One kind of flaw, with every placement of it that the geometry contains.

The CMS geometry reports the EBAR/ESPM extrusion 36 times, once per supermodule; grouping turns 71 rows into 36 distinct problems.

Definition at line 50 of file REveGeoOverlaps.hxx.

Public Attributes
bool	fExtrusion {true}

std::vector< int >	fMembers
	indices into the entry list

double	fValue {0.}
	largest value among the members

std::string	fVol1

std::string	fVol2

Member Data Documentation

◆ fExtrusion

bool ROOT::Experimental::REveGeoOverlapTable::Group::fExtrusion {true}

Definition at line 52 of file REveGeoOverlaps.hxx.

std::vector<int> ROOT::Experimental::REveGeoOverlapTable::Group::fMembers

indices into the entry list

Definition at line 54 of file REveGeoOverlaps.hxx.

double ROOT::Experimental::REveGeoOverlapTable::Group::fValue {0.}

largest value among the members

Definition at line 53 of file REveGeoOverlaps.hxx.

std::string ROOT::Experimental::REveGeoOverlapTable::Group::fVol1

Definition at line 51 of file REveGeoOverlaps.hxx.

std::string ROOT::Experimental::REveGeoOverlapTable::Group::fVol2

Definition at line 51 of file REveGeoOverlaps.hxx.

Collaboration diagram for ROOT::Experimental::REveGeoOverlapTable::Group:

The documentation for this struct was generated from the following file: