There are 0 repository under quadratic topic.
Quadratic | Data Science Spreadsheet with Python & SQL
Quadratic Funding is the mathematically optimal way to fund public goods in a democratic community.
Realtime raytracer using SIMD on ARM, MIPS, PPC and x86
A Julia package that solves Linearly Constrained Separable Optimization Problems using ADMM.
QF where you fund with your clout - not your $$$
A Julia package for manipulation of univariate piecewise quadratic functions.
Quadratic Solver: Quadratic Equation Calculator (A X^2 + B X^1 + D = 0)
An example of active vibration attenuation by linear quadratic control entirely implemented in ANSYS APDL.
A multiplayer game for quadratic equations
Polynomial-converter is a website make for student who are fed up to convert yourself quadratics polynimomials to canonical or factorised form
Quadratic Equation Solver. We can help you solve an equation of the form "ax2 + bx + c = 0" Just enter the values of a, b and c below: a. x2 +. b. x +. c. = 0.
With the help of a brand new KATS package, we can detect outliers, change points, and build very strong Time Series Analysis models. By inspecting this repository you can get a solid vision of KATS on real Covid-19 data of Azerbaijan.
A native (no external libraries) golang 3D ray tracing renderer, that implements Ray intersection via the Phong-Reflection Model, Recursive Shape grouping with AABB optimizations and Constructive Solid Geometry, augmented with recursively defined Patterns, Perlin/Simplex noise algorihthms, and an efficient convex-hull/half-edge Delaunay Triangulation implementation
Arduino based regression tool for calculating coefficients for fitting. This serial menu driven script provides the capability for using regression to determine fitting coefficients for multiple types of potential fitting equations linear, quadratic, power, exponential, and logarithmic functions from input data either supplied or measured via microcontroller ADCs. It can be used for sensor calibration and provide fitting summaries and coefficients. After reading values and calculating fits and goodness of fits (along with average and absolute errors) it will allow the saving of fitting cofficients into onboard EEPROM to be recalled by anothe rprogram. The intent of this operation is to use this as a program to calibrate onbboard sensors where the saved data can be recalled from the EEPROM as required. It has been tested as functional on Arduino Uno and Arduino Mega. NOTE: Limited memory on microcontrollers limits the practicality of regressions with very large datasets. A library based version of this script is in development currently.
A C# winforms calculator application
by hllqk 一个基于php的直接上传的简约图床或文件上传
Quadratic font curve path inspector
Automatic Equation Solver
Tkinter python application to solve quadratic equations.
These are the coding assignments given as a part of the course, Underactuated robotics at CMU.
Tool to convert Cubic to Quadratic Bezier curves in SVG files
Programm for solving square equations written (kind of) as big-a*s project. Check README.md for more details.
PathSource for Fonts or other output
Quadratic Equation GUI based program
End to End Machine Learning Projects Examples
A program that will be able to solve any linear, quadratic or cubic equation
Standalone HTML page that allows viewing an H5P using h5p-standalone
Command line program to find the zeroes of a quadratic polynomial in form ax^2 + bx + c.
Polynomials are mathematical objects which are expressions of variables and coefficients added to-gether. These polynomials can use operator overloading in a very intuitive manner since most of the operators that we can overload are mathematical operators, which can also be applied to polynomials.