TrackTraversingAlgorithms.h File Reference

Contains classes which extend the TraverseSegments class to apply algorithms to Tracks and possibly their segments. More...

#include "TraverseSegments.h"
#include "ExpEvaluator.h"

Go to the source code of this file.

Classes
class	MaxOpticalLength
	A class used to calculate the maximum optical path length across all segments in the Geometry. More...
class	SegmentCounter
	A class used to count the number of segments on each Track and the maximum number of segments per Track. More...
class	SegmentSplitter
	A class used to split explicit segments along Tracks. More...
class	VolumeCalculator
	A class used to calculate FSR volumes. More...
class	CentroidGenerator
	A class used to calculate the centroids of each FSR. More...
class	LinearExpansionGenerator
	A class used to calculate the linear expansion coeffs of each FSR. More...
class	TransportSweep
	A class used to apply the MOC transport equations to all segments. More...
class	DumpSegments
	A class used to write tracking data to a file. More...
class	ReadSegments
	A class used to read tracking data from a file. More...
class	TransportSweepOTF
	A class used to ray trace and apply the MOC transport equations simultaneously On-The-Fly. More...
class	RecenterSegments
	A class used to recenter Segments once their related FSR centroid is known. More...
class	PrintSegments
	A class used to write tracking data to a file. More...

Detailed Description

Contains classes which extend the TraverseSegments class to apply algorithms to Tracks and possibly their segments.

The classes defined within this file extend the TraverseSegments class so that they are capable of using the abstract looping defined in TraverseSegments::loopOverTracks(...). Each class contains a constructor which pulls data from a provided TrackGenerator, an onTrack(...) function which specifies what to do on each Track, and an execute() function which applies the algorithm. The execute() function should contain a call to TraverseSegments::loopOverTracks(...). To specify a behavior to be applied once for each segment, the kernel should be initialized using the TraverseSegments::getKernel<KernelType>() function and passed to TraverseSegments::loopOverTracks().

Date

February 23, 2016

Author

Geoffrey Gunow, MIT, Course 22 (geogu.nosp@m.now@.nosp@m.mit.e.nosp@m.du)