Page 488 - Advanced Mine Ventilation

Appendix C: Ventilation Network Analyzer in Cþþ With Input and Output 457

void toPrintMeshTable()
{
0;
je ¼
cout << endl << setw(10) << "MESH" << setw(20) << "NO. OF
BRANCHES" << setw(20) << "SUMNVP" << endl;
for(int i¼1; i<¼nm; iþþ)
{
js ¼ jeþ1;
je ¼ me[i];
sumnvp[i] ¼ 0;
k ¼ abs(na[nb]);

for (int j¼js; j<¼je; jþþ)
{
(na[j] < 0) ? (sumnvp[i] ¼ sumnvp[i]-nvp[k]) :
(sumnvp[i] ¼ sumnvp[i]þnvp[k]);

}
l ¼ je - js þ 1;
cout << endl << setw(10) << i << setw(20) <<
l << setw(20) << sumnvp[i] << endl << setw(60) ;

for (int j¼js; j<¼je; jþþ)
{
cout << na[j] << setw(5);
}
}
cout << endl << setw(40) << "TOTAL ¼ " << je << endl;
}

void toReadPrintNVP()
{
for(int i¼1; i<¼nb; iþþ)
{
nvp[i]¼0;
}
if(nbwnvp>0)
{
//Read and Print Natural Ventilation Pressure
for(int j¼1; j<¼nbwnvp; jþþ)
{
cin >> j >> nvp[j] ;
}
cout << branch << endl << nvp << endl;
}
}