another layout a view to which view filters
are applied, the filter is not pasted (therefore, the view is
not filtered).
- When editing a multi-instantiated 3D shape layout in the
context of a product, only the edited instance is affected by
the filter, and only the sub-elements of the 3D shape reference
can be filtered.
- Filtered elements may be impacted by the result of an operation
(such as activating/deactivating the elements, changing its
Hide, Low Intensity or No Pick property, cutting, deleting,
etc.). Most operations are automatically supported and you do
not need to perform an update.
However, after having selected a feature or a Geometrical Set
in the context of a Change Geometrical Set operation,
you need to perform a manual update (using the Local Update
command which is available when right-clicking the layout, sheet
or view).
- You can launch Edit > Selection Sets and Edit >
Search while the Edit Filter dialog box is running. However,
only filterable elements are actually selected. You can also use the power input
mode to launch a search query. For more information about selection sets, search
operations and the power input mode, see 3DEXPERIENCE
Native Apps.
Naming Uniqueness
A filter name uniqueness can be verified during creation and edition by selecting the appropriate check box in
section.
Case sensitivity in filter names is considered only when creating filters. Select Ensure uniqueness of filter names check box in Naming Uniqueness section. For more information, see Administration.
Filter Edition
Editing filters involves including new elements in a filter and specifying a visualization for those elements.
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