In particular, the intro movie now exits immediately again rather than staying indefinitely.
The important difference is to send the completion callback in plBinkPlayer::NextFrame(), i.e. act as if we had reached the end of the movie.
Storing the filename is to keep plClient::IHandleMovieMsg() from deleting and recreating the plBinkPlayer on every message.
The changed return values are just to better match the previous behavior and probably don’t matter.
Replace a weird error string stack with direct calls to the
LocalizationMgr log and its associated formatting helper. In cases where
indirection was needed, plString was introduced. This makes the code
cleaner and faster.
Now we test the file we're trying to write to. We still support legacy
xTEA BriceIsSmart/whatdoyousee files, but we will always make new files
unencrypted.
Fixes#180 (if combined with the moul-scripts commit). These two Python/Plasma functions are used in the moul-scripts fix for the scrolling KI Chat issue.
This hack prevents the cursor from leaving the window when panning the
camera or changing directions quickly. This is important for those with
high mouse sensitivities.
- plRefCnt duplicates hsRefCnt (Wtf?)
- hsNamedPipeStream nasty, unused
- VDB stuff in hsStream left over from Plasma 1 (realMyst/DIRT)
- hsColor32 moved to be less promiscuous
Merge hsTypes.h, hsUtils.h, and hsWindows.h into a single header to cut
down on confusion and to simplify doxygen graphs. hsRefCnt's
implementation details were moved into another file in preparation for
making HeadSpin.h a precompiled header.
This fixes a crash that occurs on systems with no Direct3D device
available. The device selector returns a NULL string, which is then
strstr'ed for some ancient nvidia card. For now, let's wrap that in a NULL
check. Eventually, when we scrub plClient.cpp and winmain.cpp, that hack
should just be dropped.
This also includes some header debloat and const/reference fixes
(particularly in pyMatrix44). This will result in the generation of
slightly more efficient code.
Also did some work on decreasing header bloat. No promises on a complete
job--this was just enough to allow PCH to actually help us out (and boy
does it!)
With an Intel Core 2 Duo (4GB DDR2 800)
With PCH: 50.51 seconds
Without: 4 minutes, 17.14 seconds
:D