Have you seen this kind of pull-down menu anywhere else? If you like to see GUI innovation and excitement, this is the right place.
XRosyGUI is 16- and 32-bit OCX/ActiveX controls for developing versatile, intuitive and great-looking GUIs.
You want good GUIs, but you also know they require a huge amount of skilled C programming effort. That is why you are looking for an easy ActiveX tool. But have you ever thought about what would be a superb GUI tool? XRosyGUI gives you a unique answer: a tool allowing you to simulate any interactive scenes containing any objects, which in turn can have unlimited descendant scenes and objects.
An XRosyGUI scene can be any things --- e.g. an office, a shopping center, an instrument control panel, or a beautiful virtual world full of on-screen renderings of objects casting accurate shadows --- only imagination is the limit. Conventional windows GUI elements, such as buttons, checkboxes, menu bars and toolbars etc., are just special cases of XRosyGUI scenes or objects.
XRosyGUI can simulate any interactive scenes and processes - XRosyGUI supports unlimited scene/object trees, and flexible grouping of scenes and objects. Scenes and objects can have nested descendant scenes and objects. There is no limit on this descendant level depth. Clicking on an object in a scene will automatically display or hide some objects or scenes; or trigger an event for you to handle.
A real-life example of accessing objects embedded in a house may assist you in getting a sense of XRosyGUI’s simulating power: when you click on the house’s kitchen window, you can display the kitchen containing different objects such as oven, dish washer and refrigerator; when you click on the refrigerator, you can display a variety of fruit like apple, banana, and orange; when you click on the home theater room window of the house, you can hide the kitchen as well as its embedded objects, while displaying the home theater room containing an array of home entertainment devices like TV, VCR and remote control that are fully functional and ready for operation. The pictures below illustrate this process.
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