The buffer-based tokenizer reads the source into memory once at construction, so
the underlying stream fail bit never flips at end-of-input. cParser::ok() was
not stream.fail(), so while( parser.ok() ) loops (TMoverParameters::LoadFIZ and
similar) never terminated -- they spun on empty tokens past EOF, hanging the
vehicle/.fiz load. Redefine ok() as "input still remains" (buffer not exhausted,
or for replay not exhausted), which terminates those loops while staying true
right after opening a non-empty file (the open checks if(!ok())).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
- Reader is buffer-based and streaming: the twin is read once and parsed by
pointer, entries decoded on demand (no per-byte stream, no vector-of-entry
materialisation), string tokens served as views into the buffer.
- Format v5 is markedly smaller without compression: string interning with
varint indices, entry type packed into the head varint, integers as zig-zag
varint and fractional numbers as f32 (f64 only when needed). Tokens are stored
in original case with a quoted flag and lower-cased per consumer at replay, so
capture is grammar-independent.
- Writer encodes entries incrementally into a compact buffer instead of holding
a struct per token, keeping memory bounded when baking huge files in parallel.
- New headless bake mode (-bake) precompiles a scenario and all its includes into
twins on a thread pool, with no window/renderer/scene; each file is tokenised in
isolation and baked exactly once.
- Fix stack overflow on files with long runs of consecutive includes by handling
include directives iteratively instead of recursively (also hardens the normal
text load).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Text scenery component files (.scn/.inc/.scm/.ctr) are compiled into
per-file binary twins (.scnb/.incb/.scmb/.ctrb), handled transparently
at the cParser layer: a fresh twin (mtime-checked, version-matched) is
replayed instead of re-tokenizing text; otherwise the text is parsed and
a twin is compiled alongside it for next time.
Format details:
- per-file string interning: keywords/paths stored once, referenced by
varint index (so node/endmodel/... are not repeated as text)
- numeric tokens stored as 8-byte IEEE doubles, not ASCII
- includes kept as references with parameters; random sets stored verbatim
and re-evaluated on every load (choice not frozen at compile time)
- twin writing offloaded to a bounded thread pool so baking overlaps
scene construction instead of blocking the load
The legacy terrain-only .sbt path is removed; terrain now loads as
ordinary scenery content.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Three small source tweaks that let the OpenGL renderer build and run
on Apple Silicon without affecting the Windows/Linux paths:
- stdafx.h: use GLM_FORCE_NEON on ARM64 instead of GLM_FORCE_AVX2.
AVX2 pulls <immintrin.h>, which clang on ARM64 rejects because
the x86 intrinsics are unimplemented.
- utilities/utilities.cpp: provide an Apple libc++ fallback for
Now() using localtime_r + strftime, since
std::chrono::current_zone() is not yet implemented there.
- audio/audio.h: prefer Khronos-style <AL/al.h> headers when they
are on the include path (brew openal-soft) and fall back to the
deprecated Apple OpenAL.framework's <OpenAL/al.h> only otherwise.
Update Init(...) parameters to glm::dvec3, change LookAt to glm::dvec3 and adjust Camera.cpp to remove redundant glm::dvec3 casts (lookAt call and vector subtraction). These changes improve precision for camera lookAt vector in world coordinates above 4 digits
