#include <common/math.hpp>


/* V2ST */

bool
V2ST::operator==(V2ST& b)
{
    bool result = this->x == b.x && this->y == b.y;
    return result;
}



/* V2F32 */

V2F32
V2F32::operator/(float scalar)
{
    V2F32 result {};
    result.x = this->x / scalar;
    result.y = this->y / scalar;
    return result;
}

V2F32
V2F32::operator*(float scalar)
{
    V2F32 result {};
    result.x = this->x * scalar;
    result.y = this->y * scalar;
    return result;
}

V2F32 V2F32::operator+(V2F32 other) {
    V2F32 result {};
    result.x = this->x + other.x;
    result.y = this->y + other.y;
    return result;
}


/* V3F32 */

V3F32 V3F32::operator/(float scalar) {
    V3F32 result = {};
    result.x = this->x / scalar;
    result.y = this->y / scalar;
    result.z = this->z / scalar;
    return result;
}

V3F32 V3F32::operator*(float scalar) {
    V3F32 result = {};
    result.x = this->x * scalar;
    result.y = this->y * scalar;
    result.z = this->z * scalar;
    return result;
}


/* V4F32 */

V4F32
V4F32::operator/(float scalar)
{
    V4F32 result {};
    result.x = this->x / scalar;
    result.y = this->y / scalar;
    result.z = this->z / scalar;
    result.w = this->w / scalar;
    return result;
}

V4F32
V4F32::operator*(float scalar)
{
    V4F32 result {};
    result.x = this->x * scalar;
    result.y = this->y * scalar;
    result.z = this->z * scalar;
    result.w = this->z * scalar;
    return result;
}


/* V2I32 */

bool
V2I32::operator==(V2I32 other)
{
    bool result = x == other.x && y == other.y;
    return result;
}