ADDED: functionality to clean nodes out of the script that are related to a specific target
ADDED: functionality to clean multiple addCollisionDetails from the script
ADDED: ColConvex get added as nodes now and dont just get skipped (for future reference ColMeshes are checked for colConvex are not but this will be needed in future)
Removed: erroneous deletion of nodes and meshes from shapeEditorActions tscript file.
Adding multiple collision hulls and shapes through the shape editor now works as intended though with multiple convex hulls it does produce a few lag spikes on first load of the objects.
repurposed and renamed the 2 sliders in the gui to be for settings in vhacd
added the drop down for fillMode types but it is not hooked up to source yet
final cleanup removal of the old convexDecomp library
ADDDED: library for the floatmath from v-hacd resource, required for fit sphere/capsule/box functions
renamed ThreadPool to TorqueThreadPool to avoid conflics
fixed data transmission between stages of convexDecome and trimesh creation
TODO: re-add our own functions for generating sphere/cylinder/box
fix a crash caused by having boundingBoxCollision on, while projecting the mouse so that there is nothing between it and a globalbounds object
it would seem we're somehow ending up in a state of WorldEditor::collide returning true it hit somethging, but NULL as far as *what*
until we properly fix this, doublecheck to make sure the hitObject isn't NULL before we start trying to reference membervars/methods
Updated Trigger triggeredBy field to utilize new enum type for editing
Updated MaterialDefinition's animFlags field to utilize appropriate enum type for editing
Fixed image reference in bitmask inspectorField type to use correct image asset name
Adds handling for complex fields such as Point2, Point3 and Point4's to be able to apply value changes to only one axis across a multi-object set without affecting other axis'
now torquescript will print out a more modern error message with a pointer to the offending character.
Multi line error outputs to be added to this for context
stb loader was spamming NO SOI with the function of stbi_info_from_memory because it checks for a jpeg first. This will always return an error if you are sending any other format. Remove this check and just load the memory stream. if it fails to return pixeldata then we have an error.
SFXResource was always creating a new file for each sound resource. Sometimes this would happen 3 times since the asset was creating a resource, then the profile, then the object that was using it.
Now if the sfxResource exists and we call openStream it returns the sfxFileStream linked to that file instead of just creating a new one.
fix for stereo files (2d sound files) frames report back as bytesPerSample * channels
which for us is bytesPerSample. This needs to be applied to the return from read so sfx resource knows we have read all the info.
Ogg file from libsndfile now working. we can pull more information from the format and specifics of the file from libsndfile should maybe look at updating all the parameters around mFormat so it feeds openal settings better.
Next step is to remove the other stream classes.
read an ogg file through libsndfile instead of libvorbis.
There are still issues with this part of the file opens but doesn't read the whole file for some reason
added libraries:
opus
flac
libsndfile
updated:
libvorbis
libogg
openal
- Everything works as expected for now. Bare in mind libsndfile needed the check for whether or not it could find the xiph libraries removed in order for this to work.
mac was failing to generate an archive.
Icons now in an app asset so it can be properly modified in the project instead of being a static .icns file.
Info.plist now gets its bundle name from the product bundle identifier field, this means it can be changed through the gui instead of having to manually modify the bundle identifier. All other settings are left blank.
Info.plist will need further updates to take values set in Xcode to make it easier to distribute apps.
OpenAL and SDL have to skip installation in release mode builds for the archive to be created correctly.
for imageassets and materialassets, check any other assets using them, and uppon completion of reloading, kick off the using assets reload as well in serial
changes required to get masox to run.
Some further changes possible required around resourceHolder in future.
The geometry shader works in macosx with gl version 3.3, though i do think some changes are required internally to account for a lack of OUT_col%
now shaders ask the device to create a buffer, if a buffer of the same name and size already exist then a pointer to that buffer is returned instead. Going to see if something similar can be added to the opengl end.
opengl can now compile with ubo buffer objects similar to cbuffers on dx side.
cleaned double up of data from both sides, gfxhandles only need to use the desc info instead of holding onto its own.
deleteSelection when an output node had multiple connections only the first one was deleted, needed a new function to return a vector of connections that are now looped and deleted at the end of delete selection.
few other minor additions and fixes.
add the extra functions for drawing gui elements
RoundedRectangle:
All draw rect functions now pass through roundedRectangle which uses a shader and can draw borders, and rounds the corners
Draw thick line:
draws a line thicker than 1 pixel, uses a geometry shader to do this
Draw Circle:
Draws a circle with a border parameter.
Adds the ground work for geometry shaders
Expands shaderData and gfxShader to allow for more shader types
note: when building a GFXShader in source you have to call setShaderStageFile with the shaderStage and the filepath for that stage.
Once we add compute shaders this will become more apparent as compute shaders are a stage of their own and do not require vertex and pixel files whereas other shaders sometimes do.
Incorrect cmake directory was messing up reading from zips
STB was failing to read from zips, it was failing to get the file info, something we were using as an early out, now if that files on the filepath, we use the memory read instead since stream needs to be a success to get to that point.
Reverted back to a 2d array since when the const buffer changes are made to the shaders they will be completely swapped out for a 1d array with a max size of 16 for the program, id3d11buffers will be shared across shaders apart from object buffers. We still need to decide on a structure to get everything setup so to keep functionality a max of 2 buffers per stage with 1 buffer as a padding so we can start coding constant buffers right away
need to reverse the bitshift on shaderstages so we get values between 0-5, need to also revert the mBoundConstVec back to a 2dimensional array so that the binding point can be dynamic as well.
Added multiple descriptions to handles.
While maps are very efficient and match data very quickly due to hashing and what not, they are tricky memory wise, we cant clear them if they are only made up of structs and enums. Need to explore other methods for doing this. Original system had a sub buffer system with a check based on whether the handle was marked vertex/pixel. With 6 stages possible now we need to think of a more effective method. Since shaderstage is now a bit flag maybe some sort of streaming setup could be used to write without a loop.
working example, renders all gui controls.
We still cant render a scene, something to do with the constant buffer at slot 0 of the vertex shader being too small..... gotta figure this one out..................
up custommaterial inputs to 16
add Material::PhotometricMask:handling to processedcustommaterial
and for paranoias sake go ahead and be explicit about _getLightMaterial (those *should* be unneeded as they optionally default to that, but it's how they were in the beatup fork during testing)
Refactored DX Shader compilation and reflection to be more similar to opengl
Added support for more than 1 const buffer per shader stage.
This is boilerplate code, no functionality yet, that will be added in further commits. Though this builds without errors do not try and run it at this point.
Updated IES loader to use torque math functions and calls in the problem areas for mac and linux.
New F32_MIN_EX which is lower than F32_MIN (required for ies profiles)
Both ies and cookies can now exist on a light
We are still not using all the capabilities of an IES profile, such as candela and luminance values we are just using them as a mask for the moment
Issues compiling on mac and linux, will need to update the ies-loader to use torque methods instead of std::
ADDED: Ability to add IES profile as the cookie texture slot in both point lights and spot lights
TODO:
Have the IES Profile also drive the settings for the lights.
Make it work with Cookie textures. IES profiles are to be another slot in the advanced light section.
note this *does* require a baked skylight in the main scene
todo: track down why a similar protocol does not operate for guimaterialpreview and guiobjectview
Fixes the handling of imageAssets for array'd field types, as well asfixing the editor behavior of guiBitmapCtrl so the imageAssets correctly update the fields upon editing
