Collaboration diagram for ProjectionSurfacesHelper::Imp:

Public Member Functions
	Imp (ProjectionSurfacesHelper tc, SoSeparator as)

SoShape *	barrelCylShape ()

SoShape *	endcapInnerShape ()

SoShape *	endcapOuterShape ()

SoShape *	endcapZAsRCylShape ()

void	initPartsSep (float zpos, SoSeparator &sep, SoShape )

void	ensureDetached (SoSeparator *)

void	ensureAttached (SoSeparator *)

Public Attributes
ProjectionSurfacesHelper *	theclass

SoSeparator *	attachsep

InDetProjFlags::InDetProjPartsFlags	parts

SoMaterial *	material

SoSeparator *	sep

SoShape *	barrelcylshape

SoShape *	endcapinnershape

SoShape *	endcapoutershape

SoShape *	endcapzasrcylshape

SoSeparator *	sep_barrel_central

SoSeparator *	sep_barrel_pos

SoSeparator *	sep_barrel_neg

SoSeparator *	sep_endcap_inner_pos

SoSeparator *	sep_endcap_outer_pos

SoSeparator *	sep_endcap_inner_neg

SoSeparator *	sep_endcap_outer_neg

SoSeparator *	sep_endcap_zasr_central

SoSeparator *	sep_endcap_zasr_pos

SoSeparator *	sep_endcap_zasr_neg

double	surfacethickness

double	barrel_inner_radius

double	barrel_outer_radius

double	barrel_posneg_z

double	endcap_surface_z

double	endcap_surface_length

double	endcap_inner_radius

double	endcap_outer_radius

double	endcap_zasr_disttobarrelcyl

double	endcap_zasr_squeezefact

Static Public Attributes
static const int	nphi = 64

Detailed Description

Definition at line 73 of file ProjectionSurfacesHelper.cxx.

Constructor & Destructor Documentation

◆ Imp()

ProjectionSurfacesHelper::Imp::Imp	(	ProjectionSurfacesHelper *	tc,
		SoSeparator *	as
	)

inline

Definition at line 75 of file ProjectionSurfacesHelper.cxx.

                                                     : theclass(tc),
                               attachsep(as),
                               parts(InDetProjFlags::NoProjections),
                               material(0),
                               sep(0),
                               barrelcylshape(0),
                               endcapinnershape(0),
                               endcapoutershape(0),
                               endcapzasrcylshape(0),
                               sep_barrel_central(0),
                               sep_barrel_pos(0),
                               sep_barrel_neg(0),
                               sep_endcap_inner_pos(0),
                               sep_endcap_outer_pos(0),
                               sep_endcap_inner_neg(0),
                               sep_endcap_outer_neg(0),
                               sep_endcap_zasr_central(0),
                               sep_endcap_zasr_pos(0),
                               sep_endcap_zasr_neg(0),
                               surfacethickness(0),
                               barrel_inner_radius(0),
                               barrel_outer_radius(0),
                               barrel_posneg_z(0),
                               endcap_surface_z(0),
                               endcap_surface_length(0),
                               endcap_inner_radius(0),
                               endcap_outer_radius(0),
                               endcap_zasr_disttobarrelcyl(0),
                               endcap_zasr_squeezefact(0)
   {
     if (as)
       as->ref();
   }

Member Function Documentation

◆ barrelCylShape()

SoShape * ProjectionSurfacesHelper::Imp::barrelCylShape ( )

Definition at line 374 of file ProjectionSurfacesHelper.cxx.

 {
   theclass->messageVerbose("barrelCylShape");
   if (!barrelcylshape) {
     SoTubs::initClass();
     SoTubs * disc = new SoTubs;
     disc->pRMin = barrel_inner_radius;
     disc->pRMax = barrel_outer_radius;
     disc->pDz = 0.5*surfacethickness;
     disc->pSPhi = 0.0;
     disc->pDPhi = 2*M_PI;
     disc->pOverrideNPhi = nphi;//Ignore complexity and just use a good amount of subdivisions =n*32 (its just a single surface anyway)
     barrelcylshape = disc;
     barrelcylshape->ref();
   }
   return barrelcylshape;
 }

◆ endcapInnerShape()

SoShape * ProjectionSurfacesHelper::Imp::endcapInnerShape ( )

Definition at line 393 of file ProjectionSurfacesHelper.cxx.

 {
   theclass->messageVerbose("endcapInnerShape");
   if (!endcapinnershape) {
     SoTubs::initClass();
     SoTubs * cyl = new SoTubs;
     cyl->pRMax = endcap_inner_radius;
     cyl->pRMin = endcap_inner_radius-surfacethickness;
     cyl->pDz = 0.5*endcap_surface_length;
     cyl->pSPhi = 0.0;
     cyl->pDPhi = 2*M_PI;
     cyl->pOverrideNPhi = nphi;//Ignore complexity and just use a good amount of subdivisions =n*32 (its just a single surface anyway)
     endcapinnershape = cyl;
     endcapinnershape->ref();
   }
   return endcapinnershape;
 }

◆ endcapOuterShape()

SoShape * ProjectionSurfacesHelper::Imp::endcapOuterShape ( )

Definition at line 412 of file ProjectionSurfacesHelper.cxx.

 {
   theclass->messageVerbose("endcapOuterShape");
   if (!endcapoutershape) {
     SoTubs::initClass();
     SoTubs * cyl = new SoTubs;
     cyl->pRMax = endcap_outer_radius;
     cyl->pRMin = endcap_outer_radius-surfacethickness;
     cyl->pDz = 0.5*endcap_surface_length;
     cyl->pSPhi = 0.0;
     cyl->pDPhi = 2*M_PI;
     cyl->pOverrideNPhi = nphi;//Ignore complexity and just use a good amount of subdivisions =n*32 (its just a single surface anyway)
     endcapoutershape = cyl;
     endcapoutershape->ref();
   }
   return endcapoutershape;
 }

◆ endcapZAsRCylShape()

SoShape * ProjectionSurfacesHelper::Imp::endcapZAsRCylShape ( )

Definition at line 431 of file ProjectionSurfacesHelper.cxx.

 {
   theclass->messageVerbose("endcapZAsRCylShape");
   if (!endcapzasrcylshape) {
     SoTubs::initClass();
     SoTubs * disc = new SoTubs;
     double rmin = barrel_outer_radius+endcap_zasr_disttobarrelcyl;
     disc->pRMin = rmin;
     disc->pRMax = rmin + endcap_surface_length/endcap_zasr_squeezefact;
     disc->pDz = 0.5*surfacethickness;
     disc->pSPhi = 0.0;
     disc->pDPhi = 2*M_PI;
     disc->pOverrideNPhi = nphi;//Ignore complexity and just use a good amount of subdivisions =n*32 (its just a single surface anyway)
     endcapzasrcylshape = disc;
     endcapzasrcylshape->ref();
   }
   return endcapzasrcylshape;
 }

◆ ensureAttached()

void ProjectionSurfacesHelper::Imp::ensureAttached ( SoSeparator * s )

Definition at line 462 of file ProjectionSurfacesHelper.cxx.

 {
   if (VP1Msg::verbose())
     theclass->messageVerbose("ensureAttached");
   if (!s)
     return;
   if (!sep) {
     sep = new SoSeparator;
     sep->ref();
     SoPickStyle *pickStyle = new SoPickStyle;
     pickStyle->style=SoPickStyle::UNPICKABLE;
     sep->addChild(pickStyle);
     if (material)
       sep->addChild(material);
     attachsep->addChild(sep);
   }
   sep->addChild(s);
   if (VP1Msg::verbose())
     theclass->messageVerbose("ensureAttached done");
 }

◆ ensureDetached()

void ProjectionSurfacesHelper::Imp::ensureDetached ( SoSeparator * s )

Definition at line 451 of file ProjectionSurfacesHelper.cxx.

 {
   if (VP1Msg::verbose())
     theclass->messageVerbose("ensureDetached");
   if (!sep||!s)
     return;
   if (sep->findChild(s)>-1)
     sep->removeChild(s);
 }

◆ initPartsSep()

void ProjectionSurfacesHelper::Imp::initPartsSep	(	float	zpos,
		SoSeparator *&	sep,
		SoShape *	shape
	)

Definition at line 351 of file ProjectionSurfacesHelper.cxx.

 {
   theclass->messageVerbose("initPartsSep begin");
   sep = new SoSeparator();
   sep->ref();
   if (zpos!=0.0f) {
     SoTranslation * t = new SoTranslation;
     t->translation.setValue(0.0f,0.0f,zpos);
     sep->addChild(t);
   }
   sep->addChild(shape);
   theclass->messageVerbose("initPartsSep end");
 }