GameDev: 3D Renderer Assignment 2

Description

This project implements a 3D vector manipulation library in C++. It provides various functionalities for performing operations on 3D vectors, including scalar multiplication, division, vector addition, subtraction, dot product, cross product, vector reversal, modulus calculation, angle calculation, rotation, and more.

Author

• Name: Yash Pathak
• Roll No.: 231188

Functions

1. Scalar Multiplication

   • Description: Performs scalar multiplication on a 3D vector.
   • Method: scalar_multiplication
   • Usage: Vector3D scalar_multiplication(float s)

2. Scalar Division

   • Description: Performs scalar division on a 3D vector.
   • Method: scalar_division
   • Usage: Vector3D scalar_division(float s)

3. Vector Addition

   • Description: Adds two 3D vectors together.
   • Method: vector_addition
   • Usage: Vector3D vector_addition(const Vector3D& vector2)

4. Vector Subtraction

   • Description: Subtracts one 3D vector from another.
   • Method: vector_subtraction
   • Usage: Vector3D vector_subtraction(const Vector3D& vector2)

5. Dot Product

   • Description: Calculates the dot product of two 3D vectors.
   • Method: dot_product
   • Usage: ft dot_product(const Vector3D& vector2)

6. Vector Product (Cross Product)

   • Description: Calculates the cross product of two 3D vectors.
   • Method: vector_product
   • Usage: Vector3D vector_product(const Vector3D& vector2)

7. Reverse Direction

   • Description: Reverses the direction of a 3D vector.
   • Method: reverse_direction
   • Usage: Vector3D reverse_direction()

8. Component Multiplication

   • Description: Multiplies corresponding components of two 3D vectors.
   • Method: component_multiplication
   • Usage: Vector3D component_multiplication(const Vector3D& vector2)

9. Modulus Calculation

   • Description: Calculates the modulus (length) of a 3D vector.
   • Method: modulus
   • Usage: ft modulus()

10. Scalar Triple Product

    • Description: Calculates the scalar triple product of three 3D vectors.
    • Method: scalar_triple_product
    • Usage: ft scalar_triple_product(const Vector3D& vector2, const Vector3D& vector3)

11. Unit Vector

    • Description: Calculates the unit vector of a 3D vector.
    • Method: unit_vector
    • Usage: Vector3D unit_vector()

12. Polar Representation of Vector

    • Description: Calculates the polar representation of a 3D vector.
    • Method: vector_generator
    • Usage: Vector_Generator vector_generator()

13. Angle Between Vectors

    • Description: Calculates the angle between two 3D vectors.
    • Method: angle_vectors
    • Usage: ft angle_vectors(const Vector3D& vector2)

14. Intersection Point of Vector and Plane

    • Description: Calculates the intersection point of a 3D vector and a plane.
    • Method: intersectionof_vectorandplanes
    • Usage: Vector3D intersectionof_vectorandplanes(const Vector_Generator& vector2)

15. Vector Triple Product

    • Description: Calculates the vector triple product of three 3D vectors.
    • Method: vector_triple_product
    • Usage: Vector3D vector_triple_product(const Vector3D& X, const Vector3D& Y)

16. Rotation About X Axis

    • Description: Rotates a 3D vector about the X-axis by