* Remove option to disable 'Mercs Lights during Movement"
This might've cost someone some frames in 1999, but today even a 10
year old smartphone can probably run with this turned on at 1080p without
dropping a sweat
This does not remove the menu option which I plan to replace with
'Highlight Mercs' which was hidden for some reason.
'Merc Lights during Movement' is a noop now tho
* Replace 'Merc Lights during movement' with 'Highlight Mercs'
as title
* Make 'Merc Highlights' default to false
"Wtf why am I glowing?" well your problems are over
* Flashlight changes:
- Fixed the lighted area being way too large in the diagonal directions.
- Added a minimum range to simulate a flashlight user not illuminating its feet.
- Added angle based calculations instead of the hardcoded one.
* Flashlight changes, MR feedback.
when running the cmake Debug build instead of the ja2_vs2019.sln file s_SoundLog is undefined.
the most likely reason for that is that static objects in global scope
have unspecified initialization order. the problem is fixed if the
static SoundLog object is created inside the SoundLog(CHAR8*) function
instead.
also remove the comment whose meaning apparently has been lost to the
sands of time
* simplify the language/executable validation function
removing the 'ALL' corner-case so that the default behavior is to configure all valid languages and applications allows to simplify this function quite a bit
* keep the CMakePreset.json options listed for ease of use
Tried to stay as close as possible to ja2_2019.sln
On Visual Studio 2022 just Project -> CMake Settings for Ja2, add
the x86 configurations you want and press F7.
Below shows how the -DLanguages -DApplications switches work, If you don't
set them, the CMakeCache.txt of them will be set to ENGLISH and JA2,
respectively:
cmake [...] // nothing set, configure just JA2_ENGLISH.exe by default
cmake [...] -DApplications="JA2UB" // configures just Unfinished Business
cmake [...] build -DApplications="JA2UB;JA2UBMAPEDITOR" // Unfinished Business and UB Map Editor
cmake [...] build -DApplications="JA2UB;JA2MAPEDITOR;ALL" // ALL is in the list, configures every application
cmake [...] build -DApplications="JA2MAPEDITOR;DeathStranding" // fatal error: DeathStranding not an application
cmake [...] -DLanguages="GERMAN" // configures just German targets
cmake [...] build -DLanguages="GERMAN;ENGLISH" // German and English
cmake [...] build -DLanguages="GERMAN;ENGLISH;ALL" // ALL is in the list, configures every language
cmake [...] build -DLanguages="ENGLISH;ESPERANTO" // fatal error: ESPERANTO not supported
* GitHub Workflow improvements
- Automatically pre-release master as "latest"
- Build all languages
- Parallelize workflow
- Support tag based releases
* GitHub Workflow: Added support for ja2ubmapeditor.
added readme.md with descriptions and links
a link to upcomming release can be placed here, made a placeholder for now
a png added with ja2v1.13 logo for readme.md
UTIL is never used, and JA2 is always used. assumption being we'll never make 1.13 for Wizardry 8.
video2.h doesn't exist, which prevented me from deleting it.
* More unused stuff removal
delete:
- giant 'metaheaders' (JA2 All.h, Laptop All.h, etc), preferring to add #includes directly where needed
- unused ExceptionHandling and DbMan translation units
- unused WizShare.h, Bitmap.h, trle.h, video_private.h headers
* remove mentions from vc proj files too
* remove preprocessor conditionals for unused definitions
find . -iname '*.h' -o -iname '*.cpp' -exec unifdef.exe -m -UPRECOMPILED_HEADERS -UJA2_PRECOMPILED_HEADERS -UWIZ8_PRECOMPILED_HEADERS -UPRECOMPILEDHEADERS {} ';'
then manually fixed a couple files the tool errored out on
* yes, the comments too
as title
these three files were in UTF-16LE encoding for some reason, which led
to git treating them as binary files, which means they weren't being git
grep'd
I just converted them using iconv -f utf-16le -t utf8 [origFile] -o
[destFile]
use git show --text to view
Original implementation initializes a ridiculously wide buffer where item graphics and names are then copied to and is then shown in parts depending on what items should be visible in item tab. When item counts go over ~32k in x-direction in pixel coordinates, the very low level drawing functions int16 variables overflow and item graphics are then drawn over each other.
It's now changed to blit item graphics and names by on demand depending on the item indices, which does not require a huge buffer and works regardless of the amount of items, since only 11 are visible at any one time and the x-coordinate stays well within INT16 limits
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