Parallel dasturlash

int ProcNum; // Mavjud protsessorlar soni
int ProcRank; // Joriy protsessor darajasi
int *pParallelPivotPos; // Yetakchi sifatida tanlangan qator raqamlari
int *pProcPivotIter; // Protsessor qatorlari yetakchi
//sifatida ishlatilgan iteratsiyalar soni
void main(int argc, char* argv[]) {
double* pMatrix; // Chiziqli sistemaning matritsasi
double* pVector; // Chiziqli sistemaning oʻng tomoni vektori
double* pResult; // Noma’lumlar vektori
double *pProcRows; // A matritsa qatorlari
double *pProcVector; // vektor bloki b
double *pProcResult; // x vektor bloki
int Size; // Matritsa va vektorlarning oʻlchami
int RowNum; // Matritsaning qatorlar soni
double start, finish, duration;


setvbuf(stdout, 0, _IONBF, 0);


MPI_Init ( &argc, &argv );
MPI_Comm_rank ( MPI_COMM_WORLD, &ProcRank );
MPI_Comm_size ( MPI_COMM_WORLD, &ProcNum );
if (ProcRank == 0)
printf("Chiziqli tenglamalar tizimini yechishning parallel Gauss usuli \n");


// Xotirani taqsimlash va ma’lumotlarni initsializatsiyalash
ProcessInitialization(pMatrix, pVector, pResult,
pProcRows, pProcVector, pProcResult, Size, RowNum);


// Dastlabki ma’lumotlarni taqsimlash
DataDistribution(pMatrix, pProcRows, pVector, pProcVector,
Size, RowNum);


// Gauss algoritmini parallel bajarish
ParallelResultCalculation(pProcRows, pProcVector, pProcResult, Size,
RowNum);


// Yetakchi jarayon boʻyicha noma’lumlarning topilgan vektorini yigʻish
ResultCollection(pProcResult, pResult);
// Hisoblash jarayonini yakunlash
ProcessTermination(pMatrix, pVector, pResult, pProcRows,