- MatViz3D is a tool for modeling and visualizing material microstructures using cellular automata. This project - was developed by the Department of Mathematical Modeling and Intelligent Computing at NTU "KhPI" and is - available on GitHub. -
-- Key Features -
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- - Visualize microstructures in 3D format for detailed analysis. - -
- - Zoom and rotate the material cube for closer inspection. - -
- - Save images in various formats for documentation. - -
- - View the histogram of generated grain volume distribution. - -
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- Experience animations for microstructure generation.
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- Target Audience -
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- - Materials scientists and engineers — researchers studying material - microstructures to improve their properties. - -
- - Academics — professors, graduate students, and researchers at technical - universities. - -
- - Mechanical engineers — professionals analyzing material behavior under - stress. + + + -
Available algorithms - + + +
+ MatViz3D is a tool for modeling and visualizing material + microstructures using cellular automata. This project was developed + by the Department of Mathematical Modeling and Intelligent Computing + at NTU "KhPI" and is available on GitHub.
- Von Neumann Cellular Automaton -
-- The von Neumann cellular automaton, developed in the 1940s, is based on the concept of a - self-replicating - machine. Each cell has 6 neighbors, which share a side with it, and the future state of the cell depends - on - its own state and the state of its neighbors. -
-Key Features
+-
+
- + Visualize microstructures in 3D format for detailed + analysis. + +
- + Zoom and rotate the material cube for closer + inspection. + +
- + Save images in various formats for documentation. + +
- + View the histogram of generated grain volume + distribution. + +
- + Experience animations for microstructure generation. + +
- + Choose an algorithm for analyzing material + microstructure. + +
- Probabilistic Ellipse Cellular Automaton -
-- The Probabilistic Ellipse is a modification of the Probabilistic Cellular Automaton, differing only in - the probabilities assigned to the neighbors of the grain (the starting cell). -
+Target Audience
+-
+
- + Materials scientists and engineers — researchers + studying material microstructures to improve their + properties. + +
- + Academics — professors, graduate students, and + researchers at technical universities. + +
- + Mechanical engineers — professionals analyzing material + behavior under stress. + +
- + Computer modeling specialists — for 3D visualization + and analysis of complex structures. + +
- Probabilistic Circle Cellular Automaton -
-- The Probabilistic Cellular Automaton is a modification of the classical automaton with random or - probabilistic elements. Like in the Moore automaton, each cell has 26 neighbors, but each neighbor is - assigned a probability of being filled. -
-Available algorithms
- Moore Cellular Automaton -
-- The Moore cellular automaton, developed by Edward Moore in 1962, is one of the most widely studied in - the field of complex systems research. Each cell has 26 neighbors, which share a side or a corner with - the grain. The future state of the cell depends on its own state and the state of its neighbors. -
-Von Neumann Cellular Automaton
++ The von Neumann cellular automaton, developed in the 1940s, is + based on the concept of a self-replicating machine. Each cell + has 6 neighbors, which share a side with it, and the future + state of the cell depends on its own state and the state of + its neighbors. +
+- Radial Cellular Automaton -
++ Probabilistic Ellipse Cellular Automaton +
++ The Probabilistic Ellipse is a modification of the + Probabilistic Cellular Automaton, differing only in the + probabilities assigned to the neighbors of the grain (the + starting cell). +
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++ Probabilistic Circle Cellular Automaton +
++ The Probabilistic Cellular Automaton is a modification of the + classical automaton with random or probabilistic elements. + Like in the Moore automaton, each cell has 26 neighbors, but + each neighbor is assigned a probability of being filled. +
+Moore Cellular Automaton
++ The Moore cellular automaton, developed by Edward Moore in + 1962, is one of the most widely studied in the field of + complex systems research. Each cell has 26 neighbors, which + share a side or a corner with the grain. The future state of + the cell depends on its own state and the state of its + neighbors. +
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