rt300@22: #pragma once
rt300@22: 
rt300@22: #include "ofMain.h"
rt300@22: #include <functional>
rt300@22: 
rt300@22: 
rt300@22: 
rt300@22: template <typename T>
rt300@22: vector<T> makeVector(T a1, T a2,T a3,T a4,T a5,T a6, T a7, T a8){
rt300@22:     
rt300@22:     vector<T> vec;
rt300@22:     vec.push_back(a1);
rt300@22:     vec.push_back(a2);
rt300@22:     vec.push_back(a3);
rt300@22:     vec.push_back(a4);
rt300@22:     vec.push_back(a5);
rt300@22:     vec.push_back(a6);
rt300@22:     vec.push_back(a7);
rt300@22:     vec.push_back(a8);
rt300@22:     return vec;
rt300@22: }
rt300@22: 
rt300@22: 
rt300@22: //-------------------------------------------------------------
rt300@22: //-------------------------------------------------------------
rt300@22: template <class T>
rt300@22: class randomiseCCVal : public unary_function<T, T>{
rt300@22: public:
rt300@22:     T operator()(T a){
rt300@22:         return ofRandom(0,127);
rt300@22:         
rt300@22:     };
rt300@22: };
rt300@22: template <class T>
rt300@22: class randomiseCCValIf : public binary_function<T, bool, T>{
rt300@22: public:
rt300@22:     T operator()(T a, bool doit ){
rt300@22:         if (doit)
rt300@22:             return ofRandom(0,127);
rt300@22:         return a;
rt300@22:         
rt300@22:     };
rt300@22: };
rt300@22: template <class T>
rt300@22: class printThing : public unary_function<T, void>{
rt300@22: public:
rt300@22:     void operator()(T a){
rt300@22:         cout << a << endl;
rt300@22:         
rt300@22:     };
rt300@22: };
rt300@22: 
rt300@22: template <class T>
rt300@22: class difference : public binary_function<T, T, T>{
rt300@22: public:
rt300@22:     T operator()(T a, T b ){
rt300@22:         return abs(a - b);
rt300@22:     };
rt300@22: };
rt300@22: template <class T>
rt300@22: class squared : public unary_function<T, T>{
rt300@22: public:
rt300@22:     T operator()(T a ){
rt300@22:         return a*a;
rt300@22:     };
rt300@22: };
rt300@34: 
rt300@34: float euclideanDistance(vector<int> v1, vector<int> v2);