Курсовая работа: Разработка имитационной модели системы массового обслуживания

{

m_Table2. SetRows (m_Table2. GetRows () +1);

}

if ( (Tm>=480) && (Tm<720))

{

tp= (atof (m_Table. GetTextMatrix (2,3)) - atof (m_Table. GetTextMatrix (2,2))) *100;

Klient= (rand ()%tp) *0.01+atoi (m_Table. GetTextMatrix (2,2));

tp= (atof (m_Table. GetTextMatrix (2,5)) - atof (m_Table. GetTextMatrix (2,4))) *100;

Kli [i]. time1 [OCH. o1 [i]] =Tm+ (rand ()%tp) *0.01+atoi (m_Table. GetTextMatrix (2,4));

Kli [i]. timeVib [OCH. o1 [i]] =Tm+rand ()% (m_Vibiv-m_DoVib) +m_DoVib;

}else

if ( (Tm>=720) && (Tm<900))

{

tp= (atof (m_Table. GetTextMatrix (3,3)) - atof (m_Table. GetTextMatrix (3,2))) *100;

Klient= (rand ()%tp) *0.01+atoi (m_Table. GetTextMatrix (3,2));

tp= (atof (m_Table. GetTextMatrix (3,5)) - atof (m_Table. GetTextMatrix (3,4))) *100;

Kli [i]. time1 [OCH. o1 [i]] =Tm+ (rand ()%tp) *0.01+atoi (m_Table. GetTextMatrix (3,4));

Kli [i]. timeVib [OCH. o1 [i]] =Tm+rand ()% (m_Vibiv-m_DoVib) +m_DoVib;

}else

if ( (Tm>=900) && (Tm<1200))

{

tp= (atof (m_Table. GetTextMatrix (4,3)) - atof (m_Table. GetTextMatrix (4,2))) *100;

Klient= (rand ()%tp) *0.01+atof (m_Table. GetTextMatrix (4,2));

tp= (atof (m_Table. GetTextMatrix (4,5)) - atof (m_Table. GetTextMatrix (4,4))) *100;

Kli [i]. time1 [OCH. o1 [i]] =Tm+ (rand ()%tp) *0.01+atoi (m_Table. GetTextMatrix (4,4));

Kli [i]. timeVib [OCH. o1 [i]] =Tm+rand ()% (m_Vibiv-m_DoVib) +m_DoVib;

}

Kli [i]. num1 [OCH. o1 [i]] =OCH. kol1 [i] ;

// постановка в очередь