iRhino 3D is a mobile app for iOS devices that allows users to view and share 3D models created in Rhino, a popular 3D modeling software for Windows and Mac. The app allows users to view and manipulate 3D models on a mobile device, including rotating, panning, and zooming in and out. iRhino3D also supports multiple file formats, including .3dm, .stl, and .obj, and allows users to share their models via email or through cloud storage services like Dropbox and iCloud. Additionally, iRhino3D offers a variety of viewing options, including wireframe, shaded, and rendered views, as well as the ability to add and edit annotations, measure distances, and create cross sections of the model. Overall, iRhino3D is a useful tool for professionals and hobbyists in the fields of architecture, industrial design, and engineering, who need to view and share 3D models on the go.
iRhino 3D also includes a feature called "Section Planes" which allows users to create cross-sections of the model, giving them the ability to view the internal structure of the model. This can be useful for architects, engineers and designers to visualize the building construction, mechanical systems, or product design.
iRhino 3D also includes a markup feature, which allows users to add notes and annotations to the 3D model. This can be useful for collaboration and communication with team members, as well as for presenting models to clients. Users can add text notes, freehand drawings, and even take screenshots of the model with annotations included, which can then be shared via email or cloud storage services.
In addition to the above, iRhino 3D also offers the ability to measure distances and areas within the 3D model, which can be useful for architects and engineers in determining the dimensions of a building or product design.
In conclusion, iRhino 3D is a powerful tool for professionals and hobbyists in the field of 3D modeling. It allows users to view and share 3D models on a mobile device, and includes a variety of features such as cross-sections, annotations, measurement, and more, which can help with collaboration and communication, as well as with visualization of the internal structure of models.