• ReCap

Create a local mesh model

Perform a local scan to mesh on a point cloud and navigate the Mesh Editor.


00:03

In ReCap, you can convert your point cloud into a segmented mesh using local scan to mesh processing.

00:11

These classified mesh models can then be used in your BIM workflows and in other Autodesk design products.

00:19

To begin the scan to mesh process, define the points to be included from your project scene.

00:27

The data visible on the screen at the time of creating the mesh is the data that will be processed.

00:33

If you want to edit the extents of the data to be processed, you can use the Limit Box to control how much of the point cloud is displayed.

00:42

Once you have finalized the points that you want to mesh, save the project.

00:48

For this example, the entire data set is selected to be converted.

00:53

To launch the mesh process, in the project tile menu, expand the Scan to Mesh menu, and then select Local.

01:04

In the Scan to Mesh dialog, add a meaningful New Mesh Name.

01:10

Next, select the Scanner Type.

01:14

These are preconfigured settings based on different ways of capturing point cloud data,

01:19

such as Handheld/SLAM Scanner or Terrestrial Laser Scanner.

01:25

Select a Mesh Density of High, Medium, or Low.

01:29

Choosing a higher level of detail results in a higher density mesh, but at the cost of longer processing times.

01:38

Customized mesh settings update to best suit the point cloud characteristics of the selected scanner type and mesh density.

01:48

You can toggle these options on if you want to override any of these settings.

01:53

The Workflow Preferences settings control how the mesh models look and the use of computer resources during the meshing process.

02:03

The defaults generally do a good job, so you usually do not need to change them.

02:08

See the ReCap Help for detailed explanations of all the settings.

02:13

Once your Scan to Mesh settings are completed, click Submit to start the scan to mesh process.

02:20

Progress information appears, and the status bar cycles through main stages,

02:25

such as assigning points to tiles, converting tiles, and combining tiles.

02:32

Once the meshing process completes, click Open in Editor to launch the Mesh Editor and view the result.

02:40

The Mesh Editor is used to view, classify, and export all the mesh models that have been created from the associated point cloud.

02:48

Use the taskbar icons for project-wide actions, such as saving any changes to the project and exporting the model to 3D file formats.

02:59

In the Model Browser, you can view and manage the model data contained within the project.

03:05

The Properties panel contains useful information about the models and mesh surfaces contained within the project.

03:13

Click Close Mesh Editor to close the editor and return to the point cloud view.

03:19

Once a Recap project contains at least one mesh model,

03:23

the option to launch the Mesh Editor becomes available in the Scan to Mesh menu.

Video transcript

00:03

In ReCap, you can convert your point cloud into a segmented mesh using local scan to mesh processing.

00:11

These classified mesh models can then be used in your BIM workflows and in other Autodesk design products.

00:19

To begin the scan to mesh process, define the points to be included from your project scene.

00:27

The data visible on the screen at the time of creating the mesh is the data that will be processed.

00:33

If you want to edit the extents of the data to be processed, you can use the Limit Box to control how much of the point cloud is displayed.

00:42

Once you have finalized the points that you want to mesh, save the project.

00:48

For this example, the entire data set is selected to be converted.

00:53

To launch the mesh process, in the project tile menu, expand the Scan to Mesh menu, and then select Local.

01:04

In the Scan to Mesh dialog, add a meaningful New Mesh Name.

01:10

Next, select the Scanner Type.

01:14

These are preconfigured settings based on different ways of capturing point cloud data,

01:19

such as Handheld/SLAM Scanner or Terrestrial Laser Scanner.

01:25

Select a Mesh Density of High, Medium, or Low.

01:29

Choosing a higher level of detail results in a higher density mesh, but at the cost of longer processing times.

01:38

Customized mesh settings update to best suit the point cloud characteristics of the selected scanner type and mesh density.

01:48

You can toggle these options on if you want to override any of these settings.

01:53

The Workflow Preferences settings control how the mesh models look and the use of computer resources during the meshing process.

02:03

The defaults generally do a good job, so you usually do not need to change them.

02:08

See the ReCap Help for detailed explanations of all the settings.

02:13

Once your Scan to Mesh settings are completed, click Submit to start the scan to mesh process.

02:20

Progress information appears, and the status bar cycles through main stages,

02:25

such as assigning points to tiles, converting tiles, and combining tiles.

02:32

Once the meshing process completes, click Open in Editor to launch the Mesh Editor and view the result.

02:40

The Mesh Editor is used to view, classify, and export all the mesh models that have been created from the associated point cloud.

02:48

Use the taskbar icons for project-wide actions, such as saving any changes to the project and exporting the model to 3D file formats.

02:59

In the Model Browser, you can view and manage the model data contained within the project.

03:05

The Properties panel contains useful information about the models and mesh surfaces contained within the project.

03:13

Click Close Mesh Editor to close the editor and return to the point cloud view.

03:19

Once a Recap project contains at least one mesh model,

03:23

the option to launch the Mesh Editor becomes available in the Scan to Mesh menu.

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