Crystal Modeler

There are many application on the Internet that you could use in order to complete your projects easier. One of them is Crystal Modeler.
It's a nice software solution designed to help you create stereographic models from ball-shaped objects, it helps you learn modeling via computer. It can be used in fields where fast creation of such models and the use of its graphic presentation are required.

Sleek and simple graphical interface

The application doesn't take long to install and it doesn't come with a complicated setup that you would need to complete before you can actually use it. It sports a clean and intuitive graphical interface with many nice tools at hand.
Crystal Modeler is a useful software solution designed to help you create stereographic models from ball-shaped objects, it helps you learn modeling via computer.

Create stereographic models easily

You can use two basic concepts in model design: atom and polygon (containing atoms). You can create, remove and select models inside the application. It allows you to set space allocation as well as color adjustment (gradient blend particularly). It also lets you change the view of the atoms, pick between plain or realistic form.
It comes with animation mode and you can adjust the scanning if you want. In case of need the graphic presentation with high resolution can be copied to clipboard in Windows standard format, whereupon it can be used in other applications.

More features and tools

It comes with a drag and drop tool that allows you to implement all modeling operations and repositioning of viewport only using the mouse. The application displays coordinates, a cylinder indicating direction of oZ axis slope, lines connecting centers of overlapped atoms, marking of chosen polygons, dragging handles of polygons and dragging handles of co-cordinates.
When you're done working on your project, simply save it on your computer or print it. All in all, Crystal Modeler is a useful software solution designed to help you create stereographic models from ball-shaped objects.