exponential

Python library providing function decorators for configurable backoff and retry

A simple, stateless, functional mechanism to perform actions repetitively until successful.

The set of smoothing functions used for time series analysis and in forecasting.

Utility functions for exponential integrators for the SciML scientific machine learning ecosystem

Back-off algorithm implementation

Lightweight module to convert number from exponential notation to a human readable string.

Delayed iteration for polling and retries.

My implementation of the regression algorithms

Implementation of learning rate finder in TensorFlow

Simple Async busy wait module for Node.JS

Homomorphic Filter implementation for Openframeworks using ofxCv

True Exponential JS incremental game

Lightweight module to convert number to a pretty human readable string.

A tool to visualize regression analysis using various regression methods.

JavaScript price kit formatter beautify incoming numbers to human likes format. Try it online https://npm.runkit.com/price-like-humans

covid19 exponential forecast

This incremental game (Point Generation) was entirely made by me. The goal is to reach 1e100 prestige points, from now. Good Luck!

A small library which handles decaying exponential backoff. This is useful if you want to start throttling something whilst it is going wrong, but recover once things start working again.

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.

Non-iterative exponential regression with constant term

Basic class to handle requests and resend them using exponential back-off

Exponentially distributed pseudorandom numbers.

Exponential function.

Exponential distribution standard deviation.

A simple storage format with scopes and a C-like syntax.

Hi guys. I developed this Java code, for demonstration purposes. This Code, creates a Java GUI (with swing and awt library) showing the graph of the function f (x) = 3 + [x-1] * exp(-x / 3). In addition to the graph of the function, the GUI also shows the Cartesian axes. This software also to change the extremes of the graph and enlarge or reduce the graph. I hope it's simple. Good luck!

Create an iterator for generating pseudorandom numbers drawn from an exponential distribution.

Create a readable stream for generating pseudorandom numbers drawn from a Laplace (double exponential) distribution.

Evaluate bˣ - 1.

Exponential function.