3D Vector class for graphics development (C #)

Using system;using system.collections.generic;using system.linq;using system.text;namespace VectorDemo{//<        summary>///3D vector class///</summary> public class Vector3 {public float X {get; set;}        Public float Y {get; set;}        Public float Z {get; set;}        <summary>///default constructor, do nothing///</summary> public Vector3 () {}        <summary>///The constructor of the copy vector///</summary>//<param name= "a" ></param> Public Vector3 (Vector3 a) {this.            X = a.x; This.            Y = A.Y; This.        Z = A.Z;        }///<summary>///with the parameter constructor, the initialization is done with three values.        </summary>//<param name= "NX" ></param>//<param name= "NY" ></param> <param name= "NZ" ></param> public Vector3 (float NX, float NY, float NZ) {This .           X = NX; This.            Y = NY; This.        Z = NZ; } #region operator public static bool operator = = (Vector3 v1, Vector3 v2) {return v1. X = = v2. X && v1. Y = = v2. Y && v1. Z = = v2.        Z } public static bool operator! = (Vector3 v1, Vector3 v2) {return v1. X! = v2. X | | V1. Y! = v2. Y | | V1. Z! = v2.        Z }///<summary>//Overloaded unary "-" operator///</summary>//<param name= "V" ></param >//<returns></returns> public static Vector3 operator-(Vector3 v) {RET        Urn New Vector3 (-v.x,-v.y,-v.z); }///<summary>//Heavy Duty two "+" operator///</summary>//<param name= "v1" ></para m>//<param name= "v2" ></param>///<returns></returns> public static Vec Tor3 operator + (Vector3 v1, Vector3 v2) {return new Vector3 (v1. X + v2. X, v1. Y + v2.Y, v1. Z + v2.        Z); }///<summary>//Heavy Two "-" operator///</summary>//<param name= "v1" ></para m>//<param name= "v2" ></param>///<returns></returns> public static Vec Tor3 operator-(Vector3 v1, Vector3 v2) {return new Vector3 (v1. X-v2. X, v1. Y-v2. Y, v1. Z-v2.        Z);        }///<summary>///scalar multiplication///</summary>//<param name= "V" ></param> <param name= "A" ></param>///<returns></returns> public static Vector3 op        Erator * (Vector3 V, float a) {return new Vector3 (v.x * A, V.Y * A, v.z * a);        }///<summary>///<param name= "V" ></param> <param name= "A" ></param>///<returns></returns> public static Vector3 op Erator/(Vector3 V, float a) {float Oneovera = 1.0f/a;//: This does not check the return new Vector3 (v.x * Oneovera, v) except for 0.        Y * Oneovera, v.z * oneovera);        }//+ = operator is not explicitly overloaded, will be overloaded with the + operator and the implicit overload/-= operator is not explicitly overloaded, will be overloaded with the-operator and the implicit overload//*= operator is not explicitly overloaded, and is implicitly overloaded with the overloading of the * operator        The/= operator is not explicitly overloaded, overloading the standard multiplication operator with an overload of the/operator and implicitly overloading//<summary>/////vector point multiplication.        </summary>//<param name= "v1" ></param>//<param name= "v2" ></param>            <returns></returns> public static float operator * (Vector3 v1, Vector3 v2) { Return v1. X * v2. X + v1. Y * v2. Y + v1. Z * v2.        Z public override bool Equals (Object v) {if (!) (            V is Vector3)) {return false;        } return this = = (v as Vector3);        }///<summary>//vector left///</summary>//<param name= "a" ></param> &lT;param name= "V" ></param>///<returns></returns> public static Vector3 operator * (Floa        t A, Vector3 v) {return new Vector3 (A * v.x, A * v.y, A * v.z);        } #endregion///<summary>///Zero trace//</summary> public void Zero ()        {X = Y = Z = 0.0f;            }///<summary>///vector normalization///</summary> public void Normalize () {            float MAGSQ = x * x + y * y + z * z;                if (magsq > 0.0f)//check except 0 {float Oneovermag = (float) (1.0f/math.sqrt (MAGSQ));                X *= Oneovermag;                Y *= Oneovermag;            Z *= Oneovermag; }}///<summary>/////</summary>//&LT;RETURNS&GT;&LT;/RETURNS&G        T        public float Vectormag () {return (float) (MATH.SQRT (x * x + y * y + z * z));  }      <summary>///calculation of two vectors fork///</summary>//<returns></returns>                               Public Vector3 corssproduct (Vector3 v) {return new Vector3 (Y * v.z-z * v.y,        Z * v.x-x * v.z, X * v.y-y * v.x); }///<summary>//Calculate the distance between two points///</summary>//<param name= "V" &GT;&LT;/PARAM&G        T            <returns></returns> Public float Distance (Vector3 v) {float dx = x-v.x;            float dy = y-v.y;            float dz = z-v.z;        return (float) (math.sqrt (DX * dx + dy * dy + dz * dz));        } public override String ToString () {return String.Format ("X:{0},y:{1},z:{2}", X, Y, Z); }    }}

3D Vector class for graphics development (C #)