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VectDg Class

A 3D vector.

VectDg();

VectDg(double vx, double vy, double vz);

VectDg(VectDg v);

VectDg(bool random);    //Point with random coordinates in [-1,1] range

void Copy(VectDg v);

void Get(out double vx, out double vy, out double vz);

double Get(int i);

double this[int index];

static VectDg operator +(VectDg v0, VectDg v1);

static VectDg operator -(VectDg v0, VectDg v1);

static VectDg operator ^(VectDg v0, VectDg v1); // Cross product

static double operator *(VectDg v0, VectDg v1);// Inner product

static VectDg operator *(double m, VectDg v);// Scaling

void Scale(double m);

double Angle(VectDg v);

void Set(double vx, double vy, double vz);

double Dist(VectDg v);

double DistMax(VectDg v);

bool Is(double x, double y, double z, double tolerance);

bool Is(double x, double y, double z

bool IsOrtho(VectDg v);

bool IsOrtho(VectDg v, double tolerance);

bool IsSame(VectDg v);

bool IsSame(VectDg v, double tolerance);

bool IsCollinear(VectDg v);

bool IsCollinear(VectDg v, double tolerance);

bool IsCoplanar(VectDg v0, VectDg v1);

bool IsCoplanar(VectDg v0, VectDg v1, double tolerance);

bool IsUnitary();

bool IsUnitary(double tolerance);

bool IsZero();

bool IsZero(double tolerance);

double Length();

double LengthMax();

double LengthSquare();

VectDg GetNormalized();

bool Normalize();

bool Normalize(double tolerance);

double Product(VectDg v); //Inner product

VectDg CrossProduct(VectDg vec);

void Rotate(VectDg axis, double angle);

VectDg GetRotated(VectDg axis, double angle);

VectDg GetVectorProjection(VectDg v);

bool MakeOrtho(VectDg v);// Make this orthogonal to v

VectDg GetAnyOrthoVector()

void MakeRandom();//Make random coordinates in [-1,1] range