Open Digital Education CSS framework based on bootstrap
Neo theme by Open Digitale Education"
Open Digital Education Frontend Framework
Make the case correct, PLEASE!
One theme by Open Digital Education"
This library provides useful UI components for an angular application.
This library was generated with [Angular CLI](https://github.com/angular/angular-cli) version 8.2.14.
Neo theme by Open Digital Education"
This library was generated with [Angular CLI](https://github.com/angular/angular-cli) version 8.2.14.
Neo theme by Open Digital Education"
infra-front is the Open Digital Education (ODE) frontend framework. It is wriiten in typescript and it provides features and components to build and run ODE applications :
Neo theme by Edifice
Framework-agnostic state management library designed for simplicity and scalability
Integrate a system of ODEs using the Fourth Order Runge-Kutta (RK-4) method
Global installer for the ODE AI terminal app.
AKA clean architecture. Ode create a guide line style to business layer
What goes around comes around! An ode to the HTML marquee element.
Node URL Shortener
3D physics engine
The Open Design Engine processes and renders designs and provides interface to query and manipulate their contents.
Snac Node Automaton (Cellular)
Integrate a system of ODEs using the Euler method
a dependency upgrade tool for node projects
ODE and DAE solvers for Numra: DoPri5, Tsit5, Verner 6/7/8, Radau5, ESDIRK 3/4/5, BDF, plus forward sensitivity analysis.
Numra: a composable Rust workspace for scientific computing — differential equations (ODE/SDE/DDE/FDE/IDE/PDE/SPDE), optimization, automatic differentiation, linear algebra, statistics, signal processing.
Partial differential equation solvers for Numra via Method of Lines: heat, advection-diffusion, reaction-diffusion in 1D/2D/3D, Stefan moving-boundary problems.
ODE-constrained optimization for Numra: single and multiple shooting, collocation, adjoint sensitivity, parameter estimation for ODE models.
Nonlinear solvers for Numra: Newton-Raphson with line search, analytical or finite-difference Jacobians.
Delay differential equation solvers for Numra: method of steps with embedded Runge-Kutta and Hermite history interpolation.
FFT and spectral analysis for Numra: complex/real FFT, IFFT, 2D FFT, convolution, PSD, Welch, STFT, windowing — built on rustfft.
Numerical integration for Numra: adaptive Gauss-Kronrod, fixed Gauss-Legendre/Laguerre/Hermite, composite rules, double integrals.
Interpolation for Numra: linear, cubic spline (natural/clamped/not-a-knot), PCHIP, Akima, barycentric Lagrange.
Linear algebra abstractions for Numra: dense and sparse matrices, LU/QR/Cholesky/SVD, iterative solvers (CG, GMRES, BiCGSTAB).
Digital signal processing for Numra: IIR (Butterworth, Chebyshev I) and FIR design, zero-phase filtering, resampling, Hilbert transform, peak detection.
Statistics for Numra: probability distributions, descriptive statistics, hypothesis tests (t, chi², KS, ANOVA), regression, correlation.