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Laser

Precise laser measurements for x, y and z

S
Written by Support
Updated over 2 months ago

The Laser Measurement Tool in Novorender allows you to measure distances interactively by projecting a laser-like line in the 3D environment.
It is useful for quick checks and visualizing measurement.


1. Enabling the Laser Tool

You can activate the Laser Measurement Tool in two ways:

  1. Right-click in the 3D view β†’ select Laser.

  2. Open the Measurements Overview β†’ click Laser View.

Once activated, the laser line will appear, allowing you to position and measure freely.


2. Performing a Measurement

  1. Drag the laser line to choose a starting point.

  2. Click to confirm the point.

  3. The system will display the measurement instantly.

  4. To exit the tool, click the close button in the measurement panel.


3. Adjusting Measurements

  • Expand Measurement: If the laser snaps to an unintended surface or object, you can expand or adjust the measurement range to reach the correct point.

  • Lock Modes:

    • By default, the lock symbol under the measurement is open (free mode).

    • Right-click and select Lock to Plane to constrain the measurement to a specific plane (e.g., horizontal or vertical).


4. Modes of Operation

  • Free Mode (Unlocked): The laser line measures freely in 3D space, snapping to available geometry.

  • Locked to Plane: The laser restricts movement to a defined plane, helping you measure more precisely on surfaces or flat geometry.


5. Model List

Effortlessly manage your models with the Model List:

  • All models are color-coded for easy identification.

  • If you adjust your camera position, click Update to refresh the list.

  • To hide a model, simply click the eye icon next to its name.

This gives you a simple way to control model visibility while working with laser measurements.


6. Laser in 2D and 3D Views

  • If you perform laser measurements in a 2D cross section and return to 3D view, the laser measurements will appear in 3D.

  • When you move the clipping plane, the laser measurements will follow the plane dynamically.

This ensures consistent measurement results across both 2D and 3D views.

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