I'm getting a bit confused with my vector class that I made and thought I understood but obviously not. The problem comes with the operator use I think but I just followed a tutorial on t'internet.
Vector3.h
#pragma onceclass Vector3f{public: float x; float y; float z; // Constructors Vector3f(void); Vector3f(float argX, float argY, float argZ); ~Vector3f(void); // Destructor // Copy constructor Vector3f(const Vector3f &argVector); void operator = (const Vector3f &argVector) { x = argVector.x; y = argVector.y; z = argVector.z; } void operator += (const Vector3f &argVector) { x += argVector.x; y += argVector.y; z += argVector.z; } void operator -= (const Vector3f &argVector) { x -= argVector.x; y -= argVector.y; z -= argVector.z; } //Vector - Vector operators Vector3f operator + (const Vector3f &argVector) const { return Vector3f(x + argVector.x, y + argVector.y, z + argVector.z); } Vector3f operator - (const Vector3f &argVector) const { return Vector3f(x - argVector.x, y - argVector.y, z - argVector.z); } Vector3f operator / (const Vector3f &argVector) const { return Vector3f(x / argVector.x, y / argVector.y, z / argVector.z); } Vector3f operator * (const Vector3f &argVector) const { return Vector3f(x * argVector.x, y * argVector.y, z * argVector.z); } //Vector - Float operators Vector3f operator * (float argScale) const { return Vector3f(x * argScale, y * argScale, z * argScale); } Vector3f operator / (float argScale) const { return Vector3f(x / argScale, y / argScale, z / argScale); } // Dot product float Dot(Vector3f &argVector); //Cross Vector3f Cross(Vector3f &argVector); float Length(); void Normalise(); void PrintVector();};Vector3.cpp
using namespace std;Vector3f::Vector3f(void){ x = 0; y = 0; z = 0;}Vector3f::Vector3f(float argX, float argY, float argZ){ x = argX; y = argY; z = argZ;}Vector3f::~Vector3f(void){}// Dot productfloat Vector3f::Dot(Vector3f &argVector){ return x * argVector.x + y * argVector.y + z * argVector.z;}// Cross productVector3f Vector3f::Cross(Vector3f &argVector){ return Vector3f( y * argVector.z - z * argVector.y, z * argVector.x - x * argVector.z, x * argVector.y - y * argVector.x);}void Vector3f::Normalise(){ x = x / Length(); y = y / Length(); z = z / Length();}float Vector3f::Length(){ return sqrt(x * x + y * y + z * z);}void Vector3f::PrintVector(){ cout<< x << ", " << y << ", " << z << endl;}And this is the error I sometimes get:
error LNK2019: unresolved external symbol "public: __thiscall Vector3f::Vector3f(class Vector3f const &)" (??0Vector3f@@QAE@ABV0@@Z) referenced in function........
fatal error LNK1120: 1 unresolved externals
Sometimes I get problems and it seems that if I put a & in front of the vector name then it goes away and sometimes I end up creating a new vector by just calling all the vectors x, y, zs (not ideal really!).
Is the the way I am declaring them maybe?? at the moment I normally just declare them as normal i.e. Vector3f mooVec = Vector3f(x, y, z);
Please help!!
Thanks
