int CBwfind::valuefirst(int tb[][8] )
{
int flag,minus,corner=0,v,ComMobil,ManMobil,DiffMobil,Num,squre;
int danger;
flag=ComChoice;
ComMobil=Mobility(tb,ComChoice);
ManMobil=Mobility(tb,ManChoice);
//DiffMobil=ComMobil*ComMobil-ManMobil*ManMobil;
//a
DiffMobil=ComMobil-ManMobil;
//b
Num=Total(tb);
if(flag==1){
minus=white(tb)-black(tb);
if(minus>=0) squre=minus*minus;
else squre=-minus*minus;
danger=black(tb);
}
if(flag==-1){
minus=black(tb)-white(tb);
if(minus>=0) squre=minus*minus;
else squre=-minus*minus;
danger=white(tb);
}
if(Num<25){
v=minus+2*DiffMobil;
}
else{
v=minus+3*DiffMobil;
}
if(danger==0) v=-10000;
return v;
}
uint64 PERFD (typePOS* POSITION, int n)
{
int i;
uint64 TOTAL = 0, TIME;
typeMoveList LM[256], *lm;
DrawBoard (POSITION);
TIME = GetClock();
Mobility (POSITION);
if (IN_CHECK)
lm = EvasionMoves (POSITION, LM, 0xffffffffffffffff);
else
{
lm = CaptureMoves (POSITION, LM, POSITION->OccupiedBW);
lm = OrdinaryMoves (POSITION, lm);
}
for (i = 0; i < lm - LM; i++)
{
Make (POSITION, LM[i].move);
Mobility (POSITION);
if (!ILLEGAL)
{
printf ("%s ",Notate (LM[i].move, STRING1[POSITION->cpu]));
PERFT (POSITION, n - 1);
TOTAL += CNT[n - 1];
}
Undo (POSITION, LM[i].move);
}
printf ("TOTAL %lld moves %ld time: %lld us\n",
TOTAL, lm - LM, GetClock() - TIME);
return TOTAL;
}
void DispBoard2(const BOARD *Board, const int Forbidden[]) {
int Time, Rank, File, Square;
static const char *Colour[] = { "Black", "?!?!?", "White" };
Time = 0;
if (Board == Game->Board) {
Time = (int) ElapsedTime[0];
if (Time < 0) Time = 0;
}
printf("\n A B C D E F G H %02d:%02d:%02d\n",Time/3600,(Time%3600)/60,Time%60);
for (Rank = 0, Square = A1; Rank < 8; Rank++, Square++) {
printf("%d ",Rank+1);
for (File = 0; File < 8; File++, Square++) {
board.Square[Rank][File].Colour = Board->Square[Square];
if (Forbidden != NULL && Forbidden[Square]) {
printf("= ");
strcpy(board.Square[Rank][File].String,"#");
} else if (IsLegalMove(Board,Square)) {
printf(". ");
strcpy(board.Square[Rank][File].String,"*");
} else {
printf("%c ","*-O"[Board->Square[Square]+1]);
strcpy(board.Square[Rank][File].String,"");
}
}
printf("%d",Rank+1);
switch (Rank) {
case 1 :
printf(" %2d Disks * %2d Moves",DiskNb(Board,BLACK),Mobility(Board,BLACK));
break;
case 3 :
printf(" %2d Empties",EmptyNb(Board));
break;
case 4 :
if (IsFinished(Board)) {
printf(" Game ended");
} else {
printf(" %s's Turn",Colour[Board->Colour+1]);
}
break;
case 6 :
printf(" %2d Disks O %2d Moves",DiskNb(Board,WHITE),Mobility(Board,WHITE));
break;
}
printf("\n");
}
if (Board == Game->Board) {
Time = (int) ElapsedTime[1];
if (Time < 0) Time = 0;
}
printf(" A B C D E F G H %02d:%02d:%02d\n\n",Time/3600,(Time%3600)/60,Time%60);
board.Colour = Board->Colour;
DispXBoard();
}
//*****************************************************************************//
void isotropic_solverloop() {
int i,j,z;
double p,dp_dt,dmu_dt, kai;
double dc_dx, dc_dy, V_gradC = 0.0;
double mob;
for (i = 1; i < Mx-1; i++) {
for (j = 1; j < My-1; j++){
z = i*My + j;
p = phi_old[z];
dp_dt = (G*E*lap_phi[z] - (G/E)*18.0*(p)*(1.0-p)*(1.0-2.0*p) + (mu_old[z] - Mu)*(K-1)*(mu_old[z])*6*p*(1-p))/(tau*E);
phi_new[z] = p + deltat*(dp_dt);
dc_dx = (conc[z+1]-conc[z-1])*0.5*inv_deltax;
dc_dy = (conc[z+My]-conc[z-My])*0.5*inv_deltax;
// V_gradC = u[z]*dc_dx + v[z]*dc_dy;
mob = Mobility(z);
// dmu_dt = Mob*lap_mu[z] - V_gradC - (K-1)*mu_old[z]*6*p*(1-p)*dp_dt;
dmu_dt = mob - V_gradC - (K-1)*mu_old[z]*6*p*(1-p)*dp_dt;
kai = 1+(K-1)*p*p*(3-2*p);
mu_new[z] = mu_old[z] + deltat*dmu_dt/kai;
}
}
}
void CBulkDlg::OnDiffLength()
{
UpdateData(TRUE);
if (!m_NeedUpdate) return;
double Tref = 300;
double Vt = VT300;
double D = Vt*Mobility(m_BkgndDoping,Tref);
m_LLItau = (1e6*pow(1e-4*m_DiffLength,2)/D);
UpdateData(FALSE);
OnLLItau();
}
void PERFT (typePOS* POSITION, int d)
{
int i;
Mobility (POSITION);
for (i = 0; i < 64; i++)
CNT[i] = 0;
perft (POSITION, d, 1);
for (i = d; i >= 2; i--)
printf ("%lld/", CNT[i]);
printf ("%lld\n", CNT[1]);
}
static void MainLineIterate(typePos *Position)
{
int va, v2, cp;
uint32 m;
(Position->Dyn + 1)->move = MoveNone;
Mobility(Position);
if (!RobboTotalBaseScore(Position, &va))
{
if (VerboseRobboBases)
{
Send("info string Failure in MainLine\n");
#ifdef Log
if (WriteLog)
{
log_file = fopen(log_filename, "a");
fprintf(log_file, "info string Failure in MainLine\n");
close_log();
}
#endif
}
(Position->Dyn + 1)->move = MoveNone;
Position->StackHeight = 0;
return;
}
if (!RobboMove(Position, &m, &v2, &cp))
{
(Position->Dyn + 1)->move = MoveNone;
Position->StackHeight = 0;
return;
}
if (va == dDraw)
{
Position->StackHeight = 0;
Make(Position, m);
Position->StackHeight = 1;
Undo(Position, m);
return;
}
m &= 0x7fff;
Position->StackHeight = 0;
Make(Position, m);
Position->StackHeight = 1;
MainLineIterate(Position);
Undo(Position, m);
Position->StackHeight = 1;
}
BOOL CBulkDlg::OnInitDialog()
{
if (m_Type==N_TYPE) m_TypeStr = "n-type"; else m_TypeStr = "p-type";
double Tref = 300;
double Vt = VT300;
double taun =
CPhysics::tau(1e-6*m_TauN,m_BkgndDoping,m_Nref,m_Nalpha,Tref,m_Talpha);
double taup =
CPhysics::tau(1e-6*m_TauP,m_BkgndDoping,m_Nref,m_Nalpha,Tref,m_Talpha);
m_LLItau = (1e6 * CMath::round(Tau(taun,taup,Tref),4)); // s to us
m_DiffLength = // cm to um
(1e4 * CMath::round(sqrt(Mobility(m_BkgndDoping,Tref)*Vt*Tau(taun,taup,Tref)),4));
m_NeedUpdate = FALSE;
CDialog::OnInitDialog();
return TRUE;
}
void CBulkDlg::OnKillfocus()
{
UpdateData(TRUE);
if (!m_NeedUpdate) return;
double Tref = 300;
double Vt = VT300;
double taun =
CPhysics::tau(1e-6*m_TauN,m_BkgndDoping,m_Nref,m_Nalpha,Tref,m_Talpha);
double taup =
CPhysics::tau(1e-6*m_TauP,m_BkgndDoping,m_Nref,m_Nalpha,Tref,m_Talpha);
m_LLItau = (1e6 * CMath::round(Tau(taun,taup,Tref),4)); // s to us
m_DiffLength = // cm to um
(1e4 * CMath::round(sqrt(Mobility(m_BkgndDoping,Tref)*Vt*Tau(taun,taup,Tref)),4));
m_NeedUpdate = FALSE;
UpdateData(FALSE);
}
void PadComp::Read (istream& in) {
Connector::Read(in);
Coord l, b, r, t;
int mobility;
in >> l >> b >> r >> t >> mobility;
PadGraphic* pad = new PadGraphic(l, b, r, t);
_mobility = Mobility(mobility);
pad->FillBg(ReadBgFilled(in));
PSColor* fg = ReadColor(in);
PSColor* bg = ReadColor(in);
pad->SetColors(fg, bg);
pad->SetBrush(ReadBrush(in));
Transformer* xf = ReadTransformer(in);
pad->SetTransformer(xf);
Unref(xf);
SetGraphic(pad);
}
void PinComp::Read (istream& in) {
Connector::Read(in);
Coord x0, y0;
int mobility;
in >> x0 >> y0 >> mobility;
PinGraphic* pin = new PinGraphic(x0, y0);
_mobility = Mobility(mobility);
pin->FillBg(ReadBgFilled(in));
PSColor* fg = ReadColor(in);
PSColor* bg = ReadColor(in);
pin->SetColors(fg, bg);
pin->SetBrush(ReadBrush(in));
Transformer* t = ReadTransformer(in);
pin->SetTransformer(t);
Unref(t);
SetGraphic(pin);
}
static void perft (typePOS* POSITION, int d, int h)
{
typeMoveList LM[256], *lm;
int i;
if (IN_CHECK)
lm = EvasionMoves (POSITION, LM, 0xffffffffffffffff);
else
{
lm = CaptureMoves (POSITION, LM, POSITION->OccupiedBW);
lm = OrdinaryMoves (POSITION, lm);
}
for (i = 0; i < lm - LM; i++)
{
Make (POSITION, LM[i].move);
Mobility (POSITION);
if (!ILLEGAL)
{
CNT[h]++;
if (d > 1)
perft (POSITION, d - 1, h + 1);
}
Undo (POSITION, LM[i].move);
}
}
bool RobboMove(typePos *Position, uint32 *am, int *v, int *cap)
{
int va, v2, av = 0xff, zv = 0x00, cp;
typeMoveList move_list[256];
typeMoveList *q;
uint32 m;
if (Position->Dyn->oo)
return false;
if (!RobboTotalBaseScore(Position, &va) || va == dLoss)
return false;
Mobility(Position);
if (IsCheck)
EvasionMoves(Position, move_list, 0xffffffffffffffff);
else
{
q = CaptureMoves(Position, move_list, 0xffffffffffffffff);
OrdinaryMoves(Position, q);
}
for (q = move_list; q->move; q++)
{
m = q->move & 0x7fff;
Position->StackHeight = 0;
Make(Position, m);
Position->StackHeight = 1;
Mobility(Position);
if (IsIllegal)
{
Undo(Position, m);
Position->StackHeight = 1;
continue;
}
if (!RobboTotalBaseScore(Position, &v2))
{
Undo(Position, m);
Position->StackHeight = 1;
return false;
}
if (DiskLoss(va))
{
uint32 m3;
int v3;
if (!RobboMove(Position, &m3, &v3, &cp))
{
Undo(Position, m);
Position->StackHeight = 1;
return false;
}
if (v3 > zv
&& ((!Position->Dyn->cp && !(m & FlagMask) && ((!cp && (!(m3 & FlagMask))))) || va <= dLoss + 1))
{
*am = m;
*v = zv = v3;
*cap = Position->Dyn->cp;
}
}
Undo(Position, m);
Position->StackHeight = 1;
if (DiskDraw(va) && DiskDraw(v2))
{
*am = m;
*v = dDraw;
*cap = false;
return true;
}
if (DiskWin(va) && DiskLoss(v2))
{
if (Position->sq[To(m)] || (m & FlagMask))
{
*am = m;
*v = v2;
*cap = true;
return true;
}
if (v2 < av)
{
*am = m;
*v = av = v2;
*cap = false;
}
}
}
return true;
}