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A random, revised edition compliant, stars without number sector generator
Library for using a AD9833 Programmable Waveform Generator hardware by Analog Devices.
Code for generating 3 phase sine wave on Arduino Uno PWM outputs
WWDC 2017 Scholarship Recipient. A Swift Playgrounds Book that visually teaches the relationship between sines and circles.
Repository for an article called "Fast MiniMax Polynomial Approximations of Sine and Cosine"
An SVG path animation of a sine wave propogation using Javascript
Performance of DSP-related code compared between C++ and C# .NET, and in Unity C# with and without IL2CPP translation
The term SPWM stands for “Sinusoidal pulse width modulation” is a technique of pulse width modulation used in inverters. An inverter generates an output of AC voltage from an input of DC with the help of switching circuits to reproduce a sine wave by generating one or more square pulses of voltage per half cycle.
Blackman-Harris Window functions (3-, 5-, 7-term etc.) from 1K to 64M points based only on LUTs and DSP48s FPGA resources. Main core - CORDIC like as DDS (sine / cosine generator)
Generates frames for a retro wave effect as seen on SNES and other 16 bit consoles using horizontal displacement. Written in C#.
Helper scripts for the unofficial Stars Without Number revised faction spreadsheet
Creating ramp or sin wave by using DAC R-2R Ladder 8-bit Arduino Uno
Electronic circuits in a virtual laboratory + Arduino
Roll your own sine cosine functions without the JavaScript Math object.
A circle of particles
Node CLI tool for generating wavetables in various formats
Examples for Arduino SPWM and Pure Sine Wave Generation
Simple C++ implementation of a basic Procedural Reverb algorithm. Includes an example usage case with a simulated sinusoidal signal.
Arduino library for using a AD9833 Programmable Waveform Generator hardware by Analog Devices.
Evaluate the cotangent of a number.
Compute the hyperbolic cosecant of a number.
Sine and cosine integrals.
Compute the normalized cardinal sine of a number.
Compute sin(πx).
Create an iterator which computes the normalized cardinal sine for each iterated value.
Create an iterator which evaluates the hyperbolic sine for each iterated value.
Create an iterator which computes the sine of each iterated value times π.