THMMY.gr

class system:private source_1,private source_2
{

 float T;

 public:

 void source1sim(float P);
 void source2sim(float P);
 void bothsourcessim(float P);

};


void system :: source1sim(float P)
{
 T=F1*C1/(P+Ps2);
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 cout<<"\nisxys pou parexetai apo thn phgh 1: "<<P+Ps2;
 cout<<"\nisxys pou aporofatai apo thn phgh 2: "<<Ps2;
}

void system :: source2sim(float P)
{
 T=(Fa*Ca+Fb*Cb)/(P+Ps1);
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 cout<<"\nisxys pou parexetai apo thn phgh 2 : "<<P+Ps1;
 cout<<"\nisxys pou aporofatai apo thn phgh 1: "<<Ps1;
}

void system :: bothsourcessim(float P)
{
 float P1,P2;
 T=(F1*C1+Fa*Ca+Fb*Cb)/P;
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 P1=P*F1*C1/(F1*C1+Fa*Ca+Fb*Cb);
 P2=P*( Fa*Ca+Fb*Cb)/(F1*C1+Fa*Ca+Fb*Cb);
 cout<<"\nisxys pou parexetai apo thn phgh 1: "<<P1;
 cout<<"\nisxys pou parexetai apo thn phgh 2: "<<P2;
}

#include <iostream.h>
#include <stdlib.h>

class source_1
{
 protected:

 float F1,C1,Ps1;

 public:

 source_1(float idpwr);
 source_1(float fuel,float pf);

};


//orise edw tis arxikes ths source_1

source_1::source_1(float idpwr)
{
 Ps1=idpwr;
}

source_1::source_1(float fuel,float pf)
{
 F1=fuel;
 C1=pf;
}


class source_2
{
 protected:

 float Fa,Ca,Fb,Cb,Ps2;

 public:

 source_2(float idpwr);
 source_2(float fuela,float pfa,float fuelb,float pfb);

};

//orise edw tis arxikes ths source_2

source_2::source_2(float idpwr)
{
 Ps2=idpwr;
}

source_2::source_2(float fuela,float pfa,float fuelb,float pfb)
{
 Fa=fuela;
 Ca=pfa;
 Fb=fuelb;
 Cb=pfb;
}


class system:private source_1,private source_2
{

 float T;

 public:

 void source1sim(float P);
 void source2sim(float P);
 void bothsourcessim(float P);

};


void system :: source1sim(float P)
{
 T=F1*C1/(P+Ps2);
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 cout<<"\nisxys pou parexetai apo thn phgh 1: "<<P+Ps2;
 cout<<"\nisxys pou aporofatai apo thn phgh 2: "<<Ps2;
}

void system :: source2sim(float P)
{
 T=(Fa*Ca+Fb*Cb)/(P+Ps1);
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 cout<<"\nisxys pou parexetai apo thn phgh 2 : "<<P+Ps1;
 cout<<"\nisxys pou aporofatai apo thn phgh 1: "<<Ps1;
}

void system :: bothsourcessim(float P)
{
 float P1,P2;
 T=(F1*C1+Fa*Ca+Fb*Cb)/P;
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 P1=P*F1*C1/(F1*C1+Fa*Ca+Fb*Cb);
 P2=P*( Fa*Ca+Fb*Cb)/(F1*C1+Fa*Ca+Fb*Cb);
 cout<<"\nisxys pou parexetai apo thn phgh 1: "<<P1;
 cout<<"\nisxys pou parexetai apo thn phgh 2: "<<P2;
}

#include <iostream.h>
class A{
  protected:
    int a;
    float d;
  public:
    A(int n) {a=n;d=2.*a;}
    A(int n,float r){a=n;d=r;}
    ~A(){cout <<"Elements of A class has been destroyd \n";}
    void out_a(){cout <<"a = "<<a<<"\nd = "<<d<<'\n';}
};

class B{
  protected:
    int b;
  public:
    B(int n);
    ~B(){cout <<"Elements of B class has been destroyd \n";}
    void out_b(){cout <<"b = "<<b<<'\n';}
};

B::B(int n){b=n;}

class C : public A,public B{
    int c;
  public:
    C(int n,int m,int k);
    C(int n,int m,int k,float r);
    ~C(){cout <<"Elements of C class has been destroyd \n";;}
    void out_c(){cout <<"c = "<<c<<'\n';}
};

C::C(int n,int m,int k):A(m),B(k){c=n;}
C::C(int n,int m,int k,float r):A(m,r),B(k){c=n;}

void main()
{ C m(1,3,4);
  m.out_a();
  m.out_b();
  m.out_c();
}

#include <iostream.h>
#include <stdlib.h>

class source_1
{
 protected:

 float F1,C1,Ps1;

 public:

 source_1(float idpwr);
 source_1(float fuel,float pf);

};


//orise edw tis arxikes ths source_1

source_1::source_1(float idpwr)
{
 Ps1=idpwr;
}

source_1::source_1(float fuel,float pf)
{
 F1=fuel;
 C1=pf;
}


class source_2
{
 protected:

 float Fa,Ca,Fb,Cb,Ps2;

 public:

 source_2(float idpwr);
 source_2(float fuela,float pfa,float fuelb,float pfb);

};

//orise edw tis arxikes ths source_2

source_2::source_2(float idpwr)
{
 Ps2=idpwr;
}

source_2::source_2(float fuela,float pfa,float fuelb,float pfb)
{
 Fa=fuela;
 Ca=pfa;
 Fb=fuelb;
 Cb=pfb;
}


class system:private source_1,private source_2
{

 float T;

 public:

 system(void);//den yparxoun kausima
 system(float fuel1,float pf1,float idpwr2); //mono kausima gia thn prwth phgh
 system(float fuel2a,float fuel2b,float pf2a,float pf2b,float idpwr1);//mono h deyterh phgh
 system(float fuel1,float pf1,float fuel2a,float fuel2b,float pf2a,float pf2b);//kai oi dyo typoi-ap ola
 void source1sim(float P);
 void source2sim(float P);
 void bothsourcessim(float P);

};

system::system(void)
{
 cout<<"\no sta8mos de leitourgei,den yparxoyn kausima";
}

system::system(float fuel1,float pf1,float idpwr2)
{
 F1=fuel1;
 C1=pf1;
 Ps2=idpwr2;
}

system::system(float fuel2a,float fuel2b,float pf2a,float pf2b,float idpwr1)
{
 Fa=fuel2a;
 Ca=pf2a;
 Fb=fuel2b;
 Cb=pf2b;
 Ps1=idpwr1;
}

system::system(float fuel1,float pf1,float fuel2a,float fuel2b,float pf2a,float pf2b)
{
 F1=fuel1;
 C1=pf1;
 Fa=fuel2a;
 Ca=pf2a;
 Fb=fuel2b;
 Cb=pf2b;
}

void system :: source1sim(float P)
{
 T=F1*C1/(P+Ps2);
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 cout<<"\nisxys pou parexetai apo thn phgh 1: "<<P+Ps2;
 cout<<"\nisxys pou aporofatai apo thn phgh 2: "<<Ps2;
}

void system :: source2sim(float P)
{
 T=(Fa*Ca+Fb*Cb)/(P+Ps1);
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 cout<<"\nisxys pou parexetai apo thn phgh 2 : "<<P+Ps1;
 cout<<"\nisxys pou aporofatai apo thn phgh 1: "<<Ps1;
}

void system :: bothsourcessim(float P)
{
 float P1,P2;
 T=(F1*C1+Fa*Ca+Fb*Cb)/P;
 cout<<"\no xronos leitourgias tou sta8mou einai: "<<T;
 P1=P*F1*C1/(F1*C1+Fa*Ca+Fb*Cb);
 P2=P*( Fa*Ca+Fb*Cb)/(F1*C1+Fa*Ca+Fb*Cb);
 cout<<"\nisxys pou parexetai apo thn phgh 1: "<<P1;
 cout<<"\nisxys pou parexetai apo thn phgh 2: "<<P2;
}

void main()
{
 float P,fuel1,pf1,idpwr1,fuel2a,fuel2b,pf2a,pf2b,idpwr2;
 cout<<"eisagete isxy sta8mou: ";
 cin>>P;
 cout<<"\neisagete kausima phghs 1: ";
 cin>>fuel1;
 cout<<"\nsyntelesths kausimwn  phghs 1: ";
 cin>>pf1;
 cout<<"\nisxys adraneias phghs 1: ";
 cin>>idpwr1;
 cout<<"\nkausima a typou,phgh 2: ";
 cin>>fuel2a;
 cout<<"\nsyntelesths kausimwn a typou,phghs 2: ";
 cin>>pf2a;
 cout<<"\nkausima b typou,phgh 2: ";
 cin>>fuel2b;
 cout<<"\nsyntelesths kausimwn b typou,phghs 2: ";
 cin>>pf2b;
 cout<<"\nisxys adraneias phghs 2: ";
 cin>>idpwr2;

 if(fuel1==0 && fuel2a==0 && fuel2b==0)
 {
  system A;
 }
 else if(fuel2a==0 && fuel2b==0)
 {
  system A(fuel1,pf1,idpwr2);
  A.source1sim(P);
 }
 else if(fuel1==0)
 {
  system A(fuel2a,fuel2b,pf2a,pf2b,idpwr1);
  A.source2sim(P);
 }
 else
 {
  system A(fuel1,pf1,fuel2a,fuel2b,pf2a,pf2b);
  A.bothsourcessim(P);
 }

}

#include <iostream>
using namespace std;

class source_1{
protected:
float Ps1, F1, C1;
public:
  source_1() {};
  source_1(float Power1);
  source_1(float Fuel1, float Co1);
};

source_1::source_1(float Power1){
Ps1=Power1;
} 


source_1::source_1(float Fuel1,float Co1)
{
F1=Fuel1;
C1=Co1;
}

class source_2{
protected:
float Ps2, Fa, Ca, Fb, Cb;
public:
  source_2() {}
  source_2(float Power2);
  source_2(float Fuela, float Coa, float Fuelb, float Cob);
};


source_2::source_2(float Power2){
Ps2=Power2;
}


source_2::source_2(float Fuela,float Coa,float Fuelb,float Cob)
{
   Fa=Fuela;
   Ca=Coa;
   Fb=Fuelb;
   Cb=Cob;
}

class system: private source_1, private source_2{
 float Time;
public:
       system(void);   //no fuel
       system(float P1,float Fu1,float CO1); //1st source
       system(float P2, float Fu2, float COa, float Fub, float COb); //only 2nd source
       system(float P1, float Fu1, float CO1, float P2, float Fu2, float COa, float Fub, float COb); //both sources
       float set_Power(void);
};

float system::set_Power()
{
   float P;
cin>>P;
return P;
}

system::system():source_1(),source_2()
{
cout<<"No fuel on both sources\n";
}

system::system(float P1,float Fu1,float CO1):source_1(P1),source_1(Fu1,CO1)
{
   Time=F1*C1/(set_Power(void)+Ps2);
   cout<<Time;
}

system::system(float P2,float Fu2,float COa,float Fub,float COb):source_2(P2):source_2(Fu2,COa,Fub,COb)
{

   Time=(Fa*Ca+Fb*Cb)/(set_Power(void)+Ps1);
   cout<<Time;
}

system::system(float P1,float Fu1,float CO1,float P2,float Fu2,float COa,float Fub,float COb):source_1(P1),source_1(Fu1,CO1),source_2(P2),source_2(Fu2,COa,Fub,COb)
{
  float PoWeR1,PoWeR2
  
   Time=(F1*C1+Fa*Ca+Fb*Cb);
   PoWeR1=set_Power(void)*F1*C1/(F1*C1+Fa*Ca+Fb*Cb);
   PoWeR2=set_Power(void)*(Fa*Ca+Fb*Cb)/(F1*C1+Fa*Ca+Fb*Cb); 
   cout<<Time;
   cout<<PoWeR1;
   cout<<PoWeR2;
}


int main(void)
{
   float P,F1,C1,Ps1,Fa,Ca,Fb,Cb,Ps2;
   
   cout<<"Power of the station?\n";
   set_Power();
   cout<<"What is F1\n";
   cin>>F1;
   cout<<"What is C1\n";
   cin>>C1;
   cout<<"What is Ps1\n";
   cin>>Ps1;
   cout<<"What is Fa?\n";
   cin>>Fa;
   cout<<"WHat is Ca?\n";
   cin>>Ca;
   cout<<"What is Fb\n";
   cin>>Fb;
   cout<<"What is Cb?\n";
   cin>>Cb;
   cout<<"What is Ps2?\n";
   cin>>Ps2;
   
   if(F1==0 && Fa==0 && Fb==0)
   system A;
   
   if(Fa==0 && Fb==0)
   system A(Ps1,F1,C1);
   
   if(F1==0 && Fa!=0 && Fb!=0)
   system A(Ps2,Fa,Ca,Fb,Cb);
   
   if(F1!=0 && Fa!=0 && Fb!=0)
   system A(Ps1,F1,C1,Ps2,Fa,Ca,Fb,Cb);
}
   
   


  

#include <iostream>
using namespace std;
#include <conio.h> // for command "getch()"

class source_1
{
protected:
      float PS1, F1, C1;
public:
       source_1(float P1);
       source_1(float fuel_qua , float output1);      
      };
      
source_1::source_1(float P1)
{
     PS1=P1;
 }
 
source_1::source_1(float fuel_qua , float output1)
{
     F1=fuel_qua;
     C1=output1;
 }
 
class source_2{
protected:
      float PS2, Fa, Fb, Ca, Cb;
public:
       source_2(float P2);
       source_2(float fuel1_qua , float fuel2_qua , float output1 , float output2);
      };
      
source_2::source_2(float P2)
{
     PS2=P2;
 }
 
source_2::source_2(float fuel1_qua , float fuel2_qua , float output1 , float output2)
{
     Fa=fuel1_qua;
     Fb=fuel2_qua;
     Ca=output1;
     Cb=output2;
}
 
class system : private source_1,private source_2{
      float P, F, F1, output1, F2a, output2a, F2b, output2b;
public:
       void set_P(float Power); 
       system(float P, float F1, float output1, float F2a, float output2a, float F2b, float output2b);
       system(float P, float P1, float F2a, float output2a, float F2b, float output2b);
       system(float P, float F1, float output1, float P2);
      };

void system::set_P(float Power)
{
               P=Power;
}             
system::system(float Power, float F1, float output1, float F2a, float output2a, float F2b, float output2b):source_1(F1, output1),source_2(F2a, F2b, output2a, output2b)
{
                     float T,P1,P2,C1,Fa,Ca;
                     void set_P(float Power);
                     T=(F1*C1 + Fa*Ca + Fb*Cb) / P;
                     cout<<"T="<<T;
                     P1=(P*F1*C1) / (F1*C1 + Fa*Ca + Fb*Cb);
                     P2=P*(Fa*Ca+Fb*Cb) / (F1*C1+Fa*Ca+Fb*Cb);
                     cout<<"P1="<<P1;
                     cout<<"P2="<<P2;
}

system::system(float Power, float P1, float F2a, float output2a, float F2b, float output2b):source_1(P1),source_2(F2a, F2b, output2a, output2b)
{
                     float T,P2;
                     void set_P(float Power);
                     T=(Fa*Ca + Fb*Cb)/(P+PS1);
                     P2=P+PS1;
                     cout<<"T="<<T;
                     cout<<"P2="<<P2;
}

system::system(float Power, float F1, float output1, float P2):source_1(F1, output1),source_2(P2)
{
                     float T,P1;
                     void set_P(float Power);
                     T=(F1*C1 + Fa*Ca + Fb*Cb) / P;
                     P1=P+PS2;
                     cout<<"T="<<T;
                     cout<<"P1="<<P1;
}


int main()
{
     float Power, F1, F2a, F2b, output1, output2a, output2b, P1, P2;
     cout<<"S O U R C E   1\n";
     cout<<"\nType the quantity of fuel that is in source 1 ";
     cin>>F1;
     cout<<"\nType the output1 ";
     cin>>output1;
     cout<<"\nType the isxys adraneias of source 1 ";
     cin>>P1;
     cout<<"\n\nS O U R C E   2\n";
     cout<<"\nType the quantity of fuel(typou a) that is in source 2 ";
     cin>>F2a;
     cout<<"\nType the output2a ";
     cin>>output2a;     
     cout<<"\nType the quantity of fuel(typou b) that is in source 2 ";
     cin>>F2b;
     cout<<"\nType the output2b ";
     cin>>output2b;
     cout<<"\nType the isxys adraneias of source 2 ";
     cin>>P2;
     cout<<"\n\nS Y S T E M\n";
     cout<<"How much power does the system require in order to work?";
     cin>>Power;
     
     if (F1!=0&&F2a!=0&&F2b!=0)
        class system s(float Power, float F1, float output1, float F2a, float output2a, float F2b, float output2b);
     else if (F1!=0 && F2a=0 && F2b=0)
         class system s(float Power, float P1, float F2a, float output2a, float F2b, float output2b); 
     else if (F1=0 && F2a!=0 && F2b!=0)
         class system s(float Power, float F1, float output1, float P2);
     else
         cout<<"No fuel... No power!";
            
     getch();

}