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#ifndef Geometry_ForwardGeometry_ZdcHardcodeGeometryData_H
#define Geometry_ForwardGeometry_ZdcHardcodeGeometryData_H 1
/** the ZSection position gives the absolute-value z (low) limits for each section
||||||||||{ }////////
^ ^ ^
| | |
| | zlow - had
zlow-em zlow-lum
theXChannelBoundaries positions are the x low limits for each channel (EM section)
theZLUMChannelBoundaries are the z low limits for each channel (LUM section)
theZHadChannelBoundaries are the z low limits for each HAD channel at y = 0 position
this coordinates are given with respect to the center of the enclosing volume (ZDC)
as defiened in the geometry: X0,Z0,Y0
tiltangle is the angle of the HAD section
YLUM is the Y position of LUM
dYPlate is half height (DY/2) of the HAD and LUM sections
dYLum is the half height (DY/2) of the LUM section
dXPlate is the half width (DX/2) of all sections
all dimmensions are in mm and rads
Edmundo Garcia, August 2007.
**/
static const double X0 = 0.;
static const double Z0 = 140000.0;
static const double Y0 = 0.;
static const double YLUM = 253.6;
static const double YRPD = 253.6;
static const double dYPlate = 62.5;
static const double dYLUM = 320.0;
static const double dYRPD = 320.0;
static const double dXPlate = 48.0;
static const double tiltangle = 0.7854; // 45 degrees
static const double theZSectionBoundaries[] = {-500.0, -395.55, -290.0};
static const double theXChannelBoundaries[] = {-48.0, -28.8, -9.6, 9.6, 28.8};
static const double theZLUMChannelBoundaries[] = {-395.55, -346.525, -301.5};
static const double theZRPDChannelBoundaries[] = {-395.55, -346.525, -301.5};
static const double theZHadChannelBoundaries[] = {
-257.4,
-118.2,
21.0,
160.2,
};
#endif
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