Both passes were rendering the entire loaded scene (17×17 tile radius)
into a shadow map that only covers 360×360 world units — submitting
10-50× more geometry than the shadow frustum can actually use.
- TerrainRenderer::renderShadow: skip chunks whose bounding sphere
doesn't overlap the shadow frustum AABB in XY. Reduces terrain draw
calls from O(all loaded chunks) to O(chunks within ~180 units).
- M2Renderer::renderShadow: skip instances whose world AABB doesn't
overlap the shadow frustum in XY. Reduces M2 draw calls similarly.
- Both functions now take shadowCenter + halfExtent parameters.
- SHADOW_MAP_SIZE 2048→1024: 4x fewer pixels rasterized in depth pass
- Replace 9-tap manual PCF loop with single hardware PCF tap in all 4 receiver
shaders (terrain.frag, wmo_renderer, m2_renderer, character_renderer).
GL_LINEAR + GL_COMPARE_REF_TO_TEXTURE already gives 2×2 bilinear PCF per
tap for free, so quality is maintained while doing 9x fewer texture fetches.
- Throttle shadow depth pass to every 2 frames; OpenGL depth texture persists
between frames so receivers always have a valid shadow map. 1-frame lag at
60 fps is invisible.
- game_handler.cpp: use-after-move on node.id after std::move(node)
(save nodeId before the move)
- tcp_socket.cpp, world_socket.cpp: virtual call in destructor bypasses
dispatch; use qualified TCPSocket::disconnect() / WorldSocket::disconnect()
to make intent explicit
- wmo_renderer.cpp: float loop counters risk precision drift; replace with
integer step counts and reconstruct float from index
- game_screen.cpp: (float + 0.5) cast to int is incorrect rounding;
use std::lround instead
CMake processes escape sequences twice: once reading CMakeLists.txt and
once loading the generated CPackConfig.cmake. Backslashes need four
levels of escaping (\\) to survive both passes and land as a single
backslash in the injected NSIS script.
Copy Wowee.ico into the build tree at configure time so llvm-rc can
resolve the relative assets\\wowee.ico path in wowee.rc. Also remove a
redundant #include <sys/mman.h> that was incorrectly placed inside a
function body.
warden_emulator.cpp: guard unicorn include + entire implementation with
HAVE_UNICORN; provide stub implementations for platforms without Unicorn
(Windows ARM64 which has no unicorn MSYS2 package)
warden_module.cpp: include <windows.h> for VirtualAlloc/HMODULE/etc on
Windows; always include warden_emulator.hpp so unique_ptr destructor compiles
regardless of HAVE_UNICORN
world_packets.hpp + game_handler.cpp: rename CharCreateResult::ERROR to
CharCreateResult::CHAR_ERROR to avoid wingdi.h #define ERROR 0 collision
logger.hpp: extend ERROR macro push/pop region to cover entire header so
LogLevel::ERROR inside template bodies compiles correctly on Windows
CMakeLists.txt: move tool install() rules next to each target definition
so they run after the targets exist (fixes macOS 'target does not exist')
Linux: DEB with /opt/wowee prefix and /usr/local/bin/wowee wrapper script
Windows x86-64: NSIS installer with DLL bundling and Start Menu shortcut
Windows ARM64: ZIP archive with bundled DLLs
macOS ARM64: .app bundle via dylibbundler + DMG via hdiutil
Assets are bundled into all packages (Original Music excluded). StormLib
is installed where available so asset_extract is included in packages.
- net_platform.hpp: guard ssize_t typedef with !__MINGW32__ since MinGW-w64
already defines ssize_t as __int64 in corecrt.h
- logger.hpp: push/pop ERROR macro around LogLevel enum (same wingdi.h clash
as world_packets.hpp)
