#ifndef _CCAL_GEOMETRY2_HH_
#define _CCAL_GEOMETRY2_HH_
//------------------------------------------------------------------------------
//  Apr 1997 M.Shapiro
//  geometry of the central calorimeter
//  revision history:
//  ------------------
// *0001 Aug 07 1997 M.Shapiro: Add CEA and CEB rotations
// *0010 Feb 10 2000 J. Mayer: Finalize all constants for GFLASH and detailed
//                   geometries.
//------------------------------------------------------------------------------
#include "Geometry/CdfGeometry.hh"
//------------------------------------------------------------------------------
//   CEM : polycone
//------------------------------------------------------------------------------
//float     const    CEM_POSITION[]   = { 0., 0., 0. };
//
//float  const CEM_DIMENSIONS[] = {    0.  ,  360.,      5,
//                        -CCAL_ZMAX, 170.0925, 197.45,
//                        -244.7301 , 170.0925, 201.5375,
//                        -27.19062 , CEM_RMIN, CEM_RMAX,
//                         27.19062 , CEM_RMIN, CEM_RMAX,
//		   244.7301 , 170.0925, 201.5375,
//                         CCAL_ZMAX, 170.0925, 197.45};
//int     const  CEM_ROTATION   =    0;
//
//
//----------------------------------------------------------------------------
//  Scintillator in dead region is a polycone on each side
//
//float const CEB_OFFSET = 27.19062;
//float  const CEB_DIMENSIONS[] = {    0.  ,  360.,      3.,
//                           0. , CEM_RMIN, CEM_RMIN,
//                           244.7301-CEB_OFFSET , CEM_RMIN, 170.0925,
//			   CCAL_ZMAX-CEB_OFFSET, CEM_RMIN, 170.0925};
//int const CEB_ROTATION[] = {0, ROTATION_Y180};
//float  const CEA_DIMENSIONS[] = {    0.  ,  360.,      3.,
//                            0., CEM_RMAX, CEM_RMAX,
//                            244.7301-CEB_OFFSET, 201.5375, CEM_RMAX,
//		            CCAL_ZMAX-CEB_OFFSET,197.45  , CEM_RMAX};
//int const CEA_ROTATION[] = {0, ROTATION_Y180};
//------------------------------------------------------------------------------
//   CHA : tube
//------------------------------------------------------------------------------
//float     const    CHA_POSITION[]   = { 0., 0., 0. };
//
//float  const CHA_DIMENSIONS[] = { CHA_RMIN, CHA_RMAX, CCAL_ZMAX};
//
//int     const  CHA_ROTATION   =    0;
//
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
// Parameters for the CCAL Geometry
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------
//------------------------------------------------------------------------------

// Some volume parameters for the dead acrylic regions used in the non-detailed
// geometry

float     const    CEMP_HALFLENGTH[] = { 23.75, 23.98, 37.76, 15.48, 12.75, 12.84,
                                         12.90, 13.09, 13.19, 13.39 };

float     const    CEMP_YWIDTH[] =     {0.4675, 0.9350, 1.4025, 3.65, 3.160,
                                        2.657, 2.155, 1.653, 1.151, 0.650 };

float     const    CEMP_X1WIDTH[] =    { 22.39, 22.39, 22.38, 25.19, 25.33, 25.46,
                                         25.60, 25.73, 25.86, 26.00 };

float     const    CEMP_X2WIDTH[] =    { 22.51, 22.64, 22.75, 26.15, 26.16, 26.16,
                                         26.16, 26.16, 26.16, 26.16 };

float     const    CEMP_LAYERHEIGHT[] = { -12.19, -11.72, -11.25, 12.338, 12.840,
					  13.343, 13.845, 14.347, 14.849, 15.35 };


float     const    CEMP_ZPOSITION[] = { -28.61, 19.11,  80.84, 103.12, 74.90, 49.32,
                                         23.58, -2.40, -28.68, -55.26 };


// The dimensions of the calorimeter module mother volume (CMOD)
float     const    CMOD_DIMENSIONS[]  = { 124.46,      0.0,     0.0, 
                                           84.71,     22.74,   45.04,  0.0,
  					   84.71,     22.74,   45.04,  0.0   };

// The calorimeter module endplates (CEPL)
float     const    CEPL_DIMENSIONS[]  = {   1.27,      0.0,     0.0,
                                           84.71,     22.74,   45.04,  0.0,
  					   84.71,     22.74,   45.04,  0.0   };

// The calorimeter module side plates (CSP1, CSP2)
float     const    CSP1_DIMENSIONS[]  = {   0.24,     76.17,  121.92, 
                                            7.5,       0.0,     0.0         };

float     const    CSP2_DIMENSIONS[]  = {   0.24,     76.17,  121.92, 
                                           -7.5,       0.0,     0.0         };

// The calorimeter module frontplate (CFPL)
float     const    CFPL_DIMENSIONS[]  = { 121.92,      0.0,     0.0,
                                            1.27,     22.26,   22.59,  0.0,
  					    1.27,     22.26,   22.59,  0.0   };

// The central EM calorimeter mother volume (CEMM)
float     const    CEMM_DIMENSIONS[]  = { 118.60,      0.0,     0.0,
                                           16.00,     21.953,   26.17,  0.0,
					   16.00,     21.953,   26.17,  0.0   };

// The central HA calorimeter mother volume (CHAM)
float     const    CHAM_DIMENSIONS[]  = { 121.92,      0.0,     0.0,
                                           56.00,     26.93,   41.68,  0.0,
					   56.00,     26.93,   41.68,  0.0   };

// The central strip chamber mother volume (CESM)
float     const    CESM_DIMENSIONS[]  = { 118.59,      0.0,     0.0,
                                            0.9525,   22.97,   23.22,  0.0,
					    0.9525,   22.97,   23.22,  0.0   };

// The spring volume between the CEM and CHA (CSPR)
float     const    CSPR_DIMENSIONS[]  = { 121.92,       0.0,     0.0,
                                            2.90,     26.10,    26.9,  0.0,
  					    2.90,     26.10,    26.9,  0.0   };

// The crack chamber tungsten bar volume (CCRB)
float     const    CCRB_DIMENSIONS[]  = { 1.75,      1.5,     248.92 };

// The crack chamber volume (CCRC)
float     const    CCRC_DIMENSIONS[]  = { 1.75,     0.159,     248.92 };

// The central preradiator volume (CCPR)
float     const    CCPR_DIMENSIONS[]  = { 20.00,     0.715,   116.84 };
                       
float     const    TOWERETA[]         = {  0.131,  0.259,  0.384,  0.503,
					   0.616,  0.722,  0.822,  0.916, 
					   1.003,  1.123                     };

int       const    LAYERSPLIT[]       = { 0, 0, 0, 3, 5, 7, 0, 0, 0, 0, 
					  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 
					  0, 0, 0, 8, 7, 6, 5, 4, 3, 2       };
					  
#endif