*(char *)(unaff_Y + -1) = (char)param_7;
  *(char *)(unaff_Y + -2) = (char)((uint)in_R7R6 >> 8);
  *(char *)(unaff_Y + -3) = (char)in_R7R6;
  *(char *)(unaff_Y + -4) = (char)((uint)in_R5R4 >> 8);
  *(char *)(unaff_Y + -5) = (char)in_R5R4;
  *(char *)(unaff_Y + -6) = (char)((uint)in_X >> 8);
  *(char *)(unaff_Y + -7) = (char)in_X;
  *(char *)(unaff_Y + -8) = (char)((uint)param_1 >> 8);
  *(char *)(unaff_Y + -9) = (char)param_1;
  *(char *)(unaff_Y + -10) = (char)((uint)in_Z >> 8);
  *(char *)(unaff_Y + -0xb) = (char)in_Z;
  *(undefined *)(unaff_Y + -0xc) = unaff_R3;
  *(undefined *)(unaff_Y + -0xd) = unaff_R2;
  *(char *)(unaff_Y + -0xe) = (char)((uint)in_R1R0 >> 8);
  *(char *)(unaff_Y + -0xf) = (char)in_R1R0;
  *(char *)(unaff_Y + -0x10) = (char)((uint)param_2 >> 8);
  *(char *)(unaff_Y + -0x11) = (char)param_2;
  *(char *)(unaff_Y + -0x12) = (char)((uint)param_3 >> 8);
  *(char *)(unaff_Y + -0x13) = (char)param_3;
  *(char *)(unaff_Y + -0x14) = (char)((uint)param_4 >> 8);
  *(char *)(unaff_Y + -0x15) = (char)param_4;
  *(char *)(unaff_Y + -0x16) = (char)((uint)param_5 >> 8);
  *(char *)(unaff_Y + -0x17) = (char)param_5;
  SREG = in_Cflg == '\x01' | (in_Zflg == '\x01') << 1 | (in_Nflg == '\x01') << 2 |
         (in_Vflg == '\x01') << 3 | (in_Sflg == '\x01') << 4 | (in_Hflg == '\x01') << 5 |
         (in_Tflg == '\x01') << 6 | (in_Iflg == '\x01') << 7;
  uVar15 = param_7 & 0xff00 | (uint)SREG;
  if (DAT_mem_292f == '\0') {
    iVar22 = CONCAT11(DAT_mem_2928,DAT_mem_2927) + 1;
    DAT_mem_2927 = (byte)iVar22;
    DAT_mem_2928 = (char)((uint)iVar22 >> 8);
    if (DAT_mem_2927 == 0x70 && DAT_mem_2928 == (char)((DAT_mem_2927 < 0x70) + '\x17')) {
      DAT_mem_2927 = 0;
      DAT_mem_2928 = '\0';
      DAT_mem_2958 = 1;
    }
    if (DAT_mem_2950 != '\0') {
      DAT_mem_2950 = DAT_mem_2950 + -1;
      if (DAT_mem_2950 == '\0') {
        write_volatile_1(TCD1,0);
      }
      else {
        iVar22 = (uint)DAT_mem_2945 * (uint)DAT_mem_2951;
        uStack0000 = 0x54;
        FUN_code_0032b2();
        uStack0000 = 0x57;
        FUN_code_0032c6('\x03',iVar22);
        write_volatile_1(TCD1_CCB,(char)iVar22);
        write_volatile_1(DAT_mem_096b,(char)((uint)iVar22 >> 8));
      }
    }
    uVar17 = (uint)(DAT_mem_294e == 1);
    if (DAT_mem_294e == 2) {
      bVar20 = 8;
    }
    else {
      bVar20 = 7;
    }
    for (bVar19 = 0; bVar19 < 8; bVar19 = bVar19 + 1) {
      puVar26 = (undefined2 *)
                CONCAT11((CARRY1(bVar19,bVar19) * '\x02' + CARRY1(bVar19 * '\x02',bVar19 * '\x02'))
                         - (((byte)(bVar19 * '\x04') < 0xa7) + -0x29),bVar19 * '\x04' + 0x59);
      uVar24 = *puVar26;
      uVar25 = puVar26[1];
      uVar16 = (uint)bVar20 << 8;
      uStack0000 = 0x7e;
      uVar23 = FUN_code_003320((char)uVar17,uVar25,uVar24);
      uStack0000 = 0x80;
      uVar23 = FUN_code_000549(uVar23,uVar16 & 0xff00 | (uint)extraout_R22,uVar25,uVar24);
      bVar19 = (byte)uVar23;
      puVar27 = (undefined *)
                CONCAT11((CARRY1(bVar19,bVar19) * '\x02' + CARRY1(bVar19 * '\x02',bVar19 * '\x02'))
                         - (((byte)(bVar19 * '\x04') < 0x87) + -0x29),bVar19 * '\x04' + 0x79);
      *puVar27 = (char)uVar24;
      puVar27[1] = (char)((uint)uVar24 >> 8);
      puVar27[2] = (char)uVar25;
      puVar27[3] = (char)((uint)uVar25 >> 8);
      puVar27 = (undefined *)
                CONCAT11((CARRY1(bVar19,bVar19) * '\x02' + CARRY1(bVar19 * '\x02',bVar19 * '\x02'))
                         - (((byte)(bVar19 * '\x04') < 0xa7) + -0x29),bVar19 * '\x04' + 0x59);
      *puVar27 = 0;
      puVar27[1] = 0;
      puVar27[2] = 0;
      puVar27[3] = 0;
      bVar20 = (byte)((uint)uVar23 >> 8);
    }
    DAT_mem_292f = -1;
    _DAT_mem_28b9 = 0;
    _DAT_mem_28bb = 0;
    _DAT_mem_28b5 = 0;
    _DAT_mem_28b7 = 0;
    _DAT_mem_2968 = 0;
    _DAT_mem_296a = 0;
    bVar20 = 0;
    while (bVar19 = (byte)uVar17, bVar20 < 8) {
      puVar28 = (uint *)CONCAT11((CARRY1(bVar20,bVar20) * '\x02' +
                                 CARRY1(bVar20 * '\x02',bVar20 * '\x02')) -
                                 (((byte)(bVar20 * '\x04') < 0x87) + -0x29),bVar20 * '\x04' + 0x79);
      uVar16 = *puVar28;
      uVar18 = puVar28[1];
      uStack0000 = 0xdc;
      FUN_code_0032f8();
      uStack0000 = 0xde;
      FUN_code_0033ad(uVar18,uVar16);
      uStack0000 = 0xe6;
      FUN_code_00340c(_DAT_mem_2968,uVar18,uVar16);
      uStack0000 = 0xf4;
      uVar14 = _DAT_mem_28b5;
      _DAT_mem_2968 = uVar16;
      _DAT_mem_296a = uVar18;
      FUN_code_0033ad(_DAT_mem_28b7,_DAT_mem_28b5);
      puVar28 = (uint *)CONCAT11((CARRY1(extraout_Wlo,extraout_Wlo) * '\x02' +
                                 CARRY1(extraout_Wlo * '\x02',extraout_Wlo * '\x02')) -
                                 (((byte)(extraout_Wlo * '\x04') < 0x87) + -0x29),
                                 extraout_Wlo * '\x04' + 0x79);
      uVar16 = *puVar28;
      uVar18 = puVar28[1];
      uStack0000 = 5;
      FUN_code_0033ad(uVar18,uVar16);
      uStack0000 = 0x14;
      FUN_code_00346d(*(uint *)CONCAT11((CARRY1(extraout_Wlo_00,extraout_Wlo_00) * '\x02' +
                                        CARRY1(extraout_Wlo_00 * '\x02',extraout_Wlo_00 * '\x02')) -
                                        (((byte)(extraout_Wlo_00 * '\x04') < 0xe7) + -0x29),
                                        extraout_Wlo_00 * '\x04' + 0x19),uVar18,uVar16);
      uStack0000 = 0x18;
      FUN_code_00340c(uVar14,uVar18,uVar16);
      uStack0000 = 0x1a;
      FUN_code_0033ba(uVar18,uVar16);
      uStack0000 = 0x28;
      uVar14 = _DAT_mem_28b9;
      _DAT_mem_28b5 = uVar16;
      _DAT_mem_28b7 = uVar18;
      FUN_code_0033ad(_DAT_mem_28bb,_DAT_mem_28b9);
      puVar28 = (uint *)CONCAT11((CARRY1(extraout_Wlo_01,extraout_Wlo_01) * '\x02' +
                                 CARRY1(extraout_Wlo_01 * '\x02',extraout_Wlo_01 * '\x02')) -
                                 (((byte)(extraout_Wlo_01 * '\x04') < 0x87) + -0x29),
                                 extraout_Wlo_01 * '\x04' + 0x79);
      uVar16 = *puVar28;
      uVar18 = puVar28[1];
      uStack0000 = 0x39;
      FUN_code_0033ad(uVar18,uVar16);
      uStack0000 = 0x48;
      FUN_code_00346d(*(uint *)CONCAT11((CARRY1(extraout_Wlo_02,extraout_Wlo_02) * '\x02' +
                                        CARRY1(extraout_Wlo_02 * '\x02',extraout_Wlo_02 * '\x02')) -
                                        (((byte)(extraout_Wlo_02 * '\x04') < 199) + -0x29),
                                        extraout_Wlo_02 * '\x04' + 0x39),uVar18,uVar16);
      uStack0000 = 0x4c;
      FUN_code_00340c(uVar14,uVar18,uVar16);
      uStack0000 = 0x4e;
      FUN_code_0033ba(uVar18,uVar16);
      _DAT_mem_28b9 = uVar16;
      _DAT_mem_28bb = uVar18;
      bVar20 = extraout_Wlo_03 + 1;
    }
    uStack0000 = 100;
    uVar17 = _DAT_mem_2968;
    uVar16 = _DAT_mem_296a;
    uVar24 = FUN_code_0034e6(0,_DAT_mem_296a,_DAT_mem_2968);
    uStack0000 = 0x66;
    FUN_code_003c06(uVar24,uVar16,uVar17,param_6,uVar15);
    uVar24 = CONCAT11(DAT_mem_28ae,DAT_mem_28ad);
    uStack0000 = 0x74;
    _DAT_mem_2968 = uVar17;
    _DAT_mem_296a = uVar16;
    thunk_FUN_code_003389(0,uVar24);
    uStack0000 = 0x7e;
    uVar17 = _DAT_mem_2968;
    uVar16 = _DAT_mem_296a;
    FUN_code_0034e6(uVar24,_DAT_mem_296a,_DAT_mem_2968);
    uStack0000 = 0x80;
    FUN_code_0033ba(uVar16,uVar17);
    DAT_mem_28a5 = (undefined)uVar17;
    DAT_mem_28a6 = (undefined)(uVar17 >> 8);
    uStack0000 = 0x92;
    FUN_code_0032cc((uint)(byte)(*(uint3 *)(uint3)(CONCAT11(-((bVar19 < 0xde) + -4) -
                                                            CARRY1(bVar19,bVar19),bVar19 + 0x22) >>
                                                  1) >> ((byte)(bVar19 + 0x22) & 1) * 8),uVar17);
    DAT_mem_28a5 = (undefined)uVar17;
    DAT_mem_28a6 = (undefined)(uVar17 >> 8);
    bVar19 = (byte)(_DAT_mem_28b5 >> 8);
    bVar20 = (byte)_DAT_mem_28b5;
    cVar1 = (char)(_DAT_mem_28b7 >> 8);
    bVar2 = (byte)_DAT_mem_28b7;
    bVar5 = (byte)(_DAT_mem_28b9 >> 8);
    bVar3 = (byte)_DAT_mem_28b9;
    cVar4 = (char)(_DAT_mem_28bb >> 8);
    bVar6 = (byte)_DAT_mem_28bb;
    if (DAT_mem_2939 == '\0') {
      if (DAT_mem_293b == '\x01') {
        bVar21 = 1;
      }
      else {
        bVar21 = 2;
      }
      bVar31 = DAT_mem_28d3 < bVar2 ||
               (byte)(DAT_mem_28d3 - bVar2) <
               (DAT_mem_28d2 < bVar19 || (byte)(DAT_mem_28d2 - bVar19) < (DAT_mem_28d1 < bVar20));
      if ((char)(DAT_mem_28d4 - (cVar1 + bVar31)) < '\0' ==
          (SBORROW1(DAT_mem_28d4,cVar1) != SBORROW1(DAT_mem_28d4 - cVar1,bVar31))) {
        bVar8 = -bVar21;
        cVar29 = -(DAT_mem_28d1 < bVar21);
        bVar31 = DAT_mem_28d2 < (DAT_mem_28d1 < bVar21);
        cVar7 = -bVar31;
        cVar9 = -(DAT_mem_28d3 < bVar31);
      }
      else {
        cVar29 = CARRY1(DAT_mem_28d1,bVar21);
        cVar7 = CARRY1(DAT_mem_28d2,cVar29);
        cVar9 = CARRY1(DAT_mem_28d3,cVar7);
        bVar8 = bVar21;
      }
      DAT_mem_28d2 = DAT_mem_28d2 + cVar29;
      DAT_mem_28d4 = DAT_mem_28d4 + cVar9;
      DAT_mem_28d3 = DAT_mem_28d3 + cVar7;
      DAT_mem_28d1 = DAT_mem_28d1 + bVar8;
      bVar31 = DAT_mem_28cf < bVar6 ||
               (byte)(DAT_mem_28cf - bVar6) <
               (DAT_mem_28ce < bVar5 || (byte)(DAT_mem_28ce - bVar5) < (DAT_mem_28cd < bVar3));
      if ((char)(DAT_mem_28d0 - (cVar4 + bVar31)) < '\0' ==
          (SBORROW1(DAT_mem_28d0,cVar4) != SBORROW1(DAT_mem_28d0 - cVar4,bVar31))) {
        bVar30 = DAT_mem_28cd < bVar21;
        bVar31 = DAT_mem_28ce < bVar30;
        DAT_mem_28d0 = DAT_mem_28d0 - (DAT_mem_28cf < bVar31);
        DAT_mem_28cd = DAT_mem_28cd - bVar21;
        DAT_mem_28ce = DAT_mem_28ce - bVar30;
        DAT_mem_28cf = DAT_mem_28cf - bVar31;
      }
      else {
        bVar30 = CARRY1(DAT_mem_28cd,bVar21);
        bVar31 = CARRY1(DAT_mem_28ce,bVar30);
        DAT_mem_28d0 = DAT_mem_28d0 + CARRY1(DAT_mem_28cf,bVar31);
        DAT_mem_28cd = DAT_mem_28cd + bVar21;
        DAT_mem_28ce = DAT_mem_28ce + bVar30;
        DAT_mem_28cf = DAT_mem_28cf + bVar31;
      }
    }
    if (DAT_mem_292e != '\0') {
      DAT_mem_292e = '\0';
      DAT_mem_28cd = bVar3;
      DAT_mem_28ce = bVar5;
      DAT_mem_28cf = bVar6;
      DAT_mem_28d0 = cVar4;
      DAT_mem_28d1 = bVar20;
      DAT_mem_28d2 = bVar19;
      DAT_mem_28d3 = bVar2;
      DAT_mem_28d4 = cVar1;
    }
    DAT_mem_28fd = bVar20 - DAT_mem_28d1;
    DAT_mem_28fe = bVar19 - (DAT_mem_28d2 + (bVar20 < DAT_me