& Construction
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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing
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Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Transcript
00:04
I'm now going to show you how to work with CAD models and describe the main tab controls used in the creation of inspection programs.
00:13
PowerInspect has a simple ribbon-style interface where controls and features are intuitively grouped together.
00:20
The icons and dynamic help are designed to give the best possible user experience, drastically reducing the learning curve.
00:28
CAD files created in a wide variety of formats can be imported by simply dragging and dropping them into the CAD view display area.
00:38
This action also creates a new inspection document.
00:41
Alternatively, we can use the CAD tab to add CAD files to the inspection document.
00:47
Areas we do not want to use in the inspection can be hidden from the CAD view, excluded from the inspection projection and excluded from the collision detection.
00:59
The View tab allows configuration of the CAD display area.
01:03
Here, we can change the shading mode of the CAD.
01:06
Shaded Wireframe mode is ideal for picking visible geometry and form alike.
01:11
Whereas unshaded mode allows us to pick geometry that would otherwise be hidden.
01:16
On this tab, we can also change the view direction, which labels are displayed, and set the mouse controls for zoom, pan, and rotate.
01:26
To obtain meaningful measurements, we need to align the coordinate system of the inspection device with that of the CAD file.
01:33
This is necessary to ensure we report the measured features relative to a known datum of part, rather than the coordinate system of the measuring device.
01:45
To create an inspection program to measure geometrical features such as holes, slots, spheres, rectangles, and lines, these can be found on the Geometry tab.
01:56
To measure the form of 3D surfaces, cut plane sections and edge extents, we would use the Form tab.
02:05
If we need to work with scanned point cloud data, the Point Cloud tab has all the tools you need to select, trim, filter, and project the point clouds.
02:17
To quickly obtain dimensional information from geometric features, there's the simple Measures tab.
02:23
Here we can create multiple features in a single click or we can start measuring on a single button click of the wizard.
Video transcript
00:04
I'm now going to show you how to work with CAD models and describe the main tab controls used in the creation of inspection programs.
00:13
PowerInspect has a simple ribbon-style interface where controls and features are intuitively grouped together.
00:20
The icons and dynamic help are designed to give the best possible user experience, drastically reducing the learning curve.
00:28
CAD files created in a wide variety of formats can be imported by simply dragging and dropping them into the CAD view display area.
00:38
This action also creates a new inspection document.
00:41
Alternatively, we can use the CAD tab to add CAD files to the inspection document.
00:47
Areas we do not want to use in the inspection can be hidden from the CAD view, excluded from the inspection projection and excluded from the collision detection.
00:59
The View tab allows configuration of the CAD display area.
01:03
Here, we can change the shading mode of the CAD.
01:06
Shaded Wireframe mode is ideal for picking visible geometry and form alike.
01:11
Whereas unshaded mode allows us to pick geometry that would otherwise be hidden.
01:16
On this tab, we can also change the view direction, which labels are displayed, and set the mouse controls for zoom, pan, and rotate.
01:26
To obtain meaningful measurements, we need to align the coordinate system of the inspection device with that of the CAD file.
01:33
This is necessary to ensure we report the measured features relative to a known datum of part, rather than the coordinate system of the measuring device.
01:45
To create an inspection program to measure geometrical features such as holes, slots, spheres, rectangles, and lines, these can be found on the Geometry tab.
01:56
To measure the form of 3D surfaces, cut plane sections and edge extents, we would use the Form tab.
02:05
If we need to work with scanned point cloud data, the Point Cloud tab has all the tools you need to select, trim, filter, and project the point clouds.
02:17
To quickly obtain dimensional information from geometric features, there's the simple Measures tab.
02:23
Here we can create multiple features in a single click or we can start measuring on a single button click of the wizard.
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