Smart Draw Tool
The Smart Draw tool makes drawing parts very easy.
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The Smart Draw tool makes drawing parts very easy.
Last updated
Was this helpful?
Draw a volume based on a rectangular shape.
Using this tool is performed in several steps:
Click to define the first corner
↳ Hit ←, ↑ or → to lock perpendicular along the Green, Blue or Red axis. The rectangle will then be perpendicular to the locked axis.
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Measure relative to the nearest vertex
Click to define the opposite corner or enter mesure
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Rectangle Centered
Click to set the elevation or enter mesure
↳ Press SHIFT
to lock the elevation to the last used value
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Elevation Centered
The drawing is now complete and the tool is ready to start again. But first, you can still change the elevation value by entering a new measure.
Offset: Apply an offset to the shape line
Construction Lines: Draw as construction lines
Rectangle Centered: Center rectangle on the first point
Elevation Centered: Center elevation on the first point
Parts naming: Enter part names manually
Draw a volume based on a circular shape.
Using this tool is performed in several steps:
Click to define the center
↳ Hit ←, ↑ or → to lock perpendicular along the Green, Blue or Red axis
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Measure relative to the nearest vertex
Click to define the radius or diameter or enter mesure
↳ Press SHIFT
to lock the radius to the previously used value
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Measure from radius or diameter
Click to set the elevation or enter mesure
↳ Press SHIFT
to lock the elevation to the previously used value
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Elevation Centered
The drawing is now complete and the tool is ready to start again. But first, you can still change the elevation value by entering a new measure.
Offset: Apply an offset to the shape line
Number of Segments: Define the number of segments in the circle
Construction Lines: Draw as construction lines
Smoothing: Smooth curves
Measure: Measure circle by its diameter
Elevation Centered: Center elevation on the first point
Parts naming: Enter part names manually
Draw a volume on a polygonal shape.
Using this tool is performed in several steps:
Click to define the first point
↳ Hit ←, ↑ or → to lock perpendicular along the Green, Blue or Red axis
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Measure relative to the nearest vertex
Click to set more points, as many as you want or enter mesure from previous point
↳ Hit ←, ↑ or → to lock along Green, Blue or Red axis from previous point
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Inverted Measure
Click on a point already added to validate the 2D shape
Click to set the elevation or enter mesure
↳ Press SHIFT
to lock the elevation to the previously used value
↳ Hit CTRL
(on Windows) or OPTION
(on Mac) to toggle Elevation Centered
The drawing is now complete and the tool is ready to start again. But first, you can still change the elevation value by entering a new measure.
Offset: Apply an offset to the shape line
Construction Lines: Draw as construction lines
Inverted Measure: Reverse the measurement
Elevation Centered: Center elevation on the first point
Parts naming: Enter part names manually
Use TAB
or SHIFT
+ TAB
to navigate forward or backward through actions, respectively.
Use CTRL
+ TAB
(Windows) or OPTION
+ TAB
(Mac) to navigate through the first action's modifier.
Entering measurements in OpenCutList follows the basic principles of SketchUp's native tools via the VCB field. However, a few useful features have been added.
@
allows you to compute a simple operation from current pointed value
+
-
*
/
allows you to compute right value with @
value
=
allows you to duplicate previous value
Note that list delimiter is ; (semicolon) instead of , (comma) if your system decimal separator is , (comma).
@+10
adds 10 of current model length unit to the pointed value
@-12mm
subtracts 12 mm to the pointed value
-12mm
is converted to 12 mm but by reversing the direction
@*3
multiplies the pointed value by 3
@/2
divides the pointed value by 2
10,20
defines a pair of value v1 = 10, v2 = 20
100mm=
is equivalent to 100mm, 100mm
50==
is equivalent to 50, 50, 50
10=,@-30
is equivalent to 10, 10, @-30
,-10
is equivalent to @, -10