Draft OrthoArray
Draft OrthoArray |
Menu location |
---|
Modification → Array tools → Array |
Workbenches |
Draft |
Default shortcut |
None |
Introduced in version |
0.19 |
See also |
Draft PolarArray, Draft CircularArray, Draft PathArray, Draft PathLinkArray, Draft PointArray, Draft Clone |
Description
The Draft OrthoArray tool creates an orthogonal (3-axes) array from a selected object.
This tool can be used on any object that has a Part TopoShape, meaning 2D shapes created with the Draft Workbench, but also 3D solids created with other workbenches, for example, Part, PartDesign, or Arch. It can also create App Links instead of simple copies.
Orthogonal array from a solid object.
Usage
- Select the object that you wish to duplicate.
- Press the Array button. If no object is selected, you will be invited to select one.
- The task panel is launched, where you can select the number of elements in each X, Y, Z direction; and the interval between each created element.
- You can click on the 3D view to set up all the numbers and intervals, and complete the command. Otherwise, just press Enter or the OK button to complete the operation.
Options
These are the options displayed in the task panel.
- Number of elements: the elements in the X, Y, and Z directions. A copy of the original object is always produced, so this number must be at least
1
in every direction. - X intervals: the values of displacement for the copies in the X direction. To create strictly rectangular arrays, the Y and Z values should be zero
(x, 0, 0)
. - Y intervals: the values of displacement for the copies in the Y direction. To create strictly rectangular arrays, the X and Z values should be zero
(0, y, 0)
. - Z intervals: the values of displacement for the copies in the Z direction. To create strictly rectangular arrays, the X and Y values should be zero
(0, 0, z)
. - Reset X, Y, Z: it resets the interval vectors to a rectangular displacement, that is
(x, 0, 0)
,(0, y, 0)
, and(0, 0, z)
. - Fuse: if it is checked, the resulting objects in the array will fuse together if they touch each other. This only works if Link array is unchecked.
- Link array: if it is checked, the resulting array will be a "Link array". This array internally uses App Link objects, so it is more efficient when handling many copies of complex shapes. However, in this case, the objects cannot be fused together.
- Press Esc or the Cancel button to abort the current command.
Notes
- If a Link array is created, this object cannot be converted to a regular array. And similarly, a regular array cannot be converted to a Link array. Therefore, you must choose the type of array that you want at creation time.
- Each element in the array is an exact clone of the original object, but the entire array is considered a single unit in terms of properties and appearance.
- This command creates the same parametric "Array" object as the one created with the PolarArray and CircularArray tools. Therefore, the array can be converted to orthogonal, polar, or circular by changing its DataArray Type property.
Properties
See also: Property editor.
The Draft OrthoArray command, the Draft PolarArray command and the Draft CircularArray command create the same object. This object is derived from a Part Feature object and inherits all its properties (with the exception of some View properties that are not inherited by Link arrays). The following properties are additional unless otherwise stated:
Data
Link
The properties in this group are only available for Link arrays. See Std LinkMake for more information.
- DataScale (
Float
) - Data (Hidden)Scale Vector (
Vector
) - DataScale List (
VectorList
) - Data (Hidden)Visibility List (
BoolList
) - Data (Hidden)Placement List (
PlacementList
) - Data (Hidden)Element List (
LinkList
) - Data (Hidden)_ Link Touched (
Bool
) - Data (Hidden)_ Child Cache (
LinkList
) - Data (Hidden)Colored Elements (
LinkSubHidden
) - DataLink Transform (
Bool
)
Circular array
The properties in this group are hidden for orthogonal arrays and polar arrays.
- DataNumber Circles (
Integer
): specifies the number of circular layers. Must be at least1
. - DataRadial Distance (
Distance
): specifies the distance between circular layers. - DataSymmetry (
Integer
): specifies the number of symmetry lines. This number changes the distribution of the elements in the array. - DataTangential Distance (
Distance
): specifies the distance between elements in the same circular layer.
Objects
- DataArray Type (
Enumeration
): specifies the type of array, which can beortho
,polar
orcircular
. - DataAxis Reference (
LinkGlobal
): specifies the object and edge to be used instead of the DataAxis and DataCenter properties. Not used for orthogonal arrays. - DataBase (
Link
): specifies the object to duplicate in the array. - DataCount (
Integer
): (read-only) specifies the total number of elements in the array. Only available for Link arrays. - DataExpand Array (
Bool
): specifies whether to expand the array in the Tree view to enable the selection of its individual elements. Only available for Link arrays. - DataFuse (
Bool
): specifies if overlapping elements in the array are fused or not. Not used for Link arrays.
Orthogonal array
The properties in this group are hidden for circular arrays and polar arrays.
- DataInterval X (
VectorDistance
): specifies the interval between elements in the X direction. - DataInterval Y (
VectorDistance
): specifies the interval between elements in the Y direction. - DataInterval Z (
VectorDistance
): specifies the interval between elements in the Z direction. - DataNumber X (
Integer
): specifies the number of elements in the X direction. Must be at least1
. - DataNumber Y (
Integer
): specifies the number of elements in the Y direction. Must be at least1
. - DataNumber Z (
Integer
): specifies the number of elements in the Z direction. Must be at least1
.
Polar array
The properties in this group are hidden for circular arrays and orthogonal arrays.
- DataAngle (
Angle
): specifies the aperture of the circular arc. Use360°
for a full circle. - DataInterval Axis (
VectorDistance
): specifies the interval between elements in the DataAxis direction. - DataNumber Polar (
Integer
): specifies the number of elements in the polar direction.
Polar/circular array
The properties in this group are hidden for orthogonal arrays.
- DataAxis (
Vector
): specifies the direction of the axis of the array. - DataCenter (
VectorDistance
): specifies the center point of the array. The axis of the array passes through this point. For circular arrays it is an offset from the DataPlacement of the DataBase object.
View
Link
The properties in this group, with the exception of the inherited property, are only available for Link arrays. See Std LinkMake for more information.
- ViewDraw Style (
Enumeration
) - ViewLine Width (
FloatConstraint
) - ViewOverride Material (
Bool
) - ViewPoint Size (
FloatConstraint
) - ViewSelectable (
Bool
): this is an inherited property that appears in the Selection group for other arrays - ViewShape Material (
Material
)
Base
The properties in this group, with the exception of the inherited property, are only available for Link arrays. See Std LinkMake for more information.
- View (Hidden)Child View Provider (
PersistentObject
) - View (Hidden)Material List (
MaterialList
) - View (Hidden)Override Color List (
ColorList
) - View (Hidden)Override Material List (
BoolList
) - View (Hidden)Proxy (
PythonObject
): this is an inherited property.
Display Options
The properties in this group are inherited properties. See Part Feature for more information.
- ViewBounding Box (
Bool
): this property is not inherited by Link arrays. - ViewDisplay Mode (
Enumeration
): for Link arrays it can beLink
orChildView
. For other arrays it can be:Flat Lines
,Shaded
,Wireframe
orPoints
- ViewShow In Tree (
Bool
) - ViewVisibility (
Bool
)
Draft
- ViewPattern (
Enumeration
): not used. - ViewPattern Size (
Float
): not used.
Object style
The properties in this group are not inherited by Link arrays.
Scripting
See also: Autogenerated API documentation and FreeCAD Scripting Basics.
Parametric array
To create a parametric orthogonal array use the make_array
method (introduced in version 0.19) of the Draft module. This method replaces the deprecated makeArray
method. The make_array
method can create Draft OrthoArrays, Draft PolarArrays and Draft CircularArrays. For each array type one or more wrappers are available.
The main method:
array = make_array(base_object, arg1, arg2, arg3, arg4=None, arg5=None, arg6=None, use_link=True)
The wrappers for orthogonal arrays are:
array = make_ortho_array(base_object,
v_x=App.Vector(10, 0, 0), v_y=App.Vector(0, 10, 0), v_z=App.Vector(0, 0, 10),
n_x=2, n_y=2, n_z=1,
use_link=True)
array = make_ortho_array2d(base_object,
v_x=App.Vector(10, 0, 0), v_y=App.Vector(0, 10, 0),
n_x=2, n_y=2,
use_link=True)
The wrappers for rectangular arrays are:
array = make_rect_array(base_object,
d_x=10, d_y=10, d_z=10,
n_x=2, n_y=2, n_z=1,
use_link=True)
array = make_rect_array2d(base_object,
d_x=10, d_y=10,
n_x=2, n_y=2,
use_link=True)
base_object
is the object to be arrayed. It can also be theLabel
(string) of an object in the current document.v_x
,v_y
, andv_z
are the vectors between the base points of the elements in the respective directions.d_x
,d_y
, andd_z
are the distances between the base points of the elements in the respective directions.n_x
,n_y
, andn_z
are the numbers of elements in the respective directions.- If
use_link
isTrue
the created elements are App Links instead of regular copies. array
is returned with the created array object.
Example:
import FreeCAD as App
import Draft
doc = App.newDocument()
rect = Draft.make_rectangle(1500, 500)
v_x = App.Vector(1600, 0, 0)
v_y = App.Vector(0, 600, 0)
array = Draft.make_ortho_array2d(rect, v_x, v_y, 3, 4)
doc.recompute()
Non-parametric array
To create a non-parametric orthogonal array use the array
method of the Draft module. This method returns None
.
array(objectslist, xvector, yvector, xnum, ynum)
array(objectslist, xvector, yvector, zvector, xnum, ynum, znum)
Example:
import FreeCAD as App
import Draft
doc = App.newDocument()
rect = Draft.make_rectangle(1500, 500)
v_x = App.Vector(1600, 0, 0)
v_y = App.Vector(0, 600, 0)
Draft.array(rect, v_x, v_y, 3, 4)
doc.recompute()
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