void User::setPassword(QString password) { this->clearPass = password; this->password = crypt(password.toAscii(), "KG"); qDebug("Done with crypt now........"); setChanges(); }
void MLPSimulatedAnnealingTrainingSettings::initSATS(double minTemperature, int numberOfChanges, double sCondition, double To, double minNoise, double maxNoise, double tdf) { setMinTemperature(minTemperature); setChanges(numberOfChanges); setLocalMinimunCondition(sCondition); setTo(To); setMinNoise(minNoise); setMaxNoise(maxNoise); setTempDecrementFactor(tdf); }
MLPSimulatedAnnealingTrainingSettings MLPSimulatedAnnealingTrainingSettings::operator =(const MLPSimulatedAnnealingTrainingSettings &mlpsa) { setChanges(mlpsa.getChanges()); setLocalMinimunCondition(mlpsa.getLocalMinimumCondition()); setMaxNoise(mlpsa.getMaxNoise()); setMinNoise(mlpsa.getMinNoise()); setMinTemperature(mlpsa.getMinTemperature()); setTempDecrementFactor(mlpsa.getTempDecrementFactor()); setTo(mlpsa.getTo()); return *this; }
void load_snap(struct z80snapshot *snap) { int bucle; switch(snap->type) { case 0: // 48k cmpt.mode128k=0; // 48K mode cmpt.issue=snap->issue; ResetComputer(); break; case 1: // 128k cmpt.mode128k=1; //2; // +2 mode cmpt.issue=3; ResetComputer(); // printf("Pager: %X\n",snap->pager); OutZ80(0x7FFD,snap->pager); break; default: break; } _z80_set_A(snap->A); #ifdef MASCARA_AF _z80_set_F(snap->F&MASCARA_AF); #else _z80_set_F(snap->F); #endif _z80_set_B(snap->B); _z80_set_C(snap->C); _z80_set_D(snap->D); _z80_set_E(snap->E); _z80_set_H(snap->H); _z80_set_L(snap->L); _z80_set_A1(snap->AA); _z80_set_F1(snap->FF); _z80_set_B1(snap->BB); _z80_set_C1(snap->CC); _z80_set_D1(snap->DD); _z80_set_E1(snap->EE); _z80_set_H1(snap->HH); _z80_set_L1(snap->LL); _z80_set_IX(snap->IX); _z80_set_IY(snap->IY); _z80_set_SP(snap->SP); _z80_set_PC(snap->PC); _z80_set_I(snap->I); _z80_set_R(snap->R&0x7F); #ifdef USE_RAZE z80_set_reg(Z80_REG_IFF1,snap->IFF1); z80_set_reg(Z80_REG_IFF2,snap->IFF2); z80_set_reg(Z80_REG_IM,snap->Imode); if (snap->IFF1) z80_set_reg(Z80_REG_IRQLine,1); #else if(snap->IFF1) #ifdef USE_YAZE yaze_IFF|=3; #else procesador.IFF|=(IFF_1|IFF_EI); #endif if(snap->IFF2) #ifdef USE_YAZE yaze_IFF|=2; #else procesador.IFF|=IFF_2; #endif switch(snap->Imode) { case 0: #ifdef USE_YAZE yaze_IFF&=~3; #else procesador.IFF&=~(IFF_IM1|IFF_IM2); #endif break; case 1: #ifdef USE_YAZE yaze_IFF=(yaze_IFF&~2)|1; #else procesador.IFF=(procesador.IFF&~IFF_IM2)|IFF_IM1; #endif break; case 2: #ifdef USE_YAZE yaze_IFF=(yaze_IFF&~1)|2; #else procesador.IFF=(procesador.IFF&~IFF_IM1)|IFF_IM2; #endif break; } #endif cmpt.border=snap->border+16; switch(snap->type) { case 0: // 48K for(bucle=0;bucle<16384;bucle++) { cmpt.memoria[bucle+147456]=snap->page[0][bucle]; cmpt.memoria[bucle+98304]=snap->page[1][bucle]; cmpt.memoria[bucle+114688]=snap->page[2][bucle]; } cmpt.ay_emul=0; break; case 1: // 128K for(bucle=0;bucle<16384;bucle++) { cmpt.memoria[bucle+65536]=snap->page[0][bucle]; cmpt.memoria[bucle+81920]=snap->page[1][bucle]; cmpt.memoria[bucle+98304]=snap->page[2][bucle]; cmpt.memoria[bucle+114688]=snap->page[3][bucle]; cmpt.memoria[bucle+131072]=snap->page[4][bucle]; cmpt.memoria[bucle+147456]=snap->page[5][bucle]; cmpt.memoria[bucle+163840]=snap->page[6][bucle]; cmpt.memoria[bucle+180224]=snap->page[7][bucle]; } cmpt.ay_emul=-1; for(bucle=0;bucle<16;bucle++) cmpt.ay_registers[bucle]=snap->ay_regs[bucle]; cmpt.ay_latch=snap->ay_latch; break; default: break; } setChanges(); }