Package for the data-driven representation of non-linear dynamics over manifolds based on a statistical distribution of local phase portrait features. Includes specific example on dynamical systems, synthetic- and real neural datasets.
A generalised Gaussian process method for learning vector fields over non-Euclidean domains. Particularly useful for EEG data analysis and to regularise vector fields using global structures.
Pytorch implementation of Stable Vector Fields on Lie Groups through Diffeomorphism
Signed Distance Function (SDF) based Python package for procedural construction of geometry.
This app allows you to visualize vector fields in the real world with Augmented Reality.
A C++ library of science, robotics and medicine for creating scalar units and vector units of high-precision, scalar and vector fields, angles, coordinates and points, lab numbers, special units like pH, zone ids, astro ids, matrices of units, among other important features for scientific software!
A Mathematical Model for Orbit Debris Proliferation. This project also includes Jacobian analysis for finding equilibrium solutions and stability point.
Derivative of vis3dpy, vector field visualizer
LIC
An interactive simulation that allows users to create external vectors within an existing vector field and observe how their gradient, divergence, and curl evolve over time. This tool provides a visual way to explore the dynamics of vector fields and deepen understanding of key concepts in vector calculus, such as field behavior and fluid flow
Graphical toolbox for plotting and interpreting 2-dimensional vector fields in physics and engineering
➰ Transforming vector field data
Aplicação de campos vetoriais na previsão de correntes de vento
Visual representation of scalar and vector fields using Numpy's contour and quiver functions. Comparison of vector field computed using Numpy's gradient function with the same vector field plotted using analytically deduced expressions for the gradient. Wrote a program for plotting vector field arrows originating only from contour lines.
Compilation of Latex notes and Python examples for various texts on electrodynamics.
Applying combinatorics in the design of multiversion exams (All files related to that paper)
Graphing Calculator for Complex Functions visualizes complex functions using vector fields with equal-length arrows and domain coloring for magnitude. It includes the Polya vector field, showing the conjugate to represent ideal fluid flow.
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