Expand windsound to support SNDCAP_USERSOUNDS (existing),
SNDCAP_SOUNDEFFECTS, SNDCAP_HEROMUSIC.
Place a small number of wav files into sound/wav that are considered
more specific to some game stuff in the core, namely: playing
instruments by the hero, squeaky board traps. The intention is that
those ones can be integrated into the game without requiring user
file deposits or mappings. Building soundlib support for sound/windsound
searches for them as resources, so they should "just work."
No actual instrument playback is available in the base sound/windsound
soundlib implementation (yet, at least), so it works around that in
a cheap way by using the note-variant wav sounds to concoct the
notes. There are better ways of doing music generation than that,
of course, but this will do in the early going. Any other soundlib
port (such as Qt) can probably easily do the exact same thing. If it
can play USER_SOUNDS, it can almost certainly use the
sound/wav/se_squeak*.wav and sound/wav/sound_*.wav files for
SND_HEROMUSIC and squeaky board sounds soundeffects.
A few of the se_ sounds in sound/wav are free yet licensed, and
there is a file called attributions.txt to meticulously attempt
to comply with the two license variations involved.
SND_SOUNDEFFECTS_AUTOMAP
If SND_SOUNDEFFECTS_AUTOMAP is defined, and a SND_LIB_ interface
that supports SNDPROC_SOUNDEFFECTS is also defined to integrate
soundlib support, the following gets added:
o If sounddir is defined (existing longstanding feature that's
been used with USER_SOUNDS for many, many years) any wav file
present in SOUNDDIR with a name that matches one of the defined
sound effects in include/sndproc.h will get played each time
that soundeffect comes up. So, just drop appropriate wav files
into sounddir and rename it to match.
No tedious config file entries are required to get soundeffects.
[ The only config file change required is to
set SOUNDDIR to point to your directory with the wav files.
Note: SOUNDDIR only works in your config file if NetHack
was built with USER_SOUNDS defined. ]
This is new so there may certainly be some bugs in here.
Please kindly report them if you encounter any.
For those that don't read C very well, these are the file names
that should trigger the SOUNDEFFECTS_AUTOMAP, assuming it is working.
se_faint_splashing.wav
se_crackling_of_hellfire.wav
se_heart_beat.wav
se_typing_noise.wav
se_hollow_sound.wav
se_rustling_paper.wav
se_crushing_sound.wav
se_splash.wav
se_chains_rattling_gears_turning.wav
se_smashing_and_crushing.wav
se_gears_turning_chains_rattling.wav
se_loud_splash.wav
se_lound_crash.wav
se_crashing_rock.wav
se_sizzling.wav
se_crashing_boulder.wav
se_boulder_drop.wav
se_item_tumble_downwards.wav
se_drain_noises.wav
se_ring_in_drain.wav
se_groans_and_moans.wav
se_scratching.wav
se_glass_shattering.wav
se_egg_cracking.wav
se_gushing_sound.wav
se_glass_crashing.wav
se_egg_splatting.wav
se_sinister_laughter.wav
se_blast.wav
se_stone_breaking.wav
se_stone_crumbling.wav
se_snakes_hissing.wav
se_loud_pop.wav
se_clanking_pipe.wav
se_sewer_song.wav
se_monster_behind_boulder.wav
se_wailing_of_the_banshee.wav
se_swoosh.wav
se_explosion.wav
se_crashing_sound.wav
se_someone_summoning.wav
se_rushing_wind_noise.wav
se_splat_from_engulf.wav
se_faint_sloshing.wav
se_crunching_sound.wav
se_slurping_sound.wav
se_masticating_sound.wav
se_distant_thunder.wav
se_applause.wav
se_shrill_whistle.wav
se_someone_yells.wav
se_door_unlock_and_open.wav
se_door_open.wav
se_door_crash_open.wav
se_dry_throat_rattle.wav
se_cough.wav
se_angry_snakes.wav
se_zap_then_explosion.wav
se_zap.wav
se_horn_being_played.wav
se_mon_chugging_potion.wav
se_bugle_playing_reveille.wav
se_crash_through_floor.wav
se_thump.wav
se_scream.wav
se_tumbler_click.wav
se_gear_turn.wav
se_divine_music.wav
se_thunderclap.wav
se_sad_wailing.wav
se_maniacal_laughter.wav
se_rumbling_of_earth.wav
se_clanging_sound.wav
se_mutter_imprecations.wav
se_mutter_incantation.wav
se_angry_voice.wav
se_sceptor_pounding.wav
se_courtly_conversation.wav
se_low_buzzing.wav
se_angry_drone.wav
se_bees.wav
se_someone_searching.wav
se_guards_footsteps.wav
se_faint_chime.wav
se_loud_click.wav
se_soft_click.wav
se_squeak.wav
se_squeak_C.wav
se_squeak_D_flat.wav
se_squeak_D.wav
se_squeak_E_flat.wav
se_squeak_E.wav
se_squeak_F.wav
se_squeak_F_sharp.wav
se_squeak_G.wav
se_squeak_G_sharp.wav
se_squeak_A.wav
se_squeak_B_flat.wav
se_squeak_B.wav
se_someone_bowling.wav
se_rumbling.wav
se_loud_crash.wav
se_deafening_roar_atmospheric.wav
se_low_hum.wav
se_laughter.wav
se_cockatrice_hiss.wav
se_chant.wav
se_cracking_sound.wav
se_ripping_sound.wav
se_thud.wav
se_clank.wav
se_crumbling_sound.wav
se_soft_crackling.wav
se_crackling.wav
se_sharp_crack.wav
se_wall_of_force.wav
se_alarm.wav
se_kick_door_it_shatters.wav
se_kick_door_it_crashes_open.wav
se_bubble_rising.wav
se_bolt_of_lightning.wav
se_board_squeak.wav
se_board_squeaks_loudly.wav
se_boing.wav
se_crashed_ceiling.wav
se_clash.wav
se_crash_door.wav
se_crash.wav
se_crash_throne_destroyed.wav
se_crash_something_broke.wav
se_kadoom_boulder_falls_in.wav
se_klunk_pipe.wav
se_kerplunk_boulder_gone.wav
se_klunk.wav
se_klick.wav
se_kaboom_door_explodes.wav
se_kaboom_boom_boom.wav
se_kaablamm_of_mine.wav
se_kaboom.wav
se_splat_egg.wav
se_destroy_web.wav
se_iron_ball_dragging_you.wav
se_iron_ball_hits_you.wav
se_lid_slams_open_falls_shut.wav
se_chain_shatters.wav
se_furious_bubbling.wav
se_air_crackles.wav
se_potion_crash_and_break.wav
se_hiss.wav
se_growl.wav
se_canine_bark.wav
se_canine_growl.wav
se_canine_whine.wav
se_canine_yip.wav
se_canine_howl.wav
se_feline_yowl.wav
se_feline_meow.wav
se_feline_purr.wav
se_feline_yip.wav
se_feline_mew.wav
se_roar.wav
se_snarl.wav
se_buzz.wav
se_squeek.wav
se_squawk.wav
se_squeal.wav
se_screech.wav
se_equine_neigh.wav
se_equine_whinny.wav
se_equine_whicker.wav
se_bovine_moo.wav
se_bovine_bellow.wav
se_wail.wav
se_groan.wav
se_grunt.wav
se_gurgle.wav
se_elephant_trumpet.wav
se_snake_rattle.wav
se_hallu_growl.wav
This needs further testing. At the moment only windsound has
this.
If nobody else looks into it for Qt, I'll take a look in a
few days.
Issue reported by argrath: if getoptstr() executed its loop to
find the latest phase that set a role/race/gender/alignment option
value, the first iteration of the loop would use an index that's
out of bounds.
The code in question is wrong but happens to not be used, so the
out of bounds access doesn't occur. Fix the value for the first
iteration in case the offending code eventually gets used.
Fixes#960
Underwater vision was updated only once per turn, so if the hero had
more than one move per turn it could cause some spots to be left behind
on the map. For example, after moving around underwater while very fast
for a while:
}
}}}
}}}}
} }}@}
} }}}
Not only does the radius of vision appear to "smear" temporarily, but if
the hero moves fast enough, isolated spots can be left entirely behind
(since the normal underwater vision update only clears nearby spots, not
the entire map). Both these effects are visible in the example above.
The fix in this commit is to update the frequency of underwater vision
updates to "once-per-time-taken" rather than "once-per-turn", so that it
updates with every move. I'm not sure if it needs to happen more
frequently than that (i.e. in the "once-per-input" section) but I might
be overlooking something.
Also add missing punctuation to the message for applying a lamp
underwater.
Unless you kill the monster with one hit, it'll wake up
cranky and make noise - waking up other sleeping monsters.
This was a bit tricky with all the message sequencing; I tested
all the hit/throw/fire/zap combos I could think of, and it took
a while to get things looking right.
scan-build from llvm-14 (clang) doesn't complain about bite() or
maybe_finished_meal() so this is unlikely to fix those. But this
does fix one bogus complaint it has for doeat(). Testing whether
the result from touchfood() is Null was fooling it into thinking
that that was a possibility when it's not.
Also, use plain 1 and 0 instead of TRUE and FALSE when assigning
to the victual bit-fields. The analyzer doesn't care but the type
was mismatched due to the cast to (boolean) hidden in their macro
definitions.
This code was in three different places; pet eating,
monster eating metal, and monster eating other objects.
Other than very minor changes (eg. rustproofing completely
protects pets from bad effects, rustproof items are no longer
giving apport, and monsters eating corpses are healed), it
should behave the same as before... But I haven't exhaustively
gone through every iteration.
The brace added to dokick was misplaced - it should have included
the You_hear() as well.
The puts the code back the way it was, and relocates the Soundeffect().
The Soundeffect should play whether the hero is Blind or not, and the
Soundeffect() macro already includes a Deaf guard.
Cope with get_nh_lua_variable() possibly returning Null.
Either or both of the DISABLE_WARNING_UNREACHABLE_CODE and
RESTORE_WARNING_UNREACHABLE_CODE in the vicinity looked misplaced so
I took them out. They may need to be added back in.
Insert the calls to trigger a number of potential soundeffects
into the core.
If no additional soundlib support is integrated into the
build, then the Soundeffect macro (sndprocs.h) expands to nothing:
[#define Soundeffect(seid, vol)
]
If, however, at least one additional soundlib support is integrated
into the build, then the Soundeffect macro gets defined as this
in sndprocs.h:
[#define Soundeffect(seid, vol) \
do { \
if (!Deaf && soundprocs.sound_soundeffect \
&& ((soundprocs.sndcap & SNDCAP_SOUNDEFFECTS) != 0)) \
(*soundprocs.sound_soundeffect)(emptystr, (seid), (vol)); \
} while(0)
]
That macro definition checks for the hero not being Deaf; it checks
to ensure that the active soundlib interface has a non-null
sound_soundeffect() function pointer; and it checks to ensure
that the active soundlib interface has declared that it supports
soundeffects by setting the SNDCAP_SOUNDEFFECTS bit in its sndcap
entry. That just means that the interface routines are prepared to
accept and deal with the calls from the core, whether or not it
actually produces the desired soundeffect.
When using mouse to move to a location next to the hero,
the test_move result was reversed, causing the click to fall
in to the travel case instead of normal movement.
Groundwork for a more versatile interface for using
sound libraries. A lot of sound libraries work across
multiple platforms.
The current NetHack sound stuff is quite limited.
Binaries can have a variety of window ports linked into
them, and it makes sense to have something similar for
sound.
This tries to set things up in a more soundlib-centric way,
rather than inserting things in a platform-centric way.
It establishes a new top-level directory sound (akin to win
for the window interface routines, or "window-port") where
sound-related additions and sndprocs and support files can be
added and used across platforms.
The default interface is nosound and the 'nosound' interface
is in src/sounds.c
The interface for 'windsound', which contains the same minimal
USER_SOUNDS support using built-in routines that has been in the
windows port for a long time is added to
sound/windsound/windsound.c.
For now, the sound interface support for 'qtsound' has been added
to the existing Qt files win/Qt/qt_bind.h and win/Qt/qt_bind.cpp,
and a note has been placed in sound/qtsound/README.md to avoid
confusion.
New header file added: include/sndprocs.h.
The Gehennom changes broke the vibrating square, allowing hero to go
down into the Sanctum via stairs without performing the invocation.
Fix this by making the hellfill lua check for invocation level, and
placing down the vibrating square trap, instead of stairs.
When playing as a Samurai, add things like "osaku" to the discoveries
list even though they don't have separate descriptions to be used
when not yet discovered. Non-magic ones are pre-discovered and
players can now use the '\' command to figure out what things like
"tanko" mean without resorting to '/?'.
"wooden harp" has been getting changed to "koto (harp)"; make that be
| koto [wooden harp] (koto)
"magic harp" has been staying as "magic harp (harp)"; add it to the
list of Japanese item names. Since it's magic it isn't pre-discovered.
Once discovered it becomes
| magic koto [magic harp] (koto)
Those two needed special case handling, none of the other items did
aside from forcing them to be discoverable when lacking descriptions.
The discoveries list now has things like
| wakizashi [short sword]
| naginata [glaive] (single-edged polearm)
| gunyoki [food ration]
if--and only if--the hero is a Samurai.
Include some assertions to convince the analyzer that some pointers
can't be Null. They're Null if 'vis_func' is non-Null but only used
when that function pointer is Null and they have values.
If there's a macro that's defined when the analyzer is running and
undefined when not--or vice versa--it could be used to control NDEBUG
and avoid the assertion code when not analyzing. That's a bit like
using fake code to pacify 'lint'; however, since the assertions should
never fail, suppressing them isn't really switching to fake code.
I reordered a couple of macros so that the set of them matches the
comment which precedes them and refers to "the last three". It is
referring to the three within the block comment rather than the macro
defintions but putting those in the same order removes any ambiguity.
The complaint is that victual.canchoke might be used without having
been initialized. I'm fairly sure that that isn't correct but get
dizzy trying to trace through the eating code.
This might improve the situation, or maybe not.
This is similar to the earlier potential fix that I didn't like,
but I think think one is better.
The analyzer claimed that 'fptr' might be Null inside the switch
case for
|struct permonst *fptr = NULL;
|if (obj->otyp == CORPSE || ...) fptr = &mons[obj->corpsenm];
|switch (obj->otyp) { case CORPSE: ... /* dereference 'fptr' */ }
even though it will always have a non-Null value for otyp==CORPSE.
Make the assignment of 'fptr' unconditional. mons[NUMMONS] is
valid and won't match any actual monster. In this case it will
only be used when initializing fptr, never when fptr gets used.
