SM_Constants.h

#ifndef SM_Constants_H
#define SM_Constants_H
 
#include "types.h"
 
//mask type
typedef tInt tMask;
 
namespace SM_Constants {
    static constexpr tReal UNIT_SPHERIC_AREA=M_PI*4.L;//4.Pi.r^2
    
    static constexpr tReal MU_0=UNIT_SPHERIC_AREA*1.e-07L;
    
    
    static constexpr tReal CMU_B=9.27400915L;
    
    static constexpr tReal MU_B=CMU_B*1.e-24L; 
    
    static constexpr tReal CGAMMA=1.76L;
    
    static constexpr tReal GAMMA=CGAMMA*1.e11L;
    
    static constexpr tReal CK_B=13.806503L;
    
    static constexpr tReal K_B=CK_B*1.e-24L;
    
    static constexpr tReal ANGSTROMS=1.e-10L;
    
    static constexpr tReal CHARACTERISTIC_FIELD=(UNIT_SPHERIC_AREA*CMU_B)*1.e-1L;
    
    static constexpr tReal CHARACTERISTIC_ENERGY=(UNIT_SPHERIC_AREA*CMU_B*CMU_B)*1.e-25L;
    
    static constexpr tReal CHARACTERISTIC_TIME=(1.L/(CGAMMA*UNIT_SPHERIC_AREA*CMU_B))*1.e-10L;
    
    static constexpr tReal KB_IGAMMA_IMUB=(CK_B/(CGAMMA*CMU_B))*1.e-11L;
    
    
    
    static constexpr tFlag UNIAXIAL=0;
    static constexpr tFlag PLANAR=1;
    static constexpr tFlag CUBIC=2;
    
    static constexpr tDimension DIM=3;
    
    static constexpr tDimension HDIM=DIM-1;
    static constexpr tDimension X=0;
    static constexpr tDimension Y=1;
    static constexpr tDimension Z=2;
    
}
#endif