Tools for capturing views now have a dialog to control various settings. And you can resize viewports, create new floating viewports, split viewports horizontally or vertically and close viewports. Any of the toolbars, the command window and the panels can be floated, hidden, docked or regrouped. You can also use tools on the status bar to select the current layer color, toggle drawing aids such as grid snap and ortho, and apply filters. A status bar across the bottom of the Rhino window shows the current cursor coordinates and drawing units. Below the viewports, an Osnap toolbar lets you select active object snap modes. To the right of the viewports are a collection of panels with tools to control viewports, adjust layers and change properties. You can quickly maximize any viewport or restore to one of the four standard viewports. You can also press the right mouse button to orbit the perspective view and press CTRL and right-click to zoom or SHIFT and right-click to pan in any of these views.Įach viewport has its own drop-down menu that lets you select the display mode for that viewport, as well as the construction plane and other associated features for that viewport. One viewport is active at a time, but you can easily switch between viewports even while in the middle of a command. The main drawing area is initially divided into four viewports that display perspective, top, front and right views of the model. To redo, you simply right-click the same tool. For example, only the Undo tool appears on the Standard toolbar. To start a command from a toolbar, you click (or sometimes right-click) the tool. When you select a different toolbar group at the top of the screen, the toolbar below it changes, and sometimes the side toolbar also updates. There is also a second toolbar docked to the left edge of the screen. This toolbar is divided into toolbar groups, each with its own tab, and initially 15 different groups are shown. Like AutoCAD, Rhino displays a filtered list of commands that automatically updates as you type, and you can repeat the last command by pressing ENTER when no other command is active.īelow these elements, a toolbar extends across the width of the screen. Below this, a command line lets you type commands and displays prompts and clickable options for the current command.
When you first start Rhino, a menu across the top of the screen groups all Rhino commands by function. Rhino 6 for Windows, released in February 2018, retains all the features that have made Rhino a success, while offering numerous improvements.
Processor: Intel or AMD CPU (no more than 63 CPU cores).Rhino 6 for Windows: $995, Upgrade: $495.More than 100 other third-party Rhino plug-ins contribute to the program’s popularity. McNeel offers several such add-ons, including Flamingo (a near photorealistic renderer), Bongo (design animation), Penguin (a scan-line renderer for creating stylized images of Rhino models) and Grasshopper (a visual programming language). Always affordable, Rhino today costs just $995 (or $195 for a student version).Īnd like AutoCAD, users and third-party developers can create add-ons to extend the power of Rhino. As such, Rhino allows users to start with a simple sketch and generate complex 3D shapes-virtually any shape imaginable. Geometry in Rhino is based on the NURBS mathematical model. Like AutoCAD, Rhino has always featured a command line where users can type commands. From its inception, Rhino was designed to be easy to learn, easy to use, low-cost and extensible.
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The software evolved from a 1992 program called Sculptura. Primarily a surface modeler, but with many related features, Rhino is developed by Robert McNeel & Associates. The program can create, edit, analyze, document, render, animate and translate Non-Uniform Rational B-Spline (NURBS) curves, surfaces, solids, point clouds and polygon meshes. Since its initial release at SIGGRAPH in 1998, Rhinoceros-or, more commonly, Rhino or Rhino3D-has won a very loyal following.
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