case FET01:	// 0
	UPP = 01 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[07];
	BAMUX = RD;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case FET03:	// 1
	UPP = 04 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	IR = DMUX;
	R[013] = DMUX;
	break;

case SER01:	// 2
	UPP = 015 | BUT;
	BUT = BUT26;
    // P2:
    // P3:
	break;

case MOV21:	// 3
	UPP = 0204 | BUT;
	BUT = BUT27;
    // P2:
	BMUX = B_SXT;
	ALU = ALU_B(BMUX);
	D = ALU;
	break;

case FET04:	// 4
	UPP = 05 | BUT;
	BUT = BUT37;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
	break;

case FET05:	// 5
	UPP = 0100 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[07] = DMUX;
	break;

case SER04:	// 6
	UPP = 015 | BUT;
	BUT = BUT26;
    // P2:
    // P3:
	break;

case TRP08:	// 7
	UPP = 0115 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[014];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case TRP06:	// 10
	UPP = 0216 | BUT;
	BUT = BUT11;
    // P2:
	BMUX = BC_TRAPS;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[014] = DMUX;
	break;

case CON01:	// 11
	UPP = 0255 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BAMUX = RD;
	BA = BAMUX;
    // P3:
	break;

case SER06:	// 12
	UPP = 020 | BUT;
	BUT = BUT0;
    // P1:
	CLKOFF;
	break;

case FET00:	// 13
	UPP = 01 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[07];
	BAMUX = RD;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case SER09:	// 14
	UPP = 022 | BUT;
	BUT = BUT0;
    // P1:
	CLKOFF;
	break;

case SER05:	// 15
	UPP = 010 | BUT;
	BUT = BUT0;
    // P1:
	break;

case FET02:	// 16
	UPP = 01 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[07];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case SER02:	// 17
	UPP = 015 | BUT;
	BUT = BUT26;
    // P2:
    // P3:
	break;

case SER07:	// 20
	UPP = 021 | BUT;
	BUT = BUT25;
    // P2:
	break;

case SER08:	// 21
	UPP = 014 | BUT;
	BUT = BUT0;
    // P1:
	break;

case SER10:	// 22
	UPP = 023 | BUT;
	BUT = BUT7;
    // P2:
    // P3:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[014] = DMUX;
	break;

case SER11:	// 23
	UPP = 06 | BUT;
	BUT = BUT0;
    // P1:
	break;

case CON03:	// 24
	UPP = 026 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[00];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case RST01:	// 25
	UPP = 040 | BUT;
	BUT = BUT2;
    // P2:
    // P3:
	CLKOFF;
	break;

case CON04:	// 26
	UPP = 046 | BUT;
	BUT = BUT6;
    // P2:
    // P3:
	break;

case CON07:	// 27
	UPP = 044 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = BC_SINCLK;
	ALU = ALU_B(BMUX);
	D = ALU;
	break;

case CON05:	// 30
	UPP = 0315 | BUT;
	BUT = BUT0;
    // P2:
    // P3:
	break;

case EXM06:	// 31
	UPP = 060 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = 0177570;
	ALU = ALU_B(BMUX);
	D = ALU;
	BUS_C = DATI;
	CLKOFF;
	break;

case STA00:	// 32
	UPP = 076 | BUT;
	BUT = BUT10;
    // P2:
    // P3:
	DMUX = D;
	R[07] = DMUX;
	break;

case LAD03:	// 33
	UPP = 030 | BUT;
	BUT = BUT0;
    // P2:
	ALU = ALU_0(FAKE);
	D = ALU;
	break;

case DEP00:	// 34
	UPP = 062 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[017];
	BAMUX = RD;
	BA = BAMUX;
	break;

case EXM00:	// 35
	UPP = 053 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[017];
	BAMUX = RD;
	BA = BAMUX;
	break;

case CNT00:	// 36
	UPP = 017 | BUT;
	BUT = BUT0;
    // P1:
	break;

case LAD00:	// 37
	UPP = 051 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = 0177570;
	ALU = ALU_B(BMUX);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case RST02:	// 40
	UPP = 042 | BUT;
	BUT = BUT0;
    // P1:
	break;

case CON02:	// 41
	UPP = 024 | BUT;
	BUT = BUT0;
    // P2:
    // P3:
	CLKOFF;
	break;

case RST04:	// 42
	UPP = 011 | BUT;
	BUT = BUT0;
    // P1:
	break;

case RST03:	// 43
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	break;

case CON08:	// 44
	UPP = 047 | BUT;
	BUT = BUT12;
    // P2:
    // P3:
	DMUX = D;
	R[015] = DMUX;
	break;

case CON10:	// 45
	UPP = 050 | BUT;
	BUT = BUT30;
    // P2:
    // P3:
	break;

case CON06:	// 46
	UPP = 026 | BUT;
	BUT = BUT0;
    // P1:
	break;

case CON09:	// 47
	UPP = 044 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[015];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[015] = DMUX;
	break;

case CON11:	// 50
	UPP = 030 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[017];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
    // P3:
	break;

case LAD01:	// 51
	UPP = 052 | BUT;
	BUT = BUT5;
    // P2:
    // P3:
	DMUX = UNIBUS_DATA;
	R[017] = DMUX;
	break;

case LAD02:	// 52
	UPP = 032 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[017];
	BAMUX = RD;
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	BA = BAMUX;
	D = ALU;
	break;

case EXM01:	// 53
	UPP = 054 | BUT;
	BUT = BUT4;
    // P2:
    // P3:
	break;

case EXM02:	// 54
	UPP = 056 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[017];
	BMUX = BC_CONSINC;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[017] = DMUX;
	break;

case EXM05:	// 55
	UPP = 030 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[BA];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case EXM04:	// 56
	UPP = 055 | BUT;
	BUT = BUT4;
    // P2:
    // P3:
	break;

case EXM03:	// 57
	UPP = 056 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[017];
	BMUX = BC_CONSINC;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[017] = DMUX;
	break;

case EXM07:	// 60
	UPP = 061 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	break;

case EXM08:	// 61
	UPP = 030 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B;
	ALU = ALU_B(BMUX);
	D = ALU;
	break;

case DEP01:	// 62
	UPP = 063 | BUT;
	BUT = BUT3;
    // P2:
    // P3:
	break;

case DEP02:	// 63
	UPP = 064 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[017];
	BMUX = BC_CONSINC;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[017] = DMUX;
	break;

case DEP03:	// 64
	UPP = 065 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[017];
	BMUX = BC_CONSINC;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[017] = DMUX;
	break;

case DEP04:	// 65
	UPP = 066 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = 0177570;
	ALU = ALU_B(BMUX);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case DEP05:	// 66
	UPP = 067 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	break;

case DEP06:	// 67
	UPP = 070 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[017];
	BAMUX = RD;
	BA = BAMUX;
	break;

case DEP07:	// 70
	UPP = 071 | BUT;
	BUT = BUT3;
    // P2:
	BMUX = B;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	break;

case DEP08:	// 71
	UPP = 072 | BUT;
	BUT = BUT0;
    // P1:
	break;

case DEP09:	// 72
	UPP = 030 | BUT;
	BUT = BUT0;
    // P1:
	BUS_C = DATO;
	CLKOFF;
	break;

case DEP10:	// 73
	UPP = 030 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[BA] = DMUX;
	break;

case DOP21:	// 74
	UPP = 0366 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	B = DMUX;
	break;

case SSL11:	// 75
	UPP = 0374 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	B = DMUX;
	break;

case STA01:	// 76
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	break;

case TRP15:	// 77
	UPP = 0140 | BUT;
	BUT = BUT0;
    // P1:
	break;

case FET07:	// 100
	UPP = 0126 | BUT;
	BUT = BUT0;
    // P1:
	break;

case RTI00:	// 101
	UPP = 0320 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[06];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[06] = DMUX;
	CLKOFF;
	break;

case DOP02:	// 102
	UPP = 0364 | BUT;
	BUT = BUT31;
    // P1:
	RD = R[DF];
	DMUX = RD;
	B = DMUX;
	break;

case DOP00:	// 103
	UPP = 0363 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[SF];
	DMUX = RD;
	B = DMUX;
	break;

case SSL02:	// 104
	UPP = 0373 | BUT;
	BUT = BUT31;
    // P2:
	RD = R[DF];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	break;

case SSL00:	// 105
	UPP = 0372 | BUT;
	BUT = BUT31;
    // P1:
	RD = R[DF];
	DMUX = RD;
	B = DMUX;
	break;

case RSR00:	// 106
	UPP = 0271 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
    // P3:
	DMUX = SHIFT(COUT, D);
	B = DMUX;
	break;

case RSR02:	// 107
	UPP = 0272 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[DF];
	DMUX = RD;
	B = DMUX;
	break;

case NBR00:	// 110
	UPP = 0347 | BUT;
	BUT = BUT16;
    // P1:
	break;

case BRA00:	// 111
	UPP = 0340 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = B_SXT;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
	break;

case MRK00:	// 112
	UPP = 0353 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[013];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	B = DMUX;
	break;

case TRP12:	// 113
	UPP = 0330 | BUT;
	BUT = BUT0;
    // P1:
	break;

case SER00:	// 114
	UPP = 015 | BUT;
	BUT = BUT26;
    // P2:
    // P3:
	break;

case TRP09:	// 115
	UPP = 0326 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	R[010] = DMUX;
	break;

case CCC00:	// 116
	UPP = 0350 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[013];
	BMUX = 017;
	ALU = ALU_A_AND_B(RD, BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	B = DMUX;
	break;

case SCC00:	// 117
	UPP = 0352 | BUT;
	BUT = BUT16;
    // P2:
	RD = R[013];
	BMUX = 017;
	ALU = ALU_A_AND_B(RD, BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	B = DMUX;
	break;

case DOP15:	// 120
	UPP = 0371 | BUT;
	BUT = BUT31;
    // P1:
	RD = R[DF];
	DMUX = RD;
	B = DMUX;
	break;

case DOP13:	// 121
	UPP = 0370 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[011];
	DMUX = RD;
	B = DMUX;
	break;

case CON00:	// 122
	UPP = 0255 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BAMUX = RD;
	BA = BAMUX;
    // P3:
	break;

case SER03:	// 123
	UPP = 015 | BUT;
	BUT = BUT26;
    // P2:
    // P3:
	break;

case RTS00:	// 124
	UPP = 0323 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case MOV22:	// 125
	UPP = 0375 | BUT;
	BUT = BUT16;
    // P2:
    // P3:
	CLKOFF;
	break;

case TRP06:	// 126
	UPP = 07 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = BC_TRAPS;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[014] = DMUX;
	break;

case RST00:	// 127
	UPP = 025 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[00];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case SOB00:	// 130
	UPP = 0342 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	CIN = 00;
	ALU = ALU_A_MINUS_1(RD, CIN);
	D = ALU;
	break;

case SXT00:	// 132
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P2:
	RD = 00;
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	break;

case SWB00:	// 134
	UPP = 0135 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[DF];
	DMUX = RD;
	B = DMUX;
	break;

case SWB01:	// 135
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P2:
	BMUX = B_SWAB;
	ALU = ALU_B(BMUX);
	D = ALU;
	break;

case FET06:	// 136
	UPP = 0217 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	break;

case SRC16:	// 137
	UPP = 0251 | BUT;
	BUT = BUT36;
    // P2:
	BMUX = B_HI;
	ALU = ALU_B(BMUX);
	D = ALU;
	break;

case TRP16:	// 140
	UPP = 0332 | BUT;
	BUT = BUT4;
    // P1:
	break;

case SRC00:	// 141
	UPP = 0247 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[SF];
	BAMUX = RD;
	BA = BAMUX;
	BUS_C = DATI;
	break;

case SRC01:	// 142
	UPP = 0240 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BAMUX = RD;
	BMUX = BC_12;
	CIN = C_AUTOINC(SF);
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
	break;

case SRC04:	// 143
	UPP = 0245 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[SF] = DMUX;
	CLKOFF;
	break;

case SRC02:	// 144
	UPP = 0240 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BMUX = BC_12;
	CIN = C_AUTODEC(SF);
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
	break;

case SRC05:	// 145
	UPP = 0245 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[SF] = DMUX;
	CLKOFF;
	break;

case SRC06:	// 146
	UPP = 0241 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case SRC09:	// 147
	UPP = 0243 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case TRP07:	// 150
	UPP = 07 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = BC_TRAPS;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[014] = DMUX;
	break;

case JMP00:	// 151
	UPP = 0300 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[DF];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case JMP01:	// 152
	UPP = 0235 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	break;

case JMP05:	// 153
	UPP = 0303 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[DF];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	CLKOFF;
	break;

case JMP03:	// 154
	UPP = 0300 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[DF];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	break;

case JMP06:	// 155
	UPP = 0303 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[DF];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	CLKOFF;
	break;

case JMP08:	// 156
	UPP = 0304 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case JMP07:	// 157
	UPP = 0301 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case MOV19:	// 160
	UPP = 0204 | BUT;
	BUT = BUT20;
    // P2:
	RD = R[011];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case DST00:	// 161
	UPP = 0266 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[DF];
	BAMUX = RD;
	BA = BAMUX;
	BUS_C = DATIP & DATIP_MASK;
	break;

case DST01:	// 162
	UPP = 0260 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BAMUX = RD;
	BMUX = BC_12;
	CIN = C_AUTOINC(DF);
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATIP & DATIP_MASK;
	break;

case DST04:	// 163
	UPP = 0264 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	CLKOFF;
	break;

case DST02:	// 164
	UPP = 0260 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = BC_12;
	CIN = C_AUTODEC(DF);
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATIP & DATIP_MASK;
	break;

case DST05:	// 165
	UPP = 0264 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	CLKOFF;
	break;

case DST07:	// 166
	UPP = 0261 | BUT;
	BUT = BUT17;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case DST06:	// 167
	UPP = 0261 | BUT;
	BUT = BUT17;
    // P2:
	RD = R[07];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case MOV18:	// 170
	UPP = 0204 | BUT;
	BUT = BUT20;
    // P2:
	RD = R[SF];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case MOV00:	// 171
	UPP = 0257 | BUT;
	BUT = BUT22;
    // P2:
	RD = R[DF];
	BAMUX = RD;
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	BA = BAMUX;
	D = ALU;
	break;

case MOV01:	// 172
	UPP = 0257 | BUT;
	BUT = BUT22;
    // P2:
	RD = R[DF];
	BAMUX = RD;
	BMUX = BC_12;
	CIN = C_AUTOINC(DF);
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	break;

case MOV03:	// 173
	UPP = 0207 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	CLKOFF;
	break;

case MOV02:	// 174
	UPP = 0257 | BUT;
	BUT = BUT22;
    // P2:
	RD = R[DF];
	BMUX = BC_12;
	CIN = C_AUTODEC(DF);
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	break;

case MOV04:	// 175
	UPP = 0207 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	CLKOFF;
	break;

case MOV06:	// 176
	UPP = 0206 | BUT;
	BUT = BUT17;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case MOV05:	// 177
	UPP = 0206 | BUT;
	BUT = BUT17;
    // P2:
	RD = R[07];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	CLKOFF;
	break;

case MOV16:	// 200
	UPP = 0125 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[011];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	BUS_C = DATO;
	break;

case MOV17:	// 201
	UPP = 0125 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BMUX = MM_CONST;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
	BUS_C = DATO;
	break;

case MOV14:	// 202
	UPP = 0205 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[011];
	DMUX = RD;
	B = DMUX;
	break;

case MOV13:	// 203
	UPP = 0205 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[SF];
	DMUX = RD;
	B = DMUX;
	break;

case MOV20:	// 204
	UPP = 00 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	B = DMUX;
	R[DF] = DMUX;
	break;

case MOV15:	// 205
	UPP = 0125 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B_LO;
	ALU = ALU_B(BMUX);
	D = ALU;
	BUS_C = DATOB;
    // P3:
	DMUX = D;
	R[011] = DMUX;
	break;

case MOV08:	// 206
	UPP = 0212 | BUT;
	BUT = BUT21;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[012] = DMUX;
	break;

case MOV11:	// 207
	UPP = 0210 | BUT;
	BUT = BUT22;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[012] = DMUX;
	break;

case MOV12:	// 210
	UPP = 0200 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[012];
	BAMUX = RD;
	BA = BAMUX;
	break;

case SSL10:	// 211
	UPP = 0367 | BUT;
	BUT = BUT0;
    // P1:
	break;

case MOV09:	// 212
	UPP = 0200 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	break;

case MOV10:	// 213
	UPP = 0207 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case TRP05:	// 214
	UPP = 07 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[014] = DMUX;
	break;

case TRP02:	// 215
	UPP = 0115 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[014];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case TRP04:	// 216
	UPP = 0214 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = 0250;
	ALU = ALU_B(BMUX);
	D = ALU;
	break;

case FET08:	// 217
	UPP = 0252 | BUT;
	BUT = BUT0;
    // P2:
	RD = 00;
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
    // P3:
	DMUX = RD;
	IR = DMUX;
	break;

case SSL06:	// 220
	UPP = 0211 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[012];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	BUS_C = DATO | BYTE_INSTR;
	break;

case SSL04:	// 221
	UPP = 0367 | BUT;
	BUT = BUT0;
    // P2:
	RD = 00;
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
	BUS_C = DATO | BYTE_INSTR;
	break;

case SSL08:	// 222
	UPP = 0253 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[012];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	break;

case SSL07:	// 223
	UPP = 0253 | BUT;
	BUT = BUT0;
    // P2:
	RD = 00;
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
	break;

case DOP07:	// 224
	UPP = 0367 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	BUS_C = DATO | BYTE_INSTR;
	break;

case DOP08:	// 225
	UPP = 0367 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[011];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	BUS_C = DATO | BYTE_INSTR;
	break;

case DOP04:	// 226
	UPP = 0365 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[SF];
	DMUX = RD;
	B = DMUX;
	break;

case DOP05:	// 227
	UPP = 0365 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[011];
	DMUX = RD;
	B = DMUX;
	break;

case DOP09:	// 230
	UPP = 0254 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	break;

case DOP10:	// 231
	UPP = 0254 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[011];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	break;

case RSR06:	// 232
	UPP = 0275 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = SHIFT(COUT, D);
	B = DMUX;
	break;

case RSR08:	// 233
	UPP = 0276 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B_LO;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = SHIFT(COUT, D);
	B = DMUX;
	break;

case SXT01:	// 234
	UPP = 0367 | BUT;
	BUT = BUT0;
    // P2:
	RD = 00;
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	BUS_C = DATO;
	break;

case JMP02:	// 235
	UPP = 0300 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[DF];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
	break;

case SSL05:	// 236
	UPP = 0367 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B_SWAB;
	ALU = ALU_B(BMUX);
	D = ALU;
	BUS_C = DATO;
	break;

case DST16:	// 237
	UPP = 0270 | BUT;
	BUT = BUT34;
    // P2:
	BMUX = B_HI;
	ALU = ALU_B(BMUX);
	D = ALU;
	break;

case SRC03:	// 240
	UPP = 0250 | BUT;
	BUT = BUT35;
    // P1:
	DMUX = D;
	R[SF] = DMUX;
	CLKOFF;
	break;

case SRC07:	// 241
	UPP = 0242 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[011] = DMUX;
	break;

case SRC08:	// 242
	UPP = 0247 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	break;

case SRC10:	// 243
	UPP = 0244 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[011] = DMUX;
	break;

case SRC11:	// 244
	UPP = 0245 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case SRC12:	// 245
	UPP = 0246 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[011] = DMUX;
	break;

case SRC13:	// 246
	UPP = 0247 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[011];
	BAMUX = RD;
	BA = BAMUX;
	BUS_C = DATI;
	break;

case SRC14:	// 247
	UPP = 0250 | BUT;
	BUT = BUT35;
    // P1:
	break;

case SRC15:	// 250
	UPP = 0120 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[011] = DMUX;
	break;

case SRC17:	// 251
	UPP = 0120 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	B = DMUX;
	R[011] = DMUX;
	break;

case FET09:	// 252
	UPP = 04 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	B = DMUX;
	R[013] = DMUX;
	break;

case SSL12:	// 253
	UPP = 075 | BUT;
	BUT = BUT0;
    // P1:
	break;

case DOP22:	// 254
	UPP = 074 | BUT;
	BUT = BUT0;
    // P1:
	break;

case CON12:	// 255
	UPP = 041 | BUT;
	BUT = BUT24;
    // P2:
	RD = 00;
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
    // P3:
	break;

case MOV07:	// 257
	UPP = 0200 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[DF] = DMUX;
	break;

case DST03:	// 260
	UPP = 0267 | BUT;
	BUT = BUT33;
    // P1:
	DMUX = D;
	R[DF] = DMUX;
	CLKOFF;
	break;

case DST09:	// 261
	UPP = 0262 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[012] = DMUX;
	break;

case DST10:	// 262
	UPP = 0266 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATIP & DATIP_MASK;
	break;

case DST11:	// 263
	UPP = 0264 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case DST12:	// 264
	UPP = 0265 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[012] = DMUX;
	break;

case DST13:	// 265
	UPP = 0266 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[012];
	BAMUX = RD;
	BA = BAMUX;
	BUS_C = DATIP & DATIP_MASK;
	break;

case DST14:	// 266
	UPP = 0267 | BUT;
	BUT = BUT33;
    // P1:
	CLKOFF;
	break;

case DST15:	// 267
	UPP = 0220 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[012] = DMUX;
	break;

case DST17:	// 270
	UPP = 0220 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	B = DMUX;
	R[012] = DMUX;
	break;

case RSR01:	// 271
	UPP = 0274 | BUT;
	BUT = BUT27;
    // P2:
	BMUX = B;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[DF] = DMUX;
	break;

case RSR03:	// 272
	UPP = 0273 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B_LO;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = SHIFT(COUT, D);
	B = DMUX;
	break;

case RSR04:	// 273
	UPP = 0274 | BUT;
	BUT = BUT27;
    // P2:
	BMUX = B_HI;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	SETLOW(R[DF],DMUX);
	break;

case RSR05:	// 274
	UPP = 00 | BUT;
	BUT = BUT0;
    // P1:
	break;

case RSR07:	// 275
	UPP = 0277 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B;
	ALU = ALU_B(BMUX);
	D = ALU;
	BUS_C = DATO;
	break;

case RSR09:	// 276
	UPP = 0277 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B_HI;
	ALU = ALU_B(BMUX);
	D = ALU;
	BUS_C = DATOB;
	break;

case RSR10:	// 277
	UPP = 0376 | BUT;
	BUT = BUT16;
    // P1:
	CLKOFF;
	break;

case JMP04:	// 300
	UPP = 0306 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	B = DMUX;
	R[010] = DMUX;
	break;

case JMP09:	// 301
	UPP = 0302 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[010] = DMUX;
	break;

case JMP10:	// 302
	UPP = 0303 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
	CLKOFF;
	break;

case JMP11:	// 303
	UPP = 0306 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[010] = DMUX;
	break;

case JMP14:	// 304
	UPP = 0305 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	B = DMUX;
	R[010] = DMUX;
	break;

case JMP15:	// 305
	UPP = 0300 | BUT;
	BUT = BUT15;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
	break;

case JMP12:	// 306
	UPP = 0313 | BUT;
	BUT = BUT16;
    // P2:
	RD = R[010];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	break;

case JSR00:	// 307
	UPP = 0310 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[06];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[06] = DMUX;
	break;

case JSR01:	// 310
	UPP = 0311 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[SF];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	BUS_C = DATO;
	CLKOFF;
	break;

case JSR02:	// 311
	UPP = 0312 | BUT;
	BUT = BUT0;
    // P1:
	RD = R[07];
	DMUX = RD;
	B = DMUX;
	break;

case JSR03:	// 312
	UPP = 0306 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = B;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[SF] = DMUX;
	break;

case JMP13:	// 313
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[07] = DMUX;
	break;

case CON13:	// 315
	UPP = 046 | BUT;
	BUT = BUT6;
    // P1:
	break;

case TRP01:	// 317
	UPP = 0215 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = BC_TRAPS;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[014] = DMUX;
	break;

case RTI01:	// 320
	UPP = 0321 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	R[07] = DMUX;
	break;

case RTI02:	// 321
	UPP = 0322 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[06];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[06] = DMUX;
	CLKOFF;
	break;

case RTI03:	// 322
	UPP = 017 | BUT;
	BUT = BUT0;
    // P1:
	break;

case RTS01:	// 323
	UPP = 0324 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[07] = DMUX;
	break;

case RTS02:	// 324
	UPP = 0325 | BUT;
	BUT = BUT16;
    // P2:
	RD = R[06];
	BAMUX = RD;
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[06] = DMUX;
	CLKOFF;
	break;

case RTS03:	// 325
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = UNIBUS_DATA;
	R[DF] = DMUX;
	break;

case TRP10:	// 326
	UPP = 0327 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[06];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[06] = DMUX;
	break;

case TRP11:	// 327
	UPP = 0113 | BUT;
	BUT = BUT0;
    // P2:
	RD = 00;
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	BUS_C = DATO;
	CLKOFF;
	break;

case TRP13:	// 330
	UPP = 0331 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[06];
	BMUX = 01;
	CIN = 00;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
    // P3:
	DMUX = D;
	R[06] = DMUX;
	break;

case TRP14:	// 331
	UPP = 077 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
	BUS_C = DATO;
	CLKOFF;
	break;

case TRP20:	// 332
	UPP = 0333 | BUT;
	BUT = BUT1;
    // P1:
	RD = R[014];
	BAMUX = RD;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case TRP21:	// 333
	UPP = 0122 | BUT;
	BUT = BUT3;
    // P1:
	DMUX = UNIBUS_DATA;
	R[07] = DMUX;
	break;

case TRP18:	// 334
	UPP = 0335 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[014];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	BUS_C = DATI;
	CLKOFF;
	break;

case TRP19:	// 335
	UPP = 0332 | BUT;
	BUT = BUT0;
    // P1:
	break;

case TRP00:	// 336
	UPP = 0317 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = 04;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[06] = DMUX;
	break;

case TRP17:	// 337
	UPP = 0334 | BUT;
	BUT = BUT0;
    // P2:
	BMUX = BC_PWR_UP;
	ALU = ALU_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	R[014] = DMUX;
	break;

case BRA01:	// 340
	UPP = 0341 | BUT;
	BUT = BUT16;
    // P1:
	DMUX = D;
	R[07] = DMUX;
	break;

case BRA02:	// 341
	UPP = 016 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = B_SXT;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	break;

case SOB01:	// 342
	UPP = 0343 | BUT;
	BUT = BUT12;
    // P1:
	DMUX = D;
	R[SF] = DMUX;
	break;

case SOB02:	// 343
	UPP = 0344 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[013];
	BMUX = 077;
	ALU = ALU_A_AND_B(RD, BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	B = DMUX;
	break;

case SOB03:	// 344
	UPP = 0346 | BUT;
	BUT = BUT16;
    // P2:
	RD = R[07];
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	break;

case SOB05:	// 345
	UPP = 0347 | BUT;
	BUT = BUT16;
    // P1:
	break;

case SOB04:	// 346
	UPP = 016 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	break;

case SOB06:	// 347
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	break;

case CCC01:	// 350
	UPP = 0351 | BUT;
	BUT = BUT16;
    // P2:
	BMUX = B;
	ALU = ALU_NOT_B(BMUX);
	D = ALU;
    // P3:
	DMUX = D;
	B = DMUX;
	break;

case CCC02:	// 351
	UPP = 016 | BUT;
	BUT = BUT0;
    // P2:
	RD = 00;
	BMUX = B;
	ALU = ALU_A_AND_B(RD, BMUX);
	D = ALU;
    // P3:
	break;

case SCC01:	// 352
	UPP = 016 | BUT;
	BUT = BUT0;
    // P2:
	RD = 00;
	BMUX = B;
	ALU = ALU_A_OR_B(RD, BMUX);
	D = ALU;
    // P3:
	break;

case MRK01:	// 356
	UPP = 0354 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = B_SXT;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	BAMUX = ALU;
	BA = BAMUX;
	D = ALU;
	BUS_C = DATI;
    // P3:
	DMUX = D;
	R[07] = DMUX;
	break;

case MRK02:	// 354
	UPP = 0355 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[07];
	BMUX = 02;
	CIN = 00;
	ALU = ALU_A_PLUS_B(RD, BMUX, CIN);
	D = ALU;
	break;

case MRK03:	// 355
	UPP = 0356 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[06] = DMUX;
	CLKOFF;
	break;

case MRK04:	// 356
	UPP = 0357 | BUT;
	BUT = BUT16;
    // P2:
	RD = R[05];
	CIN = 00;
	ALU = ALU_A(RD, CIN);
	D = ALU;
    // P3:
	DMUX = UNIBUS_DATA;
	R[05] = DMUX;
	break;

case MRK05:	// 357
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[07] = DMUX;
	break;

case DOP19:	// 360
	UPP = 00 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	R[DF] = DMUX;
	break;

case DOP18:	// 361
	UPP = 00 | BUT;
	BUT = BUT0;
    // P1:
	DMUX = D;
	SETLOW(R[DF],DMUX);
	break;

case DOP17:	// 362
	UPP = 00 | BUT;
	BUT = BUT0;
    // P1:
	break;

case DOP01:	// 363
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
	break;

case DOP03:	// 364
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P2:
	RD = R[SF];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	break;

case DOP06:	// 365
	UPP = 0367 | BUT;
	BUT = BUT0;
    // P2:
	RD = R[012];
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
	BUS_C = DATO;
	break;

case DOP11:	// 366
	UPP = 0375 | BUT;
	BUT = BUT16;
    // P2:
	BMUX = B_LO;
	ALU = ALU_B(BMUX);
	D = ALU;
	BUS_C = DATOB;
	CLKOFF;
	break;

case DOP12:	// 367
	UPP = 0375 | BUT;
	BUT = BUT16;
    // P1:
	CLKOFF;
	break;

case DOP14:	// 370
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P2:
	RD = R[DF];
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
	break;

case DOP16:	// 371
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P2:
	RD = R[011];
	BMUX = B;
	ALU = ALU_IR(RD, BMUX);
	D = ALU;
	break;

case SSL01:	// 372
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P2:
	RD = 00;
	BMUX = B;
	CIN = 01;
	ALU = ALU_A_MINUS_B_MINUS_1(RD, BMUX, CIN);
	D = ALU;
	break;

case SSL03:	// 373
	UPP = 0360 | BUT;
	BUT = BUT27;
    // P1:
	break;

case SSL09:	// 374
	UPP = 0375 | BUT;
	BUT = BUT16;
    // P2:
	BMUX = B_LO;
	ALU = ALU_B(BMUX);
	D = ALU;
	BUS_C = DATOB;
	CLKOFF;
	break;

case DOP20:	// 375
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	break;

case RSR11:	// 376
	UPP = 016 | BUT;
	BUT = BUT0;
    // P1:
	break;