One pair of placed solids, and everything measured about it. More...

#include <O2OverlapCheck.h>

Public Attributes
std::string	nameA

std::string	nameB

OverlapVerdict	verdict = OverlapVerdict::Disjoint

double	depthCm = 0.

std::array< double, 3 >	deepestPoint {{0., 0., 0.}}
	in the master frame

std::string	deepestPointFrom
	which solid's boundary the deepest point came from

int	pointsAInsideB = 0
	sampled points of A found inside B at any depth

int	pointsBInsideA = 0

int	deepPointsAInsideB = 0
	... of which deeper than depthTolerance

int	deepPointsBInsideA = 0

int	sampledA = 0
	accepted (on-boundary) sample counts actually used

int	sampledB = 0

double	separationCm = -1.
	Smallest sampled distance from a boundary point of one solid to the other, in cm; meaningful only when Disjoint.

double	sharedVolumeCm3 = -1.
	Monte-Carlo estimate; < 0 when not measured.

double	sharedVolumeErrCm3 = 0.
	its 1-sigma statistical error

int	sharedVolumeHits = 0

Detailed Description

One pair of placed solids, and everything measured about it.

Definition at line 59 of file O2OverlapCheck.h.

Member Data Documentation

◆ deepestPoint

std::array<double, 3> o2::cad::OverlapPair::deepestPoint {{0., 0., 0.}}

in the master frame

Definition at line 67 of file O2OverlapCheck.h.

◆ deepestPointFrom

std::string o2::cad::OverlapPair::deepestPointFrom

which solid's boundary the deepest point came from

Definition at line 68 of file O2OverlapCheck.h.

◆ deepPointsAInsideB

int o2::cad::OverlapPair::deepPointsAInsideB = 0

... of which deeper than depthTolerance

Definition at line 72 of file O2OverlapCheck.h.

◆ deepPointsBInsideA

int o2::cad::OverlapPair::deepPointsBInsideA = 0

Definition at line 73 of file O2OverlapCheck.h.

◆ depthCm

double o2::cad::OverlapPair::depthCm = 0.

The largest depth of a sampled boundary point of one solid inside the other: the verdict's evidence. A lower bound on the penetration depth, and when positive a proof that the interiors share volume.

Definition at line 66 of file O2OverlapCheck.h.

◆ nameA

std::string o2::cad::OverlapPair::nameA

Definition at line 60 of file O2OverlapCheck.h.

◆ nameB

std::string o2::cad::OverlapPair::nameB

Definition at line 61 of file O2OverlapCheck.h.

◆ pointsAInsideB

int o2::cad::OverlapPair::pointsAInsideB = 0

sampled points of A found inside B at any depth

Definition at line 70 of file O2OverlapCheck.h.

◆ pointsBInsideA

int o2::cad::OverlapPair::pointsBInsideA = 0

Definition at line 71 of file O2OverlapCheck.h.

◆ sampledA

int o2::cad::OverlapPair::sampledA = 0

accepted (on-boundary) sample counts actually used

Definition at line 74 of file O2OverlapCheck.h.

◆ sampledB

int o2::cad::OverlapPair::sampledB = 0

Definition at line 75 of file O2OverlapCheck.h.

◆ separationCm

double o2::cad::OverlapPair::separationCm = -1.

Smallest sampled distance from a boundary point of one solid to the other, in cm; meaningful only when Disjoint.

Definition at line 78 of file O2OverlapCheck.h.

◆ sharedVolumeCm3

double o2::cad::OverlapPair::sharedVolumeCm3 = -1.

Monte-Carlo estimate; < 0 when not measured.

Definition at line 80 of file O2OverlapCheck.h.

◆ sharedVolumeErrCm3

double o2::cad::OverlapPair::sharedVolumeErrCm3 = 0.

its 1-sigma statistical error

Definition at line 81 of file O2OverlapCheck.h.

◆ sharedVolumeHits

int o2::cad::OverlapPair::sharedVolumeHits = 0

Definition at line 82 of file O2OverlapCheck.h.

◆ verdict

OverlapVerdict o2::cad::OverlapPair::verdict = OverlapVerdict::Disjoint

Definition at line 62 of file O2OverlapCheck.h.

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

/home/runner/work/AliceO2/AliceO2/Detectors/CADSupport/include/CADSupport/O2OverlapCheck.h

Public Attributes