D-Gaspa/root-finder
A Python-based tool for swiftly pinpointing the roots of mathematical equations. Supports Bisection, Newton, Secant, and more. Input, select, and see your function's roots visualized in real-time.
Python
Issues
- 0
Prepare for Release
#16 opened by D-Gaspa - 0
Draft User Documentation
#15 opened by D-Gaspa - 0
Add Help & Tutorials Section
#14 opened by D-Gaspa - 0
Implement Symbolic Solutions
#13 opened by D-Gaspa - 0
Comprehensive Testing
#12 opened by D-Gaspa - 0
Integrate Graph Visualization Tool
#10 opened by D-Gaspa - 0
Integrate Core Engine with GUI
#11 opened by D-Gaspa - 0
Implement Results Display
#9 opened by D-Gaspa - 0
Add Method Selection & Additional Inputs
#8 opened by D-Gaspa - 0
Develop Equation Input System
#7 opened by D-Gaspa - 0
Design Main Interface Layout
#6 opened by D-Gaspa - 0
Add Tests for Root-Finding Methods
#18 opened by D-Gaspa - 0
Implement Derivative Calculator
#17 opened by D-Gaspa - 0
Implement False Position Method
#5 opened by D-Gaspa - 0
Implement Secant Method
#4 opened by D-Gaspa - 0
Implement Newton's Method
#2 opened by D-Gaspa - 0
Implement Modified Newton's Method
#3 opened by D-Gaspa - 0
Implement Bisection Method
#1 opened by D-Gaspa