![]() ![]() Centre the stereonet on its input data.The controls are the same as those for the moving plane. Move the stereonet around in the scene.Click on it and use the green arrows to resize it. Otherwise, the appearance of the stereonet in the 3D scene is controlled from the stereonet window. In the shape list, you can control whether planes or poles are displayed in the scene: You can display planes and poles in the 3D scene, but not contours. You can display the stereonet in the 3D scene by dragging the stereonet from the project tree into the scene or by clicking on the View button ( ) in the stereonet window: See Plot Options and Data Display Options below for information on the different options available for stereonets. You can also drag and drop structural data objects from the project tree into the stereonet. ![]() Click the Add button ( ) to add any structural data table in the project to the stereonet: The stereonet is created and opened in a new tab. Using the Scene Window With the StereonetĬreate a stereonet by right-clicking on the Stereonets folder (in the Structural Modelling folder) and selecting New Stereonet.Displaying the Stereonet in the 3D Scene.This topic describes how to work with stereonets in Leapfrog Geothermal. Both Fisher and Bingham statistics are available for stereonets. The process of creating a stereonet is the same for both types you can change the type of stereonet by clicking the Options button in the stereonet window. There are two types of stereonets available in Leapfrog Geothermal: equatorial stereonets and polar stereonets. Errors in categorisation of structural data can also become apparent when the data is viewed on a stereonet. Stereonets are useful for visualising structural data and identifying trends in 2D. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |