Search Results for "microstructure"

FlowSignal is a standalone desktop application for real-time cryptocurrency market analysis. It connects to live market data streams and processes multiple microstructure indicators simultaneously to identify potential short-term trading setups. The system generates a signal (LONG or SHORT) with specific entry zone, stop-loss level (~1%), and two take-profit targets. FlowSignalis designed for crypto scalpers and day traders who want a quantitative "second opinion" based on market microstructure data, complementing traditional chart analysis. ...

Flowsurface is a powerful open-source desktop charting platform tailored for crypto markets, built primarily in Rust with a focus on real-time data visualization and market microstructure analysis. Instead of traditional price charts alone, Flowsurface emphasizes order flow and liquidity visualization through advanced chart types like historical DOM heatmaps, footprint charts, and depth ladder displays. This enables traders and analysts to understand actual executed trades, liquidity distribution, and tempo changes that often precede significant market movements. ...

A numerical solver for Cahn-Hilliard and Allen-Cahn equation using semi-implicit Fourier spectral technique. Cahn-Hilliard and Allen-Cahn equations are the canonical phase-field equations used to study problems such as microstructure evolution in materials, phase separation, tumour growth, etc. This project contains two distinct directories — one containing C code for the Cahn-Hilliard equation and the other containing C code for the Allen-Cahn equation. Details for the execution of the code are provided in the respective directories under README file.

Please contact the author at sjc08@ic.ac.uk for any questions or if you wish to cite this application in a academic study. Journal paper available here: http://www.sciencedirect.com/science/article/pii/S2352711016300280 TauFactor is a MatLab application for efficiently calculating the tortuosity factor, as well as volume fractions, surface areas and triple phase boundary densities, from image based microstructural data. The tortuosity factor quantifies the apparent decrease in...

CASUP is a Cellular Automata (CA) library for HPC and supercomputers. It can be used in materials science (microstructure evolution, grain coarsening, fracture etc.), physics (Ising magnetisation) and for many other CA. If you use the library, please reference it as: A. Shterenlikht, L. Margetts, Three-dimensional cellular automata modelling of cleavage propagation across crystal boundaries in polycrystalline microstructures, Proc. Roy. Soc.

The goal of the Elle Project is to provide a general purpose modelling environment for the simulation of rock microstructure evolution. The code is based around a unified description of 2D microstructure.

This project provides a set of solid modeling tools which aims to help processing 3D objects with complex topology and geometry that are widely used in many industrial applications (e.g., microstructure design and manufacturing, biomedical products and applications, jewelry products, reverse engineering). The system is completely GPU-based and heavily based on an implicit representation named LDNI.

The project simulates a generic agent based market model. The aim is to explore intimately, by simulation, the process of price formation and the market microstructure.

iMorph is a multi-platform 3D morphological Tool for analyzing microstructure of porous media. It includes vizualization automatic segmentation, tortuosity and skeletization.

Software tools for processing ocean microstructure data

Mathematical modeling of microstructure evolution in polycrystalline materials. Department of Mathematical Sciences, George Mason University