by admin | Oct 5, 2021 | Blog, MiTS 2, Technical Documentation
MiTS 2 now can import platforms, tracing, networks, texts from PDF files. The source of PDF files can come from vector PDF (convert from DWG or other meta-data rich file format, therefore the entities can be easily identified and mapped to the CAD equivalent) or just...
by admin | Sep 24, 2021 | Blog, MiTS 2, MSMA, Technical Documentation, Troubleshooting/Tips
When designing drainage, users may sometimes be dealing with a fixed Invert Level at the end of the drain network (when connecting to existing drain) and may have trouble in passing the analysis due to the drain depth checking set in the project parameter. Or...
by admin | Sep 21, 2021 | Blog, MiTS 2, Technical Documentation
Project file: Viewport Scale Sample Project file (Version used 2.7.4) Exported Drawing Sample: EW Cut Section All in m here EW CUt Section in mm here Road Cross Section All in m here Road Cross Section in mm here The scale factor of a view in a layout viewport...
by admin | Sep 14, 2021 | Blog, MiTS 2, Modelling-techniques, Technical Documentation
In some cases, a different slope gradient may be used in generating the slopes. However, in MiTS software one platform edge can only have one (1) gradient value. Hence to have multiple slope gradient users will need to improvised on the modelling approach. ...
by admin | Jun 3, 2021 | Blog, MiTS 2, MSMA, Technical Documentation
Starting from MiTS 2.6.x.x, users are now able to use the import google earth points to produce watersheds and this can be viewed in 3D view as well . (For imported survey points, user can refer to Watershed Delineation in 3D view ) Therefore, without survey points,...
by admin | Apr 13, 2021 | Blog, MiTS 2, Technical Documentation
Starting in MiTS 2.6.x.x, watershed delineation is now available to be viewed in 3D view. New layers are introduced to represent the watershed which are ‘Streamline’ and ‘Catchment’. To be able to view the watershed in 3D view, the watershed needs to be generated...
