private int OperatorAll1(int op)
{
int a = 0;
int valueAtOffset = this.gCP.getValueAtOffset(-2);
int num;
if ((valueAtOffset >> 26 & 7) == 5)
{
num = this.GetSysList(valueAtOffset);
}
else
{
this.gCP.retreatTopOfStack();
num = this.eBin.getv();
this.gCP.advanceTopOfStack();
this.gCP.advanceTopOfStack();
}
EBin.op_binary opBinary = (EBin.op_binary)op;
for (int index = 0; index < 8; ++index)
{
if ((num & 1) != 0)
{
this.gMemberTarget = this._objPtrList[index];
switch (opBinary)
{
case EBin.op_binary.B_POST_PLUS_A:
a = this.eBin.getv();
this.gCP.advanceTopOfStack();
this.eBin.putv(a + 1);
break;
case EBin.op_binary.B_POST_MINUS_A:
a = this.eBin.getv();
this.gCP.advanceTopOfStack();
this.eBin.putv(a - 1);
break;
case EBin.op_binary.B_PRE_PLUS_A:
a = this.eBin.getv() + 1;
this.gCP.advanceTopOfStack();
this.eBin.putv(a);
break;
case EBin.op_binary.B_PRE_MINUS_A:
a = this.eBin.getv() - 1;
this.gCP.advanceTopOfStack();
this.eBin.putv(a);
break;
}
this.gCP.advanceTopOfStack();
}
num >>= 1;
}
this.gCP.retreatTopOfStack();
this.gCP.retreatTopOfStack();
return(a);
}
public Int32 OperatorExtract(Int32 op)
{
Int32 num1 = 0;
Int32 num2 = 0;
Int32 valueAtOffset = this.gCP.getValueAtOffset(-3);
Int32 num3;
if ((valueAtOffset >> 26 & 7) == 5)
{
num3 = this.GetSysList(valueAtOffset);
}
else
{
this.gCP.retreatTopOfStack();
this.gCP.retreatTopOfStack();
num3 = this.eBin.getv();
this.gCP.advanceTopOfStack();
this.gCP.advanceTopOfStack();
this.gCP.advanceTopOfStack();
}
Int32 num4 = this.eBin.getv();
for (Int32 index = 0; index < 8; ++index)
{
num1 >>= 1;
if ((num3 & 1) != 0)
{
this.gMemberTarget = this._objPtrList[index];
EBin.op_binary opBinary = (EBin.op_binary)op;
switch (opBinary)
{
case EBin.op_binary.B_LT_E:
num2 = this.eBin.getv() >= num4 ? 0 : 1;
break;
case EBin.op_binary.B_GT_E:
num2 = this.eBin.getv() <= num4 ? 0 : 1;
break;
case EBin.op_binary.B_LE_E:
num2 = this.eBin.getv() > num4 ? 0 : 1;
break;
case EBin.op_binary.B_GE_E:
num2 = this.eBin.getv() < num4 ? 0 : 1;
break;
case EBin.op_binary.B_EQ_E:
num2 = this.eBin.getv() != num4 ? 0 : 1;
break;
case EBin.op_binary.B_NE_E:
num2 = this.eBin.getv() == num4 ? 0 : 1;
break;
default:
switch (opBinary - 84)
{
case EBin.op_binary.B_PAD0:
num2 = (this.eBin.getv() & num4) == 0 ? 0 : 1;
break;
case EBin.op_binary.B_PAD1:
num2 = (this.eBin.getv() & num4) != 0 ? 0 : 1;
break;
case EBin.op_binary.B_PAD2:
num2 = (this.eBin.getv() ^ num4) == 0 ? 0 : 1;
break;
case EBin.op_binary.B_PAD3:
num2 = (this.eBin.getv() | num4) == 0 ? 0 : 1;
break;
}
break;
}
num1 |= num2 << 7;
this.gCP.advanceTopOfStack();
}
num3 >>= 1;
}
this.gCP.retreatTopOfStack();
this.gCP.retreatTopOfStack();
return(num1);
}
public int OperatorAll(int op)
{
int a = 0;
int valueAtOffset = this.gCP.getValueAtOffset(-3);
int num1;
if ((valueAtOffset >> 26 & 7) == 5)
{
num1 = this.GetSysList(valueAtOffset);
}
else
{
this.gCP.retreatTopOfStack();
this.gCP.retreatTopOfStack();
num1 = this.eBin.getv();
this.gCP.advanceTopOfStack();
this.gCP.advanceTopOfStack();
this.gCP.advanceTopOfStack();
}
int num2 = this.eBin.getv();
EBin.op_binary opBinary = (EBin.op_binary)op;
for (int index = 0; index < 8; ++index)
{
if ((num1 & 1) != 0)
{
this.gMemberTarget = this._objPtrList[index];
switch (opBinary)
{
case EBin.op_binary.B_LET_A:
a = num2;
break;
case EBin.op_binary.B_MULT_LET_A:
a = this.eBin.getv() * num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_DIV_LET_A:
a = num2 == 0 ? this.eBin.getv() : this.eBin.getv() / num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_REM_LET_A:
a = num2 == 0 ? this.eBin.getv() : this.eBin.getv() % num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_PLUS_LET_A:
a = this.eBin.getv() + num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_MINUS_LET_A:
a = this.eBin.getv() - num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_SHIFT_LEFT_LET_A:
a = this.eBin.getv() << num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_SHIFT_RIGHT_LET_A:
a = this.eBin.getv() >> num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_AND_LET_A:
a = this.eBin.getv() & num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_XOR_LET_A:
a = this.eBin.getv() ^ num2;
this.gCP.advanceTopOfStack();
break;
case EBin.op_binary.B_OR_LET_A:
a = this.eBin.getv() | num2;
this.gCP.advanceTopOfStack();
break;
}
this.eBin.putv(a);
this.gCP.advanceTopOfStack();
}
num1 >>= 1;
}
this.gCP.retreatTopOfStack();
this.gCP.retreatTopOfStack();
return(a);
}
public int DoCalcOperationExt(int code)
{
int frameNdx = 0;
short triNdx1 = 0;
short floorNdx1 = 0;
EBin.op_binary opBinary = (EBin.op_binary)code;
switch (opBinary)
{
case EBin.op_binary.B_HAVE_ITEM:
int id = this.eBin.getv();
frameNdx = id >= EventEngine.kSItemOfs ? (id >= EventEngine.kCItemOfs ? QuadMistDatabase.MiniGame_GetCardCount(id - EventEngine.kCItemOfs) : (!ff9item.FF9Item_IsExistImportant(id - EventEngine.kSItemOfs) ? 0 : 1)) : ff9item.FF9Item_GetCount(id);
break;
case EBin.op_binary.B_BAFRAME:
this.fieldmap.walkMesh.BGI_animGetFrame((uint)this.eBin.getv(), ref frameNdx);
break;
case EBin.op_binary.B_FRAME:
frameNdx = EventEngineUtils.GetCharAnimFrame(this.gCur.go, this.eBin.getv());
break;
case EBin.op_binary.B_SPS:
this.eBin.getv();
this.eBin.getv();
break;
case EBin.op_binary.B_CURMP:
frameNdx = (int)this._ff9.player[this.chr2slot(this.eBin.getv())].cur.mp;
break;
case EBin.op_binary.B_MAXMP:
frameNdx = (int)this._ff9.player[this.chr2slot(this.eBin.getv())].max.mp;
break;
case EBin.op_binary.B_BGIID:
short triNdx2 = -1;
BGI.BGI_charGetInfo(this.eBin.getv(), ref triNdx2, ref floorNdx1);
frameNdx = (int)triNdx2;
break;
case EBin.op_binary.B_BGIFLOOR:
short floorNdx2 = -1;
BGI.BGI_charGetInfo(this.eBin.getv(), ref triNdx1, ref floorNdx2);
frameNdx = (int)floorNdx2;
break;
default:
switch (opBinary - 67)
{
case EBin.op_binary.B_PAD0:
case EBin.op_binary.B_PAD1:
case EBin.op_binary.B_PAD2:
label_9:
frameNdx = this.OperatorExtractLet(code);
break;
case EBin.op_binary.B_POST_PLUS_A:
case EBin.op_binary.B_POST_MINUS_A:
label_8:
frameNdx = this.OperatorExtract1(code);
break;
default:
switch (opBinary - 8)
{
case EBin.op_binary.B_PAD0:
case EBin.op_binary.B_PAD1:
case EBin.op_binary.B_PAD2:
case EBin.op_binary.B_PAD3:
frameNdx = this.OperatorAll1(code);
break;
case EBin.op_binary.B_PRE_MINUS:
goto label_8;
default:
switch (opBinary - 90)
{
case EBin.op_binary.B_PAD0:
case EBin.op_binary.B_PAD1:
case EBin.op_binary.B_PAD2:
this.eBin.getv();
break;
default:
if (opBinary != EBin.op_binary.B_CURHP)
{
if (opBinary != EBin.op_binary.B_MAXHP)
{
if (opBinary == EBin.op_binary.B_LET_E)
{
goto label_9;
}
else
{
break;
}
}
else
{
frameNdx = (int)this._ff9.player[this.chr2slot(this.eBin.getv())].max.hp;
break;
}
}
else
{
frameNdx = (int)this._ff9.player[this.chr2slot(this.eBin.getv())].cur.hp;
break;
}
}
break;
}
break;
}
break;
}
return(frameNdx);
}
