fix errors

.vscode/settings.json

@@ -0,0 +1,13 @@
+{
+    // Legacy source files use CP949 (Korean Windows encoding, superset of EUC-KR).
+    // VS Code defaults to UTF-8, which silently corrupts the Korean comment bytes
+    // on save. Setting encoding to cp949 here preserves them exactly.
+    "files.encoding": "cp949",
+
+    // Let VS Code try to detect encoding per-file, falling back to cp949 above.
+    "files.autoGuessEncoding": true,
+
+    // Preserve the original Windows CRLF line endings (Git's * -text in
+    // .gitattributes also prevents conversion, but this keeps VS Code consistent).
+    "files.eol": "\r\n"
+}

Gameleap/code/CoreTech/Libraries/GameOS/VideoCard.cpp

@@ -46,6 +46,8 @@ videoDevices BufferedDevices[8];
 int g_nDualHead = -1; // jcem
 int g_nDualHead2 = -1; // jcem
 int g_nNonDualHead = -1; // jcem
+int g_nMFD1 = -1; // mode 4: left 640x480 MFD monitor
+int g_nMFD2 = -1; // mode 4: right 640x480 MFD monitor
 // MSL 5.03 Mechview
 int g_nMechViewType; // jcem : 0 - no mechview, 1 - on radar screen, 2 - on main screen
 
@@ -380,6 +382,20 @@ void FindVideoCards()
 			}
 		}
 	}
+    // Mode 4 (split dual 640x480): find two extra D3D devices beyond
+    // FullScreenDevice and g_nNonDualHead.  These need no special resolution.
+    {
+        int found = 0;
+        for (int t0 = 0; t0 < NumDevices && found < 2; t0++) {
+            if (t0 == Environment.FullScreenDevice) continue;
+            if (t0 == g_nNonDualHead)               continue;
+            if (DeviceArray[t0].D3DCaps.dwDevCaps & D3DDEVCAPS_HWRASTERIZATION) {
+                if (found == 0) g_nMFD1 = t0;
+                else            g_nMFD2 = t0;
+                found++;
+            }
+        }
+    }
     // jcem
 //
 // Check any known video cards have up to date drivers (Only on Windows9x)

Gameleap/code/CoreTech/Libraries/GameOS/WinMain.cpp

@@ -940,6 +940,13 @@ void gos_UpdateDisplay( bool Everything )
 				radar_device.BeginScene();
 			}
 			break;
+		case 4:
+			// Same 7-step cadence as mode 1: clear both MFD devices at step 0.
+			if(sh_step==0){
+				radar_device.BeginScene();
+				mfd_device.BeginScene();  // also clears mfd_device_right internally
+			}
+			break;
 		}
 	}else if(hsh_mrdev_initialized){
 		mr_device.BeginScene();
@@ -1106,6 +1113,21 @@ void gos_UpdateDisplay( bool Everything )
 			break;
 		case 3:
 			break;
+		case 4:
+			// Same 7-step cadence as mode 1.  Flip all three: radar, left MFD,
+			// right MFD.  mfd_device_right.pDDSFront is NULL if not initialised
+			// (e.g. g_nMFD2 = -1), so guard the flip.
+			sh_step++;
+			sh_step%=7;
+			if(sh_step==0) {
+				radar_device.EndScene();
+				radar_device.pDDSFront->Flip(0,DDFLIP_DONOTWAIT|DDFLIP_NOVSYNC);
+				mfd_device.EndScene();
+				mfd_device.pDDSFront->Flip(0,DDFLIP_DONOTWAIT|DDFLIP_NOVSYNC);
+				if (mfd_device_right.pDDSFront)
+					mfd_device_right.pDDSFront->Flip(0,DDFLIP_DONOTWAIT|DDFLIP_NOVSYNC);
+			}
+			break;
 		}
 	}else if(hsh_mrdev_initialized){
 		mr_device.EndScene();

Gameleap/code/CoreTech/Libraries/GameOS/render.cpp

@@ -945,6 +945,8 @@ void CHSH_Device::DrawTexture(float pt[4][2],DWORD dwColor,float tx1,float ty1,f
 
 extern int g_nDualHead;
 extern int g_nNonDualHead;
+extern int g_nMFD1;  // mode 4: left 640x480 MFD monitor
+extern int g_nMFD2;  // mode 4: right 640x480 MFD monitor
 // MSL 5.03 Mechview
 extern int g_nMechViewType; // jcem : 0 - no mechview, 1 - on radar screen, 2 - on main screen
 
@@ -1066,6 +1068,23 @@ bool CMR_Device::LoadMRTargetTexture(const char *mechtexturename)
 
 CMR_Device mr_device;
 
+// Mode 4: the right-hand 640x480 MFD device.  Shares VRAM with mfd_device
+// (same GPU), so mfd_device's pDDSTarget texture can be passed to this
+// device's pD3DDevice->SetTexture without a copy.
+CMFDRight_Device mfd_device_right;
+
+bool CMFDRight_Device::InitFirst()
+{
+	// Take over g_nMFD2 monitor at 640x480 fullscreen.
+	return CHSH_Device::InitFirst(g_nMFD2, 640, 480);
+}
+
+bool CMFDRight_Device::InitSecond()
+{
+	// Create flip chain, D3D device and a render-target slot (1024x512).
+	return CHSH_Device::InitSecond(1024, 512);
+}
+
 /////////////////////////////////// CRadar_Device ///////////////////////////////////
 const char g_szRadarShutdown[] = "SHUT\nDOWN";
 const char g_szRadarStartup[] = "START\nUP";
@@ -1349,7 +1368,7 @@ static DWORD channel_color[6]={
 
 
 CMFD_Device::CMFD_Device()
-	: ch((DWORD)-1)
+	: ch((DWORD)-1), m_pRightDevice(NULL)
 {
 }
 
@@ -1359,6 +1378,15 @@ CMFD_Device::~CMFD_Device()
 
 bool CMFD_Device::InitFirst()
 {
+	// Mode 4: use g_nMFD1 (640x480) for left panel; also start up the right
+	// device here so both displays are ready before InitSecond runs.
+	if (g_nTypeOfMFDs == 4) {
+		m_pRightDevice = &mfd_device_right;
+		CHSH_Device::InitFirst(g_nMFD1, 640, 480);  // left device
+		mfd_device_right.InitFirst();                // right device display mode
+		return true;
+	}
+	m_pRightDevice = NULL;
 	return CHSH_Device::InitFirst(g_nDualHead,1280,480);
 }
 
@@ -1409,6 +1437,11 @@ bool CMFD_Device::InitSecond()
 	pD3DDevice->SetMaterial( &mtrl );
 	pD3DDevice->SetRenderState( D3DRENDERSTATE_AMBIENT, 0xffffffff );
 
+	// Mode 4: create flip chain + D3D device for the right 640x480 monitor.
+	if (g_nTypeOfMFDs == 4 && m_pRightDevice) {
+		mfd_device_right.InitSecond();
+	}
+
 	return true;
 }
 
@@ -1450,6 +1483,11 @@ bool CMFD_Device::BeginChannel(DWORD channel)
 			return false;
 		}
 		break;
+	case 4:
+		// Same 7-step timing as mode 1: channels 0-4 map to sh_step 2-6.
+		if (sh_step != (int)(channel + 2))
+			return false;
+		break;
 	}
 	ch=channel;
 
@@ -1475,8 +1513,42 @@ bool CMFD_Device::EndChannel()
         gCaptureScreen = 0;
 	}
 
-	SetRenderTargetBackbuffer();
-	pD3DDevice->BeginScene();
+	// Mode 4: route this channel's blit to the correct physical monitor.
+	// Handled here, before the modes 1-3 SetRenderTargetBackbuffer/BeginScene
+	// block, so each path has exactly one matched Begin/EndScene pair.
+	// Channels 0-2 go to the LEFT device (this, g_nMFD1).
+	// Channels 3-4 go to the RIGHT device (m_pRightDevice, g_nMFD2).
+	// pDDSTarget was created by this device's pDD; both devices are on the
+	// same GPU so VRAM textures are mutually accessible.
+	if (g_nTypeOfMFDs == 4 && m_pRightDevice) {
+		CHSH_Device* target = (ch >= 3) ? m_pRightDevice : static_cast<CHSH_Device*>(this);
+		target->SetRenderTargetBackbuffer();
+		target->pD3DDevice->BeginScene();
+
+		target->pD3DDevice->SetRenderState(D3DRENDERSTATE_ALPHABLENDENABLE,TRUE);
+		target->pD3DDevice->SetRenderState(D3DRENDERSTATE_SRCBLEND,D3DBLEND_ONE);
+		target->pD3DDevice->SetRenderState(D3DRENDERSTATE_DESTBLEND,D3DBLEND_ONE);
+
+		target->pD3DDevice->SetTexture(0, pDDSTarget);
+
+		DWORD color4 = channel_color[ch];
+		float w4   = (float)target->size_back.cx;  // 640
+		float h4   = (float)target->size_back.cy;  // 480
+		float w2_4 = (float)size_target.cx;        // 1024
+		float h2_4 = (float)size_target.cy;        // 512
+		D3DTLVERTEX V4[4];
+		V4[0]=D3DTLVERTEX(D3DVECTOR(   -0.5f,h4-0.5f,0.9f),1.0f,color4,0,    0/w2_4,h4/h2_4);
+		V4[1]=D3DTLVERTEX(D3DVECTOR(   -0.5f,  -0.5f,0.9f),1.0f,color4,0,    0/w2_4,   0/h2_4);
+		V4[2]=D3DTLVERTEX(D3DVECTOR(w4-0.5f,h4-0.5f,0.9f),1.0f,color4,0,w4/w2_4,h4/h2_4);
+		V4[3]=D3DTLVERTEX(D3DVECTOR(w4-0.5f,  -0.5f,0.9f),1.0f,color4,0,w4/w2_4,   0/h2_4);
+		target->pD3DDevice->DrawPrimitive(D3DPT_TRIANGLESTRIP,D3DFVF_TLVERTEX,V4,4,NULL);
+
+		target->pD3DDevice->EndScene();
+		ch = (DWORD)-1;
+	} else {
+		// Modes 1-3: blit to half of the single 1280-wide (or 640-wide) backbuffer.
+		SetRenderTargetBackbuffer();
+		pD3DDevice->BeginScene();
 
 		pD3DDevice->SetRenderState(D3DRENDERSTATE_ALPHABLENDENABLE,TRUE);
 		pD3DDevice->SetRenderState(D3DRENDERSTATE_SRCBLEND,D3DBLEND_ONE);
@@ -1504,13 +1576,27 @@ bool CMFD_Device::EndChannel()
 
 		pD3DDevice->DrawPrimitive( D3DPT_TRIANGLESTRIP, D3DFVF_TLVERTEX , Vertices, 4, NULL );
 
-	pD3DDevice->EndScene();
-	ch = (DWORD)-1;
+		pD3DDevice->EndScene();
+		ch = (DWORD)-1;
+	}
   }
 	return true;
 }
 
 
+// Mode 4: same grid pattern as rcs640 but offset to x=0 for a standalone
+// 640x480 surface (left half of rcs1280).
+static RECT rcs640_solo[8]={
+	{0,40,640,42},
+	{ 160-1,0, 160+1,40},
+	{ 320-1,0, 320+1,40},
+	{ 480-1,0, 480+1,40},
+	{0,480-42,640,480-40},
+	{ 160-1,440, 160+1,480},
+	{ 320-1,440, 320+1,480},
+	{ 480-1,440, 480+1,480},
+};
+
 bool CMFD_Device::BeginScene()
 {
 /*
@@ -1533,6 +1619,25 @@ bool CMFD_Device::BeginScene()
 		pD3DDevice->Clear(1,&s_rc2,D3DCLEAR_TARGET ,0,1.0f,0);
 		//pD3DDevice->Clear(0,NULL,D3DCLEAR_TARGET ,0,1.0f,0);
 		}break;
+	case 4:
+		// Clear and draw background grid on the LEFT device.
+		SetRenderTargetBackbuffer();
+		pD3DDevice->Clear(0,NULL,D3DCLEAR_TARGET,0,1.0f,0);
+		pD3DDevice->BeginScene();
+		if(sh_game_started) DrawMFDBackGrid();
+		pD3DDevice->EndScene();
+		// Clear and draw background grid on the RIGHT device.
+		if (m_pRightDevice) {
+			m_pRightDevice->SetRenderTargetBackbuffer();
+			m_pRightDevice->pD3DDevice->Clear(0,NULL,D3DCLEAR_TARGET,0,1.0f,0);
+			m_pRightDevice->pD3DDevice->BeginScene();
+			if(sh_game_started) {
+				m_pRightDevice->pD3DDevice->SetTexture(0,0);
+				m_pRightDevice->DrawQuadList(8,rcs640_solo,0xFFFFFFFF);
+			}
+			m_pRightDevice->pD3DDevice->EndScene();
+		}
+		return true;  // skip the common BeginScene/DrawGrid/EndScene below
 	}
 	pD3DDevice->BeginScene();
 	if(sh_game_started) {
@@ -1559,6 +1664,11 @@ bool CMFD_Device::Release()
 		SAFE_RELEASE(pDDSDamageTexture);
 // MSL 5.03 Target Damage Display
 		SAFE_RELEASE(pDDSTargetTexture);
+		// Mode 4: release the right device before releasing this (left) device.
+		if (g_nTypeOfMFDs == 4 && m_pRightDevice) {
+			m_pRightDevice->Release();
+			m_pRightDevice = NULL;
+		}
 		CHSH_Device::Release();
 	}
 	return true;
@@ -1714,6 +1824,11 @@ bool CMFD_Device::DrawMFDBackGrid()
 	case 2:
 		DrawQuadList(8,rcs640,0xFFFFFFFF);
 		break;
+	case 4:
+		// Left device uses the left-half grid (0..640).
+		// Right device grid is drawn separately in BeginScene.
+		DrawQuadList(8,rcs640_solo,0xFFFFFFFF);
+		break;
 	}
 
 	return true;
@@ -2489,6 +2604,9 @@ bool IsMultimonitorAvaliable()
 		if ((*g_pfnCTCL_GetType)()==_ECTCL_CameraShip)
             return false;
     }
+	// Mode 4 uses its own device slots ? g_nDualHead is not required.
+	if (g_nTypeOfMFDs == 4)
+		return (g_nMFD1 != -1 && g_nMFD2 != -1);
 	if (g_nDualHead != -1) {
 		// 0 - no MFDs, 1 - orginal(5+1=dual & single), 2 - B&W(3 + 1=1 dual), 3 - color(3 + 1=2 dual)
 		switch(g_nTypeOfMFDs)

Gameleap/code/CoreTech/Libraries/GameOS/render.hpp

@@ -169,6 +169,7 @@ public:
 	LPDIRECTDRAWSURFACE7 pDDSTargetTexture;//메크 데미지 텍스쳐..
 
 	DWORD ch;						//current channel....
+	CHSH_Device* m_pRightDevice;	// mode 4: pointer to right 640x480 device (NULL in modes 1-3)
 public:
 	CMFD_Device();
 	~CMFD_Device();
@@ -189,6 +190,19 @@ public:
 	bool DrawMFDDefaultBackAux1(int state);
 };
 
+// Mode 4 (split dual 640x480): right-side MFD device on its own 640x480 monitor.
+// Same GPU as the left device (mfd_device), so VRAM textures are shared.
+class CMFDRight_Device : public CHSH_Device
+{
+public:
+	CMFDRight_Device() {}
+	bool InitFirst();
+	bool InitSecond();
+	virtual bool BeginScene() { return true; }
+	virtual bool EndScene()   { return true; }
+	virtual bool Release()    { return CHSH_Device::Release(); }
+};
+
 class CMR_Device:public CHSH_Device
 {
 public:
@@ -212,6 +226,7 @@ void HSH_DirectDrawRelease2();
 
 extern CRadar_Device radar_device;
 extern CMFD_Device mfd_device;
+extern CMFDRight_Device mfd_device_right;
 extern CMR_Device mr_device;
 extern bool use_shgui;
 extern int sh_step;

Gameleap/code/mw4/Code/MW4/MW4Shell.cpp

@@ -14820,6 +14820,10 @@ void __stdcall CTCL_UpdateMechView()
 				mfd_device.BeginScene();
 			    sh_step = 4;
                 break;
+		    case 4:
+			    // Same 7-step cadence as mode 1.
+			    sh_step = 6;
+			    break;
             }
         }
 		else

Gameleap/code/mw4/Code/MW4Application/MW4Application.cpp

@@ -1440,7 +1440,7 @@ int WINAPI WinMain( HINSTANCE hInst, HINSTANCE hPrevInst, LPSTR lpCmdLine, int n
 	if (token && token[7])
 	{
         int n = atoi(&token[7]);
-		if ((0 <= n) && (n <= 3)) // 0 - no MFDs, 1 - orginal(5+1=dual & single), 2 - B&W(3 + 1=1 dual), 3 - color(3 + 1=2 dual)
+		if ((0 <= n) && (n <= 4)) // 0 - no MFDs, 1 - orginal(5+1=dual & single), 2 - B&W(3 + 1=1 dual), 3 - color(3 + 1=2 dual), 4 - split dual 640x480
 			g_nTypeOfMFDs = n;
 	}
 	token = strstr(all_lower, "-trio ");

Gameleap/mw4/dgVoodoo.conf

@@ -0,0 +1,363 @@
+;==========================================================================
+; === Text based config file for dgVoodoo2
+; === Use this file if you are a game modder/hacker or an experted user and
+;     want to modify some advanced properties not available via the CPL.
+;==========================================================================
+
+Version                              = 0x287
+
+;--------------------------------------------------------------------------
+
+[General]
+
+;       OutputAPI: "d3d11warp", "d3d11_fl10_0", "d3d11_fl10_1", "d3d11_fl11_0",
+;                  "d3d12_fl11_0", "d3d12_fl12_0", "bestavailable"
+;        Adapters: "all", or the ordinal of the adapter (1, ...)
+;FullScreenOutput: "default", or the ordinal of the output on the adapter (1, ...)
+;     ScalingMode: "unspecified", "centered", "stretched", "centered_ar", "stretched_ar", "stretched_ar_crt",
+;                  "stretched_4_3", "stretched_4_3_crt", "stretched_4_3_c64"
+;
+;InheritColorProfileInFullScreenMode:
+;                  Enabled by default and can only be disabled only when a D3D11 output API
+;                  is explicitly selected. Disabled case is intended for avoiding extra
+;                  rendering resources on old hardware for better performance, if required.
+
+; DisableScreenSaver: If true then screen saver and monitor sleep mode are disabled while rendering through dgVoodoo is active
+
+OutputAPI                            = bestavailable
+Adapters                             = all
+FullScreenOutput                     = default
+FullScreenMode                       = false
+ScalingMode                          = unspecified
+ProgressiveScanlineOrder             = false
+EnumerateRefreshRates                = false
+
+Brightness                           = 100
+Color                                = 100
+Contrast                             = 100
+InheritColorProfileInFullScreenMode  = true
+
+KeepWindowAspectRatio                = true
+CaptureMouse                         = true
+CenterAppWindow                      = false
+DisableScreenSaver                   = false
+
+;--------------------------------------------------------------------------
+
+[GeneralExt]
+
+;      DesktopResolution: Desktop (native) resolution can be forced for dgVoodoo's internal calculations.
+;                         Useful for rare applications that pre-set the desktop to other than the native
+;                         resolution before dgVoodoo gets in action. Only the compact format can be used here,
+;                         and applies to all outputs of the desktop.
+;        DesktopBitDepth: You can define what screen bit depth should be reported through dgVoodoo
+;                         (8, 16, 32)
+;           DeframerSize: When resolution is forced to other than the app default then
+;                         a black frame is drawn around the output image coming from a wrapped API
+;                         to remove scaling artifacts -
+;                         frame thickness can be defined in pixels (max 16, 0 = disable)
+;       ImageScaleFactor: Integer factor for scaling the output image coming from a wrapped API
+;                         Always done by nearest point filtering, independent on scaling mode
+;                         (0 = max available)
+;                         Separate factors can be defined for horizontal and vertical scaling
+;                         by subproperties, e.g.
+;                         ImageScaleFactor = x:3, y:2
+;      CursorScaleFactor: Integer factor for scaling the emulated hardware mouse (max 16)
+;                         (0 = automatic, 1 = no scale, 2 = double scale, ...)
+;             DisplayROI: Display region of interest
+;                         If scaling is done by the dgVoodoo then you can define a subrect of the
+;                         output image, coming from a wrapped API, to be displayed. The defined subrect
+;                         is mapped to the display output according to the current scaling mode
+;                         It can be useful for applications rendering a widescreen subimage into a 4:3
+;                         resolution; in this case you can scale up that subimage to (nearly) fill the
+;                         whole screen on a widescreen monitor.
+;                         DisplayROI empty value means the whole image.
+;                         DisplayROI value can be a proportion in form of %d_%d or a pixel size (%d|%d)
+;                         Pos subproperty is not mandatory and can be 'centered' or a pixel position (%d|%d)
+;                         Examples: DisplayROI = 16_9, pos:centered
+;                                   DisplayROI = (320|200), pos:(10|10)
+;             Resampling: When scaling is done by the dgVoodoo for the given scaling mode,
+;                         you can choose which filter is to be used for resampling the output image
+;                         Available filters are: "pointsampled", "bilinear", "bicubic", "lanczos-2", "lanczos-3"
+;      PresentationModel: Low-level swapchain swap effect: if you know what you are doing then it can be
+;                         overridden here. Flip models are better suited for modern OS features like auto HDR,
+;                         while plain legacy models provide the best presentation performance under ideal conditions
+;                         Not all model + output API + OS version combinations are supported.
+;                         "auto", "discard", "seq", "flip_discard", "flip_seq"
+;             ColorSpace: Color space of the swap chain:
+;						  "appdriven"           - an application can choose argb2101010 through D3D9, but it means
+;                                                 the legacy argb8888_srgb in any other case
+;                         "argb8888_srgb"       - Legacy 32 bit output for SDR displays
+;                         "argb2101010_sdr"     - 32 bit extended precision for SDR displays
+;                         "argb2101010_sdr_wcg" - Wide Color Gamut format for SDR displays (available from Windows 11 22H2)
+;                         "argb16161616_hdr"    - Float16 HDR output (available from Windows 10 1709)
+;WatermarkDisplayDuration: Display duration in secs for the watermark(s) if they are enabled (per swapchain)
+;                          0 or undefined means infinite time
+;              FreeMouse: If true then physical mouse is free to move inside the game window
+;                         when using emulated scaling and/or application and forced resolution
+;                         differs; can be useful when a game relies on the physical window size
+;     WindowedAttributes: You can define attributes for forced windowed appearance (separated by commas):
+;                          "borderless"     - forces the app window not have any border
+;                          "alwaysontop"    - forces the app window into the top-most band
+;                          "fullscreensize" - forces the app window to be full screen size with image scaling inside
+;   FullscreenAttributes: You can define attributes for fullscreen appearance (separated by commas):
+;                          "fake"           - forces fake fullscreen mode with a screen-size window
+;               FPSLimit: An integer or rational (fractional) value, 0 = unlimited
+;            Environment: Software environment in which dgVoodoo is running: can be left unspecified (native)
+;                         or can be set to 'DosBox' or 'QEmu'.
+;        SystemHookFlags: You can define which part of the system should be hooked (x86-DX only):
+;                          "gdi"            - for showing graphical contents rendered through GDI
+;                                             (like movie playback through the ancient Windows Multimedia AVI player library)
+;                          "cursor"         - for suppressing double-cursor symptoms when the cursor is emulated
+
+DesktopResolution                    = 
+DesktopBitDepth                      = 
+DeframerSize                         = 1
+ImageScaleFactor                     = 1
+CursorScaleFactor                    = 0
+DisplayROI                           = 
+Resampling                           = bilinear
+PresentationModel                    = auto
+ColorSpace                           = appdriven
+WatermarkDisplayDuration             = 0
+FreeMouse                            = false
+WindowedAttributes                   = 
+FullscreenAttributes                 = 
+FPSLimit                             = 0
+Environment                          = 
+SystemHookFlags                      = 
+
+;--------------------------------------------------------------------------
+
+[Glide]
+
+;  VideoCard:      "voodoo_graphics", "voodoo_rush", "voodoo_2", "voodoo_banshee", "other_greater"
+; OnboardRAM:      in MBs
+; MemorySizeOfTMU: in kBs
+;    TMUFiltering: "appdriven", "pointsampled", "bilinear"
+;
+; Resolution: either "unforced", "max", "max_isf", "max_fhd", "max_fhd_isf", "max_qhd", "max_qhd_isf", "desktop", "%dx",
+;                                "max_%dx", "max_isf_%dx", "max_fhd_%dx", "max_fhd_isf_%d"x, "max_qhd_%dx", "max_qhd_isf_%dx", "desktop_%dx"
+;             or subproperties: h: horizontal, v: vertical
+;             + optional subproperty refrate: refresh rate in Hz
+;             e.g. Resolution = max, refrate:60
+;                  Resolution = 2x, refrate:59
+;                  Resolution = h:1280, v:1024, refrate:75
+;                  Resolution = max_2x
+;             or just use the compact form like "1024x768@60" or "512x384"
+;
+;Antialiasing: "off", "appdriven", "2x", "4x", "8x", "16x" (your GPU must support the chosen one)
+
+VideoCard                           = voodoo_2
+OnboardRAM                          = 8
+MemorySizeOfTMU                     = 4096
+NumberOfTMUs                        = 2
+TMUFiltering                        = appdriven
+DisableMipmapping                   = false
+Resolution                          = unforced
+Antialiasing                        = appdriven
+
+EnableGlideGammaRamp                = true
+ForceVerticalSync                   = true
+ForceEmulatingTruePCIAccess         = false
+16BitDepthBuffer                    = false
+3DfxWatermark                       = true
+3DfxSplashScreen                    = false
+PointcastPalette                    = false
+EnableInactiveAppState              = false
+
+
+;--------------------------------------------------------------------------
+
+[GlideExt]
+
+;               DitheringEffect: "pure32bit", "dither2x2", "dither4x4"
+;                     Dithering: "disabled", "appdriven", "forcealways"
+;  DitherOrderedMatrixSizeScale: integer scale value for dither matrix size
+;                                1 = normal, 2 = double size, etc.
+;                                0 = automatic (the aim is to have some retro feel&look)
+
+DitheringEffect                     = pure32bit
+Dithering                           = forcealways
+DitherOrderedMatrixSizeScale        = 0
+
+;--------------------------------------------------------------------------
+
+[DirectX]
+
+;  VideoCard: "svga", "internal3D", "geforce_ti_4800", "ati_radeon_8500",
+;             "matrox_parhelia-512", "geforce_fx_5700_ultra", "geforce_9800_gt"
+;       VRAM: in MBs (default) or in GBs (e.g. VRAM = 2GB)
+;  Filtering: "appdriven", "pointsampled", "bilinear", "pointmip", "linearmip", "trilinear"
+;             or the integer value of an anisotropic filtering level (1-16)
+; Mipmapping: "appdriven", "disabled", "autogen_point", "autogen_bilinear"
+;  KeepFilterIfPointSampled: if enabled then forced filtering affects only non-point sampled textures
+;      Bilinear2DOperations: if enabled then DirectDraw Blit and CPU-written data is transferred with bilinear scaling
+;       DisableD3DTnLDevice: if disabled then D3D TnL device is not enumerated and hardware Transform&Light vertex processing
+;                            is not available
+
+DisableAndPassThru                  = false
+
+VideoCard                           = internal3D
+VRAM                                = 256
+Filtering                           = appdriven
+Mipmapping                          = appdriven
+KeepFilterIfPointSampled            = false
+Resolution                          = unforced
+Antialiasing                        = appdriven
+
+AppControlledScreenMode             = true
+DisableAltEnterToToggleScreenMode   = true
+
+Bilinear2DOperations                = false
+PhongShadingWhenPossible            = false
+ForceVerticalSync                   = false
+dgVoodooWatermark                   = true
+FastVideoMemoryAccess               = false
+DisableD3DTnLDevice                 = false
+
+;--------------------------------------------------------------------------
+
+[DirectXExt]
+
+;                 AdapterIDType: "nvidia", "amd", "intel" or leave it undefined
+;                                You can define what type of driver version and vendor id's the wrapper should report to
+;                                the application; Some games rely on that information so it can be useful for them
+;                                Can be defined only for SVGA and Internal3D card types; the others have their own wired
+;                                information
+
+; VendorID, DeviceID, SubsystemID, RevisionID:
+;                                Can be defined only for SVGA and Internal3D card types
+;                                You can overwrite these properties even if a non-default AdapterIDType is defined;
+;                                say, you defined an nvidia id type but would like to refine the vendor id
+
+;  DefaultEnumeratedResolutions: you can define what resolutions should be enumerated to the application by default
+;                                "all", "classics", "none"
+
+;    ExtraEnumeratedResolutions: you can add extra resolutions (separated by commas, max 16) that will get
+;                                enumerated to the application as display adapter supported ones -
+;                                can be useful if an app supports rendering at arbitrary resolutions
+;                                and you have a particular favorite resolution that are not
+;                                enumerated to the application by default
+;                                you can either use the compact resolution format here, or
+;                                "max", "max@refrate" meaning your desktop resolution with a potential refresh rate, or
+;                                "max_4_3", "max_4_3@refrate", "max_16_9", "max_16_9@refrate"
+;                                meaning the maximum resolution with the given aspect ratio calculated from
+;                                the desktop resolution with the given refresh rate, e.g. "max_4_3@60", "max_16_9"
+
+; EnumeratedResolutionBitdepths: you can filter what bitdepths are included in the resolution enumeration
+;                                any subset of {"8", "16", "32"}, or "all"
+
+;               DitheringEffect: "high_quality", "ordered2x2", "ordered4x4"
+;                     Dithering: "disabled", "appdriven", "forceon16bit", "forcealways"
+;  DitherOrderedMatrixSizeScale: integer scale value for dither matrix size
+;                                1 = normal, 2 = double size, etc.
+;                                0 = automatic
+;          DepthBuffersBitDepth: internal bit depth of depth/stencil buffers for 3D rendering (32 bit is not recommended)
+;                                "appdriven", "forcemin24bit", "force32bit"
+;         Default3DRenderFormat: default format of 3D rendering
+;                                "auto", "argb8888", "argb2101010", "argb16161616"
+;                                auto corresponds to the selected color space
+;                                argb2101010 has the benefit that it is still 32 bit but it can corrupt the rendering
+;                                because of the lowered alpha bits, not recommended
+
+;           MaxVSConstRegisters: Max number of vertex shader constant registers (DX8/9 only)
+;                                Can be defined only for SVGA and Internal3D card types
+;                                Valid values are 256 (default), 512 or 1024
+;           D3D12BoundsChecking: If enabled then the D3D12 backend does bound checking on vs const register file accesses (D3D8/9 only)
+;                                It should always be enabled to be fully compatible with the D3D8/9 specs but unfortunately that can cause
+;                                performance loss while the vast majority of games do not need it; try to enable it if you experience a
+;                                GPU crash with a D3D8/9 game
+
+;        NPatchTesselationLevel: Force N-Patch tesselation level (D3D8/9)
+;                                0 = app driven
+;                                1 = disable
+;                                2 to 8 = a forced tesselation level
+;                                Altough tesselation works with all vertex shader versions, you can force level higher than 1
+;                                only for the fixed function or vs.1.x vertex pipeline because of performance and practical reasons
+;                                (forced tesselation also disables adaptive mode (D3D9), but forcing is not recommended at all, anyway)
+
+;       DisplayOutputEnableMask: Each bit in this 32 bit value corresponds to a display output. Display outputs of the adapters are numbered
+;                                sequentially. If Adapter0 has n display outputs and Adapter1 has m display outputs attached then the lowest
+;                                n bits match Adapter0 display outputs, the next m bits match Adapter1 outputs, and so on. The lowest bit
+;                                in a group corresponds to Output0. If a bit value is 0 then the display output is disabled for the device
+;                                enumeration, in other words, it is invisible to the application. It can be useful for D3D9 multihead-
+;                                or very special applications where you want to enable only individual displays on your monitor wall.
+
+;              MSD3DDeviceNames: if true then original Microsoft D3D device names are exposed
+;                                (some applications check for them and they fail)
+
+;   RTTexturesForceScaleAndMSAA: if true then forced resolution scaling and MSAA is
+;                                applied also to rendertarget textures
+;                                Set it to false for games requiring pixel-precise rendering
+;                                but be careful it can EASILY break certain things, not recommended
+
+;         SmoothedDepthSampling: if true then extra smoothing is added to depth textures
+;                                when they are sampled
+
+;      DeferredScreenModeSwitch: If true the switching to full screen is deferred after the application initialized
+;                                the DirectX device; can be useful for games that don't expect rendering window changes
+;                                during initialization and crash
+
+;   PrimarySurfaceBatchedUpdate: If true then direct changes of the primary surface are batched together for presenting them
+;                                If false then each change is instantly presented (debug-like mode)
+
+;          SuppressAMDBlacklist: Some AMD GPU models are blacklisted to workaround the solid-color-textures driver issue
+;                                You can suppress it to check out if the problem is fixed in your current driver
+
+AdapterIDType                       = 
+VendorID                            = 
+DeviceID                            = 
+SubsystemID                         = 
+RevisionID                          = 
+
+DefaultEnumeratedResolutions        = all
+ExtraEnumeratedResolutions          = 
+EnumeratedResolutionBitdepths       = all
+
+DitheringEffect                     = high_quality
+Dithering                           = forcealways
+DitherOrderedMatrixSizeScale        = 0
+DepthBuffersBitDepth                = appdriven
+Default3DRenderFormat               = auto
+
+MaxVSConstRegisters                 = 256
+D3D12BoundsChecking                 = false
+
+NPatchTesselationLevel              = 0
+
+DisplayOutputEnableMask             = 0xffffffff
+
+MSD3DDeviceNames                    = false
+RTTexturesForceScaleAndMSAA         = true
+SmoothedDepthSampling               = true
+DeferredScreenModeSwitch            = false
+PrimarySurfaceBatchedUpdate         = false
+SuppressAMDBlacklist                = false
+
+;--------------------------------------------------------------------------
+
+[Debug]
+
+; This section affects only debug/spec release builds
+;
+; Info, Warning, Error
+;                "Disable"      - disables all messages and debugger break
+;                "Enable"       - enables messages and disables debugger break
+;                "EnableBreak"  - enables both messages and breaking into debugger
+;
+; MaxTraceLevel: Maximum level of tracing API calls
+;                0 - Disable
+;                1 - API Functions and methods
+;                2 - Additional trace info for internals
+;
+; LogToFile: if false or debugger is detected then output goes to the debug output
+;            if true and no debugger detected then output goes to 'dgVoodoo.log'
+;            (not implemented yet, always the default debug output is used)
+
+Info                                = enable
+Warning                             = enable
+Error                               = enable
+MaxTraceLevel                       = 0
+
+;LogToFile                           = false

build-env/build-resources.ps1

@@ -78,7 +78,9 @@ Write-Host "[pack 2/3] running resource compiler fullscreen (this can take a whi
 # Error -> the builder hangs on a modal dialog). Move it aside so the builder uses native DirectDraw;
 # the finally restores it for the editor regardless of how the build ends.
 $ddraw = Join-Path $Runtime "ddraw.dll"; $ddrawBak = "$ddraw.buildaside"; $ddrawMoved = $false
-if (Test-Path $ddraw) { Move-Item $ddraw $ddrawBak -Force; $ddrawMoved = $true; Write-Host "      (moved DDrawCompat ddraw.dll aside for the build)" }
+$isDDrawCompat = (Test-Path $ddraw) -and -not (Test-Path (Join-Path $Runtime "dgVoodoo.conf"))
+if ($isDDrawCompat) { Move-Item $ddraw $ddrawBak -Force; $ddrawMoved = $true; Write-Host "      (moved DDrawCompat ddraw.dll aside for the build)" }
+elseif (Test-Path $ddraw) { Write-Host "      (dgVoodoo2 ddraw.dll detected - keeping in place for build)" }
 $code = $null
 try {
     $argList = "/gosnodialogs -armorlevel 3 -build -norun -nosound -nocd -noeula"