limits

command module

v0.0.0-...-6b8b95b Latest Latest Go to latest Published: Apr 23, 2024 License: MIT Imports: 3 Imported by: 0

Details

Valid go.mod file
Redistributable license
Tagged version
Stable version
Learn more about best practices

Repository

github.com/mrbhanukab/limits

Links

Open Source Insights

README ¶

Limits Simulator

A Limits Simulator is a command-line tool that helps users visualize the limits of mathematical functions as a variable approaches a specific value.

Watch the video

Video:- https://www.youtube.com/watch?v=ZRb3XgcyKiI

Introduction

The Limits Simulator is a tool designed to help users understand the concept of limits in calculus. It allows users to input a mathematical function, a value for the variable, and a range around the variable to visualize the behavior of the function as the variable approaches the given value.

Features

Allows users to input a mathematical function and a value for the variable.
Visualizes the behavior of the function as the variable approaches the given value.
Supports a range around the variable for visualization.

Technologies Used

Language/Framework: Go
Library: govaluate (for evaluating mathematical expressions)

Supported Operating Systems

Also Support

aix/ppc64
android/386
android/amd64
android/arm
android/arm64
darwin/amd64
darwin/arm64
dragonfly/amd64
freebsd/386
freebsd/amd64
freebsd/arm
freebsd/arm64
freebsd/riscv64
illumos/amd64
ios/amd64
ios/arm64
js/wasm
linux/386
linux/amd64
linux/arm
linux/arm64
linux/loong64
linux/mips
linux/mips64
linux/mips64le
linux/mipsle
linux/ppc64
linux/ppc64le
linux/riscv64
linux/s390x
netbsd/386
netbsd/amd64
netbsd/arm
netbsd/arm64
openbsd/386
openbsd/amd64
openbsd/arm
openbsd/arm64
openbsd/ppc64
plan9/386
plan9/amd64
plan9/arm
solaris/amd64
wasip1/wasm
windows/386
windows/amd64
windows/arm
windows/arm64

Limits of "Limits Simulator"

The function variable should be denoted by 'x'.
Trigonometric functions (e.g., sin, cos, tan) are not supported.
The value of X cannot be set to infinity (e.g., x->infinity is not supported).
Only these arithmetic operators are supported: -, , /, ** or ^, % (* and ^ refers to "take to the power of", for example 2**2 or 2^2 is equal to 4.)

Setup & Installation

Recommended Way for Most Users

Step 1: Download the executable file for your operating system:
Step 2: Once downloaded, navigate to the directory where the executable is located.
Step 3: Give execute permission (only on linux and macos) to the executable by running the following command:

  chmod +x ./limits-linux-amd64

Step 4: Open a terminal or command prompt in that directory.
Step 5: Run the executable file by typing its name and pressing Enter.
- For example, on Windows: limits-windows-amd64.exe
- For example, on macOS: ./limits-darwin-amd64
- For example, on Linux: ./limits-linux-amd64

Build by Yourself

Prerequisites

Go installed on your machine.

Steps

Clone the repository: git clone https://github.com/mrbhanukab/limits.git.
Navigate to the project folder: cd limits
Build the project: go build.
Run the executable file for your operating system located in the build directory.

Usage

To use the Limits Simulator, follow these steps:

Enter a mathematical function when prompted.
Provide a value for the variable (x).
Specify the range around the variable for visualization.
The simulator will display the behavior of the function as the variable approaches the given value.

you@computer:/path/to/project/limits$ ./build/limits-linux-amd64

{Logo & Notes will visible here}

Enter the function:
2*x^5+8*x-5
Value of X (x->?):
0
Range around X (e.g., if you enter 2, it will use 2 -> -2):
4
Step size for evaluation:
1
⬇️ -4.00 -> -2085.00
⬇️ -3.00 -> -515.00
⬇️ -2.00 -> -85.00
⬇️ -1.00 -> -15.00
⬇️ 0.00 -> -5.00
🔽

0.00 -> -5.00

🔼
⬆️ 1.00 -> 5.00
⬆️ 2.00 -> 75.00
⬆️ 3.00 -> 505.00
⬆️ 4.00 -> 2075.00



 Limit of 2*x**5+8*x-5 as (x -> 4.00) approaches -5.00