The latter is commented out, since it has to be *compiled* with
script_expertmode enabled.
git-svn-id: https://svn.eduke32.com/eduke32@2808 1a8010ca-5511-0410-912e-c29ae57300e0
If one next instruction happened to be interpreted, madness would ensue,
because the pointer wouldn't be aligned on the "opcode" part anymore.
Also, with "seti", set current sprite index only after a successful validation.
git-svn-id: https://svn.eduke32.com/eduke32@2591 1a8010ca-5511-0410-912e-c29ae57300e0
This get into the writable variable the "linking type" of the sprite with index
<spritenum>. The result is a bit field of ORed values:
1: lotag has linking semantics
2: hitag
4: extra, 8: xvel, 16: yvel, 32: zvel, 64: owner (custom only)
Custom setting about which sprites have what kind of linking can be programmed
via EVENT_LINKTAGS: it receives a sprite index as the 'current sprite' and is
supposed to return the bit field in RETURN.
An example which lists sprites and their linking hi- and lotags is provided in
the state 'listusedtags' in a.m32.
git-svn-id: https://svn.eduke32.com/eduke32@2590 1a8010ca-5511-0410-912e-c29ae57300e0
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.
git-svn-id: https://svn.eduke32.com/eduke32@2155 1a8010ca-5511-0410-912e-c29ae57300e0
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
git-svn-id: https://svn.eduke32.com/eduke32@2122 1a8010ca-5511-0410-912e-c29ae57300e0
on the command-line isn't found (instead of saying nothing)
* editor: Move inconsistent (stat&2)/heinum detection into the corruption
checker. This makes a lot of original maps spew countless 'errors', but
it's preferable for new maps since such floors and ceilings could behave
strangely with TROR.
git-svn-id: https://svn.eduke32.com/eduke32@1995 1a8010ca-5511-0410-912e-c29ae57300e0
* fix breaking out of 'switch' blocks and compilation of the 'default' case
* Have a way of assigning 'special function' menu [' F] entries to script states. Writing a string literal after the state name will register the state under that name. Menu names are limited to 24 characters and it's possible to have up to 16 of them.
* new branching command 'ifinteractive', true if a state runs from the menu mentioned above.
* new command: getnumberfromuser <<retvar>> "query_string" <maxnum> <flags>
See 'state collect_teleporting_sectors' in a.m32 for a combined usage of the new functionality.
git-svn-id: https://svn.eduke32.com/eduke32@1955 1a8010ca-5511-0410-912e-c29ae57300e0
* helper feature: when shade preview is enabled, the ceilings and floors of highlighted sectors are shown in pal 6. This makes it possible to highlight the TROR-joining candidate sectors in 3D mode using e.g. 'sethighlightsector searchsector 1' while aiming at the respective ceilings and floors, and get visual feedback.
* when failing TROR-joining early ('no consistent joining combinations found'), print to the console why it failed.
* more Makefile.deps updating
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- sethighlightsector <sectnum> <on?>
- updatehighlightsector
- collectsectors <<array_to_collect_sectnums>> <initial_sector> <<num_collected_sectors>> <sector_filtering_state>
The latter does a breadth-first search starting from an initial sector and collects nextsectors only when the filtering state, given a sectnum as RETURN input, writes a nonzero value into RETURN. As a usage example, a.m32 includes the state 'collect_teleporting_sectors', that collects all sectors containing an SE7 and highlights them afterwards. This way, it should be possible to retrofit old maps with TROR by distributing small scripts that do most of the work (right now, joining has to be done by hand, though).
* corruption checker: for the 'nextwall inconsistent with nextsector' corruption, suggest an alternative fix by searching fitting nextwalls and changing the nextwall of the corrupt wall (as opposed to the nextsector). It will display with a leading '?' in the listing, and can be demanded by suffixing 'corruptcheck tryfix' with it. For example,
corruptcheck tryfix 9-21 ?
would fix some corruptions in Billy Boy's cranium.map without introducing drawing errors.
* fix demo playback (tueidj figured this out)
git-svn-id: https://svn.eduke32.com/eduke32@1927 1a8010ca-5511-0410-912e-c29ae57300e0
* Polymer light access to m32script (light[<lightidx>].<field>). As an application, provide a state 'insertlights' that takes the currently active lights and puts them into the map as SEs (e.g. for maphack recovery).
* Prototype of a mechanism to gray out certain portion of a map, making them inactive to various, but not all, editing operations. Highlighting a set of sectors and pressing Ctrl-R will make the Z bounds be [(least ceiling z), (greatest floor z)] of all selected ones, pressing Ctrl-R when no sectors are highlighted will reset them. Not sure if it's for production use at this stage...
* The 'align walls' feature [.] now has three independently toggleable behaviours: recurse nextwalls (toggled when Ctrl is pressed), iterate point2s (disabled when Shift is pressed), and also copy pixel width (toggled when Alt is pressed).
* Make shades clamp instead of overflowing in the editor
Fixes:
* crash when carrying out certain operations on walls with xrepeat 0
* the Pause key on linux. Also make demo recording start on Shift-ScrollLock because ScrollLock alone is too easily pressed when pausing
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* Consolidate the various, slightly different, methods of bounding a sprite between a sector's ceiling and floor into one common function
* Fixes for accumulated bugs: shade preview, r_shadescale_unbounded, and a couple of unreported ones
* Yaks, gnus, and bisons...
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Engine stuff:
* Add 'r_shadescale_unbounded' cvar. When set to 0, OpenGL renderers should never
draw completely black objects (currently only implemented for Polymost)
Mapster32:
* Add 'r_shadescale' to config
* In 3D mode, make SPACE behave the same as holding down a mose button: the
currently pointed-at object is locked. Required some modification of a.m32
to play well (i.e. not reset SPACE). This is useful by itself but more so
in conjunction with the next point
* make Alt behave as a modifier with PGUP/PGDN: when aiming at a 2-sided wall,
move the other side's sector's ceiling or floor (only this is new).
* Auto-alignment of walls can be controlled in a finer grained fashion now:
When pressing '.', only the immediate neighbors get aligned. Use Ctrl-. for
the old behaviour.
* When inserting a point in 2D mode, auto-align the neighboring wall
git-svn-id: https://svn.eduke32.com/eduke32@1848 1a8010ca-5511-0410-912e-c29ae57300e0
First, there's a new script for the generation of highpalookup images. Python 2.6, NumPy and PIL are required.
Next, the map corruption checker has been ported to C. This is so that Mapster32 will be able to take decisions more cleverly based on the corruptness of the map. It also catches a few more issues like inconsistent nextwall/nextsector tags now.
Finally, link the executables with --large-address-aware on Windows. This gives a gig more private virtual memory on XP when booting with /3GB. YMMV, but I can play IW2 with Polymer now.
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