This can only happen with UDMF, and since UDMF is restricted to GL nodes, there's no need for a
non-GL version of these nodes.
- Added additional debug output.
- Remove the outdated zdbsp.vcproj project file.
SVN r3981 (trunk)
- Add headers to generated CMake projects.
- Made SSELevel global so that ClassifyLineBackpatch can see it without being part of
FNodeBuilder. With backpatching enabled, it's rather pointless to have a different one
per nodebuilder instance, anyway.
- Change ClassifyLineBackpatch so it doesn't need any inline assembly to do its magic.
- Change the ClassifyLine functions to be extern "C" linkage.
SVN r2410 (trunk)
- Fixed: ZDBSP stored seg vertices in 16-bit words, so it failed to write proper nodes for
maps that ended up with more than 65536 vertices after node building, even though it can
write formats that could support it.
- Sync debugging output between ZDBSP and ZDoom's internal node builder.
SVN r2388 (trunk)
* Fixed: Polyobject detection was disabled for UDMF maps due to an incorrect
namespace check.
* Fixed: The polyobject spawn type PO_SPAWNHURT_TYPE (9303) was not recognized
as a valid spawn spot, so split avoidance would not be enabled for any polyobjects
that used them.
* Added a -c (--comments) command line option to write entity numbers in comments
next to each entity in UDMF maps (ala the upcoming Doom Builder 2).
SVN r1702 (trunk)
- Fixed the OrgSectorMap generation in FLevel::RemoveExtraSectors().
- Added a version of ClassifyLine compiled with SSE (but not SSE2) optimization
for people with Pentium 3/Athlon XPs to use.
- Added ClassifyLine backpatching for the GCC Windows build. The first time a
function calls ClassifyLine, it has to check which version to use and jump
to the appropriate one. After that, it calls the desired one straight away.
SVN r227 (trunk)
ClassifyLine routine or a version compiled with SSE2 optimizations. This
pretty much removes any reason to do a separate SSE2 build, since most of
the time is spent in ClassifyLine, so using SSE2 in just that one function
helps the most.
SVN r172 (trunk)
vertices instead of lines.) On large maps, this can result in a very
significant speed up. (In one particular map, ZDBSP had previously
spent 40% of its time just scanning through all the vertices in the
map. Now the time it spends finding vertices is immeasurable. Now 68%
of its time on that map is spent inside ClassifyLine--because that
routine is called more than 16 million times, which suggests that even
a minor speedup in that routine should have a big impact--if I could
just think of how that might happen.) On small maps, this won't make
much of a difference, because the number of vertices to search was so
small to begin with.
SVN r167 (trunk)
- AddIntersection() should convert to doubles before subtracting the vertex
from the node, not after, to avoid integer overflow. (See cah.wad, MAP12
and MAP13.) A simpler dot product will also suffice for distance calculation.
- Splitters that come too close to a vertex should be avoided. (See cata.wad.)
- Red-Black Tree implementation was broken and colored every node red.
- Moved most of the code for outputting degenerate GL subsectors into another
function.
- Removed forgotten debugging file dump from WriteSSectors2().
- Enabled reference optimization and COMDAT folding in the linker for a slightly
smaller executable.
SVN r155 (trunk)
