spider::Filament Class Reference

#include <Filament.h>

List of all members.

Public Types
typedef std::map< unsigned int, const recobase::CellHit * >	cellmap
Public Member Functions
	Filament ()
	~Filament ()
const Filament *	Daughter (unsigned int i) const
void	AddHit (const recobase::CellHit *c)
int	HasHit (const recobase::CellHit *c)
int	HasHit (unsigned int plane, unsigned int cell)
int	HasHit (unsigned int plane, unsigned int cell, int dist)
int	HasHit (unsigned int plane, unsigned int cell, int distp, int distc)
float	FitDist (unsigned int plane, unsigned int cell)
void	AttachFilament (Filament *f)
float	DistanceToFilament (Filament *f)
void	MergeIntoFilament (Filament *f)
void	Geo (geo::View_t a)
void	DumpFilament (TH2F *hf)
void	Update ()
void	Update (unsigned int plane, unsigned int cell)
int	BeginFit (int unique)
int	EndFit (int unique)
void	AddPoint (float t, float z)
Public Attributes
float	rotation
std::map< unsigned int, cellmap >	planemap
std::vector< Filament * >	daughters
int	myId
std::vector< float >	hitz
std::vector< float >	hitt
int	uniquez
float	endslope
float	endoffset
float	begslope
float	begoffset
unsigned int	endplane
unsigned int	begplane
unsigned int	endcell
unsigned int	begcell
float	fendplane
float	fbegplane
float	fendcell
float	fbegcell
float	endz
float	begz
float	endt
float	begt
float	fitendz
float	fitbegz
float	fitendt
float	fitbegt
unsigned int	fitendplane
unsigned int	fitbegplane
unsigned int	fitendcell
unsigned int	fitbegcell
int	depth
geo::View_t	fXY
Static Public Attributes
int	filcount = 0
Private Attributes
float	maxplane
float	minplane
float	maxcell
float	mincell
float	num
float	sp
float	sp2
float	spc
float	sc
float	slope
float	offset
float	maxz
float	minz
float	maxt
float	mint
float	asp
float	asp2
float	aspc
float	asc
float	aslope
float	aoffset

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Member Typedef Documentation

typedef std::map<unsigned int,const recobase::CellHit*> spider::Filament::cellmap

Definition at line 60 of file Filament.h.

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Constructor & Destructor Documentation

Filament::Filament (   )

Definition at line 13 of file Filament.cxx. References filcount, fitbegt, fitbegz, fitendt, fitendz, and myId. : uniquez(0), endplane(0), begplane(0), endcell(0), begcell(0), endz(0), begz(0), endt(0), begt(0), depth(0), maxplane(0), minplane(100000), maxcell(0), mincell(100000), num(0), slope(0), offset(0), maxz(-10000000), minz(10000000), maxt(-10000000), mint(10000000), aslope(0), aoffset(0) { fitbegz=fitendz=fitbegt=fitendt=0; // short fDetGeom=1; // if (!fGeo) //fGeo = &geo::Geometry::Instance(spider::runnum, fDetGeom); myId=filcount++; //printf("FIL ID %d \n",myId); }

Filament::~Filament (   )

Definition at line 58 of file Filament.cxx. References daughters. { std::vector<Filament *>::iterator it=daughters.begin(); while(it!=daughters.end()) { it=daughters.erase(it); } }

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Member Function Documentation

void Filament::AddHit (  const recobase::CellHit *  c  )

Definition at line 83 of file Filament.cxx. References AddPoint(), begcell, begplane, begt, begz, recobase::CellHit::Cell(), endcell, endplane, endt, endz, fbegcell, fbegplane, fendcell, fendplane, spider::fGeo, num, geo::Geometry::Plane(), recobase::CellHit::Plane(), planemap, and Update(). Referenced by MergeIntoFilament(), spider::WebWalker::SpinHit(), and spider::WebWalker::StickyWeb(). { planemap[c->Plane()].insert(cellmap::value_type(c->Cell(),c)); double pos[3]; try{ fGeo->Plane(c->Plane()).Cell(c->Cell()).GetCenter(pos); }catch(...){printf("fillament geo error...\n");return;} float z=pos[2]; float t=(fGeo->Plane(c->Plane()).View()==geo::kX)?pos[0]:pos[1]; if(num==0) { begplane=c->Plane(); begcell=c->Cell(); fbegplane=(float)begplane; fbegcell=(float)begcell; begz=z; begt=t; } endplane=c->Plane(); endcell=c->Cell(); fendplane=(float)endplane; fendcell=(float)endcell; endz=z; endt=t; // printf("ID%d fil (%f %f) - (%f %f)\n",myId,begz,begt,endz,endt); AddPoint(t,z); // rotation=(endcell-begcell ==0) ? 180 : 90/3.141592*atan((endplane-begplane)/(endcell-begcell)*5.0/3.0); Update(c->Plane(),c->Cell()); /* fitbegz=begz; fitendz=endz; fitbegt=begt; fitendt=endt; */ // printf("ID%d fitfil (%f %f) - (%f %f)\n",myId,fitbegz,fitbegt,fitendz,fitendt); }

void Filament::AddPoint (  float  t, float  z )

Definition at line 135 of file Filament.cxx. References hitt, hitz, and uniquez. Referenced by AddHit(). { uniquez++; //can speed up if we are always going in plane order for(unsigned int i=0;i<hitz.size();i++) if(hitz[i]==z) { uniquez--; break; } hitz.push_back(z); hitt.push_back(t); }

void Filament::AttachFilament (  Filament *  f  )

Definition at line 519 of file Filament.cxx. References daughters. Referenced by spider::WebWalker::ClumpWeb(), and spider::WebWalker::SpinHit(). { daughters.push_back(f); }

int Filament::BeginFit (  int  unique  )

Definition at line 239 of file Filament.cxx. References begoffset, begslope, fitbegt, fitbegz, hitt, hitz, sc, sp, sp2, and spc. Referenced by Update(). { if(unique>uniquez) { fitbegz=begz; fitbegt=begt; return 0; } int curunique=0; int index=0; float sp=0; float sp2=0; float spc=0; float sc=0; int tnum=0; float lastz=-1; while(curunique<unique) { tnum++; sp+=(hitz[index]-begz); sp2+=(hitz[index]-begz)*(hitz[index]-begz); spc+=(hitz[index]-begz)*(hitt[index]-begt); sc+=(hitt[index]-begt); if(lastz!=hitz[index]) { lastz=hitz[index]; curunique++; } index++; } begslope = (tnum*spc-sp*sc)/(tnum*sp2-sp*sp); begoffset = (sc*sp2-sp*spc)/(tnum*sp2-sp*sp)+begt; fitbegz=begz; //fitbegt=fitbegz*begslope+begoffset; fitbegt=begoffset; return 1; }

const Filament* spider::Filament::Daughter (  unsigned int  i  )  const [inline]

Definition at line 28 of file Filament.h. {return daughters[i];};

float Filament::DistanceToFilament (  Filament *  f  )

Definition at line 526 of file Filament.cxx. References begcell, begplane, endcell, and endplane. Referenced by spider::WebWalker::ClumpWeb(). { float min=1000000; float t1=((f->begplane-begplane)*5)^2+((f->begcell-begcell)*3)^2; float t2=((f->begplane-endplane)*5)^2+((f->begcell-endcell)*3)^2; float t3=((f->endplane-begplane)*5)^2+((f->endcell-begcell)*3)^2; float t4=((f->endplane-endplane)*5)^2+((f->endcell-endcell)*3)^2; min = (t1 < min) ? t1:min; min = (t2 < min) ? t2:min; min = (t3 < min) ? t3:min; min = (t4 < min) ? t4:min; min=sqrt(min); return min; }

void Filament::DumpFilament (  TH2F *  hf  )

Definition at line 570 of file Filament.cxx. References begplane, daughters, endcell, and planemap. Referenced by spider::WebWalker::DumpWeb(). { printf("\t fillament with %d attached fillaments starting at (%d %d) ending at (%d %d)\n",daughters.size(),begplane,begcell,endplane,endcell); std::map<unsigned int,cellmap>::iterator pi; cellmap::iterator ci; for(pi=planemap.begin();pi!=planemap.end();pi++) for(ci=pi->second.begin();ci!=pi->second.end();ci++) printf("(%d %d) ",ci->second->Plane(),ci->second->Cell()); printf("...\n"); for(std::vector<Filament *>::iterator w = daughters.begin();w!=daughters.end();w++) {printf("\t\t");(*w)->DumpFilament(hf);} hf->Fill(begplane,begcell); hf->Fill(endplane,endcell); }

int Filament::EndFit (  int  unique  )

Definition at line 151 of file Filament.cxx. References endoffset, endslope, fitendt, fitendz, hitt, hitz, sc, sp, sp2, and spc. Referenced by FitDist(), and Update(). { if(unique>uniquez) { fitendz=endz; fitendt=endt; return 0; } int curunique=0; int index=hitz.size()-1; float sp=0; float sp2=0; float spc=0; float sc=0; int tnum=0; float lastz=-1; //get average point in each plance before fiiting float avg=1;; int cnt=0; while(curunique<unique) { if(lastz!=hitz[index]) { if(cnt>0) { tnum++; sp+=(lastz-endz); sp2+=(lastz-endz)*(lastz-endz); spc+=(lastz-endz)*(avg/cnt-endt); sc+=(avg/cnt-endt); curunique++; } lastz=hitz[index]; cnt=0; avg=0; } avg+=hitt[index]; cnt++; index--; } //old way /* while(curunique<unique) { tnum++; sp+=(hitz[index]-endz); sp2+=(hitz[index]-endz)*(hitz[index]-endz); spc+=(hitz[index]-endz)*(hitt[index]-endt); sc+=(hitt[index]-endt); if(lastz!=hitz[index]) { lastz=hitz[index]; curunique++; } index--; } */ endslope = (tnum*spc-sp*sc)/(tnum*sp2-sp*sp); endoffset = (sc*sp2-sp*spc)/(tnum*sp2-sp*sp)+endt; fitendz=endz; //fitendt=fitendz*endslope+endoffset; fitendt=endoffset; return 1; }

float Filament::FitDist (  unsigned int  plane, unsigned int  cell )

Definition at line 307 of file Filament.cxx. References EndFit(), endslope, spider::fGeo, num, and geo::Geometry::Plane(). Referenced by spider::WebWalker::StickyWeb(). { if(num<2)return 1000; double pos[3]; try{ fGeo->Plane(plane).Cell(cell).GetCenter(pos); }catch(...){printf("fillament geo error...\n");return 1000;} float z=pos[2]; float t=(fGeo->Plane(plane).View()==geo::kX)?pos[0]:pos[1]; EndFit(2); float diff = t - (endslope*(z-endz)+endoffset); return (diff>0)?diff:-diff; }

void Filament::Geo (  geo::View_t  a  )

Definition at line 76 of file Filament.cxx. References daughters, and fXY. { fXY=a; for(unsigned int i=0;i<daughters.size();i++) daughters[i]->Geo(a); }

int Filament::HasHit (  unsigned int  plane, unsigned int  cell, int  distp, int  distc )

Definition at line 491 of file Filament.cxx. References HasHit(), and planemap. { if(planemap.size()>0) for(int p=-distp;p<=distp;p++) for(int c=-distc;c<=distc;c++) { if((p+(int)plane)<0||(c+(int)cell)<0)continue; if(HasHit(((int)plane+p),((int)cell+c)))return (p<0?-p:p)*5+(c<0?-c:c)*3; } return 0; /* if(planemap.size()>0) for(int p=-dist;p<=dist;p++) for(int c=-(dist-(p<0?-p:p));c<=(dist-(c<0?-c:c));c++) { if((p+(int)plane)<0||(c+(int)cell)<0)continue; if(HasHit(((int)plane+p),((int)cell+c)))return (p<0?-p:p)+(c<0?-c:c); } return 0; */ }

int Filament::HasHit (  unsigned int  plane, unsigned int  cell, int  dist )

Definition at line 481 of file Filament.cxx. References HasHit(). { return HasHit(plane, cell, dist/5, dist/3); }

int Filament::HasHit (  unsigned int  plane, unsigned int  cell )

Definition at line 282 of file Filament.cxx. References planemap. { //printf("looking for hit %d %d \n",plane,cell); //const recobase::CellHit * f= planemap.find(plane)->second.find(cell)->second; if(planemap.find(plane)!=planemap.end()) if(planemap.find(plane)->second.find(cell)!=planemap.find(plane)->second.end()) { const recobase::CellHit * f= planemap.find(plane)->second.find(cell)->second; //printf("- %d -",planemap.find(plane)->second.find(cell)->first); //printf("add %d\n", f) ; if( f!= 0)return 1; } return 0; }

int Filament::HasHit (  const recobase::CellHit *  c  )

Definition at line 281 of file Filament.cxx. References recobase::CellHit::Cell(), and recobase::CellHit::Plane(). Referenced by HasHit(), and spider::WebWalker::SpinHit(). {return HasHit(c->Plane(), c->Cell());}

void Filament::MergeIntoFilament (  Filament *  f  )

Definition at line 547 of file Filament.cxx. References AddHit(), daughters, and planemap. Referenced by spider::WebWalker::ClumpWeb(). { for(unsigned int i=0;i<daughters.size();i++) { daughters[i]->MergeIntoFilament(this); } daughters.clear(); std::map<unsigned int,cellmap>::iterator pi; cellmap::iterator ci; for(pi=planemap.begin();pi!=planemap.end();pi++) for(ci=pi->second.begin();ci!=pi->second.end();ci++) f->AddHit(ci->second); }

void Filament::Update (  unsigned int  plane, unsigned int  cell )

Definition at line 325 of file Filament.cxx. References aslope, begcell, BeginFit(), endcell, EndFit(), spider::fGeo, maxcell, maxplane, maxt, maxz, mincell, minplane, mint, minz, num, geo::Geometry::Plane(), and rotation. { float fplane=(float)plane; float fcell=(float)cell; maxplane = (fplane < maxplane) ? maxplane : fplane; minplane = (fplane > minplane) ? minplane : fplane; maxcell = (fcell < maxcell) ? maxcell : fcell; mincell = (fcell > mincell) ? mincell : fcell; num+=1; /* sp+=(fplane-fbegplane); sp2+=(fplane-fbegplane)*(fplane-fbegplane); spc+=(fplane-fbegplane)*(fcell-fbegcell); sc+=(fcell-fbegcell); printf("ID%d %f %f %f %f\n",myId,sp,sp2,spc,sc); printf("ID%d %f %f %f %f\n",myId,(fplane-fbegplane),(fplane-fbegplane)*(fplane-fbegplane),(fplane-fbegplane)*(fcell-fbegcell),(fcell-fbegcell)); */ double pos[3]; try{ fGeo->Plane(plane).Cell(cell).GetCenter(pos); }catch(...){printf("fillament geo error...\n");return;} float z=pos[2]; float t=(fGeo->Plane(plane).View()==geo::kX)?pos[0]:pos[1]; /* asp+=(z-begz); asp2+=(z-begz)*(z-begz); aspc+=(z-begz)*(t-begt); asc+=(t-begt); */ maxz = (z < maxz) ? maxz : z; minz = (z > minz) ? minz : z; maxt = (t < maxt) ? maxt : t; mint = (t > mint) ? mint : t; /* fitbegz=begz; fitbegt=begt; fitendz=endz; fitendt=endt; */ // printf("ID%d added (%f %f), (%u %u)\n",myId,z,t,plane,cell); // Update(); rotation=(endcell-begcell ==0) ? 180 : 90/3.141592*atan(aslope); BeginFit(3); EndFit(3); // printf("ID%d Updating with %d %d\n",myId,plane,cell); }

void Filament::Update (   )

Definition at line 381 of file Filament.cxx. References aoffset, asc, aslope, asp, asp2, aspc, begz, fbegcell, fbegplane, fendcell, fendplane, fitbegcell, fitbegplane, fitbegt, fitbegz, fitendcell, fitendplane, fitendt, fitendz, maxt, maxz, mint, minz, num, offset, sc, slope, sp, sp2, and spc. Referenced by AddHit(). { //if(num<3)return; slope=0; offset=0; if(num*sp2-sp*sp!=0) { slope = (num*spc-sp*sc)/(num*sp2-sp*sp); offset = (sc*sp2-sp*spc)/(num*sp2-sp*sp)+(float)begcell; } // else // { // slope = std::numeric_limits<float>::infinity(); // } //if(slope!=0&&slope<100) //{ fbegplane=minplane; fbegcell=(minplane)*slope+offset; fendplane=(maxplane); fendcell=(maxplane)*slope+offset; /*} else { // begplane=(unsigned int)minplane; // endplane=(unsigned int)maxplane; begcell=(unsigned int)mincell; endcell=(unsigned int)maxcell; } */ if(fbegplane==fendplane) { fbegcell=mincell; fendcell=maxcell; } // if((int)(begcell)<0)begcell=0; // if((int)(endcell)<0)endcell=0; fitbegcell=(unsigned int)fbegcell; fitendcell=(unsigned int)fendcell; fitbegplane=(unsigned int)fbegplane; fitendplane=(unsigned int)fendplane; //printf("ID%d slope %f off %f b(%u %u) e(%u %u) min(%f %f) max (%f %f) num%f\n",myId,slope, offset,begplane,begcell,endplane,endcell,mincell,minplane,maxcell,maxplane,num); aslope=0; aoffset=0; if(num*asp2-asp*asp!=0) { aslope = (num*aspc-asp*asc)/(num*asp2-asp*asp); aoffset = (asc*asp2-asp*aspc)/(num*asp2-asp*asp)+begt; } //if(aslope!=0)//&&aslope<100) // { /* fitbegz=minz; fitbegt=(begz*begslope+aoffset); fitendz=maxz; fitendt=endoffset; */ /*} else { // begz=minz; // endz=maxz; begt=mint; endt=maxt; } */ if(begz==endz) //straight verticle line { fitbegt=maxt; fitendt=mint; } fitbegz=(fitbegz>maxz)?maxz:fitbegz; fitbegz=(fitbegz<minz)?minz:fitbegz; fitendz=(fitendz>maxz)?maxz:fitendz; fitendz=(fitendz<minz)?minz:fitendz; fitbegt=(fitbegt>maxt)?maxt:fitbegt; fitbegt=(fitbegt<mint)?mint:fitbegt; fitendt=(fitendt>maxt)?maxt:fitendt; fitendt=(fitendt<mint)?mint:fitendt; //printf("ID%d slope %f off %f b(%f %f) e(%f %f) min(%f %f) max(%f %f) num%f\n",myId,aslope, aoffset,begz,begt,endz,endt,minz,mint,maxz,maxt,num); }

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Member Data Documentation

float spider::Filament::aoffset [private]

Definition at line 159 of file Filament.h. Referenced by Update().

float spider::Filament::asc [private]

Definition at line 156 of file Filament.h. Referenced by Update().

float spider::Filament::aslope [private]

Definition at line 158 of file Filament.h. Referenced by Update().

float spider::Filament::asp [private]

Definition at line 153 of file Filament.h. Referenced by Update().

float spider::Filament::asp2 [private]

Definition at line 154 of file Filament.h. Referenced by Update().

float spider::Filament::aspc [private]

Definition at line 155 of file Filament.h. Referenced by Update().

unsigned int spider::Filament::begcell

Definition at line 91 of file Filament.h. Referenced by AddHit(), DistanceToFilament(), spider::SpiderWeb::IterPut(), spider::WebWalker::StickyWeb(), and Update().

float spider::Filament::begoffset

Definition at line 86 of file Filament.h. Referenced by BeginFit().

unsigned int spider::Filament::begplane

Definition at line 89 of file Filament.h. Referenced by AddHit(), spider::WebWalker::ClumpWeb(), DistanceToFilament(), DumpFilament(), spider::SpiderWeb::IterPut(), and spider::WebWalker::StickyWeb().

float spider::Filament::begslope

Definition at line 85 of file Filament.h. Referenced by BeginFit().

float spider::Filament::begt

Definition at line 102 of file Filament.h. Referenced by AddHit().

float spider::Filament::begz

Definition at line 100 of file Filament.h. Referenced by AddHit(), and Update().

std::vector<Filament *> spider::Filament::daughters

Definition at line 63 of file Filament.h. Referenced by AttachFilament(), DumpFilament(), Geo(), spider::SpiderWeb::IterPut(), MergeIntoFilament(), and ~Filament().

int spider::Filament::depth

Definition at line 118 of file Filament.h. Referenced by spider::SpiderWeb::IterPut().

unsigned int spider::Filament::endcell

Definition at line 90 of file Filament.h. Referenced by AddHit(), DistanceToFilament(), DumpFilament(), spider::SpiderWeb::IterPut(), spider::WebWalker::StickyWeb(), and Update().

float spider::Filament::endoffset

Definition at line 84 of file Filament.h. Referenced by EndFit().

unsigned int spider::Filament::endplane

Definition at line 88 of file Filament.h. Referenced by AddHit(), DistanceToFilament(), spider::SpiderWeb::IterPut(), and spider::WebWalker::StickyWeb().

float spider::Filament::endslope

Definition at line 83 of file Filament.h. Referenced by EndFit(), and FitDist().

float spider::Filament::endt

Definition at line 101 of file Filament.h. Referenced by AddHit().

float spider::Filament::endz

Definition at line 99 of file Filament.h. Referenced by AddHit().

float spider::Filament::fbegcell

Definition at line 96 of file Filament.h. Referenced by AddHit(), and Update().

float spider::Filament::fbegplane

Definition at line 94 of file Filament.h. Referenced by AddHit(), and Update().

float spider::Filament::fendcell

Definition at line 95 of file Filament.h. Referenced by AddHit(), and Update().

float spider::Filament::fendplane

Definition at line 93 of file Filament.h. Referenced by AddHit(), and Update().

int Filament::filcount = 0 [static]

Definition at line 9 of file Filament.cxx. Referenced by Filament().

unsigned int spider::Filament::fitbegcell

Definition at line 115 of file Filament.h. Referenced by Update().

unsigned int spider::Filament::fitbegplane

Definition at line 113 of file Filament.h. Referenced by Update().

float spider::Filament::fitbegt

Definition at line 109 of file Filament.h. Referenced by BeginFit(), Filament(), spider::SpiderWeb::IterPut(), and Update().

float spider::Filament::fitbegz

Definition at line 107 of file Filament.h. Referenced by BeginFit(), Filament(), spider::SpiderWeb::IterPut(), and Update().

unsigned int spider::Filament::fitendcell

Definition at line 114 of file Filament.h. Referenced by Update().

unsigned int spider::Filament::fitendplane

Definition at line 112 of file Filament.h. Referenced by Update().

float spider::Filament::fitendt

Definition at line 108 of file Filament.h. Referenced by EndFit(), Filament(), spider::SpiderWeb::IterPut(), and Update().

float spider::Filament::fitendz

Definition at line 106 of file Filament.h. Referenced by EndFit(), Filament(), spider::SpiderWeb::IterPut(), and Update().

geo::View_t spider::Filament::fXY

Definition at line 120 of file Filament.h. Referenced by Geo().

std::vector<float> spider::Filament::hitt

Definition at line 79 of file Filament.h. Referenced by AddPoint(), BeginFit(), and EndFit().

std::vector<float> spider::Filament::hitz

Definition at line 78 of file Filament.h. Referenced by AddPoint(), BeginFit(), and EndFit().

float spider::Filament::maxcell [private]

Definition at line 133 of file Filament.h. Referenced by Update().

float spider::Filament::maxplane [private]

Definition at line 131 of file Filament.h. Referenced by Update().

float spider::Filament::maxt [private]

Definition at line 148 of file Filament.h. Referenced by Update().

float spider::Filament::maxz [private]

Definition at line 146 of file Filament.h. Referenced by Update().

float spider::Filament::mincell [private]

Definition at line 134 of file Filament.h. Referenced by Update().

float spider::Filament::minplane [private]

Definition at line 132 of file Filament.h. Referenced by Update().

float spider::Filament::mint [private]

Definition at line 149 of file Filament.h. Referenced by Update().

float spider::Filament::minz [private]

Definition at line 147 of file Filament.h. Referenced by Update().

int spider::Filament::myId

Definition at line 69 of file Filament.h. Referenced by Filament().

float spider::Filament::num [private]

Definition at line 136 of file Filament.h. Referenced by AddHit(), FitDist(), and Update().

float spider::Filament::offset [private]

Definition at line 144 of file Filament.h. Referenced by Update().

std::map<unsigned int,cellmap> spider::Filament::planemap

Definition at line 61 of file Filament.h. Referenced by AddHit(), DumpFilament(), HasHit(), and MergeIntoFilament().

float spider::Filament::rotation

Definition at line 50 of file Filament.h. Referenced by spider::WebWalker::ClumpWeb(), and Update().

float spider::Filament::sc [private]

Definition at line 141 of file Filament.h. Referenced by BeginFit(), EndFit(), and Update().

float spider::Filament::slope [private]

Definition at line 143 of file Filament.h. Referenced by Update().

float spider::Filament::sp [private]

Definition at line 138 of file Filament.h. Referenced by BeginFit(), EndFit(), and Update().

float spider::Filament::sp2 [private]

Definition at line 139 of file Filament.h. Referenced by BeginFit(), EndFit(), and Update().

float spider::Filament::spc [private]

Definition at line 140 of file Filament.h. Referenced by BeginFit(), EndFit(), and Update().

int spider::Filament::uniquez

Definition at line 80 of file Filament.h. Referenced by AddPoint().

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The documentation for this class was generated from the following files:

• Filament.h
• Filament.cxx

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