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Cluster.cpp
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Cluster.cpp
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#include "Cluster.h"
namespace Clustering{
unsigned int Cluster::__idGenerator = 0;
const Point Cluster::Centroid::get() const{
}
void Cluster::Centroid::set(const Point &p){
}
bool Cluster::Centroid::isValid() const{
}
void Cluster::Centroid::setValid(bool valid){
}
void Cluster::Centroid::compute(){
}
bool Cluster::Centroid::equal(const Point & a) const{
}
void Cluster::Centroid::toInfinity(){
}
Cluster::Cluster(unsigned int d) : __dimensionality(d), __size(0), __points(nullptr), __id(__idGenerator++), centroid(d, *this){
}
// The big three: cpy ctor, overloaded operator=, dtor
Cluster::Cluster(const Cluster & copy){
}
Cluster &Cluster::operator=(const Cluster & copy) {
__size = copy.__size;
}
Cluster::~Cluster(){
}
// Getters/setters
unsigned int Cluster::getSize() const{ // TODO add to the requirements
return __size;
}
unsigned int Cluster::getDimensionality() const{
}
unsigned int Cluster::getId() const{
}
// Set functions: They allow calling c1.add(c2.remove(p));
void Cluster::add(const Point & a){ // TODO add asc order to the requirements
}
const Point &Cluster::remove(const Point & a){
}
bool Cluster::contains(const Point & p) const{
}
void Cluster::pickCentroids(unsigned int k, Point **pointArray){
}
// Overloaded operators
// Members: Subscript
const Point &Cluster::operator[](unsigned int index) const{ // notice: const
}
// Members: Compound assignment (Point argument)
Cluster &Cluster::operator+=(const Point & a){
}
Cluster &Cluster::operator-=(const Point & a){
}
// Members: Compound assignment (Cluster argument)
Cluster &Cluster::operator+=(const Cluster & a){ // union
}
Cluster &Cluster::operator-=(const Cluster & a){ // (asymmetric) difference
}
// Friends: IO
std::ostream &operator<<(std::ostream & outData, const Cluster & a){
}
std::istream &operator>>(std::istream & inData, Cluster & a){
}
// Friends: Comparison
bool operator==(const Cluster & a, const Cluster & b){
}
bool operator!=(const Cluster & a, const Cluster & b){
}
// Friends: Arithmetic (Cluster and Point)
const Cluster operator+(const Cluster & a, const Point & b){
}
const Cluster operator-(const Cluster & a, const Point & b){
}
// Friends: Arithmetic (two Clusters)
const Cluster operator+(const Cluster & a, const Cluster & b){ // union
}
const Cluster operator-(const Cluster & a, const Cluster & b){ // (asymmetric) difference
}
Cluster::Move::Move(const Point &p, Cluster &from, Cluster &to) : __p(p), __from(from), __to(to){
}
void Cluster::Move::perform(){
}
}