void CellsStatsData::printPolyCountToFile(std::string fileName,
double divThreshold) {
//std::remove(fileName.c_str());
std::map<uint, uint> countBdry, countNormal, countDiv;
for (uint i = 0; i < cellsStats.size(); i++) {
if (cellsStats[i].isBdryCell == true) {
insertCount(cellsStats[i].numNeighbors, countBdry);
} else {
if (cellsStats[i].cellGrowthProgress <= divThreshold) {
insertCount(cellsStats[i].numNeighbors, countNormal);
} else {
insertCount(cellsStats[i].numNeighbors, countDiv);
}
}
}
printCountsToFile(fileName, countNormal, countDiv, countBdry);
}
void output(FILE* fp1)
{
/*loop through all letters, A-Z*/
int i;
/*loop though all asterixs*/
int j;
char* temp;
temp=NULL;
insertAlpha(mindex);
insertCount(mindex);
insertLength(mindex);
fprintf(stderr,"SKIPME This is a naive implementation of skipping overlapping\n");
fprintf(stderr,"SKIPME strings. It misses the problem of the skipped string\n");
fprintf(stderr,"SKIPME possibly matching somewhere down the road.\n");
if(fp1==NULL)
{
printf("Length Count Word Location (distance)\n");
printf("====== ===== ==== ========\n");
}
else
{
fprintf(fp1,"Length Count Word Location (distance)\n");
fprintf(fp1,"====== ===== ==== ========\n");
}
if(fp1==NULL)
{
for(i=0;i<mindex;i++)
{
if(mword[i].count>0)
{
temp=htable[mword[i].index1][mword[i].index2];
/*count is incremented for nico output as he counts original find*/
mword[i].count++;
printf("%6d%7d ",mword[i].length, mword[i].count);
printf("%*s ",mword[0].length+1,temp);
printf("%-d",mword[i].loc[0]);
for(j=1;j<mword[i].count;j++)
{
printf(" %d",mword[i].loc[j]);
printf(" (%d)",mword[i].apart[j]);
}
//free(mword[i].apart);
//problem here
//free(mword[i].loc);
//free(mword[i].str);
printf("\n");
}
//free(mword[i]);
}
//free(mword);
}
else
{
for(i=0;i<mindex;i++)
{
if(mword[i].count>0)
{
temp=htable[mword[i].index1][mword[i].index2];
/*count is incremented for nico output as he counts original find*/
mword[i].count++;
fprintf(fp1,"%6d%8d ",mword[i].length, mword[i].count);
fprintf(fp1,"%*s %-d",mword[0].length+1,temp,mword[i].loc[0]);
}
}
}
}
