ForCAD - A parallel Fortran library for geometric modeling using NURBS
Python 3 library for isogeometric analysis
3D B-Spline renderer built with Qt, OpenGL and Eigen. Visualizes spline curves and control points in 3D.
B-Spline Density Estimation Library - nonparametric density estimation using B-Spline density estimator from univariate sample.
Collection of discrete- and continuous-time motion parametrizations.
This project explore the use of the Space Colonization Algorithm, Generalized Cylinders and BSplines for realistic, 3Dimentional Tree generation.
This project provides a Python implementation of the Piecewise G1 Bezier Fit algorithm, which is used for fitting Bezier curves.
Experience the convergence of reinforcement learning and finance in this project, which implements a Q-learning agent for option pricing under the Black–Scholes model. Leveraging Monte Carlo simulation, B-spline basis functions, and a variance-based reward, the agent learns optimal hedging strategies to generate accurate, risk-neutral option price.
COMP4411 Project 4
This repository contains the code that returns the BSpline basis functions.
This repository contains the code to calculate bezier extraction operator to generate the B-spline/NURBS basis function from Bezier basis functions.
Drawing lines and curves in JS
Draws a curve through a user-defined set of points, based on the polynomial order specified
This project provides a Python implementation of the Piecewise G1 Bezier Fit algorithm, which is used for fitting piecewise G1 continuous Bezier curves.
Multivariate simplex b-spline than can be fitted to N dimensional data using least squares
B-spline DPD on ADALM-Pluto SDR
This is a implementation of the basic B-spline approximation for a set of 2d points.
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