Classification: Users can customize point clouds based on predefined classes, codes and colours, allowing for tailored data analysis and presentation. Applies to Point Cloud
Elevation:
Visualize points by inputting varying heights (Z values), with customizable color gradients to represent different elevation levels.
The settings will also apply to orthophotos with un-textured terrain/high maps. See the video below called "Adding Elevation to Orthophotos"
Intensity: Adjust intensity values and ranges to highlight specific data points based on sensor readings, providing more detailed insights.
RGB: Display real-world color information from images captured during data collection, bringing life-like context to the point cloud visualization.
Video transcript
0:01
In this video, I'm going to show you how you can add values to the different tabs within Point Visualization. So, if you don't have anything, for example, within Elevation or Classification, what you can do is click the three dots and select Edit.
0:17
You can see here you now have the different elevation settings. So, I can add a new elevation. Imagine this is 25.
0:25
I can add a color to it, so I'm going to choose a completely new one. Thank you. And now I can save it.
0:32
So, now you can see I have four different color codes based on different values, and you can add as many as you want according to relevant settings.
0:40
You can also, of course, click Edit and Import if you have any. You can do the same for Classification. It's the exact same steps.
Adding Elevation to Orthophoto and TIFF Files
If you have an orthophoto or high-resolution map in TIFF format without textured terrain, you can also add elevation data to enhance the visual representation. Here’s how to do it:
Add Elevation Data
If you’ve already added an orthophoto or terrain map as a TIFF file, you can also incorporate elevation data. This allows you to add height information to the map, providing a more realistic and detailed view.Adjust Height Settings
In the settings, you can adjust the different height levels. For example, you can add a specific elevation value to the orthophoto, like "101" for a sample, and choose a color (e.g., red) to highlight the changes.Automatic Updates
Once you add the elevation data, you’ll notice that the settings automatically adjust, and the elevation will be applied to the TIFF file, even if it wasn’t originally textured or equipped with image-based elevation data.
This process allows you to combine orthophotos or high maps with elevation data, giving you a more comprehensive and accurate representation of terrain in your project.