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PES6 Game Physics Mod ships as a Win32 DLL that must be injected into the pes6.exe process at launch. There are two supported deployment modes: Kitserver-integrated, where kload.dll loads the plugin automatically and the in-game overlay is available; and standalone, where you supply your own DLL injector or loader and the overlay is unavailable, but all pass-power physics improvements still function identically. Both modes require a DLL built from the same source; only the placement of the output file differs.

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Deployment Options

When Kitserver is installed, kload.dll is loaded into the pes6.exe process before any plugin DLL. The mod detects this at runtime by calling GetModuleHandleA("kload.dll") and, if found, resolves the overlay exports dynamically — no link-time dependency on Kitserver is required.Step 1 — Build the DLLOpen AB_Gameplay_mod.slnx in Visual Studio 2022 and build the pes6_game_physics_mod project in the Release | Win32 configuration. The output is:
ab_gameplay_mod\Release\pes6_game_physics_mod.dll
Step 2 — Place the DLL in Kitserver’s plugins folderCopy the built DLL into Kitserver’s plugin directory so that kload.dll is already resident in the process before the mod initialises:
<PES6 install dir>\
└── kitserver\
    └── plugins\
        └── pes6_game_physics_mod.dll
Step 3 — Launch PES6Start the game through Kitserver’s launcher as usual. On startup the mod’s background thread will:
  1. Resolve HookFunction, UnhookFunction, KDrawText, and KGetTextExtent from kload.dll.
  2. Register ABPhysicsPresent as a hk_D3D_Present callback.
  3. Install both memory hooks and start the hotkey monitor.
When Kitserver overlay is active, pressing Ctrl+Shift+P displays the status message centred near the top of the screen for 2.2 seconds — green “FISICAS ACTIVADAS” or red “FISICAS DESACTIVADAS” — drawn at absolute coordinates x = (640 - textWidth) / 2, y = 26, using Kitserver’s internal KDrawText scaler.If any of the four required exports are missing from kload.dll, the mod logs [KSO][ERROR] Exports faltantes and continues without the overlay. The physics hooks are unaffected.

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Visual Studio Project Settings

The project file (ab_gameplay_mod.vcxproj) defines four build configurations. The table below summarises the settings as declared in the project file:
ConfigurationPlatformConfigurationTypePlatformToolsetOptimisation
DebugWin32DynamicLibraryv145Off (debug libs)
ReleaseWin32DynamicLibraryv145WholeProgramOptimization + IntrinsicFunctions
Debugx64DynamicLibraryv145Off (debug libs)
Releasex64DynamicLibraryv145WholeProgramOptimization + IntrinsicFunctions
Additional compiler settings shared across all configurations: 
<LanguageStandard>stdcpp20</LanguageStandard>
<CharacterSet>Unicode</CharacterSet>
<PrecompiledHeader>Use</PrecompiledHeader>
<PrecompiledHeaderFile>pch.h</PrecompiledHeaderFile>
<WindowsTargetPlatformVersion>10.0</WindowsTargetPlatformVersion>
Linker settings (EnableUAC=false, SubSystem=Windows) are identical for all four configurations.

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Why Win32 for deployment?

Although the project file defines Debug/Release configurations for both Win32 and x64, Pro Evolution Soccer 6 is a 32-bit process. You must always inject a Win32 build of the DLL. The x64 configurations exist for development convenience (e.g. running unit analysis tools) but a 64-bit DLL cannot be loaded into a 32-bit process.

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Enabling the Debug Log

The Logger.cpp module writes detailed per-pass telemetry to D:\pes6_passspeed.log, but logging is disabled by default to avoid disk I/O overhead during normal play: 
// Logger.cpp
static const bool ENABLED = false;   // ← change to true and rebuild
To activate logging:
  1. Open ab_gameplay_mod/Logger.cpp.
  2. Change static const bool ENABLED = false; to static const bool ENABLED = true;.
  3. Rebuild the project (Release | Win32 recommended).
  4. Redeploy the updated DLL.
Log output is appended to D:\pes6_passspeed.log using FILE_APPEND_DATA. Ensure the D:\ volume exists and is writable, or edit LOG_PATH in the same file before rebuilding: 
static const char* LOG_PATH = "D:\\pes6_passspeed.log";
When enabled, each pass generates two log lines — one from the Context Hook ([CTX]) and one from the Power Hook ([PWR]) — containing passer/receiver addresses, grid coordinates, distance, original and modified EDI values, boost mode, ball gate mode, and geometry dot product data.
The mod starts enabled by default. The line SetPhysicsModEnabled(true) is called unconditionally in MainThread after both hooks are installed, which sets g_physicsModEnabled = 1 and writes the active ball mass (198.0f) to address 0x00B8AE70. Use Ctrl+Shift+P at any time during gameplay to toggle the mod on or off without restarting the game — the toggle is thread-safe and takes effect on the very next pass.

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