public override void UseSZX(SZXFile szx)
{
lock (lockThis) {
base.UseSZX(szx);
aySound.SelectedRegister = szx.ayState.currentRegister;
//Possible if loading a 48k snapshot into 128ke
if (szx.ayState.chRegs != null)
{
aySound.SetRegisters(szx.ayState.chRegs);
}
PageReadPointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageReadPointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageReadPointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageReadPointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageReadPointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageReadPointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
PageWritePointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageWritePointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageWritePointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageWritePointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageWritePointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageWritePointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
Out(0x7ffd, szx.specRegs.x7ffd); //Perform a dummy Out to setup the remaining stuff!
borderColour = szx.specRegs.Border;
totalTStates = (int)szx.z80Regs.CyclesStart;
}
}
public override void UseSZX(SZXFile szx)
{
lock (lockThis) {
base.UseSZX(szx);
aySound.SelectedRegister = szx.ayState.currentRegister;
aySound.SetRegisters(szx.ayState.chRegs);
LateTiming = szx.header.Flags & 0x1;
PageReadPointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageReadPointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageReadPointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageReadPointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageReadPointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageReadPointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
PageWritePointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageWritePointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageWritePointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageWritePointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageWritePointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageWritePointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
Out(0x7ffd, szx.specRegs.x7ffd); //Perform a dummy Out to setup the remaining stuff!
borderColour = szx.specRegs.Border;
totalTStates = (int)szx.z80Regs.CyclesStart;
}
}
public override void UseSZX(SZXFile szx)
{
lock (lockThis) {
base.UseSZX(szx);
aySound.SelectedRegister = szx.ayState.currentRegister;
aySound.SetRegisters(szx.ayState.chRegs);
Out(0x0ffe, szx.specRegs.Fe);
PageReadPointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageReadPointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageReadPointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageReadPointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageReadPointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageReadPointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
PageWritePointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageWritePointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageWritePointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageWritePointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageWritePointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageWritePointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
contendedBankPagedIn = false;
Out(0x7ffd, szx.specRegs.x7ffd); //Perform a dummy Out to setup the remaining stuff!
Out(0x1ffd, szx.specRegs.pagePort);
borderColour = szx.specRegs.Border;
totalTStates = (int)szx.z80Regs.CyclesStart;
}
}
public override void UseSZX(SZXFile szx)
{
lock (lockThis) {
base.UseSZX(szx);
Out(0x0ffe, szx.specRegs.Fe);
borderColour = szx.specRegs.Border;
LateTiming = szx.header.Flags & 0x1;
PageReadPointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageReadPointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageReadPointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageReadPointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageReadPointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageReadPointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
PageWritePointer[2] = RAMpage[(int)RAM_BANK.FIVE_LOW];
PageWritePointer[3] = RAMpage[(int)RAM_BANK.FIVE_HIGH];
PageWritePointer[4] = RAMpage[(int)RAM_BANK.TWO_LOW];
PageWritePointer[5] = RAMpage[(int)RAM_BANK.TWO_HIGH];
PageWritePointer[6] = RAMpage[(int)RAM_BANK.ZERO_LOW];
PageWritePointer[7] = RAMpage[(int)RAM_BANK.ZERO_HIGH];
if (szx.paletteLoaded)
{
if (szx.palette.flags == 1)
{
ULAPlusEnabled = true;
ULAPaletteEnabled = true;
}
else
{
ULAPaletteEnabled = false;
}
ULAPaletteGroup = szx.palette.currentRegister;
for (int f = 0; f < 64; f++)
{
byte val = szx.palette.paletteRegs[f];
int bl = val & 0x01;
int bm = bl;
int bh = (val & 0x02) >> 1;
val >>= 2;
int rl = val & 0x01;
int rm = (val & 0x02) >> 1;
int rh = (val & 0x04) >> 2;
val >>= 3;
int gl = val & 0x01;
int gm = (val & 0x02) >> 1;
int gh = (val & 0x04) >> 2;
int bgr = ( //each byte built as hmlhmlml bits from original 3 bit colour value
(((rh << 7) | (rm << 6) | (rl << 5) | (rh << 4) | (rm << 3) | (rl << 2) | (rm << 1) | (rl)) << 16)
| (((gh << 7) | (gm << 6) | (gl << 5) | (gh << 4) | (gm << 3) | (gl << 2) | (gm << 1) | (gl)) << 8)
| (((bh << 7) | (bm << 6) | (bl << 5) | (bh << 4) | (bm << 3) | (bl << 2) | (bm << 1) | (bl)))
);
ULAPlusColours[f] = bgr;
Out(0xbf3b, szx.specRegs.Fe);
}
}
totalTStates = (int)szx.z80Regs.CyclesStart;
}
}
