Configuration of point contact detectors. More...

#include <PointContact.h>

Inheritance diagram for GeFiCa::PointContact:

Collaboration diagram for GeFiCa::PointContact:

Public Member Functions
	PointContact (const char name="pc", const char title="point-contact detector")

void	CheckConfigurations ()

void	Draw (Option_t *option="side")

	ClassDef (PointContact, 1)

Public Member Functions inherited from GeFiCa::Detector
	Detector (const char name="detector", const char title="detector")

void	CheckConfigurations ()
	Check if detector configurations make sense. More...

void	Draw (Option_t *option="")

	ClassDef (Detector, 1)

Public Member Functions inherited from GeFiCa::Crystal
	Crystal ()
	Default constructor. More...

double	GetImpurity (double height)
	Return net impurity concentration at. More...

void	SetAverageImpurity (double impurity)

Public Attributes
double	Radius
	Radius of crystal. More...

double	PointContactR
	Radius of point contact. More...

double	PointContactH
	Height of point contact. More...

double	BoreH
	Depth of bore hole. More...

double	BoreR
	radius of bore hole More...

double	BoreTaperW
	width of bore hole taper More...

double	BoreTaperH
	height of bore hole taper More...

double	TaperW
	Width of taper (point contact side) More...

double	TaperH
	Height of taper (point contact side) More...

double	CornerW
	Width of taper (bore side) More...

double	CornerH
	Height of taper (bore side) More...

double	WrapAroundR
	Inner radius of outer contact. More...

double	GrooveW
	Width of Groove. More...

double	GrooveH
	Height of Groove. More...

Public Attributes inherited from GeFiCa::Detector
std::vector< double >	Bias
	bias on electrodes More...

Public Attributes inherited from GeFiCa::Crystal
double	Height
	height of crystal More...

double	TopImpurity
	net impurity concentration at top of crystal More...

double	BottomImpurity
	net impurity concentration at bottom of crystal More...

Detailed Description

Configuration of point contact detectors.

Examples:: pointContact/calculateFields.cc, pointContact/checkInitialization.cc, pointContact/drawFields.cc, and pointContact/optimizeRelaxationFactor.cc.

Definition at line 9 of file PointContact.h.

Constructor & Destructor Documentation

◆ PointContact()

PointContact::PointContact	(	const char *	name = `"pc"`,
		const char *	title = `"point-contact detector"`
	)

Definition at line 5 of file PointContact.cc.

                                                               :
    Detector(name, title), Radius(3*cm),
    PointContactR(1*mm), PointContactH(300*nm),
    BoreH(0), BoreR(0), BoreTaperW(0), BoreTaperH(0),
    TaperW(1*mm), TaperH(1*mm), CornerW(1*mm), CornerH(1*mm),
    WrapAroundR(-1), GrooveW(0), GrooveH(0)
 { Height=5*cm; Bias.push_back(1*kV); }

Member Function Documentation

◆ CheckConfigurations()

void PointContact::CheckConfigurations ( )

Definition at line 14 of file PointContact.cc.

 {
    Detector::CheckConfigurations();
    if (Radius<=0) {
       Error("CheckConfigurations", "Radius==%.1f!", Radius);
       abort();
    }
    if (PointContactR<0) {
       Error("CheckConfigurations", "PointContactR==%.1f!", PointContactR);
       abort();
    }
    if (PointContactH<0) {
       Error("CheckConfigurations", "PointContactH==%.1f!", PointContactH);
       abort();
    }
    if (BoreH<0) {
       Error("CheckConfigurations", "BoreH==%.1f!", BoreH);
       abort();
    }
    if (BoreR<0) {
       Error("CheckConfigurations", "BoreR==%.1f!", BoreR);
       abort();
    }
    if (BoreTaperW<0) {
       Error("CheckConfigurations", "BoreTaperW==%.1f!", BoreTaperW);
       abort();
    }
    if (BoreTaperH<0) {
       Error("CheckConfigurations", "BoreTaperH==%.1f!", BoreTaperH);
       abort();
    }
    if (TaperW<0) {
       Error("CheckConfigurations", "TaperW==%.1f!", TaperW);
       abort();
    }
    if (TaperH<0) {
       Error("CheckConfigurations", "TaperH==%.1f!", TaperH);
       abort();
    }
    if (CornerW<0) {
       Error("CheckConfigurations", "CornerW==%.1f!", CornerW);
       abort();
    }
    if (CornerH<0) {
       Error("CheckConfigurations", "CornerH==%.1f!", CornerH);
       abort();
    }
    if (GrooveW<0) {
       Error("CheckConfigurations", "GrooveW==%.1f!", GrooveW);
       abort();
    }
    if (GrooveH<0) {
       Error("CheckConfigurations", "GrooveH==%.1f!", GrooveH);
       abort();
    }
    if (GrooveH>=Height) {
       Error("CheckConfigurations", "GrooveH(%.1f)>=Height(%.1f)!",
             GrooveH, Height);
       abort();
    }
    if (WrapAroundR<0) WrapAroundR=Radius-TaperW;
    if (PointContactR+GrooveW>WrapAroundR) {
       Error("CheckConfigurations",
             "PointContactR(%.1f)+GrooveW(%.1f)>WrapAroundR(%.1f)!",
             PointContactR, GrooveH, WrapAroundR);
       abort();
    }
    if (PointContactH+BoreH>=Height) {
       Error("CheckConfigurations",
             "PointContactH(%.1f)+BoreH(%.1f)>=Height(%.1f)!",
             PointContactH, BoreH, Height);
       abort();
    }
    if (BoreR+BoreTaperW+CornerW>=Radius) {
       Error("CheckConfigurations",
             "BoreR(%.1f)+BoreTaperW(%.1f)+CornerW(%.1f)>=Radius(%.1f)!",
             BoreR, BoreTaperW, CornerW, Radius);
       abort();
    }
    if (TaperH+CornerH>=Height) {
       Error("CheckConfigurations", "TaperH(%.1f)+CornerH(%.1f)>=Height(%.1f)!",
             TaperH, CornerH, Height);
       abort();
    }
 }

◆ ClassDef()

GeFiCa::PointContact::ClassDef	(	PointContact	,
		1
	)

◆ Draw()

void PointContact::Draw ( Option_t * option = "side" )

Examples:: pointContact/checkInitialization.cc, and pointContact/drawFields.cc.

Definition at line 103 of file PointContact.cc.

 {
    TString opt(option); opt.ToLower();
    if (opt.Contains("half")) return; // not implemented yet
    // crystal outline
    TBox *out = new TBox(-Radius,0,Radius,Height); out->SetFillStyle(0);
    out->SetLineColor(kBlack); out->SetLineStyle(kDashed); out->Draw();
    // bore hole
    TBox *bore = new TBox(-BoreR,Height-BoreH,BoreR,Height);
    bore->SetLineColor(kBlack); bore->SetLineStyle(kDashed);
    bore->SetFillStyle(0); bore->Draw();
    // point contact
    TBox *pc = new TBox(-PointContactR,0,PointContactR,PointContactH);
    pc->SetLineColor(kBlack); pc->SetLineStyle(kDashed);
    pc->SetFillStyle(0); pc->Draw();
    // bottom tapers
    TLine *blt = new TLine(-Radius,TaperH,-Radius+TaperW,0);
    blt->SetLineColor(kBlack); blt->SetLineStyle(kDashed); blt->Draw();
    TLine *brt = new TLine(Radius-TaperW,0,Radius,TaperH);
    brt->SetLineColor(kBlack); brt->SetLineStyle(kDashed); brt->Draw();
    // top tapers
    TLine *tlt = new TLine(-Radius,Height-CornerH,-Radius+CornerW,Height);
    tlt->SetLineColor(kBlack); tlt->SetLineStyle(kDashed); tlt->Draw();
    TLine *trt = new TLine(Radius-CornerW,Height,Radius,Height-CornerH);
    trt->SetLineColor(kBlack); trt->SetLineStyle(kDashed); trt->Draw();
    // bore tapers
    TLine *lb = new TLine(-BoreTaperW-BoreR,Height,-BoreR,Height-BoreTaperH);
    lb->SetLineColor(kBlack); lb->SetLineStyle(kDashed); lb->Draw();
    TLine *rb = new TLine(BoreR,Height-BoreTaperH,BoreR+BoreTaperW,Height);
    rb->SetLineColor(kBlack); rb->SetLineStyle(kDashed); rb->Draw();
    // grove
    TBox *lg = new TBox(-WrapAroundR,0,-WrapAroundR+GrooveW,GrooveH);
    lg->SetLineColor(kBlack); lg->SetLineStyle(kDashed);
    lg->SetFillStyle(0); lg->Draw();
    TBox *rg = new TBox(WrapAroundR-GrooveW,0,WrapAroundR,GrooveH);
    rg->SetLineColor(kBlack); rg->SetLineStyle(kDashed);
    rg->SetFillStyle(0); rg->Draw();
 }