Now we don't need to worry about the numbers running out soon.
Bump BYTEVERSION by three to celebrate this, too.
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This makes savegames practically the same as the initial snapshot of a demo.
Saves are now named 'dukesavX.esv' (demos: 'edemoX.edm').
Additionally, many changes that couldn't/needn't be cleanly separated are added
with this commit:
- make spriteext_t have the same size across 32/64 bit platforms (actor_t partially)
- prevent saving/loading in MP games (it certainly didn't work and still doesn't)
- it's time we start using assertions! Define NDEBUG for releasse builds.
- reset savegame major and minor versions (we have a new magic string, so no conflict)
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It was identified with the clearfrags rewriting, but not corrected.
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There were two instances of nearly identical code in premap.c and savegame.c.
Also identifies a (harmless) problem with realloc'ing, we had:
if (len+1 > sizeof(MapInfo[...].musicfn))
MapInfo[...].musicfn = Brealloc(MapInfo[...].musicfn, len+1)
which reallocs almost all the time (since .musicfn is a pointer). Now we do
realloc every time...
git-svn-id: https://svn.eduke32.com/eduke32@2202 1a8010ca-5511-0410-912e-c29ae57300e0
Bmemset(..., 0, sizeof(...)) instead of clearbuf(..., MAX..., 0),
because the latter would clear only half of the data on 64-bit platforms.
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some information about it instead of simply omitting it.
Internally, struct savegame --> struct savegame_ for easier grepping.
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32- and 64-bit platforms. Also, make struct type actor_t also have a common
size of 128 bytes. New code currently disabled and #ifdef'd for comparison.
This requires certain t_data[] entries ([1]: move ptr, [4]: action ptr and
[5]: ai ptr with actors) to be converted to script offsets instead of pointers,
breaking savegame and net packet compatibility (we could in theory try hard not
to, but it would be too much trouble).
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Actors are always moved such that _they_ clip against blocking sprites, even
if their blocking bit is clear. Setting the new bit make them not clip against
anything. The promary use of this is for decorative moving sprites that are
spawned in masses, such as rain or snow.
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already have MAXSPRITESONSCREEN of them, return 1 to signal that the caller
should break out of the loop.
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to negative numbers. Previously, only checks for being zero were performed,
but CON code in the wild also has WEAPONx_SPAWN -1, which would propagate to
the sprite picnum...
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Usage: press the ['] (quote) modifier together with the PERIOD key.
Aligns only the immediate upper and lower neighbors of each wall that got
aligned by following point2s or nextwalls. Doesn't play well with Alt
(carry over xrepeat) yet, might need two subsequent alignment passes.
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Various code checked for switch tiles in the following manner,
for (ii=0; ii<2; ii++)
switch (DynamicTileMap[sprite[i].picnum-1+ii]) { case SOME_SWITCH: ... }
which blows for picnum 0. Now, we simply disallow it.
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(getzrange, hitscan, clipmove, drawmapview).
They're reproducible with DNE1.3D; Since these angle values most likely come
from CON code, my suggestion would be to bit-and all values representing angles
with 2047 when setting the from CON, but I'd have to think about potential
side-effects of doing this.
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callback 'G_Polymer_UnInit'.
- In astub.c, reset spritelightid to -1 when nulling the spritelightptr of
a sprite (no crashes observed, just precaution)
- In sdlayer.c, catch SIGILLs with our signal handler too, since illegal
instructions are what the instrumented debug builds will execute when
attempting to carry out an undefined (per C) operation.
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How in the name of hell this could pass undetected for so long is a
mystery to me.
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values; check the color index that is potentially gotten from the string to
be printed.
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menu. If some sectors are highlighted, save their indices. The highlighting
of those particular sectors can then be restored at a later time (but careful
across structural modifications that tweak sector indices) by running the same
function. Shares a 'gamearray' with function 'collect_teleporting_sectors',
so the latter will reset this one when run.
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one sector was filled and the 'clear bunch' message was displayed even if the
operation was canceled.
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represents a pointer into the script for label types other than LABEL_DEFINE
instead of checking inclusion of the value in the script bounds. This
assertion was tested with WGR2 SVN.
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them has a different height, print the sectnums of two differing sectors
to so that the mapper can find and examine them with Ctrl-J.
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The texture warping mode will need to be set depending on whether we're
actually drawing a parallaxed sky or not.
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This fixes the vertical (~1 texel wide) stripes that are especially
noticable with tiled art skies and Polymost with r_parallaxskyclamp=1
or Polymer (which always uploads skies with repeating s and t coords).
What constitutes a sky tile is currently hardcoded to be >=78 and <=99.
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and restore_highlighted_sector functions. What this means is that TROR bunches
are now correctly duplicated too (only if all sectors of a given bunch are
highlighted).
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(i.e. first press RAlt, then hold RShift to make it active), consider all
sectors, even the grayed out ones.
This makes 6 modifier keys in 4 categories for RAlt. Can you name them all?
Also spell out the labels that get drawn near the reticle when applying
some of the modifiers and make them not show when not actually selecting
(e.g. pressed RShift alone, but have highlighted sectors)
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that bunches and nextwall links are restores, too. Now, to coalesce two
TROR maps (e.g. for a CBP), one could
do for i allsectors, sethighlightsector i 1
on the console, and then load the 'other' map to copy over the contents
of the first, including all TROR stuff. Note that neither selecting
all sectors with RAlt, nor duplicating them with Insert would lead to
the desired effect (yet).
Internally,
- yax_setbunch() now has different behavior for bunchnums -1, -2 and -3
(it either clears the nextwalls or not)
- build.c has a helper function free_n_ptrs(). This could be handy in
other situations where many blocks of memory must be allocated
consecutively and freed in case of failure
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suboptimal, but at least 'correct' and won't produce the aforementioned
corruptions anymore.
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can be caused by copying map parts from one map to another (or a new one).
The copying system is slightly broken right now....
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next{wall,sector} indices instead of using checksectorpointer() so
that the nextwalls will be restored exactly as they were (provided
that they are copied). Also fix tweaking the sectnums of sprites.
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Called 'loop punching'. In addition to duplicating the loop, the inner
portions of the original and cloned loop are made into a new bunch, and
the loop walls are made to be neighbors, linking their movement to each
other. This gives a way to create island sectors with a differing
bunchnum in the midst of an already extended area.
Usage:
For an extended sector containing a CCW inner loop, select its points
using Ctrl+Shift. Press Ctrl-E to be queried whether to duplicate the
points into the upper or lower extension (even if it's unambiguous).
A number of conditions must be met for a successful 'punch', which
should hopefully be more or less obvious. Among them:
- loop walls should all be red
- the starting wall is only considered among the non-grayed-out ones
- the neighboring sector must not contain points inside or at the loop
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would break out of the 2D mode loop when splitting a sector would exceed
limits.
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- Don't crash when sector joining fails under certain circumstances.
- Increase the point lock (Manhattan) distance from 1/16th to 1/8th
of the grid square length, making it easier to snap to vertices not
lying at the grid points with grid lock on
- When drawing walls, don't snap to any of them except the first drawn
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When having drawn N new points (and having one 'free') and pressing
ENTER, the N line segments between the new points are checked one by
one for intersection with every non-grayed-out wall and a wall vertex
is inserted at every intersecting point. This may be viewed as a
prerequisite for a 'cutter' style tool.
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This function only handles the actual insertion, also taking care of
constrained TROR walls. Anything around the inserting such as backing up
drawn walls or snapping the x/y position to the grid is handled outside.
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The main change consist of adding a key press (and release) callback
whose only purpose is to be used from m32script as EVENT_KEYPRESS.
When entering that event, the RETURN variable will be set to the
keystatus code of the key, and whether it was pressed or released can
be checked by looking at keystatus[] at that code (ifholdkey and
ifhitkey do this). The purpose of this, then, is to be able to remap
keys in a more general (and complicated) fashion than is possible with
the mapster32.cfg 'remap' option. Various other additions build around
this central one:
- add an example EVENT_KEYPRESS to a.m32, among other things emulating
the keypad arrows with Alt-<normal arrows> for notebook convenience;
disabled initially
- a.m32: set 'owner' with Alt-KP2: now Alt-Shift-KP2, because of
collision with the above
- new m32script command: setkey <keycode>, setting keystatus[<keycode>]
to 1 (note: may be restricted to use in EVENT_KEYPRESS only in the
future)
- fix indexing an m32script array with a defined label, there used to
be a 'not a gamevar' error instead
- add the following constant labels for some key codes:
KEY_SCROLL, KEY_F1 .. KEY_F12
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with no highlighted sectors; and when entering 3D mode, even if there are
highlighted sectors. This should have almost no effect, but I find it cleaner
that way.
- Check map for corruption every time an editing change is done. This was
accidentally disabled when commenting out the undo code (which I've yet
to debug).
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of SPACE and C when in side-view mode. Now, this is accomplished by checking
directly in the overheadeditor code.
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selector. This could lead to a crash when OpenGL wasn't initialized before.
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(lazy_tileselector=1 in mapster32.cfg). We're drawing tiles one by one,
so glDrawBuffer(GL_FRONT_AND_BACK) is our friend.
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sector c/f and moving one of them would go beyond the other side (ceilingz >
floorz), don't move any sector c/f at all. When moving only one sector in that
case, move so that ceilingz == floorz.
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Now, if more than one sectors are affected, always move them by the same
amount. That is, if one of them would be sticking against the other side,
don't move the rest. Another change consists of determining the z delta
first, and only then moving the sprites by that amount. This fixes the
problem where you'd e.g. raise a 'floor door' against the ceiling, and the
effector sprites would be raised one time too much, preventing them from
being lowered the next time.
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