src/include/soldata.h

   1 #ifndef _soldata_h_
   2 #define _soldata_h_
   3 #include "petsc.h"
   4
   5 //The solution and auxiliary data structure for each zone node
   6
   7 //----------------------------------------------------------------
   8 class   SemiData
   9 {
  10 public:
  11   PetscScalar        n,p;           //density
  12   PetscScalar        P;             //electrostatic potential
  13   PetscScalar        T;             //lattice temperature
  14   PetscScalar        Tn,Tp;         //carrier temperature
  15   PetscScalar        Eqc,Eqv;       //quantum conduction/valence band
  16   PetscScalar        n_last,p_last; //solution at previous step
  17   PetscScalar        P_last;
  18   PetscScalar        T_last;
  19   PetscScalar        Tn_last,Tp_last;
  20   PetscScalar        Eqc_last,Eqv_last;
  21 public:
  22   SemiData()
  23   {
  24     n=n_last=0.0;
  25     p=p_last=0.0;
  26     P=P_last=0.0;
  27     T=T_last=300.0;
  28     Tn=Tn_last=300.0;
  29     Tn=Tn_last=300.0;
  30     Eqc=Eqc_last=0.0;
  31     Eqv=Eqv_last=0.0;
  32   }
  33 };
  34
  35
  36 class   SemiAuxData
  37 {
  38 public:
  39   PetscScalar         density;
  40   PetscScalar         affinity;
  41   PetscScalar         Ec,Ev,Eg;
  42   PetscScalar         phin,phip;
  43   PetscScalar         phi_intrinsic;
  44   PetscScalar         Nc,Nv;
  45   PetscScalar         eps,mu;
  46   PetscScalar         Na,Nd;         //doping profile
  47   PetscScalar         mole_x,mole_y;
  48   PetscScalar         Ex,Ey;
  49   PetscScalar         mun,mup;
  50   PetscScalar         OpEx,OpEy,OpEz;
  51   PetscScalar         OpHx,OpHy,OpHz;
  52   PetscScalar         OptG;//dot not plot this variable
  53   PetscScalar         RealOptG;//for transient case
  54   SemiAuxData()
  55   {
  56     Na=Nd=0;
  57     Ex=Ey=0;
  58     phi_intrinsic=phin=phip=0;
  59     mole_x=mole_y=0;
  60     OpEx=OpEy=OpEz=0.0;
  61     OpHx=OpHy=OpHz=0.0;
  62     OptG=0.0;
  63     RealOptG=0.0;
  64   }
  65 };
  66
  67
  68
  69 //----------------------------------------------------------------
  70 class    ISData
  71 {
  72 public:
  73   PetscScalar          P;      //potential
  74   PetscScalar          T;      //lattice temperature
  75   PetscScalar          P_last; //solution at n-1 step
  76   PetscScalar          T_last;
  77
  78 public:
  79   ISData()
  80   {
  81     P=P_last=0.0;
  82     T=T_last=1.0;
  83   }
  84 };
  85
  86 class   ISAuxData
  87 {
  88 public:
  89   PetscScalar          density;
  90   PetscScalar          eps,mu;
  91   PetscScalar          affinity;
  92   PetscScalar          Ex,Ey;
  93   PetscScalar          OpEx,OpEy,OpEz;
  94   PetscScalar          OpHx,OpHy,OpHz;
  95   ISAuxData()
  96   {
  97     Ex=Ey=0;
  98     OpEx=OpEy=OpEz=0.0;
  99     OpHx=OpHy=OpHz=0.0;
 100   }
 101 };
 102
 103
 104 //----------------------------------------------------------------
 105 class  ELData
 106 {
 107 public:
 108   PetscScalar          P;      //potential
 109   PetscScalar          T;      //lattice temperature
 110   PetscScalar          P_last; //solution at n-1 step
 111   PetscScalar          T_last; //solution at n-1 step
 112   ELData()
 113   {
 114     P=P_last=0;
 115     T=T_last=1.0;
 116   }
 117 } ;
 118
 119 class  ELAuxData
 120 {
 121 public:
 122   PetscScalar          density;
 123   PetscScalar          eps,mu;
 124   PetscScalar          affinity;
 125   PetscScalar          Ex,Ey;
 126   PetscScalar          OpEx,OpEy,OpEz;
 127   PetscScalar          OpHx,OpHy,OpHz;
 128   ELAuxData()
 129   {
 130     OpEx=OpEy=OpEz=0.0;
 131     OpHx=OpHy=OpHz=0.0;
 132     Ex=Ey=0.0;
 133   }
 134 };
 135
 136
 137 //----------------------------------------------------------------
 138 class  VacuumData
 139 {
 140 public:
 141   PetscScalar          P;      //potential
 142   PetscScalar          P_last; //solution at n-1 step
 143   VacuumData()
 144   {
 145     P=P_last=0;
 146   }
 147 } ;
 148
 149 class  VacuumAuxData
 150 {
 151 public:
 152   PetscScalar         eps,mu;
 153   PetscScalar         Ex,Ey;
 154   PetscScalar         OpEx,OpEy,OpEz;
 155   PetscScalar         OpHx,OpHy,OpHz;
 156   VacuumAuxData()
 157   {
 158     Ex=Ey=0;
 159     OpEx=OpEy=OpEz=0.0;
 160     OpHx=OpHy=OpHz=0.0;
 161   }
 162 };
 163
 164
 165 //----------------------------------------------------------------
 166 class  PMLData
 167 {
 168 public:
 169   PetscScalar          P;      //potential
 170   PetscScalar          P_last; //solution at n-1 step
 171   PMLData()
 172   {
 173     P=P_last=0;
 174   }
 175 } ;
 176
 177 class  PMLAuxData
 178 {
 179 public:
 180   PetscScalar         eps,mu;
 181   PetscScalar         Ex,Ey;
 182   PetscScalar         OpEx,OpEy,OpEz;
 183   PetscScalar         OpHx,OpHy,OpHz;
 184   PMLAuxData()
 185   {
 186     Ex=Ey=0;
 187     OpEx=OpEy=OpEz=0.0;
 188     OpHx=OpHy=OpHz=0.0;
 189   }
 190 };
 191 #endif