1.1 --- a/SSR_Matrix_Mult/Divide_Pr.c	Tue Mar 13 18:31:04 2012 -0700
     1.2 +++ b/SSR_Matrix_Mult/Divide_Pr.c	Wed Mar 14 23:22:00 2012 -0700
     1.3 @@ -359,8 +359,8 @@
     1.4     int32 numLeftColIdxs, numRightColIdxs;
     1.5     int32 leftRowIdxOffset;
     1.6     SMPairParams *subMatrixPairParams;
     1.7 -   float32 numToPutOntoEachCore, leftOverFraction;
     1.8 -   int32 numCores, coreToAssignOnto, numVecOnCurrCore;
     1.9 +   float32 numToPutOntoEachCore, leftOverFraction, numVecOnCurrCore;
    1.10 +   int32 numCores, coreToAssignOnto;
    1.11  
    1.12     numLeftColIdxs  = numColIdxs;
    1.13     numRightColIdxs = numVecIdxs;
    1.14 @@ -397,35 +397,26 @@
    1.15                                               subMatrixPairParams,
    1.16                                               animatingPr,
    1.17                                               coreToAssignOnto );
    1.18 -          }
    1.19  
    1.20 -            //Trying to distribute the subMatrix-vectors across the cores, so
    1.21 -            // that each core gets the same number of vectors, with a max
    1.22 -            // imbalance of 1 vector more on some cores than others
    1.23 -         numVecOnCurrCore += 1;
    1.24 -         if( numVecOnCurrCore + leftOverFraction >= numToPutOntoEachCore -1 )
    1.25 -          {
    1.26 -               //deal with fractional part, to ensure that imbalance is 1 max
    1.27 -               // IE, core with most has only 1 more than core with least
    1.28 -            leftOverFraction += numToPutOntoEachCore - numVecOnCurrCore;
    1.29 -            if( leftOverFraction >= 1 )
    1.30 -             { leftOverFraction -= 1;
    1.31 -               numVecOnCurrCore = -1;
    1.32 -             }
    1.33 -            else
    1.34 -             { numVecOnCurrCore = 0;
    1.35 -             }
    1.36 -               //Move to next core, max core-value to incr to is numCores -1
    1.37 -            if( coreToAssignOnto >= numCores -1 )
    1.38 -             { coreToAssignOnto = 0;
    1.39 -             }
    1.40 -            else
    1.41 -             { coreToAssignOnto += 1;
    1.42 -             }
    1.43 -          }
    1.44 - 
    1.45 -       }
    1.46 -    }
    1.47 +               //Trying to distribute the subMatrix-vectors across the cores, so
    1.48 +               // that each core gets the same number of vectors, with a max
    1.49 +               // imbalance of 1 vector more on some cores than others
    1.50 +            numVecOnCurrCore += 1;                 //incr before checking, so
    1.51 +            if( numVecOnCurrCore > numToPutOntoEachCore ) //actual num 1 less
    1.52 +             {
    1.53 +                  //deal with fractional part, to ensure that imbalance is 1 max
    1.54 +                  // IE, core with most has only 1 more than core with least
    1.55 +               leftOverFraction = numToPutOntoEachCore - numVecOnCurrCore;
    1.56 +               if( leftOverFraction > 1 ) ERROR("division alg messed up\n");
    1.57 +               numVecOnCurrCore = leftOverFraction; //accumulates "extra"
    1.58 +
    1.59 +                  //Move to next core, max core-value to incr to is numCores -1
    1.60 +               coreToAssignOnto += 1;
    1.61 +               if( coreToAssignOnto >= numCores ) coreToAssignOnto = 0;
    1.62 +             } //if
    1.63 +          } //for( vecIdx
    1.64 +       } //for( resColIdx
    1.65 +    } //for( resRowIdx
    1.66  
    1.67   }
    1.68