An expression parser supporting multiple types
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Updated
Sep 25, 2024 - C
An expression parser supporting multiple types
Java library to evaluate mathematical expressions
Evaluates mathematical expressions written in infix notation
Learning tree data structures and related algorithms.
Custom implementation of calculator handling operator precedence and parentheses.
Simple calculator in C implementing Shunting-yard algorithm
Math Library
Python implementation of the Shunting-yard algorithm to compute string mathematical expression. Available on PyPI.
An implementation of the shunting yard algorithm by Edsger Dijkstra and a postfix stack evaluator.
A desktop calculator with a synthwave aesthetic. Made with React and Electron.
I will upload every piece of code that is cool to me. These cool codes may include a Coursera course side project or can be a simple zero-player game that is played in Terminal!!!
Implementation of precedence parsers and it's specific case - shunting yard algorithm
An implementation of the shunting-yard algorithm in Java.
∫ App for numerical integration (course project)
A toy self-compiling C compiler.
This toolkit integrates lexical and syntax analysis, parsing of regular expressions with token validation and LR(0) diagram generation based on YAPar and YALex files.
A simple calculator which supports brackets and various operators.
A collection of math expression parsers that were developed in my tutorial series: https://inspirnathan.com/posts/149-math-expression-parser-in-javascript/
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