Merge pull request jv-ransika#28 from JvgRansika/JvgRansika-patch-3

Update README.md

README.md

@@ -1,16 +1,29 @@
 # PyMathZone
-This repository is dedicated to deepening mathematical understanding through Python code implementation.
+**Objective**: Explore and solidify Our understanding of Mathematical Concepts by implementing its from scratch in Python. This project avoids leveraging specialized libraries like NumPy to encourage a deeper grasp of the underlying algorithms and logic.
 
-## Key Features
+---
 
-### Matrix Class:
-  - Represents a matrix as a two-dimensional array of numerical values.
-  - Supports a wide range of operations, including:
-    - Creating matrices
-    - Accessing and modifying elements
-    - Arithmetic operations (addition, subtraction, multiplication)
-    - Transpose
-    - Determinant
-    - Minor, cofactor, cofactor matrix
-    - Adjoint
-    - Inverse
+### Key Features:
+- **Conceptual Implementation**: The provided code directly translates the Mathematical Concepts into Python functions and logic, promoting deeper understanding and potential customization.
+- **No External Dependencies**: This project strictly adheres to implementing the concept without employing external libraries, fostering self-reliance and a hands-on approach.
+---
+### Included Features:
+- Metrix
+- Vectors
+
+---
+
+### Target Audience:
+- Students and developers seeking to:
+- Deepen their understanding of Mathematical Concepts through practical implementation.
+- Explore concepts without relying on pre-built libraries.
+- Utilize the code as a learning resource or reference.
+
+### Getting Started:
+- Clone the repository using ```git clone https://github.com/JvgRansika/PyMathZone.git```.
+- Explore the [Documents](https://github.com/JvgRansika/PyMathZone/wiki) to understand the implementation.
+
+---
+
+### Contributions:
+Feel free to fork, contribute, and suggest improvements! Pull requests addressing comments, enhancing readability, or implementing additional features are welcome.