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#include "pilercr.h"
static FILE *g_fFilterOut = 0;
static FILE *g_fFilterOutComp = 0;
extern int SeqLengthQ;
extern ContigData *ContigsQ;
extern int *ContigMapQ;
extern int ContigCountQ;
extern bool FilterComp;
static int g_FilterHitCount = 0;
static int g_FilterHitCountComp = 0;
void SetFilterOutFile(FILE *f)
{
g_fFilterOut = f;
}
void SetFilterOutFileComp(FILE *f)
{
g_fFilterOutComp = f;
}
void CloseFilterOutFile()
{
fclose(g_fFilterOut);
g_fFilterOut = 0;
}
void CloseFilterOutFileComp()
{
fclose(g_fFilterOutComp);
g_fFilterOutComp = 0;
}
int GetFilterHitCount()
{
return g_FilterHitCount;
}
int GetFilterHitCountComp()
{
return g_FilterHitCountComp;
}
void SaveFilterHit(int qLo, int qHi, int DiagIndex)
{
if (FilterComp)
{
fprintf(g_fFilterOutComp, "%d;%d;%d\n", qLo, qHi, DiagIndex);
++g_FilterHitCountComp;
}
else
{
fprintf(g_fFilterOut, "%d;%d;%d\n", qLo, qHi, DiagIndex);
++g_FilterHitCount;
}
}
void WriteDPHit(FILE *f, const DPHit &Hit, bool Comp, const char *Annot)
{
int TargetFrom = Hit.aLo;
int TargetTo = Hit.aHi;
int QueryFrom;
int QueryTo;
if (Comp)
{
// Another lazy hack: empirically found off-by-one
// complemented hits have query pos off-by-one, so
// fix by this change. Should figure out what's really
// going on.
// QueryFrom = SeqLengthQ - Hit.bHi - 1;
// QueryTo = SeqLengthQ - Hit.bLo - 1;
QueryFrom = SeqLengthQ - Hit.bHi;
QueryTo = SeqLengthQ - Hit.bLo;
if (QueryFrom >= QueryTo)
Quit("WriteDPHit: QueryFrom > QueryTo (comp)");
}
else
{
QueryFrom = Hit.bLo;
QueryTo = Hit.bHi;
if (QueryFrom >= QueryTo)
Quit("WriteDPHit: QueryFrom > QueryTo (not comp)");
}
// DPHit coordinates sometimes over/underflow.
// This is a lazy hack to work around it, should really figure
// out what is going on.
if (QueryFrom < 0)
QueryFrom = 0;
if (QueryTo >= SeqLengthQ)
QueryTo = SeqLengthQ - 1;
if (TargetFrom < 0)
TargetFrom = 0;
if (TargetTo >= SeqLengthQ)
TargetTo = SeqLengthQ - 1;
// Take midpoint of segment -- lazy hack again, endpoints
// sometimes under / overflow
const int TargetBin = (TargetFrom + TargetTo)/(2*CONTIG_MAP_BIN_SIZE);
const int QueryBin = (QueryFrom + QueryTo)/(2*CONTIG_MAP_BIN_SIZE);
const int BinCountT = (SeqLengthQ + CONTIG_MAP_BIN_SIZE - 1)/CONTIG_MAP_BIN_SIZE;
const int BinCountQ = (SeqLengthQ + CONTIG_MAP_BIN_SIZE - 1)/CONTIG_MAP_BIN_SIZE;
if (TargetBin < 0 || TargetBin >= BinCountT)
{
Warning("Target bin out of range");
return;
}
if (QueryBin < 0 || QueryBin >= BinCountQ)
{
Warning("Query bin out of range");
return;
}
if (ContigMapQ == 0)
Quit("ContigMap = 0");
const int TargetContigIndex = ContigMapQ[TargetBin];
const int QueryContigIndex = ContigMapQ[QueryBin];
if (TargetContigIndex < 0 || TargetContigIndex >= ContigCountQ)
Quit("WriteDPHit: bad target contig index");
if (QueryContigIndex < 0 || QueryContigIndex >= ContigCountQ)
Quit("WriteDPHit: bad query contig index");
const int TargetLength = TargetTo - TargetFrom + 1;
const int QueryLength = QueryTo - QueryFrom + 1;
if (TargetLength < 0 || QueryLength < 0)
Quit("WriteDPHit: Length < 0");
const ContigData &TargetContig = ContigsQ[TargetContigIndex];
const ContigData &QueryContig = ContigsQ[QueryContigIndex];
int TargetContigFrom = TargetFrom - TargetContig.From + 1;
int QueryContigFrom = QueryFrom - QueryContig.From + 1;
int TargetContigTo = TargetContigFrom + TargetLength - 1;
int QueryContigTo = QueryContigFrom + QueryLength - 1;
if (TargetContigFrom < 1)
TargetContigFrom = 1;
if (TargetContigTo > TargetContig.Length)
TargetContigTo = TargetContig.Length;
if (QueryContigFrom < 1)
QueryContigFrom = 1;
if (QueryContigTo > QueryContig.Length)
QueryContigTo = QueryContig.Length;
const char *TargetLabel = TargetContig.Label;
const char *QueryLabel = QueryContig.Label;
const char Strand = Comp ? '-' : '+';
// GFF Fields are:
// <seqname> <source> <feature> <start> <end> <score> <strand> <frame> [attributes] [comments]
// 0 1 2 3 4 5 6 7 8 9
fprintf(f, "%s\tcrisper\thit\t%d\t%d\t%d\t%c\t.\tTarget %s %d %d; maxe %.2g ; %s\n",
QueryLabel,
QueryContigFrom,
QueryContigTo,
Hit.score,
Strand,
TargetLabel,
TargetContigFrom,
TargetContigTo,
Hit.error,
Annot);
}
void WriteDPHits(FILE *f, bool Comp)
{
for (int i = 0; i < g_HitCount; ++i)
{
const DPHit &Hit = g_Hits[i];
WriteDPHit(f, Hit, Comp);
}
}
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