3D Simulators

In many cases people do not only need to directly visualize different data, but also to perform some kind of simulation based on that data before viewing the results. This is applicable for visualization of complex processes that can not be described by simple set of variables, and require step-by-step data altering and modification of visual representation. 3D simulator is an invaluable tool for understanding and analysis of different scientific processes and natural phenomena.

Purpose: 3D simulators provide a possibility to create and view the vivid representation of real-life processes in 3D environment. They can illustrate any process starting from behavior of water molecules in different conditions, ending with spread of tornadoes and nuclear explosions. Beside the data and its visual representation, simulator has an additional tier between the user and software - it is a mathematical model that describes certain process. Unlike the interaction with 3D editor, in simulator user can view and alter the initial data, but never edit the graphical output.

Areas of Use:

The most common area for application of 3D simulators is science. 3D simulators are used by R & D labs, research centers, study groups and other institutions that deal with complex studies and investigations. 3D simulators are used in physics, chemistry, meteorology, applied psychology, economics, microbiology, astronautics and engineering.

Advantages:

• Clear visualization of almost any mathematical model and ability to instantly evaluate the results
• Significant economy of resources that are required for real-life experiments
• Ability to test experimental hypotheses that are related to social sciences
• Possibility to present the research results to broad audience, thus, increasing the awareness and social responsibility
• Unlimited reusability

Features:

• Ability to alter the input data
• Real-time simulation
• Realistic process visualization
• Possibility to perform the sequential simulation
• Convenient results evaluation through visual representation and output statistics
• Possibility to improve the simulation process based on system's suggestions on how to modify the initial data and other conditions in order to achieve better results

Samples by Program-Ace:

Over the years Program-Ace closely collaborates with scientists, universities and research labs that help us develop realistic simulations of different processes. Our proprietary Ace3D Engine integrates a variety of simulation algorithms for physical phenomena, such as rain, snow, fog, dust, fire and smoke spread, waterfall and realtime sun position. These are simple, yet illustrative examples of our abilities. Unfortunately, more complex simulators developed by Program-Ace, can not be disclosed to the public, as they were developed for military purposes.

Please, contact us for a competent advice of our expert on development of 3D simulator suitable for your specific needs.