Previously when wishing for "ring of protection from shape shifters",
you got a random ring instead of the protection from shape changers,
because the string matching alias was "protection from shape shifters"
without the object class. Now, we'll check if the wish matched any
object class, but not existing object or alias, and try matching
the aliases again, but only those of the already matching obj class.
Add an alias for the ring of increase accuracy: "ring of accuracy",
and tests for it.
The lava river will now draw another river, until a certain
amount of map locations have been turned into lava, so you don't
get a teensy "river" made out of 2 lava pools.
Add a lua selection method to count the number of locations
in the selection.
Instead of just plain old boring mazes, spice up Gehennom by
occasionally adding lava, iron bars, or even mines-style levels
(with lava, of course).
Of the fixed Gehennom levels, only Asmodeus' lair has been changed
to add some random lava pools.
Also some lua fixes and changes:
- Fixed a selection negation bounding box being wrong.
- Fixed a selection negated and ORed returning wrong results.
- des.map now returns a selection of the map grids it touched.
- When using des.map contents-function the commands following the
map are not relative to it.
This is a large iteration on a previous implementation of making
nh.getmap() parse its coordinates as relative to the last defined map or
room rather than absolute to the entire level. Now, everything in the
nh.* and obj.* functions interprets coords as relative rather than
absolute. (By default; if no map or room has been defined, or if the lua
code is executing after level creation is done, they will interpret the
coordinates as absolute).
The general motivation is basically the same - routines that use
absolute coordinates are difficult to use in level creation routines,
because then the designer has to remember to convert the relative
coordinate to an absolute one (and that was impossible before
nh.abscoord was added, particularly in themed rooms). And once
nh.getmap() takes relative coordinates, it would be very strange to have
all the other functions (setting timers, burying objects, etc) remain
with absolute ones.
In a couple places, code is changed to account for coordinates that are
relative to a *room* (which uses g.coder->croom->[lx,ly] as an offset,
instead of relative to a *map*, which uses [xstart,ystart].
Specifically, selection.iterate did not account for this, and without
this the ice themed room timer was not being started in the proper
place.
All tests are updated to respect the new behavior. Most of the modified
functions are not actually used anywhere in level files; the one
exception is starting a timer in a themed room, and that has been
adjusted.
Documentation updated as well to clarify when various things are tossing
around relative and absolute coordinates, both in comments and in
lua.adoc.
Like some of the other coordinates in testmove.lua (addressed in
70008fc), the attempt to overwrite the stairs was targeting a spot
one space to the left of the actual position of the stairs, causing it
to have no effect (discussion suggested this may have been a result of
99715e0). Update it so the stairs are properly erased and won't
interfere with movement tests by stopping a running/rushing hero early.
There are already pretty solid tests of makeplural, so add some in the
other direction, since it's similarly complicated and has to implement
many of the same special cases and exceptions in the other direction. I
originally tried just running the makeplural tests backwards to this
end, but several of them are tests to guarantee already-plural words
aren't further pluralized, so are not reversible.
These plurals (e.g. "gateau" -> "gateaux") were added to makeplural and
makesingular in 0c0262e, so the test was outdated and failed. I also
added another test for "Federal Bureau of Investigation", since 'bureau'
is an exception to the -eau rule (pluralizes as 'bureaus') and the
exception was originally implemented in a way that would have caused the
"Federal Bureau of Investigation" test to fail -- so it seems like a
good pitfall to test for.
Movement tests weren't working because terrain was being positioned one
square to the left of where it was expected, and the error message
printed something other than the expected coordinates.
I wasn't able to figure out why they were like this in the first place
(referring to one spot to the left of the hero with <u.ux-2, u.uy>), so
it's quite possible that I am missing some context here, but the test
failed consistently for me before making these changes, and now works.
Make selection rndcoord return a table with x and y keys.
Allow (most) coordinate parameters accept such a table.
Fix selection and des lua tests broken by the above changes and
an earlier change, because selections tried to set terrain
at column 0, and it now causes a complaint.
Adds the following lua functions:
- nh.pushkey("x")
Pushes a key into the command queue. Support is spotty,
currently only the keys handled in rhack.
- nh.doturn()
Runs one turn of main loop, or if optional boolean param
is true, until g.multi == 0
- nh.monster_generation(false)
Disable monster generation, and kill off all monsters.
Adds a testmove.lua script to test hero movement. Currently
covers only hjklyubn and HJKLYUBN.
Add des.finalize_level() used for testing in conjunction with
des.reset_level().
Add nhc.DLB to return 0 or 1 if DLB was defined at compile-time.
Change the test_lev.lua to give more informative messages instead of
just lua error when required file doesn't exist.
Add bigrm-11 to the level tests.
Its value is only used as a boolean, so there's no real need to keep it
as a confusing int.
Shouldn't be a save-breaking change; it doesn't look like g.coder is
saved.
The existing system was a confusing mess of competing names (filled,
needfill, prefilled, etc) that had varying semantics, with prefilled
being the worst offender as it meant at least three different things in
various contexts. This commit unifies everything in the code under
"needfill", and everything in Lua under "filled", which defaults to 0
everywhere.
This also removes the second argument to fill_special_room; that
function now just checks the needfill of the room it's passed. As
before, a filled == 2 value is used for a special room to indicate that
the room should set the appropriate level flag, but shouldn't actually
be stocked with anything (for instance, King Arthur's throne room); the
difference is that this now comes directly from the lua script instead
of being manipulated within sp_lev.c.
The prefilled argument had one use case that is occasionally used in the
level files: if the level designer had specified an ordinary region with
prefilled = 1, it would become a room to control monster arrivals on a
level -- monsters that arrive within the bounds of a room are supposed
to stay there.
However, not all of the places where the comments indicated this was
being used were using it correctly; I tested this by letting a few
monsters fall through the knox portal (they're supposed to be
constrained to the entry room) and waiting a hundred turns, then going
through the portal; they were not constrained to the room and had
"wandered" through its walls.
Instead of trying to maintain this special case, I have added an
optional "arrival_room" boolean argument to des.region, which forces it
to create a room for the purposes of constraining monster arrival.
I have gone through and replaced occurrences of prefilled in lua files
with the appropriate filled option (or arrival, as needed). In some
cases, that resulted in questionable regions such as a filled ordinary
area in a non-themeroom (I just dropped the filled=1), or an area which
didn't do anything, not even lighting (which I deleted).
When matching a terrain, allow using a "w" placeholder that matches
any solid wall:
For example:
local s = selection.match([[w.w]]);
would match all floor locations with a wall to the left and right of it.
The walls can be solid stone, horizontal, vertical, etc.
This applies to selection.match(), selection.filter_mapchar(), and
des.replace_terrain()
