premeiroV5.cpp

// re4(9).cpp
/* this program demonstrates the use of structures in structures( complex structures ) */
/*
this program makes use of complex structures and default arguments for functions.
*/
/* this file hasn't yet been added to the revamp-4 project, so it's totally anonymous
   therefore maintain caution */

#include<iostream>
const int fish_net=35;

using namespace std;


      struct ST_fish{int fsii,fnii;       double ocean,ftii,total_fish;};        // structure ' 1 '
      struct ST_sail{int sailorno; double sailor_salary;};                       // structure ' 2 '
      char *ioi[]={"Indian ocean"},*poi[]={"Pacific ocean"},*aoi[]={"Atlantic ocean"},*aroi[]={"Artic ocean"};// pointers

class crcpara{                                                           // this is a class of menu related functions and mainly outputs
public:
       crcpara(void){}; ~crcpara(){};
       void chooser_disp(){
           cout << "\t no:      name of the ocean \n";
           cout << "\t 1        "<<*ioi<<" \n";
           cout << "\t 2        "<<*poi<<" \n";
           cout << "\t 3        "<<*aoi<<" \n";
           cout << "\t 4        "<<*aroi<<" \n";};
       double chooser_cho(int lock){
           switch(lock){
           case 1:
                {return 12.55;break;}
           case 2:
                {return 11.67;break;}
           case 3:
                {return 10.34;break;}
           case 4:
                {return 9.43;break;}
           default:
                {cout << " do not counterflirt with the program "<< endl;break;}};
       }
       void confirfish(ST_fish inf);                                           // confirmation function
};

class crcpuru{                                                      // this is a class of caluclaton related functions
      private:
              int fsi,fni;double fti;
      public:
             crcpuru(int a,int b,double c){fsi=a;fni=b;fti=c;};  ~crcpuru(){};// constructor, deconstructor
/* NOTE unused deconstructors may sometimes flag errors */
             double fish_finder(int fsi,int fni,double fti){                            // func
             return fni*fti*fish_net*fsi;                     // will calculate the number of fish that comes out of each ship in one hour
             };

             char* oceanfinder(double loc){
                  if (loc==12.55){return *ioi;}
                  else if (loc==11.67){return *poi;}
                  else if (loc==10.34){return *aoi;}
                  else if (loc==9.43) {return *aroi;}
                  else {cout << "error";};
             };
};

class decco{                                                       // this class contains decoration related functions
      public:
             decco(void){};       ~decco(){};
      char baline(int a=64, char b=196)
          {
             for(int kk=0;kk<=a;kk++){cout<<b;}cout<<endl;
          };
};

    crcpuru coco(0,0,0);                                                      // object
void crcpara::confirfish(ST_fish inf){
               cout << endl << "\t-> your will be fishing in the " << coco.oceanfinder(inf.ocean);
               cout<<endl<<"\t-> number fo fish ships employed : "<<inf.fsii;
               cout<<endl<<"\t-> number of fish nets on board each ship : "<<inf.fnii;
               cout<<endl<<"\t-> nuber of hours of stationing of each ship : "<<inf.ftii;
};

int main()
{
    int damn=0;                                                               //' 1 ' automatic variable
    crcpara plm; decco dec;                                                   // object
    crcpuru (0,0,0);                                                      // object
/* NOTE objects must be declared for constructors */
    ST_fish fish={0,0,0,0,0}; ST_sail sail={0,0};                             // structure's declaration
    cout << " hello, this program is for enterpreuners and NOT for kids, \n so maintain caution "<<endl;
    dec.baline();
    cout << " please choose the ocean which your going to fish in "<<endl;
    plm.chooser_disp();
    cin >> damn;
    fish.ocean=plm.chooser_cho(damn);
    dec.baline();
    cout<<"Q. please enter the number of ships you will be sending to fish "<<endl;
    cin>>fish.fsii;
    dec.baline();
    cout<<"Q. please enter the number of fish-nets that each ship can hold \n on board at a time "<<endl;
    cin>>fish.fnii;
    dec.baline(64,177);
    cout<<" remember each fish net can capture only 35 fish to the max, "<<endl;
    cout<<" so the program will calclate taking into consideration only that value " <<endl;
    dec.baline(64,177);
    cout<<"Q. please enter the number of hours your are planning to station \n your ships at the spot "<<endl;
    cin>>fish.ftii;
    fish.total_fish=coco.fish_finder(fish.fsii,fish.fnii,fish.ftii);
    dec.baline();
    cout<<"Q. please enter the total number of sailor on each ship "<<endl;
    cin>>sail.sailorno;
    dec.baline();
    cout<<"Q. please enter the ammount of money that you will be paying for each sailor "<<endl;
    cin>>sail.sailor_salary;
    plm.confirfish(fish);                            //  plm.confirfish(fish); // confirmation function // repair pending
// the confir fish function still under construction and the option to edit the configs from this function will come soon
    cout<<"\t the numbe rof ";
    cin.ignore();
    cin.get();
    return 0;
}