void *ThreadMatMultPerRow(void* param){

    MatMultParams_t* data = (MatMultParams_t*)param;
    double** newA = initMatrix(1,data->A_c);
    double** newC = initMatrix(1,data->B_c);

    pthread_t* threads = (pthread_t*)malloc(data->A_r*sizeof(pthread_t));
   // printf("rfgvsdvsdfv%d",data->A_r);
    MatMultParams_t* newdata1 = (MatMultParams_t*)malloc(sizeof(MatMultParams_t));
    memcpy(newdata1,data, sizeof(MatMultParams_t));

    for(int i=0; i<data->A_r;i++){
        MatMultParams_t* newdata = (MatMultParams_t*)malloc(sizeof(MatMultParams_t));
        newdata->A=newdata1->A;
        newdata->A_r=newdata1->A_r;
        newdata->A_c=newdata1->A_c;
        newdata->B=newdata1->B;
        newdata->B_c=newdata1->B_c;
        newdata->B_r=newdata1->B_r;
        newdata->C=newdata1->C;
        printf(" A_r %d i:%d /n  ",data->A_r,i);
        newA[0]=data->A[i];
        newC[0]=data->C[i];
        newdata->A_r=1;
        newdata->A=newA;
        newdata->C=newC;
       pthread_create(&threads[i],NULL,nonThreadedMatMult,newdata);


    }

    for(int i=0; i<data->A_r;i++) {
        pthread_join(threads[i],NULL);

    }
   return 0;
}