Representation of dependencies in the form of graphs and diagrams is usual for mathematicians. Obviously, this way of presenting information is clearer. Of course, if you need accurate values, it is more reasonable to present them in tables. But, in order for someone else to show the results of calculations (for example, students) it is certainly easier to present the data in graphical form. This is how data is perceived more easily. Typically, data visualization in the form of graphs or charts is used in scientific articles or reports. However, more and more often in the direction of graphical representation of information look and representatives of other professions: managers, economists, analysts. If you are persuading the presentation of potential sponsors to invest in your idea will just call the numbers of future profits, it is unlikely that you will be able to get the money. Here it is necessary to involve all channels of perception of information. Beautifully creeping up the curve of future income is much more convincing than dry figures try wpf chart. It – works.
Online data visualization on websites is also in demand. For example, to show the visitor the dynamics of visits or sales growth in the online store. Look at our example here and you will agree that it is clear and clear. Or here is another example of dynamic graphics.
If we are talking about the simplest options, for example, the construction of 3D–graphics on an array of data with subsequent placement on the site, such frameworks have dozens if not hundreds. It is much more difficult to implement the processing and presentation of large amounts of data. Yes, if you want high speed machining. But, much more difficult is the case when you create a specialized software product for special purposes, for example, for medical devices with visualization of research data or software for equipment that takes data from sensors in real time. Of course, you can use the built–in capabilities of the selected programming language. But, often such opportunities or scarce or have a number of restrictions on use. This is where the new product AtomicusChart– data visualization can come in handy, which is optimized for graphics adapters and allows you to process large data at high speed for subsequent visualization. If you expect inter–frame processing, then usually the computational process is given very little (for example, less than 1/30 of a second for 30 frames per second), and therefore high requirements for processing speed and data presentation in real time. Big Data arrays.
The use of specialized packages with developed libraries for data visualization (such as Mathematica) is poorly suited for such purposes. AtomicusChart® licenses – in fact a specialized library with support for DirectX 11 and .NET Framework 4.7 can be integrated into the developed software for the most simple and effective implementation of 2D, 3D dynamic graphics.
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