void strassenMM(int perfectMatrix)
{
pthread_t ids[7]; // Has to be 7
int i;
makeParts(perfectMatrix);
pthread_create(&ids[0], NULL, calcM1, NULL); // calcM1(NULL)
pthread_create(&ids[1], NULL, calcM2, NULL); // calcM2(NULL)
pthread_create(&ids[2], NULL, calcM3, NULL); // calcM3(NULL)
pthread_create(&ids[3], NULL, calcM4, NULL); // calcM4(NULL)
pthread_create(&ids[4], NULL, calcM5, NULL); // calcM5(NULL)
pthread_create(&ids[5], NULL, calcM6, NULL); // calcM6(NULL)
pthread_create(&ids[6], NULL, calcM7, NULL); // calcM7(NULL)
for (i = 0; i < 7; i++)
{
pthread_join(ids[i], NULL);
}
pthread_create(&ids[0], NULL, calcC11, NULL); // calcC11(NULL)
pthread_create(&ids[1], NULL, calcC12, NULL); // calcC12(NULL)
pthread_create(&ids[2], NULL, calcC21, NULL); // calcC21(NULL)
pthread_create(&ids[3], NULL, calcC22, NULL); // calcC22(NULL)
for (i = 0; i < 4; i++)
{
pthread_join(ids[i], NULL);
}
copyC(perfectMatrix);
}
// WRITE YOUR CODE HERE, you will need to also add functions for each
// of the sub-matrixes you will need to calculate but you can create your
// threads in this fucntion.
void strassenMM(int N) {
pthread_t ids[NUM_THREADS];
int i_s[NUM_THREADS];
makeParts(N);
pthread_create(&ids[0], NULL, calcM1, NULL); // calcM1(NULL)
pthread_create(&ids[1], NULL, calcM2, NULL); // calcM2(NULL)
pthread_create(&ids[2], NULL, calcM3, NULL); // calcM3(NULL)
pthread_create(&ids[3], NULL, calcM4, NULL); // calcM4(NULL)
pthread_create(&ids[4], NULL, calcM5, NULL); // calcM5(NULL)
pthread_create(&ids[5], NULL, calcM6, NULL); // calcM6(NULL)
pthread_create(&ids[6], NULL, calcM7, NULL); // calcM7(NULL)
for (int i = 0; i < 7; i++)
pthread_join(ids[i], NULL);
pthread_create(&ids[0], NULL, calcC11, NULL); // calcC11(NULL)
pthread_create(&ids[1], NULL, calcC12, NULL); // calcC12(NULL)
pthread_create(&ids[2], NULL, calcC21, NULL); // calcC21(NULL)
pthread_create(&ids[3], NULL, calcC22, NULL); // calcC22(NULL)
for (int i = 0; i < 4; i++)
pthread_join(ids[i], NULL);
copyC(N);
}
