private void RefreshData()
{
_state = DebugApi.GetState().Ppu;
_vram = DebugApi.GetMemoryState(SnesMemoryType.VideoRam);
_oamRam = DebugApi.GetMemoryState(SnesMemoryType.SpriteRam);
_cgram = DebugApi.GetMemoryState(SnesMemoryType.CGRam);
}
public void RefreshData()
{
_isGameboyMode = EmuApi.GetRomInfo().CoprocessorType == CoprocessorType.Gameboy;
_state = DebugApi.GetState().Ppu;
_vram = DebugApi.GetMemoryState(_isGameboyMode ? SnesMemoryType.GbVideoRam : SnesMemoryType.VideoRam);
_cgram = DebugApi.GetMemoryState(SnesMemoryType.CGRam);
}
// Clock function * * * * * * * *
public void Clock0()
{
#if generate_a_nice_pattern
// If within visible portion of screen, set pixel of screen
if (cycle > 0 & scanLine > 0 & cycle < firstBlankCycle & scanLine < firstBlankSL)
{
int i = Math.Abs((scanLine * cycle + frameCount) % ((frameCount + 1) % 64));
IODevice.SetPixel(cycle - 1, scanLine - 1, palette[i]);
}
#endif
#if LOGGING
state = new PpuState(this);
using (StreamWriter file = new StreamWriter(filePath, true))
file.WriteLine(state);
#endif
bool at_init_point = scanLine == -1 & cycle == 1;
bool cycleSkip = scanLine == 0 & cycle == 0;
bool visible_SL = scanLine >= -1 & scanLine < 240;
bool last_visible_SL = scanLine == 240;
bool first_blank_SL = scanLine == 241;
bool frame_complete = scanLine >= 261;
bool at_end_of_SL = cycle == 256;
bool visible_cycle = cycle > 0 & cycle < 256;
bool SL_complete = cycle >= 341;
bool in_read_section = (cycle >= 2 & cycle < 258) | (cycle >= 321 & cycle < 338);
if (visible_SL)
{
if (cycleSkip)
{
cycle++;
}
if (at_init_point)
{
SetFlag(StatFlags.vertical_blank, false);
tileIdString = "";
}
if (in_read_section)
{
UpdateShifters();
int stage_no = (cycle - 1) % 8;
int bg = GetFlag(CtrlFlags.backgr_select) ? 1 : 0;;
switch (stage_no)
{
case 0:
LoadShifters();
tileID = ReadBus((ushort)(0x2000 | vReg.Address & 0x0FFF));
break;
case 2:
/** Tile attributes are stored in the last 64 (0x0040) byte of
* the name table, and thus start 960 (0x03C0) bytes into the
* name table.
*
* There is one byte of attribute memory per 16 tiles.
*/
tileAttrib = ReadBus(vReg.Address);
if ((vReg.Coarse_y & 0x02) > 0)
{
tileAttrib >>= 4;
}
if ((vReg.Coarse_x & 0x02) > 0)
{
tileAttrib >>= 2;
}
tileAttrib &= 0x03;
break;
case 4:
tileLSB = ReadBus((ushort)((bg << 12) + (tileID << 4) + vReg.Fine_y));
break;
case 6:
tileMSB = ReadBus((ushort)((bg << 12) + (tileID << 4) + vReg.Fine_y + 8));
break;
case 7:
IncrementScrollX();
if (scanLine % 8 == 0)
{
tileIdString += tileID.x();
}
break;
}
}
if (cycle == 256)
{
IncrementScrollY();
}
if (cycle == 257)
{
LoadShifters();
TransferAddressX();
}
if (cycle == 338 | cycle == 340)
{
tileID = ReadBus((ushort)(0x2000 | (vReg.Address & 0x0FFF)));
}
if (scanLine == -1 & cycle >= 280 & cycle < 305)
{
TransferAddressY();
}
}
if (last_visible_SL)
{
// Do nothing
}
if (scanLine >= 241 & scanLine < 261)
{
if (first_blank_SL & cycle == 1)
{
SetFlag(StatFlags.vertical_blank, true);
Nmi = GetFlag(CtrlFlags.nmi_enable);
}
}
byte pixel = 0;
byte palet = 0;
if (GetFlag(MaskFlags.backgr_enable))
{
ushort bit_mux = (ushort)(0x8000 >> fine_x); //mux = multiplexer or data selector
byte pix0 = (byte)((patternShifterLo & bit_mux) > 0 ? 1 : 0);
byte pix1 = (byte)((patternShifterHi & bit_mux) > 0 ? 1 : 0);
pixel = (byte)((pix1 << 1) | pix0);
byte pal0 = (byte)((attribShifterLo & bit_mux) > 0 ? 1 : 0);
byte pal1 = (byte)((attribShifterHi & bit_mux) > 0 ? 1 : 0);
palet = (byte)((pal1 << 1) | pal0);
}
IODevice.SetPixel(cycle - 1, scanLine, GetColourFromPalette(palet, pixel));
cycle++;
if (SL_complete)
{
cycle = 0;
scanLine++;
if (scanLine % 8 == 0)
{
tileIdString += "\n";
}
// If scanline gets to 261 (maxSL), the frame is complete
if (frame_complete)
{
scanLine = -1;
frameCount++;
FrameComplete = true;
Console.WriteLine($"Frame: {frameCount}");
Console.WriteLine(tileIdString);
}
}
}
private void UpdatePpuTab()
{
PpuState ppu = _state.Ppu;
ctrlPropertyPpu.UpdateState(new List <RegEntry>()
{
new RegEntry("$2100", "Brightness", null),
new RegEntry("$2100.0", "Forced Blank", ppu.ForcedVblank),
new RegEntry("$2100.4-7", "Brightness", ppu.ScreenBrightness),
new RegEntry("$2101", "OAM Settings", null),
new RegEntry("$2100.0-2", "OAM Table Address", ppu.OamBaseAddress, Format.X16),
new RegEntry("$2100.3-4", "OAM Second Table Address", (ppu.OamBaseAddress + ppu.OamAddressOffset) & 0x7FFF, Format.X16),
new RegEntry("$2101.5-7", "OAM Size Mode", ppu.OamMode),
new RegEntry("$2102-2103", "OAM Base Address", ppu.OamRamAddress),
new RegEntry("$2103.7", "OAM Priority", ppu.EnableOamPriority),
new RegEntry("$2105", "BG Mode/Size", null),
new RegEntry("$2105.0-2", "BG Mode", ppu.BgMode),
new RegEntry("$2105.3", "Mode 1 BG3 Priority", ppu.Mode1Bg3Priority),
new RegEntry("$2105.4", "BG1 16x16 Tiles", ppu.Layers[0].LargeTiles),
new RegEntry("$2105.5", "BG2 16x16 Tiles", ppu.Layers[1].LargeTiles),
new RegEntry("$2105.6", "BG3 16x16 Tiles", ppu.Layers[2].LargeTiles),
new RegEntry("$2105.7", "BG4 16x16 Tiles", ppu.Layers[3].LargeTiles),
new RegEntry("$2106", "Mosaic", null),
new RegEntry("$2106.0", "BG1 Mosaic Enabled", (ppu.MosaicEnabled & 0x01) != 0),
new RegEntry("$2106.1", "BG2 Mosaic Enabled", (ppu.MosaicEnabled & 0x02) != 0),
new RegEntry("$2106.2", "BG3 Mosaic Enabled", (ppu.MosaicEnabled & 0x04) != 0),
new RegEntry("$2106.3", "BG4 Mosaic Enabled", (ppu.MosaicEnabled & 0x08) != 0),
new RegEntry("$2106.4-7", "Mosaic Size", (ppu.MosaicSize - 1).ToString() + " (" + ppu.MosaicSize.ToString() + "x" + ppu.MosaicSize.ToString() + ")"),
new RegEntry("$2107 - $210A", "Tilemap Addresses/Sizes", null),
new RegEntry("$2107.0-1", "BG1 Size", GetLayerSize(ppu.Layers[0])),
new RegEntry("$2107.2-6", "BG1 Address", ppu.Layers[0].TilemapAddress, Format.X16),
new RegEntry("$2108.0-1", "BG2 Size", GetLayerSize(ppu.Layers[1])),
new RegEntry("$2108.2-6", "BG2 Address", ppu.Layers[1].TilemapAddress, Format.X16),
new RegEntry("$2109.0-1", "BG3 Size", GetLayerSize(ppu.Layers[2])),
new RegEntry("$2109.2-6", "BG3 Address", ppu.Layers[2].TilemapAddress, Format.X16),
new RegEntry("$210A.0-1", "BG4 Size", GetLayerSize(ppu.Layers[3])),
new RegEntry("$210A.2-6", "BG4 Address", ppu.Layers[3].TilemapAddress, Format.X16),
new RegEntry("$210B - $210C", "Tile Addresses", null),
new RegEntry("$210B.0-2", "BG1 Tile Address", ppu.Layers[0].ChrAddress, Format.X16),
new RegEntry("$210B.4-6", "BG2 Tile Address", ppu.Layers[1].ChrAddress, Format.X16),
new RegEntry("$210C.0-2", "BG3 Tile Address", ppu.Layers[2].ChrAddress, Format.X16),
new RegEntry("$210C.4-6", "BG4 Tile Address", ppu.Layers[3].ChrAddress, Format.X16),
new RegEntry("$210D - $2114", "H/V Scroll Offsets", null),
new RegEntry("$210D", "BG1 H Offset", ppu.Layers[0].HScroll, Format.X16),
new RegEntry("$210D", "Mode7 H Offset", ppu.Mode7.HScroll, Format.X16),
new RegEntry("$210E", "BG1 V Offset", ppu.Layers[0].VScroll, Format.X16),
new RegEntry("$210E", "Mode7 V Offset", ppu.Mode7.VScroll, Format.X16),
new RegEntry("$210F", "BG2 H Offset", ppu.Layers[1].HScroll, Format.X16),
new RegEntry("$2110", "BG2 V Offset", ppu.Layers[1].VScroll, Format.X16),
new RegEntry("$2111", "BG3 H Offset", ppu.Layers[2].HScroll, Format.X16),
new RegEntry("$2112", "BG3 V Offset", ppu.Layers[2].VScroll, Format.X16),
new RegEntry("$2113", "BG4 H Offset", ppu.Layers[3].HScroll, Format.X16),
new RegEntry("$2114", "BG4 V Offset", ppu.Layers[3].VScroll, Format.X16),
new RegEntry("$2115 - $2117", "VRAM", null),
new RegEntry("$2115.0-1", "Increment Value", ppu.VramIncrementValue),
new RegEntry("$2115.2-3", "Address Mapping", ppu.VramAddressRemapping),
new RegEntry("$2115.7", "Increment on $2119", ppu.VramAddrIncrementOnSecondReg),
new RegEntry("$2116/7", "VRAM Address", ppu.VramAddress, Format.X16),
new RegEntry("$211A - $2120", "Mode 7", null),
new RegEntry("$211A.0", "Mode 7 - Hor. Mirroring", ppu.Mode7.HorizontalMirroring),
new RegEntry("$211A.1", "Mode 7 - Vert. Mirroring", ppu.Mode7.VerticalMirroring),
new RegEntry("$211A.6", "Mode 7 - Fill w/ Tile 0", ppu.Mode7.FillWithTile0),
new RegEntry("$211A.7", "Mode 7 - Large Tilemap", ppu.Mode7.LargeMap),
new RegEntry("$211B", "Mode 7 - Matrix A", ppu.Mode7.Matrix[0], Format.X16),
new RegEntry("$211C", "Mode 7 - Matrix B", ppu.Mode7.Matrix[1], Format.X16),
new RegEntry("$211D", "Mode 7 - Matrix C", ppu.Mode7.Matrix[2], Format.X16),
new RegEntry("$211E", "Mode 7 - Matrix D", ppu.Mode7.Matrix[3], Format.X16),
new RegEntry("$211F", "Mode 7 - Center X", ppu.Mode7.CenterX, Format.X16),
new RegEntry("$2120", "Mode 7 - Center Y", ppu.Mode7.CenterY, Format.X16),
new RegEntry("$2123 - $212B", "Windows", null),
new RegEntry("", "BG1 Windows", null),
new RegEntry("$2123.0", "BG1 Window 1 Inverted", ppu.Window[0].InvertedLayers[0] != 0),
new RegEntry("$2123.1", "BG1 Window 1 Active", ppu.Window[0].ActiveLayers[0] != 0),
new RegEntry("$2123.2", "BG1 Window 2 Inverted", ppu.Window[1].InvertedLayers[0] != 0),
new RegEntry("$2123.3", "BG1 Window 2 Active", ppu.Window[1].ActiveLayers[0] != 0),
new RegEntry("", "BG2 Windows", null),
new RegEntry("$2123.4", "BG2 Window 1 Inverted", ppu.Window[0].InvertedLayers[1] != 0),
new RegEntry("$2123.5", "BG2 Window 1 Active", ppu.Window[0].ActiveLayers[1] != 0),
new RegEntry("$2123.6", "BG2 Window 2 Inverted", ppu.Window[1].InvertedLayers[1] != 0),
new RegEntry("$2123.7", "BG2 Window 2 Active", ppu.Window[1].ActiveLayers[1] != 0),
new RegEntry("", "BG3 Windows", null),
new RegEntry("$2124.0", "BG3 Window 1 Inverted", ppu.Window[0].InvertedLayers[2] != 0),
new RegEntry("$2124.1", "BG3 Window 1 Active", ppu.Window[0].ActiveLayers[2] != 0),
new RegEntry("$2124.2", "BG3 Window 2 Inverted", ppu.Window[1].InvertedLayers[2] != 0),
new RegEntry("$2124.3", "BG3 Window 2 Active", ppu.Window[1].ActiveLayers[2] != 0),
new RegEntry("", "BG4 Windows", null),
new RegEntry("$2124.4", "BG4 Window 1 Inverted", ppu.Window[0].InvertedLayers[3] != 0),
new RegEntry("$2124.5", "BG4 Window 1 Active", ppu.Window[0].ActiveLayers[3] != 0),
new RegEntry("$2124.6", "BG4 Window 2 Inverted", ppu.Window[1].InvertedLayers[3] != 0),
new RegEntry("$2124.7", "BG4 Window 2 Active", ppu.Window[1].ActiveLayers[3] != 0),
new RegEntry("", "OAM Windows", null),
new RegEntry("$2125.0", "OAM Window 1 Inverted", ppu.Window[0].InvertedLayers[4] != 0),
new RegEntry("$2125.1", "OAM Window 1 Active", ppu.Window[0].ActiveLayers[4] != 0),
new RegEntry("$2125.2", "OAM Window 2 Inverted", ppu.Window[1].InvertedLayers[4] != 0),
new RegEntry("$2125.3", "OAM Window 2 Active", ppu.Window[1].ActiveLayers[4] != 0),
new RegEntry("", "Color Windows", null),
new RegEntry("$2125.4", "Color Window 1 Inverted", ppu.Window[0].InvertedLayers[5] != 0),
new RegEntry("$2125.5", "Color Window 1 Active", ppu.Window[0].ActiveLayers[5] != 0),
new RegEntry("$2125.6", "Color Window 2 Inverted", ppu.Window[1].InvertedLayers[5] != 0),
new RegEntry("$2125.7", "Color Window 2 Active", ppu.Window[1].ActiveLayers[5] != 0),
new RegEntry("", "Window Position", null),
new RegEntry("$2126", "Window 1 Left", ppu.Window[0].Left),
new RegEntry("$2127", "Window 1 Right", ppu.Window[0].Right),
new RegEntry("$2128", "Window 2 Left", ppu.Window[1].Left),
new RegEntry("$2129", "Window 2 Right", ppu.Window[1].Right),
new RegEntry("", "Window Masks", null),
new RegEntry("$212A.0-1", "BG1 Window Mask", ppu.MaskLogic[0].ToString().ToUpper()),
new RegEntry("$212A.2-3", "BG2 Window Mask", ppu.MaskLogic[1].ToString().ToUpper()),
new RegEntry("$212A.4-5", "BG3 Window Mask", ppu.MaskLogic[2].ToString().ToUpper()),
new RegEntry("$212A.6-7", "BG4 Window Mask", ppu.MaskLogic[3].ToString().ToUpper()),
new RegEntry("$212B.6-7", "OAM Window Mask", ppu.MaskLogic[4].ToString().ToUpper()),
new RegEntry("$212B.6-7", "Color Window Mask", ppu.MaskLogic[5].ToString().ToUpper()),
new RegEntry("$212C", "Main Screen Layers", null),
new RegEntry("$212C.0", "BG1 Enabled", (ppu.MainScreenLayers & 0x01) != 0),
new RegEntry("$212C.1", "BG2 Enabled", (ppu.MainScreenLayers & 0x02) != 0),
new RegEntry("$212C.2", "BG3 Enabled", (ppu.MainScreenLayers & 0x04) != 0),
new RegEntry("$212C.3", "BG4 Enabled", (ppu.MainScreenLayers & 0x08) != 0),
new RegEntry("$212C.4", "OAM Enabled", (ppu.MainScreenLayers & 0x10) != 0),
new RegEntry("$212D", "Sub Screen Layers", null),
new RegEntry("$212D.0", "BG1 Enabled", (ppu.SubScreenLayers & 0x01) != 0),
new RegEntry("$212D.1", "BG2 Enabled", (ppu.SubScreenLayers & 0x02) != 0),
new RegEntry("$212D.2", "BG3 Enabled", (ppu.SubScreenLayers & 0x04) != 0),
new RegEntry("$212D.3", "BG4 Enabled", (ppu.SubScreenLayers & 0x08) != 0),
new RegEntry("$212D.4", "OAM Enabled", (ppu.SubScreenLayers & 0x10) != 0),
new RegEntry("$212E", "Main Screen Windows", null),
new RegEntry("$212E.0", "BG1 Mainscreen Window Enabled", ppu.WindowMaskMain[0] != 0),
new RegEntry("$212E.1", "BG2 Mainscreen Window Enabled", ppu.WindowMaskMain[1] != 0),
new RegEntry("$212E.2", "BG3 Mainscreen Window Enabled", ppu.WindowMaskMain[2] != 0),
new RegEntry("$212E.3", "BG4 Mainscreen Window Enabled", ppu.WindowMaskMain[3] != 0),
new RegEntry("$212E.4", "OAM Mainscreen Window Enabled", ppu.WindowMaskMain[4] != 0),
new RegEntry("$212F", "Sub Screen Windows", null),
new RegEntry("$212F.0", "BG1 Subscreen Window Enabled", ppu.WindowMaskSub[0] != 0),
new RegEntry("$212F.1", "BG2 Subscreen Window Enabled", ppu.WindowMaskSub[1] != 0),
new RegEntry("$212F.2", "BG3 Subscreen Window Enabled", ppu.WindowMaskSub[2] != 0),
new RegEntry("$212F.3", "BG4 Subscreen Window Enabled", ppu.WindowMaskSub[3] != 0),
new RegEntry("$212F.4", "OAM Subscreen Window Enabled", ppu.WindowMaskSub[4] != 0),
new RegEntry("$2130 - $2131", "Color Math", null),
new RegEntry("$2130.0", "Direct Color Mode", ppu.DirectColorMode),
new RegEntry("$2130.1", "CM - Add Subscreen", ppu.ColorMathAddSubscreen),
new RegEntry("$2130.4-5", "CM - Prevent Mode", ppu.ColorMathPreventMode.ToString()),
new RegEntry("$2130.6-7", "CM - Clip Mode", ppu.ColorMathClipMode.ToString()),
new RegEntry("$2131.0", "CM - BG1 Enabled", (ppu.ColorMathEnabled & 0x01) != 0),
new RegEntry("$2131.1", "CM - BG2 Enabled", (ppu.ColorMathEnabled & 0x02) != 0),
new RegEntry("$2131.2", "CM - BG3 Enabled", (ppu.ColorMathEnabled & 0x04) != 0),
new RegEntry("$2131.3", "CM - BG4 Enabled", (ppu.ColorMathEnabled & 0x08) != 0),
new RegEntry("$2131.4", "CM - OAM Enabled", (ppu.ColorMathEnabled & 0x10) != 0),
new RegEntry("$2131.5", "CM - Background Enabled", (ppu.ColorMathEnabled & 0x20) != 0),
new RegEntry("$2131.6", "CM - Half Mode", ppu.ColorMathHalveResult),
new RegEntry("$2131.7", "CM - Substract Mode", ppu.ColorMathSubstractMode),
new RegEntry("$2132 - $2133", "Misc.", null),
new RegEntry("$2132", "Fixed Color - BGR", ppu.FixedColor, Format.X16),
new RegEntry("$2133.0", "Screen Interlace", ppu.ScreenInterlace),
new RegEntry("$2133.1", "OAM Interlace", ppu.ObjInterlace),
new RegEntry("$2133.2", "Overscan Mode", ppu.OverscanMode),
new RegEntry("$2133.3", "High Resolution Mode", ppu.HiResMode),
new RegEntry("$2133.4", "Ext. BG Enabled", ppu.ExtBgEnabled),
});
}
public void RefreshViewer()
{
if (tabMain.SelectedTab == tpgCpu)
{
InternalRegisterState regs = _state.InternalRegs;
AluState alu = _state.Alu;
ctrlPropertyCpu.UpdateState(new List <RegEntry>()
{
new RegEntry("$4200 - $4201", "IRQ/NMI/Autopoll Enabled", null),
new RegEntry("$4200.7", "NMI Enabled", regs.EnableNmi),
new RegEntry("$4200.5", "V IRQ Enabled", regs.EnableHorizontalIrq),
new RegEntry("$4200.4", "H IRQ Enabled", regs.EnableVerticalIrq),
new RegEntry("$4200.1", "Auto Joypad Poll", regs.EnableAutoJoypadRead),
new RegEntry("$4201", "IO Port", regs.IoPortOutput, Format.X8),
new RegEntry("$4202 - $4206", "Mult/Div Registers (Input)", null),
new RegEntry("$4202", "Multiplicand", alu.MultOperand1, Format.X8),
new RegEntry("$4203", "Multiplier", alu.MultOperand2, Format.X8),
new RegEntry("$4204/5", "Dividend", alu.Dividend, Format.X16),
new RegEntry("$4206", "Divisor", alu.Divisor, Format.X8),
new RegEntry("$4207 - $420A", "H/V IRQ Timers", null),
new RegEntry("$4207/8", "H Timer", regs.HorizontalTimer, Format.X16),
new RegEntry("$4209/A", "V Timer", regs.VerticalTimer, Format.X16),
new RegEntry("$4207 - $420A", "Misc. Flags", null),
new RegEntry("$420D", "FastROM Enabled", regs.EnableFastRom),
new RegEntry("$4210", "NMI Flag", (_reg4210 & 0x80) != 0),
new RegEntry("$4211", "IRQ Flag", (_reg4211 & 0x80) != 0),
new RegEntry("$4212.x", "V-Blank Flag", (_reg4212 & 0x80) != 0),
new RegEntry("$4212.x", "H-Blank Flag", (_reg4212 & 0x40) != 0),
new RegEntry("$4212.x", "Auto Joypad Read", (_reg4212 & 0x01) != 0),
new RegEntry("$4214 - $4217", "Mult/Div Registers (Result)", null),
new RegEntry("$4214/5", "Quotient", alu.DivResult, Format.X16),
new RegEntry("$4216/7", "Product / Remainder", alu.MultOrRemainderResult, Format.X16),
new RegEntry("$4218 - $421F", "Input Data", null),
new RegEntry("$4218/9", "P1 Data", regs.ControllerData[0], Format.X16),
new RegEntry("$421A/B", "P2 Data", regs.ControllerData[1], Format.X16),
new RegEntry("$421C/D", "P3 Data", regs.ControllerData[2], Format.X16),
new RegEntry("$421E/F", "P4 Data", regs.ControllerData[3], Format.X16),
});
}
else if (tabMain.SelectedTab == tpgDma)
{
List <RegEntry> entries = new List <RegEntry>();
//TODO
/*for(int i = 0; i < 8; i++) {
* entries.Add(new RegEntry("$420C." + i.ToString(), "HDMA Channel " + i.ToString() + " Enabled", _state.DmaChannels[i].DmaActive));
* }*/
for (int i = 0; i < 8; i++)
{
DmaChannelConfig ch = _state.DmaChannels[i];
entries.Add(new RegEntry("DMA Channel " + i.ToString(), "", null));
entries.Add(new RegEntry("$420B." + i.ToString(), "Channel Enabled", _state.DmaChannels[i].DmaActive));
entries.Add(new RegEntry("$43" + i.ToString() + "0.0-2", "Transfer Mode", ch.TransferMode, Format.D));
entries.Add(new RegEntry("$43" + i.ToString() + "0.3", "Fixed", ch.FixedTransfer));
entries.Add(new RegEntry("$43" + i.ToString() + "0.4", "Decrement", ch.Decrement));
entries.Add(new RegEntry("$43" + i.ToString() + "0.6", "Indirect HDMA", ch.HdmaIndirectAddressing));
entries.Add(new RegEntry("$43" + i.ToString() + "0.7", "Direction", ch.InvertDirection ? "B -> A" : "A -> B"));
entries.Add(new RegEntry("$43" + i.ToString() + "1", "B Bus Address", ch.DestAddress, Format.X8));
entries.Add(new RegEntry("$43" + i.ToString() + "2/3/4", "A Bus Address", ((ch.SrcBank << 16) | ch.SrcAddress), Format.X24));
entries.Add(new RegEntry("$43" + i.ToString() + "5/6", "Size", ch.TransferSize, Format.X16));
entries.Add(new RegEntry("$43" + i.ToString() + "7", "HDMA Bank", ch.HdmaBank, Format.X8));
entries.Add(new RegEntry("$43" + i.ToString() + "8/9", "HDMA Address", ch.HdmaTableAddress, Format.X16));
entries.Add(new RegEntry("$43" + i.ToString() + "A", "HDMA Line Counter", ch.HdmaLineCounterAndRepeat, Format.X8));
}
ctrlPropertyDma.UpdateState(entries);
}
else if (tabMain.SelectedTab == tpgSpc)
{
SpcState spc = _state.Spc;
ctrlPropertySpc.UpdateState(new List <RegEntry>()
{
new RegEntry("$F0", "Test", null),
new RegEntry("$F0.0", "Timers Disabled", spc.TimersDisabled),
new RegEntry("$F0.1", "RAM Write Enabled", spc.WriteEnabled),
new RegEntry("$F0.3", "Timers Enabled", spc.TimersEnabled),
new RegEntry("$F0.4-5", "External Speed", spc.ExternalSpeed, Format.D),
new RegEntry("$F0.6-7", "Internal Speed", spc.InternalSpeed, Format.D),
new RegEntry("$F1", "Control", null),
new RegEntry("$F1.0", "Timer 0 Enabled", spc.Timer0.Enabled),
new RegEntry("$F1.1", "Timer 1 Enabled", spc.Timer1.Enabled),
new RegEntry("$F1.2", "Timer 2 Enabled", spc.Timer2.Enabled),
new RegEntry("$F1.7", "IPL ROM Enabled", spc.RomEnabled),
new RegEntry("$F2", "DSP", null),
new RegEntry("$F2", "DSP Register", spc.DspReg, Format.X8),
new RegEntry("$F4 - $F7", "CPU<->SPC Ports", null),
new RegEntry("$F4", "Port 0 (CPU read)", spc.OutputReg[0], Format.X8),
new RegEntry("$F4", "Port 0 (SPC read)", spc.CpuRegs[0], Format.X8),
new RegEntry("$F5", "Port 1 (CPU read)", spc.OutputReg[1], Format.X8),
new RegEntry("$F5", "Port 1 (SPC read)", spc.CpuRegs[1], Format.X8),
new RegEntry("$F6", "Port 2 (CPU read)", spc.OutputReg[2], Format.X8),
new RegEntry("$F6", "Port 2 (SPC read)", spc.CpuRegs[2], Format.X8),
new RegEntry("$F7", "Port 3 (CPU read)", spc.OutputReg[3], Format.X8),
new RegEntry("$F7", "Port 3 (SPC read)", spc.CpuRegs[3], Format.X8),
new RegEntry("$F8 - $F9", "RAM Registers", null),
new RegEntry("$F8", "RAM Reg 0", spc.RamReg[0], Format.X8),
new RegEntry("$F9", "RAM Reg 1", spc.RamReg[1], Format.X8),
new RegEntry("$FA - $FF", "Timers", null),
new RegEntry("$FA", "Timer 0 Divider", spc.Timer0.Target, Format.X8),
new RegEntry("$FA", "Timer 0 Frequency", GetTimerFrequency(8000, spc.Timer0.Target)),
new RegEntry("$FB", "Timer 1 Divider", spc.Timer1.Target, Format.X8),
new RegEntry("$FB", "Timer 1 Frequency", GetTimerFrequency(8000, spc.Timer1.Target)),
new RegEntry("$FC", "Timer 2 Divider", spc.Timer2.Target, Format.X8),
new RegEntry("$FC", "Timer 2 Frequency", GetTimerFrequency(64000, spc.Timer2.Target)),
new RegEntry("$FD", "Timer 0 Output", spc.Timer0.Output, Format.X8),
new RegEntry("$FE", "Timer 1 Output", spc.Timer1.Output, Format.X8),
new RegEntry("$FF", "Timer 2 Output", spc.Timer2.Output, Format.X8),
});
}
else if (tabMain.SelectedTab == tpgPpu)
{
PpuState ppu = _state.Ppu;
ctrlPropertyPpu.UpdateState(new List <RegEntry>()
{
new RegEntry("$2100", "Brightness", null),
new RegEntry("$2100.0", "Forced Blank", ppu.ForcedVblank),
new RegEntry("$2100.4-7", "Brightness", ppu.ScreenBrightness),
new RegEntry("$2101", "OAM Settings", null),
new RegEntry("$2100.0-2", "OAM Table Address", ppu.OamBaseAddress, Format.X16),
new RegEntry("$2100.3-4", "OAM Second Table Address", (ppu.OamBaseAddress + ppu.OamAddressOffset) & 0x7FFF, Format.X16),
new RegEntry("$2101.5-7", "OAM Size Mode", ppu.OamMode),
new RegEntry("$2102-2103", "OAM Base Address", ppu.OamRamAddress),
new RegEntry("$2103.7", "OAM Priority", ppu.EnableOamPriority),
new RegEntry("$2105", "BG Mode/Size", null),
new RegEntry("$2105.0-2", "BG Mode", ppu.BgMode),
new RegEntry("$2105.3", "Mode 1 BG3 Priority", ppu.Mode1Bg3Priority),
new RegEntry("$2105.4", "BG1 16x16 Tiles", ppu.Layers[0].LargeTiles),
new RegEntry("$2105.5", "BG2 16x16 Tiles", ppu.Layers[1].LargeTiles),
new RegEntry("$2105.6", "BG3 16x16 Tiles", ppu.Layers[2].LargeTiles),
new RegEntry("$2105.7", "BG4 16x16 Tiles", ppu.Layers[3].LargeTiles),
new RegEntry("$2106", "Mosaic", null),
new RegEntry("$2106.0", "BG1 Mosaic Enabled", (ppu.MosaicEnabled & 0x01) != 0),
new RegEntry("$2106.1", "BG2 Mosaic Enabled", (ppu.MosaicEnabled & 0x02) != 0),
new RegEntry("$2106.2", "BG3 Mosaic Enabled", (ppu.MosaicEnabled & 0x04) != 0),
new RegEntry("$2106.3", "BG4 Mosaic Enabled", (ppu.MosaicEnabled & 0x08) != 0),
new RegEntry("$2106.4-7", "Mosaic Size", (ppu.MosaicSize - 1).ToString() + " (" + ppu.MosaicSize.ToString() + "x" + ppu.MosaicSize.ToString() + ")"),
new RegEntry("$2107 - $210A", "Tilemap Addresses/Sizes", null),
new RegEntry("$2107.0-1", "BG1 Size", GetLayerSize(ppu.Layers[0])),
new RegEntry("$2107.2-6", "BG1 Address", ppu.Layers[0].TilemapAddress, Format.X16),
new RegEntry("$2108.0-1", "BG1 Size", GetLayerSize(ppu.Layers[1])),
new RegEntry("$2108.2-6", "BG2 Address", ppu.Layers[1].TilemapAddress, Format.X16),
new RegEntry("$2109.0-1", "BG1 Size", GetLayerSize(ppu.Layers[2])),
new RegEntry("$2109.2-6", "BG3 Address", ppu.Layers[2].TilemapAddress, Format.X16),
new RegEntry("$210A.0-1", "BG1 Size", GetLayerSize(ppu.Layers[3])),
new RegEntry("$210A.2-6", "BG4 Address", ppu.Layers[3].TilemapAddress, Format.X16),
new RegEntry("$210B - $210C", "Tile Addresses", null),
new RegEntry("$210B.0-2", "BG1 Tile Address", ppu.Layers[0].ChrAddress, Format.X16),
new RegEntry("$210B.4-6", "BG2 Tile Address", ppu.Layers[1].ChrAddress, Format.X16),
new RegEntry("$210C.0-2", "BG3 Tile Address", ppu.Layers[2].ChrAddress, Format.X16),
new RegEntry("$210C.4-6", "BG4 Tile Address", ppu.Layers[3].ChrAddress, Format.X16),
new RegEntry("$210D - $2114", "H/V Scroll Offsets", null),
new RegEntry("$210D", "BG1 H Offset", ppu.Layers[0].HScroll, Format.X16),
new RegEntry("$210D", "Mode7 H Offset", ppu.Mode7.HScroll, Format.X16),
new RegEntry("$210E", "BG1 V Offset", ppu.Layers[0].VScroll, Format.X16),
new RegEntry("$210E", "Mode7 V Offset", ppu.Mode7.VScroll, Format.X16),
new RegEntry("$210F", "BG2 H Offset", ppu.Layers[1].HScroll, Format.X16),
new RegEntry("$2110", "BG2 V Offset", ppu.Layers[1].VScroll, Format.X16),
new RegEntry("$2111", "BG3 H Offset", ppu.Layers[2].HScroll, Format.X16),
new RegEntry("$2112", "BG3 V Offset", ppu.Layers[2].VScroll, Format.X16),
new RegEntry("$2113", "BG4 H Offset", ppu.Layers[3].HScroll, Format.X16),
new RegEntry("$2114", "BG4 V Offset", ppu.Layers[3].VScroll, Format.X16),
new RegEntry("$2115 - $2117", "VRAM", null),
new RegEntry("$2115.0-1", "Increment Value", ppu.VramIncrementValue),
new RegEntry("$2115.2-3", "Address Mapping", ppu.VramAddressRemapping),
new RegEntry("$2115.7", "Increment on $2119", ppu.VramAddrIncrementOnSecondReg),
new RegEntry("$2116/7", "VRAM Address", ppu.VramAddress, Format.X16),
new RegEntry("$211A - $2120", "Mode 7", null),
new RegEntry("$211A.0", "Mode 7 - Hor. Mirroring", ppu.Mode7.HorizontalMirroring),
new RegEntry("$211A.1", "Mode 7 - Vert. Mirroring", ppu.Mode7.VerticalMirroring),
new RegEntry("$211A.6", "Mode 7 - Fill w/ Tile 0", ppu.Mode7.FillWithTile0),
new RegEntry("$211A.7", "Mode 7 - Large Tilemap", ppu.Mode7.LargeMap),
new RegEntry("$211B", "Mode 7 - Matrix A", ppu.Mode7.Matrix[0], Format.X16),
new RegEntry("$211C", "Mode 7 - Matrix B", ppu.Mode7.Matrix[1], Format.X16),
new RegEntry("$211D", "Mode 7 - Matrix C", ppu.Mode7.Matrix[2], Format.X16),
new RegEntry("$211E", "Mode 7 - Matrix D", ppu.Mode7.Matrix[3], Format.X16),
new RegEntry("$211F", "Mode 7 - Center X", ppu.Mode7.CenterX, Format.X16),
new RegEntry("$2120", "Mode 7 - Center Y", ppu.Mode7.CenterY, Format.X16),
new RegEntry("$2123 - $212B", "Windows", null),
new RegEntry("", "BG1 Windows", null),
new RegEntry("$2123.0", "BG1 Window 1 Inverted", ppu.Window[0].InvertedLayers[0] != 0),
new RegEntry("$2123.1", "BG1 Window 1 Active", ppu.Window[0].ActiveLayers[0] != 0),
new RegEntry("$2123.2", "BG1 Window 2 Inverted", ppu.Window[1].InvertedLayers[0] != 0),
new RegEntry("$2123.3", "BG1 Window 2 Active", ppu.Window[1].ActiveLayers[0] != 0),
new RegEntry("", "BG2 Windows", null),
new RegEntry("$2123.4", "BG2 Window 1 Inverted", ppu.Window[0].InvertedLayers[1] != 0),
new RegEntry("$2123.5", "BG2 Window 1 Active", ppu.Window[0].ActiveLayers[1] != 0),
new RegEntry("$2123.6", "BG2 Window 2 Inverted", ppu.Window[1].InvertedLayers[1] != 0),
new RegEntry("$2123.7", "BG2 Window 2 Active", ppu.Window[1].ActiveLayers[1] != 0),
new RegEntry("", "BG3 Windows", null),
new RegEntry("$2124.0", "BG3 Window 1 Inverted", ppu.Window[0].InvertedLayers[2] != 0),
new RegEntry("$2124.1", "BG3 Window 1 Active", ppu.Window[0].ActiveLayers[2] != 0),
new RegEntry("$2124.2", "BG3 Window 2 Inverted", ppu.Window[1].InvertedLayers[2] != 0),
new RegEntry("$2124.3", "BG3 Window 2 Active", ppu.Window[1].ActiveLayers[2] != 0),
new RegEntry("", "BG4 Windows", null),
new RegEntry("$2124.4", "BG4 Window 1 Inverted", ppu.Window[0].InvertedLayers[3] != 0),
new RegEntry("$2124.5", "BG4 Window 1 Active", ppu.Window[0].ActiveLayers[3] != 0),
new RegEntry("$2124.6", "BG4 Window 2 Inverted", ppu.Window[1].InvertedLayers[3] != 0),
new RegEntry("$2124.7", "BG4 Window 2 Active", ppu.Window[1].ActiveLayers[3] != 0),
new RegEntry("", "OAM Windows", null),
new RegEntry("$2125.0", "OAM Window 1 Inverted", ppu.Window[0].InvertedLayers[4] != 0),
new RegEntry("$2125.1", "OAM Window 1 Active", ppu.Window[0].ActiveLayers[4] != 0),
new RegEntry("$2125.2", "OAM Window 2 Inverted", ppu.Window[1].InvertedLayers[4] != 0),
new RegEntry("$2125.3", "OAM Window 2 Active", ppu.Window[1].ActiveLayers[4] != 0),
new RegEntry("", "Color Windows", null),
new RegEntry("$2125.4", "Color Window 1 Inverted", ppu.Window[0].InvertedLayers[5] != 0),
new RegEntry("$2125.5", "Color Window 1 Active", ppu.Window[0].ActiveLayers[5] != 0),
new RegEntry("$2125.6", "Color Window 2 Inverted", ppu.Window[1].InvertedLayers[5] != 0),
new RegEntry("$2125.7", "Color Window 2 Active", ppu.Window[1].ActiveLayers[5] != 0),
new RegEntry("", "Window Position", null),
new RegEntry("$2126", "Window 1 Left", ppu.Window[0].Left),
new RegEntry("$2127", "Window 1 Right", ppu.Window[0].Right),
new RegEntry("$2128", "Window 2 Left", ppu.Window[1].Left),
new RegEntry("$2129", "Window 2 Right", ppu.Window[1].Right),
new RegEntry("", "Window Masks", null),
new RegEntry("$212A.0-1", "BG1 Window Mask", ppu.MaskLogic[0].ToString().ToUpper()),
new RegEntry("$212A.2-3", "BG2 Window Mask", ppu.MaskLogic[1].ToString().ToUpper()),
new RegEntry("$212A.4-5", "BG3 Window Mask", ppu.MaskLogic[2].ToString().ToUpper()),
new RegEntry("$212A.6-7", "BG4 Window Mask", ppu.MaskLogic[3].ToString().ToUpper()),
new RegEntry("$212B.6-7", "OAM Window Mask", ppu.MaskLogic[4].ToString().ToUpper()),
new RegEntry("$212B.6-7", "Color Window Mask", ppu.MaskLogic[5].ToString().ToUpper()),
new RegEntry("$212C", "Main Screen Layers", null),
new RegEntry("$212C.0", "BG1 Enabled", (ppu.MainScreenLayers & 0x01) != 0),
new RegEntry("$212C.1", "BG2 Enabled", (ppu.MainScreenLayers & 0x02) != 0),
new RegEntry("$212C.2", "BG3 Enabled", (ppu.MainScreenLayers & 0x04) != 0),
new RegEntry("$212C.3", "BG4 Enabled", (ppu.MainScreenLayers & 0x08) != 0),
new RegEntry("$212C.4", "OAM Enabled", (ppu.MainScreenLayers & 0x10) != 0),
new RegEntry("$212D", "Sub Screen Layers", null),
new RegEntry("$212D.0", "BG1 Enabled", (ppu.SubScreenLayers & 0x01) != 0),
new RegEntry("$212D.1", "BG2 Enabled", (ppu.SubScreenLayers & 0x02) != 0),
new RegEntry("$212D.2", "BG3 Enabled", (ppu.SubScreenLayers & 0x04) != 0),
new RegEntry("$212D.3", "BG4 Enabled", (ppu.SubScreenLayers & 0x08) != 0),
new RegEntry("$212D.4", "OAM Enabled", (ppu.SubScreenLayers & 0x10) != 0),
new RegEntry("$212E", "Main Screen Windows", null),
new RegEntry("$212E.0", "BG1 Mainscreen Window Enabled", ppu.WindowMaskMain[0] != 0),
new RegEntry("$212E.1", "BG2 Mainscreen Window Enabled", ppu.WindowMaskMain[1] != 0),
new RegEntry("$212E.2", "BG3 Mainscreen Window Enabled", ppu.WindowMaskMain[2] != 0),
new RegEntry("$212E.3", "BG4 Mainscreen Window Enabled", ppu.WindowMaskMain[3] != 0),
new RegEntry("$212E.4", "OAM Mainscreen Window Enabled", ppu.WindowMaskMain[4] != 0),
new RegEntry("$212F", "Sub Screen Windows", null),
new RegEntry("$212F.0", "BG1 Subscreen Window Enabled", ppu.WindowMaskSub[0] != 0),
new RegEntry("$212F.1", "BG2 Subscreen Window Enabled", ppu.WindowMaskSub[1] != 0),
new RegEntry("$212F.2", "BG3 Subscreen Window Enabled", ppu.WindowMaskSub[2] != 0),
new RegEntry("$212F.3", "BG4 Subscreen Window Enabled", ppu.WindowMaskSub[3] != 0),
new RegEntry("$212F.4", "OAM Subscreen Window Enabled", ppu.WindowMaskSub[4] != 0),
new RegEntry("$2130 - $2131", "Color Math", null),
new RegEntry("$2130.0", "Direct Color Mode", ppu.DirectColorMode),
new RegEntry("$2130.1", "CM - Add Subscreen", ppu.ColorMathAddSubscreen),
new RegEntry("$2130.4-5", "CM - Prevent Mode", ppu.ColorMathPreventMode.ToString()),
new RegEntry("$2130.6-7", "CM - Clip Mode", ppu.ColorMathClipMode.ToString()),
new RegEntry("$2131.0", "CM - BG1 Enabled", (ppu.ColorMathEnabled & 0x01) != 0),
new RegEntry("$2131.1", "CM - BG2 Enabled", (ppu.ColorMathEnabled & 0x02) != 0),
new RegEntry("$2131.2", "CM - BG3 Enabled", (ppu.ColorMathEnabled & 0x04) != 0),
new RegEntry("$2131.3", "CM - BG4 Enabled", (ppu.ColorMathEnabled & 0x08) != 0),
new RegEntry("$2131.4", "CM - OAM Enabled", (ppu.ColorMathEnabled & 0x10) != 0),
new RegEntry("$2131.5", "CM - Background Enabled", (ppu.ColorMathEnabled & 0x20) != 0),
new RegEntry("$2131.6", "CM - Half Mode", ppu.ColorMathHalveResult),
new RegEntry("$2131.7", "CM - Substract Mode", ppu.ColorMathSubstractMode),
new RegEntry("$2132 - $2133", "Misc.", null),
new RegEntry("$2132", "Fixed Color - BGR", ppu.FixedColor, Format.X16),
new RegEntry("$2133.0", "Screen Interlace", ppu.ScreenInterlace),
new RegEntry("$2133.1", "OAM Interlace", ppu.ObjInterlace),
new RegEntry("$2133.2", "Overscan Mode", ppu.OverscanMode),
new RegEntry("$2133.3", "High Resolution Mode", ppu.HiResMode),
new RegEntry("$2133.4", "Ext. BG Enabled", ppu.ExtBgEnabled),
});
}
}
public void RefreshData()
{
_state = DebugApi.GetState().Ppu;
_vram = DebugApi.GetMemoryState(SnesMemoryType.VideoRam);
_cgram = DebugApi.GetMemoryState(SnesMemoryType.CGRam);
}
