How is Thinkmap different from other visualization software?
Thinkmap is unique in its flexibility, scalability, and compatibility. Thinkmaps flexible architecture allows developers to create highly dynamic, visual interfaces for a broad variety of data sources. Each element of a Thinkmap display – from the length and thickness of a line to the color, size, shape, and movement of a node – is infinitely configurable, so that interfaces can be designed to perform specific tasks and depict incredible information density in an intuitive and clear manner. Because these elements can be mapped to properties in the data set, Thinkmap can show both qualitative and quantitative data. In addition to its flexibility, Thinkmap offers a scalable and compatible solution. It is designed in such a way that it is easily configurable, efficient, and able to coexist in a large variety of legacy systems. Thinkmaps modularity enables rapid development of new application systems, and because its datasource API is standards-based, Thinkmap works well within most standa
Thinkmap is unique in its flexibility, scalability, and compatibility. Thinkmap’s flexible architecture allows developers to create highly dynamic, visual interfaces for a broad variety of data sources. Each element of a Thinkmap display – from the length and thickness of a line to the color, size, shape, and movement of a node – is infinitely configurable, so that interfaces can be designed to perform specific tasks and depict incredible information density in an intuitive and clear manner. Because these elements can be mapped to properties in the data set, Thinkmap can show both qualitative and quantitative data. In addition to its flexibility, Thinkmap offers a scalable and compatible solution. It is designed in such a way that it is easily configurable, efficient, and able to coexist in a large variety of legacy systems. Thinkmap’s modularity enables rapid development of new application systems, and because its datasource API is standards-based, Thinkmap works well within most stan