![]() The overall goal is to provide an overview of these powerful techniques and start a discussion how these techniques can aid in the analysis of astrophysical = , This paper will provide a brief introduction into topological structures like the contour tree and Morse-Smale complex and show how to apply them to define features in different science domains such as combustion. ![]() Topology-based techniques offer an extremely flexible means for general feature definitions and have proven useful in a variety of scientific domains. However, features of interest in scientific simulations are extremely varied, making it challenging to develop cross-domain feature definitions. Detecting these regions makes it possible to derive statistics about their size and track them over time. ![]() In combustion simulations, for example, burning regions, which are characterized by high fuel-consumption, are a possible feature of interest. Defining high-level features, detecting them, tracking them and deriving quantities based on them is an integral aspect of modern data analysis and visualization.
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