QwTreeLine.cc File Reference

Definition of the one-dimensional track stubs. More...

#include "QwTreeLine.h"
#include <cmath>
#include "QwHit.h"
#include "QwHitPattern.h"
#include "QwHitContainer.h"

Include dependency graph for QwTreeLine.cc:

Go to the source code of this file.

Functions
std::ostream &	operator<< (std::ostream &stream, const QwTreeLine &tl)

Detailed Description

Definition of the one-dimensional track stubs.

Author

Wouter Deconinck wdcon.nosp@m.inc@.nosp@m.mit.e.nosp@m.du

Jie Pan jpan@.nosp@m.jlab.nosp@m..org

Date

Sun May 24 11:05:29 CDT 2009

Definition in file QwTreeLine.cc.

Function Documentation

std::ostream& operator<<	(	std::ostream &	stream,
		const QwTreeLine &	tl
	)

Stream some info about the tree line

Parameters

stream	Stream as lhs of the operator
tl	Tree line as rhs of the operator

Returns

Stream as result of the operator

Definition at line 340 of file QwTreeLine.cc.

References QwTreeLine::a_beg, QwTreeLine::a_end, QwTreeLine::b_beg, QwTreeLine::b_end, Qw::cm, QwTreeLine::fAverageResidual, QwTreeLine::fChi, QwTreeLine::fOffset, QwTreeLine::fQwHits, QwTreeLine::fSlope, VQwTrackingElement::GetDirection(), VQwTrackingElement::GetPackage(), VQwTrackingElement::GetPlane(), VQwTrackingElement::GetRegion(), QwTreeLine::IsVoid(), and kRegionIDNull.

                                                                  {
  stream << "tl: ";
  if (tl.a_beg + tl.a_end + tl.b_beg + tl.b_end != 0) {
    stream << tl.a_beg << "," << tl.a_end << " -- ";
    stream << tl.b_beg << "," << tl.b_end << " ";
  }
  if (tl.GetRegion() != kRegionIDNull) { // treeline has geometry identification
    stream << "(" << tl.GetRegion() << "/" << "?UD"[tl.GetPackage()];
    stream << "/" << "?xyuvrq"[tl.GetDirection()];
    if (tl.GetPlane() > 0)
      stream << "/" << tl.GetPlane() << ")";
    else
      stream << ")";
  }
  if (tl.fChi > 0.0) { // treeline has been fitted
    stream << "; fOffset = " << tl.fOffset/Qw::cm << " cm";
    stream << ", fSlope = " << tl.fSlope;
    stream << ", fResidual = " << tl.fAverageResidual/Qw::cm << " cm";
    stream << ", fChi = " << tl.fChi;
    stream << "; hits (" << tl.fQwHits.size() << "):";
    for (size_t hit = 0; hit < tl.fQwHits.size(); hit++)
      stream << " " << tl.fQwHits.at(hit)->GetPlane() << ":" << tl.fQwHits.at(hit)->GetElement();
  }
  if (tl.IsVoid()) stream << " (void)";
  return stream;
}

Here is the call graph for this function: