include iostream include vector include stdlib using namespace std cla

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#include<iostream>
#include<vector>
#include<stdlib.h>
using namespace std;
class Line{
private:
bool LineCond;
int LineNumb;
public:
Line(){
LineNumb = rand()%4+1;
}
void setLineCond(){
int con = rand()%300;
if(con>=10&&con<=15)
LineCond = false;
else LineCond = true;
}
bool getLineCond(){
return LineCond;
}
void LineFix(){
LineCond = true;
cout<<"line fixed "<<LineNumb<<endl;
}
void SetLineNumb(int n){
LineNumb = n;
}
};
class Tram{
private:
bool cond;
bool workCond;
int numb;
public:
Tram(){
workCond = true;
cond = true;
numb = rand()%899+100;
}
void SetWork(int wc){
if(wc==0)
workCond = false;
else workCond = true;
}
bool GetWork(){
return workCond;
}
void SetCond(){
int con = rand()%300;
if(con>=0&&con<=5)
cond = false;
else cond = true;
}
bool GetCond(){
return cond;
}
int GetNumb(){
return numb;
}
void Fix(){
cond = true;
cout<<"Trob fixed "<<numb<<endl;
}
Tram* GetTPointer(){
return this;
}
};
class SnowCleaners{
private:
Line* curLine;
public:
SnowCleaners(Line* L){
curLine = L;
curLine->LineFix();
}
};
class Electricians{
private:
Line* curLine;
public:
Electricians(Line* L){
curLine = L;
curLine->LineFix();
}
};
class Smith{
private:
Tram* curTram;
public:
Smith(Tram* T){
curTram = T;
int n = rand()%100;
if(n>=33&&n<=44){
curTram->SetWork(0);
cout<<"Tram "<<curTram->GetNumb()<<" go to depo"<<endl;
}
else{
curTram->Fix();
curTram->SetWork(1);
}
}
};
class Dispatcher{
public:
Dispatcher(Tram* TP){
Smith s(TP);
}
Dispatcher(int trob, Line* LP){
if(trob == 2)
Electricians el(LP);
else
SnowCleaners sc(LP);
}
};
class Telephone{
public:
Telephone(Tram* TP){
Dispatcher disp(TP);
}
Telephone(int trob, Line* LP){
Dispatcher disp(trob, LP);
}
};
class Driver{
private:
Line* curLine;
Tram* curTram;
bool WorkCond;
int TramNumb;
bool TramCond;
bool LineCond;
public:
Driver(){
WorkCond = true;
}
void SetNumb(int num){
TramNumb = num;
}
void SetTramCond(bool con){
TramCond = con;
}
void SetLineCond(bool con){
LineCond = con;
}
void SetTramPoint(Tram* T){
curTram = T;
}
void SetLinePoint(Line* L){
curLine = L;
}
void Testing(){
if(TramCond==false){
cout<<"Tram trob "<<TramNumb<<endl;
Telephone Call(curTram);
WorkCond = curTram->GetWork();
}
if(LineCond==false){
cout<<"Line trob "<<TramNumb<<endl;
Telephone tel(rand()%3+2, curLine);
}
}
bool GetWork(){
return WorkCond;
}
};
class Marsh{
private:
vector<Tram*> trams;
vector<Tram*> Depo;
Tram* curTram;
Driver* curDriver;
vector<Driver*> drivers;
Line* curLine;
public:
Marsh(){
curLine = new Line;
for(int i = 0; i<6; i++){
curTram = new Tram;
curDriver = new Driver;
curDriver->SetNumb(curTram->GetNumb());
trams.push_back(curTram);
drivers.push_back(curDriver);
}
}
void StartMarsh(int n){
int j = 0;
curLine->SetLineNumb(n);
while(j<50){
for(int i = 0; i<6; i++){
curLine->setLineCond();
trams[i]->SetCond();
curTram = trams[i]->GetTPointer();
bool con = trams[i]->GetCond();
drivers[i]->SetTramCond(con);
drivers[i]->SetTramPoint(curTram);
drivers[i]->SetLinePoint(curLine);
drivers[i]->SetLineCond(curLine->getLineCond());
drivers[i]->Testing();
//con = drivers[i]->GetWork();
con = trams[i]->GetWork();
if(con == false){
Depo.push_back(trams[i]);
curTram = new Tram;
trams[i] = curTram;
cout<<"new tram "<<trams[i]->GetNumb()<<endl;
}
}
j++;
}
}
};
class City{
private:
vector<Marsh*> Marshruts;
Marsh* curMarsh;
public:
City(){
for(int i=0; i<4; i++){
curMarsh = new Marsh;
Marshruts.push_back(curMarsh);
}
for(int i=0; i<4; i++){
Marshruts[i]->StartMarsh(i+1);
}
}
};
int main(){
City c;
return 0;
}