GeFiCa Namespace Reference

The only namespace in GeFiCa. More...

Classes
class	Crystal
	Crystal properties. More...
class	Detector
	Detector & crystal properties. More...
class	FieldLine
	Electric field line data. More...
class	Grid
	Data structure of a electric field grid. More...
class	Hemispherical
	Configuration of hemispherical detectors. More...
class	Planar
	Configuration of planar detectors. More...
class	PointContact
	Configuration of point contact detectors. More...
class	Points
	A group of discrete points. More...
class	R
	1D spherical coordinate. More...
class	Rho
	1D cylindrical coordinate. More...
class	RhoPhi
	2D cylindrical coordinates in rho-phi plane. More...
class	RhoZ
	2D cylindrical coordinates in rho-z plane. More...
class	RTheta
	2D spherical coordinates. More...
class	Segmented
	Configuration of segmented true coaxial detectors. More...
class	SquarePointContact
	Configuration of squre point contact detectors. More...
class	TrueCoaxial
	Configuration of true coaxial detectors. More...
class	X
	1D Cartesian coordinate. More...
class	XYZ
	3D Cartesian coordinates. More...

Variables
static const double	ns =1
	nano second More...
static const double	us =1e3*ns
	micro second More...
static const double	ms =1e6*ns
	mini second More...
static const double	sec =1e9*ns
	second More...
static const double	C =1
	charge unit Coulomb More...
static const double	cm =1
	centimeter More...
static const double	cm2 =cm*cm
	centimeter squared More...
static const double	cm3 =cm*cm*cm
	centimeter cubed More...
static const double	mm =0.1*cm
	minimeter More...
static const double	mm2 =mm*mm
	minimeter squared More...
static const double	mm3 =mm*mm*mm
	minimeter cubed More...
static const double	nm =1e-6*mm
	nanometer More...
static const double	um =1e-3*mm
	micrometer More...
static const double	volt =1
static const double	kV =1000*volt
	kilo volt More...
static const double	pF =C/volt*1e-12
	pico farad More...
static const double	nF =C/volt*1e-9
	nano farad More...
static const double	Qe =1.6e-19*C
	electron charge in Coulomb [C] More...
static const double	epsilon0 =8.854187817e-14*C/volt/cm
	vacumm permittivity [C/volt/cm] More...
static const double	epsilonR =16
	dielectric constant of Ge More...
static const double	epsilon =epsilonR*epsilon0
	permittivity of Ge [C/volt/cm] More...
static const double	Pi =3.14159265

Detailed Description

The only namespace in GeFiCa.

Variable Documentation

C

const double GeFiCa::C =1

static

charge unit Coulomb

Examples:

analytic/coaxial.cc, analytic/CV.cc, analytic/getVd.cc, analytic/planar.cc, and analytic/spherical.cc.

Definition at line 11 of file Units.h.

cm

const double GeFiCa::cm =1

static

centimeter

Examples:

analytic/coaxial.cc, analytic/CV.cc, analytic/getVd.cc, analytic/planar.cc, analytic/spherical.cc, hemispherical/compare2analytic.cc, planar/calculateC.cc, planar/compare2analytic.cc, planar/optimizeRelaxationFactor.cc, planar/showConvergingSteps.cc, pointContact/calculateFields.cc, pointContact/checkInitialization.cc, pointContact/drawFields.cc, pointContact/optimizeRelaxationFactor.cc, pointContact/search4Vd.cc, trueCoaxial/compare2analytic.cc, and trueCoaxial/verifyCV.cc.

Definition at line 12 of file Units.h.

cm2

const double GeFiCa::cm2 =cm*cm

static

centimeter squared

Definition at line 13 of file Units.h.

cm3

const double GeFiCa::cm3 =cm*cm*cm

static

centimeter cubed

Examples:

analytic/coaxial.cc, analytic/CV.cc, analytic/getVd.cc, analytic/planar.cc, analytic/spherical.cc, hemispherical/compare2analytic.cc, planar/calculateC.cc, planar/compare2analytic.cc, planar/optimizeRelaxationFactor.cc, planar/showConvergingSteps.cc, pointContact/calculateFields.cc, pointContact/optimizeRelaxationFactor.cc, trueCoaxial/compare2analytic.cc, and trueCoaxial/verifyCV.cc.

Definition at line 14 of file Units.h.

epsilon

const double GeFiCa::epsilon =epsilonR*epsilon0

static

permittivity of Ge [C/volt/cm]

Examples:

analytic/coaxial.cc, analytic/spherical.cc, and trueCoaxial/verifyCV.cc.

Definition at line 27 of file Units.h.

epsilon0

const double GeFiCa::epsilon0 =8.854187817e-14*C/volt/cm

static

vacumm permittivity [C/volt/cm]

Examples:

analytic/coaxial.cc, analytic/CV.cc, analytic/getVd.cc, analytic/planar.cc, and analytic/spherical.cc.

Definition at line 25 of file Units.h.

epsilonR

const double GeFiCa::epsilonR =16

static

dielectric constant of Ge

Definition at line 26 of file Units.h.

kV

const double GeFiCa::kV =1000*volt

static

kilo volt

Examples:

pointContact/calculateFields.cc, and pointContact/optimizeRelaxationFactor.cc.

Definition at line 21 of file Units.h.

mm

const double GeFiCa::mm =0.1*cm

static

minimeter

Examples:

pointContact/calculateFields.cc, pointContact/checkInitialization.cc, pointContact/optimizeRelaxationFactor.cc, and trueCoaxial/verifyCV.cc.

Definition at line 15 of file Units.h.

mm2

const double GeFiCa::mm2 =mm*mm

static

minimeter squared

Definition at line 16 of file Units.h.

mm3

const double GeFiCa::mm3 =mm*mm*mm

static

minimeter cubed

Definition at line 17 of file Units.h.

ms

const double GeFiCa::ms =1e6*ns

static

mini second

Definition at line 9 of file Units.h.

nF

const double GeFiCa::nF =C/volt*1e-9

static

nano farad

Definition at line 23 of file Units.h.

nm

const double GeFiCa::nm =1e-6*mm

static

nanometer

Definition at line 18 of file Units.h.

ns

const double GeFiCa::ns =1

static

nano second

Definition at line 7 of file Units.h.

pF

const double GeFiCa::pF =C/volt*1e-12

static

pico farad

Examples:

analytic/CV.cc, planar/calculateC.cc, and trueCoaxial/verifyCV.cc.

Definition at line 22 of file Units.h.

Pi

const double GeFiCa::Pi =3.14159265

static

Definition at line 29 of file Units.h.

Qe

const double GeFiCa::Qe =1.6e-19*C

static

electron charge in Coulomb [C]

Examples:

analytic/getVd.cc, and trueCoaxial/verifyCV.cc.

Definition at line 24 of file Units.h.

sec

const double GeFiCa::sec =1e9*ns

static

second

Definition at line 10 of file Units.h.

um

const double GeFiCa::um =1e-3*mm

static

micrometer

Definition at line 19 of file Units.h.

us

const double GeFiCa::us =1e3*ns

static

micro second

Definition at line 8 of file Units.h.

volt

const double GeFiCa::volt =1

static

Examples:

analytic/coaxial.cc, analytic/CV.cc, analytic/getVd.cc, analytic/planar.cc, analytic/spherical.cc, hemispherical/compare2analytic.cc, planar/calculateC.cc, planar/compare2analytic.cc, planar/optimizeRelaxationFactor.cc, planar/showConvergingSteps.cc, pointContact/search4Vd.cc, segmented/drawSliceInPhi.cc, segmented/drawSliceInZ.cc, trueCoaxial/compare2analytic.cc, and trueCoaxial/verifyCV.cc.

Definition at line 20 of file Units.h.