Be The Wing.

/* 09-11-20 FRI Obj_*/
#include<iostream>
using namespace std;

class Complex
{
 private :
   double real;
   double image;
 public:
   Complex(double r=0,double i=0);
   void ShowComplex();
   void ShowComplex(char);
   void SetReal(double r);
   void SetImage(double i);
   double GetReal();
   double GetImage();
   void ReFresh(double r, double i);
   Complex operator+(Complex B);
   Complex operator-(Complex B);
   Complex operator*(Complex B);
   Complex operator/(Complex B);
   void OPer(char op, Complex a, Complex b);
};

Complex::Complex(double r, double i){
 real = r;  image = i;  }

void Complex::OPer(char op, Complex a, Complex b){
 if(op=='+'){
  real = a.GetReal() +  b.GetReal();
  image = a.GetImage() + b.GetImage();
 }else if(op=='-'){
  real = a.GetReal() - b.GetReal();
  image = a.GetImage() - b.GetImage();
 }
}

void Complex::ReFresh(double r, double i){
 real = r; image = i; }

void Complex::SetReal(double r)  { real = r;   }
void Complex::SetImage(double i) { image = i;  }

double Complex::GetReal() {  return real;  }
double Complex::GetImage() {  return image; }

void Complex::ShowComplex(){
 cout<<"("<< real <<" + "<< image <<" i )"<<endl;  }

void Complex::ShowComplex(char ch){
 cout<<"("<< real <<" "<<ch<<" "<< image <<" i )"<<endl;  }

Complex  Complex::operator+(Complex B)
{
 Complex Temp;
 Temp.SetReal(B.GetReal() +  this->GetReal());
 Temp.SetImage(B.GetImage() + this->GetImage());

 return Temp;
}
Complex  Complex::operator-(Complex B)
{
 Complex Temp;
 Temp.SetReal( this->GetReal() - B.GetReal() );
 Temp.SetImage(this->GetImage() - B.GetImage());

 return Temp;
}
Complex  Complex::operator*(Complex B)
{
 Complex Temp;
 Temp.SetReal((B.GetReal() *  this->GetReal()) - (B.GetImage()*this->GetImage() ) );
 Temp.SetImage((B.GetReal() * this->GetImage()) + (this->GetReal() * B.GetImage()) );

 return Temp;
}
Complex  Complex::operator/(Complex B)
{
 double a,b,c,d;
 Complex Temp;
 
 a=this->GetReal();
 b=this->GetImage();
 c=B.GetReal();
 d=B.GetImage();
 
 
 Temp.SetReal( ((a*c)-(b*d))/((c*c)+(d*d)) );
 Temp.SetImage( (a*d-c*b) / ( c*c+d+d) );
 return Temp;
}

void main()
{
 Complex x(10,20);
 Complex y(20,5);
 Complex z;

 cout<<"x = ";  x.ShowComplex();
 cout<<"y = ";  y.ShowComplex();
 cout<<"z = ";  z.ShowComplex();
 cout<<endl;
 /*z.ReFresh( x.GetReal() + y.GetReal(),
    x.GetImage() + y.GetImage()
    );
 */
 cout<<"OPER : *"<<endl;
 z=x*y;
 x.ShowComplex();
 y.ShowComplex();
 z.ShowComplex(); 
 cout<<endl;
 
 cout<<"OPER : /"<<endl;
 z=x/y;
 x.ShowComplex();
 y.ShowComplex();

}

/* 09-11-06 FRI Obj_*/
#include<iostream>
using namespace std;

class Complex
{
 private :
   int real;
   int image;
 public:
   Complex(int r=0,int i=0);
   void ShowComplex();
   void SetReal(int r);
   void SetImage(int i);
   int  GetReal();
   int  GetImage();
   void ReFresh(int r, int i);

   void OPer(char op, Complex a, Complex b);
};

Complex::Complex(int r, int i){
 real = r;  image = i;  }

void Complex::OPer(char op, Complex a, Complex b){
 if(op=='+'){
  real = a.GetReal() +  b.GetReal();
  image = a.GetImage() + b.GetImage();
 }else if(op=='-'){
  real = a.GetReal() - b.GetReal();
  image = a.GetImage() - b.GetImage();
 }
}

void Complex::ReFresh(int r, int i){
 real = r; image = i; }

void Complex::SetReal(int r)  { real = r;   }
void Complex::SetImage(int i) { image = i;  }

int Complex::GetReal() {  return real;  }
int Complex::GetImage() {  return image; }

void Complex::ShowComplex(){
 cout<<"("<< real <<" + "<< image <<" i )"<<endl;  }

void main()
{
 Complex x(10,20);
 Complex y(20,5);
 Complex z;

 cout<<"x = ";  x.ShowComplex();
 cout<<"y = ";  y.ShowComplex();
 cout<<"z = ";  z.ShowComplex();
 cout<<endl;
 /*z.ReFresh( x.GetReal() + y.GetReal(),
    x.GetImage() + y.GetImage()
    );
 */

 z.OPer('+',x,y);
 cout<<"x + y = ";  z.ShowComplex();

 z.OPer('-',x,y);
 cout<<"x - y = ";  z.ShowComplex();

}

 닌텐도 wii모콘 끝에 달려있는 적외선 카메라를 모니터에 달고, 기존 TV위에 설치하던 LED 센서를 모자에 달아, 얼굴을 쉽게 추적하게 한 프로토타입... 위의 데모와 거의 유사한 형태이다. 제작은 카네기 멜른의 Johnny Chung Lee... 참고로 위모트는 1024x768 해상도의 적외선 카메라가 달려있고, 100Hz로 4점 트래킹이 가능하며, 100Hz로 동작하는 +/-3g 8비트 3축 가속센서(accelerometer)가 포함되어 있다.

휴대폰이나 PC에는 이미 나를 찍는 카메라가 달려있기 때문에, 향후, 휴대폰이나 PC등에서 위의 3차원 기술등이 적용된 어플리케이션, 게임들을 쉽게 볼 수 있을 것이다.

출처 : 몬스터 디자인그룹
http://monsterdesign.tistory.com/850