- Rename TaskEngine to TaskExecutor
- Make TaskExecutor extend Executor
- Simplify ParallelTaskExecutor
- Move WorkGroup code to separate class
- Fix CPUInstancers being updated too late
- Do not unnecessarily clear memory when preparing DrawBuffer
- Simplify BatchingDrawTracker and DrawBufferSet by storing RenderType
in DrawBuffer
- Move all additional Mojang matrix operations to MatrixUtil and expose
fields using accessors
- Remove Color
- Remove WeakHashSet
- FileResolution was implemented to support a two-pass
preprocessor/compiler.
- The new architecture no longer needs its functionality.
- It doesn't make sense to have implementors individually apply the
"checks" to ensure their components are sound.
- The component checking code
- Remove FileResolution, replace all references with ResourceLocation
- Small refactor to UniformBuffer to put everything into one UBO
- Remove BlockEntityRenderDispatcherAccessor
- Rename component resource location getters for consistency
- Small cleanups here and there
- Consolidate SourceChecks to SourceChecks.java for future use
- Color component methods in vertex lists now use floats instead of
bytes
- VertexList no longer implements PointSet
- Return better defaults for unused attributes in vertex list
implementations
- Slightly optimize vertex list implementations
- Fix ModelUtil#convertBlockBuffer allocating wrong number of bytes for
destination data
- Remove combined color methods in vertex lists
- Remove ReusableVertexList#vertexStride
- Remove default methods in VertexType
- Rename Mesh#close to Mesh#delete
- Pass material IDs through the indirect draw buffer
- Turns out buffers can be bound to both storage and draw indirect
- Use indexOf in ComponentRegistry to determine IDs
- Remove World/Crumbling Program and move sampler binding to
ContextShader setup
- Basic idea is to let each mode get one uniform shader
- Uniform shader provides a struct with the mod's id as its name
- All structs get placed into one (1) ubo
- Uniforms are implicitly available in all shaders
- Add GlslUniformBlock for new codegen in UniformComponent
- Condense old uniform providers into one object
- ShaderStructs capture the optional variable name in struct definitions
- Change RecursiveIncluder to interleave root components with included
- GlProgram calls UniformBuffer#sync
- Attempt at componentizing ShaderCompiler, starting with Includer
- Begin refactoring uniform providers
- Context as an interface
- Separate ContextSet objects for Pipeline shaders and Culling shaders
- Inline ProgramAssembler
- Replace StringUtil#trimEnd with String#stripTrailing
- Add StringUtil#trimPrefix and #trimSuffix
- Backport general changes from 1.19
- Fix Javadoc of PartialModel
- Remove default Model#getType implementation
- Increment version to 0.6.8
- Update Parchment
- Address a few bugs with rubidium
- Ignore EBOs when restoring state
- ElementBuffer deals in raw gl handles
- Document all state changes/restores/resets
Co-authored-by: PepperCode1 <44146161+peppercode1@users.noreply.github.com>
- The ubershaders actually compile, but uniforms/material ids are broken
- Convert vertex/fragment adapter components into generic builder
- Support arbitrary adapted function signatures
- Make an attempt at cleaning up generation code
- *make the errors understandable without actually solving them
- Straighten out shader compilation/error generation
- Interpret errors in generated code
- Compilation returns a result type instead of throwing an exception
- Still need to reimplement source checks?
- Make error messages prettier
- Not *quite* ubershaders yet
- Note: heavily broken
- "Pull" based compilation
- Sources are only ready when they are needed by the compiler
- Compiler is responsible for import resolution
- Compiler prepends file headers
- Reduces need for FileResolution
- May replace with ResourceLocations?
- Not sure about the future of source checks
- TODO: Lots of dead code left in FileResolution
- PipelineShader -> Pipeline interface + Simple impl
- Use Context object for assembler factory
- Note: heavily broken
- Move all compilation logic into a single package
- FlwCompiler is responsible for compilation
- CompilationEnvironment generates combinations and performs analysis
- Create source components for vertex/fragment ubershader codegen
- More hacky glsl generation utils
- Strip explicit uniform buffers from uniform shaders
- Diagonal-port restore state changes from 1.18/next
- Back-port buffer uploader changes and RenderLayerEvent dispatch point
change from 1.19/dev
- Make CrumblingRenderer return earlier if there is nothing to render
- Bump version
- Do not wrap BeginFrameEvent and RenderStageEvent with GL restore state
- Move GL state restoration into InstancingEngine
- Remove BufferUploaderMixin
- Add binding enum values to GlBufferType
- Remove debugNormals config
- Rename some occurrences of "world" to "level"
- Rename BatchingDrawManager to BatchingTransformManager
- Rename BatchDrawingTracker to BatchingDrawTracker
- Move BatchDrawingTracker from BatchingTransformManager to
BatchingEngine
- Do not prepare DrawBuffer if number of vertices is 0
- Add DrawBuffer#isPrepared
- Add checks to DrawBuffer methods
- Remove commented code from CPUInstancerFactory
- Merge BatchLists, BatchedModel, and some parts of BatchingEngine into
BatchingDrawManager for consistency with instancing code
- Have InstancingEngine accept the max origin distance as a constructor
parameter
- Rename TransformSet to TransformCall
- Free all DrawBuffers on renderer reload
- Add flw.debugMemorySafety flag to detect leaked untracked MemoryBlocks
- Replace VertexListProviderRegistry with static methods in
VertexListProvider and a VertexFormatMixin
- Make the DrawBuffer constructor accept a VertexFormat instead of a
RenderType
- Merge TStack into TransformStack
- Move all duck interfaces/extensions to extension package
- Make mixin style more consistent
- RenderLists -> InstancingDrawManager, keeps track of:
- Uninitialized models
- All Instancers
- All DrawCalls via DrawSet
- All MeshPools
- One MeshPool is now locked to a single VertexType
- DrawCall binds instance attributes to avoid making assumptions about mesh attribute count
- Yeet crumbling
- Simplify GPUInstancerFactory
- Iris/Oculus create wrapper RenderTypes whose DrawBuffers are never
used. Creating the DrawBuffer on retrieval solves this inefficiency.
- Add 1.18.2 as a Minecraft version to the issue template
- BatchingEngine no longer resets the light matrices
- Fix flw_constantAmbientLight always being 0
- Move code from FlwMemoryTracker#*Block methods into MemoryBlockImpl
and TrackedMemoryBlockImpl
- Convert LightVolume to use MemoryBlock
- Add FlwMemoryTracker#callocBuffer
- Add javadoc to deprecated FlwMemoryTracker#*Buffer methods
- Update Mesh javadoc
- Organize imports
- Create MemoryBlock utility for easier management of memory allocation
- Replace most usage of direct ByteBuffer with MemoryBlock
- Remove all usage of Mojang's MemoryTracker
- Simplifier StructWriter
- Rename some classes and packages
- Adapt compilers to work with arbitrary instance types
- Use single compiler for all draw shaders
- Temp solution for instanced array attributes
- Introduce pipeline shaders
- Use memCopy for instanced mesh buffering
- Remove VertexWriter
- Add VertexListProvider
- Add VertexListProviderRegistry to allow vanilla VertexFormats to
create VertexLists
- Add ReusableVertexList that allows setting the pointer and vertex
count
- Batch IDs are stored in a separate buffer
- Bounding spheres in draw command buffer, subject to change
- Guard shader api files
- Generate complete header for compute culler compiler
- Move Frustum UBO to uniform shader/provider
- Specialize MeshPool for the indirect engine
- Temporarily force the engine to be indirect
- Fix compilation issues with test shaders
- VertexAttribute supports DSA
- Fix Miniball issues in dev-env
- VertexList implements PointSet for use with Miniball
- Meshes store their bounding spheres
- Add hook/system property to load renderdoc on client launch
- StructTypes provide separate StorageBufferWriter for indirect
- Cull updates based on the view frustum.
- Instances check themselves against a FrustumIntersection object
- Make GlProgram not abstract
- Leave in small debug rendering experiment
- Replace ModelTransformer with modular pipeline that closely resembles
the instancing pipeline
- StructTypes and Materials now provide a VertexTransformer that
mutates a MutableVertexList
- Rewrite all model building to make it cleaner, more flexible, and
easier to use
- Add SimpleMaterial.GlStateShard for easier control over GL state
- Rename and move some classes
- Materials are given the opportunity to setup/clear render state
- Materials bind textures
- Compile all combinations of shader components at load
- Drastically simplify compilation context objects
- Material shaders control cutout and fog
- Remove all GameState related classes
- Remove CoreShaderInfoMap
- Sneaky optimization to instance storage
- Simplify RenderLists
- Give material fragment shaders a use
- Add new variables to api/fragment.glsl
- Add flw_initFragment to context shaders
- Add flw_vertexOverlay
- Normalize flw_vertexLight
- Values are now [0, 1] where 0 is no light and 1 is max light
- All light values sent to layout shaders and instance shaders are now
[0, 15] and not normalized
- Remove util/light.glsl
- Rename program samplers
- Add FileResolution.isWeak()
- Add BackendType.getShortName()
- Tweak default material
- Move ShaderField to parse package
- Organize imports
- Initial work on uniform buffer registry
- Setup skeleton for ComponentRegistry
- InstancingEngine is no longer generic about the program
- ProgramCompiler considers ContextShaders as input
- Support weak file resolutions
- Temporary GLSL version bump to ease UniformProvider growing pains
- Centralize component shaders to Components
- Add RenderStage enum for better control over when a Material should be
rendered
- Add getRenderStage method to Material
- Replace RenderLayerEvent with RenderStageEvent
- Pass more information to RenderContext including camera and projection
matrix
- Pass RenderContext instead of Camera to all beginFrame-related methods
- Remove RenderContext.CURRENT
- Remove FrustumMixin and CameraMixin
- Remove default BasicModelSupplier constructor
- Convert Material to interface and create SimpleMaterial implementation
- Move API instancer classes to instancer package
- Organize imports
- Fix tickable instances ticking while paused
- Fix CME on effect origin shift
- ExampleEffect is now boids fireflies
- Better tick/update load distribution with small instance counts
- Add Effect instancing
- Allows mods to create visual effects without (block) entities
- One effect object maps to many AbstractInstances
- Effect objects are expected to exist in isolation
- Refactor InstanceManager to be composable about how its instances are stored
- EffectInstanceManager uses this to provide a one to many topology
- This is in need of more iteration, and more aspects of InstanceManager should be made composable in the future
- Fix Resources not being closed properly
- Change versioning scheme to match Create
- Add LICENSE to built jar
- Fix mods.toml version sync
- Move JOML code to non-src directory
- Update Gradle
- Organize imports
- ... to address the nullpointer with create pulleys
- LightListeners track their own levels
- Remove BasicProvider and LightProvider
- Rename MovingListener to better match functionality
- Remove ListenerStatus in favor of a boolean
- Instances keep track of their removal status and properly report it via LightListener#isListenerInvalid
- Bump version - 0.6.4
- Re-implement batching under new api topology
- Lots of duplicated code between instancing and batching, room for abstraction
- StructTypes now require their type argument to extend InstancedPart
- Fix crash when re-allocating drawbuffers
- Disable crumbling pending refactor
- Separate RenderDispatcher#beginFrame from RenderDispatcher#maintainOriginCoordinate
- Inline OriginShiftListener
- Refactor InstancedRenderDispatcher hooks
- InstancingEngine takes over tracking individual draw calls
- Many draw calls are associated with a single ShaderState
- Each ShaderState will bind one shader program
- Make Material a record
- Inline Renderable and move InstancedModel.Layer to DrawCall
- Rename InstanceData -> InstancedPart, and subclasses
- Burger Fences
- Fix GlStateTracker nuking vao element buffer bindings
- GlVertexArray tracks element buffer bindings
- Use vertexAttribPointer offset instead of ..BaseVertex
- Setup code for better crumbling rendering
- Move some logic into CoreShaderInfoMap
- Simplify VertexWriter/VertexList
- Prefer IEventBus#addListener to @SubscribeEvent
- Stop using persistent buffers... for now
- Fix and improve crumbling rendering
- Rename Batched to BatchedStructType and Instanced to
InstancedStructType
- Normalize flw_vertexNormal in context/common.vert
- Add TODO and FIXME comments
- Check for errors immediately after loading shaders
- Done through FileResolution
- Add class SourceChecks to
- Throw away GatherContextEvent, do everything on client init
- Unify FileResolution and Resolver, PartialModel style
- Pass around error reporter to detect errors during load
- Rename MaterialManager -> InstancerManager and Material ->
InstancerFactory
- Create Material class consisting of RenderType and shader files
- Make ModelSuppliers use Materials as keys instead of RenderTypes
- Move diffuse calculation from context shaders to material/shaded.vert
- Merge used templates directly into compilers and remove template
classes
- Overhaul shader pipeline
- Remove VertexType#getShaderHeader in favor of vertex-only "layout
shaders"
- Remove program specs in favor of vertex-only "instance shaders"
- Add API GLSL headers for vertex and fragment shaders that store
common values
- Separate context shaders into vertex and fragment shader files
- Improve import handling
- Ensure imports are not added more than once
- Change regex for import directives to be more in line with C-style
directives
- Move some classes and GLSL files
- Respect fog shape and type
- Add uFogShape uniform
- Add macro for current FogType
- Respect dimension constant ambient light when calculating diffuse
- Add uConstantAmbientLight uniform
- Redirect diffuse calculation to FLWDiffuse
- Do not automatically include diffuse.glsl
- Fill CoreShaderInfoMap with info for vanilla and Forge core shaders
- Use try-with-resources when querying ResourceManager
- Move WorldProgram uniform uploading from bind to uploadUniforms
- Use correct layer when rendering bells (cutout -> solid)
- Update Starlight
- Remove OnlyIn annotations
- Replace JSR305 Nullable and Nonnull with Jetbrains Nullable and
NotNull
- Fix indentation in flywheel.mixins.json
- Organize imports
- Inline a handful of interfaces that had limited use
- Removed IndexedModel/VBOModel as a first step in refactoring model uploads
- InstancedModels/GPUInstancers support multiple VAOs
- Fix padding issue
- Instancer VAO logic moved to InstancedModel
- Refactor GlVertexArray for easier debugging
- Sort of clean up BufferLayout
- Padding items are broken, needs fix
- Abstract ModelUtil.getBufferBuilder and .getBufferBuilderFromTemplate
- BakedModelBuilder and WorldModelBuilder as parameter objects for getBufferBuilder
- WorldModelBuilder supports IModelData
- Slight simplification to model allocation
- RenderLayers are no more
- Add basically empty RenderTypeRegistry, to be filled out as I go
- Move content of RenderLayerEvent into RenderContext
- BlockModels have PartialModel names now
- Futz around with InstancingEngine's render logic
- Fix invisibility bug caused by not unbinding vaos
- Inline all the things
- Now MaterialManager -> Material -> Instancer
- ModelSuppliers store RenderType
- Currently broken, it only renders chunk layers so vanilla instances are invisible
- User no longer needs to supply a key object to get an instancer
- Move memoization logic outside of MaterialManager
- Provide utility class for memoizing models
- Vanilla instances use static objects for their models
- PartialModels don't actually need reference states, use air instead
- Move RenderLayer to api package
- Kill lazy killable
- Only one task engine for everything now
- Fixes crash on LightUpdater init when Flywheel is off
- Attempt to wrangle InstanceWorld init code
- Misc. cleanup/renaming
- LightUpdates now uses task engine to update listeners in parallel
- Basic workgroup system to run something on the main thread after a group of tasks is complete
- Add ShadeSeparatedBufferBuilder and other code to allow separating all
non-shaded vertices to the end of the buffer
- Add ShadedVertexList to allow defining if a certain vertex is shaded
or not
- Add new methods to ModelUtil with arguments for more flexibility
- Refactor VirtualEmptyBlockGetter to allow defining arbitrary light
values
- Add shaded argument to DiffuseLightCalculator
- Fix entitiesForRendering redirect to be compatible with carpet.
- Use more reflection for dealing with optifine
- Fixes issue where flywheel would still be on immediately after enabling optifine shaders
- The batching engine may run in parallel, meaning the force diffuse
state will not be read correctly
- ModelTransformers only process vertices that will be rendered in the
world
- Add 0.6.1 to the issue template
- Remove BooleanConfig, BooleanConfigCommand, and BooleanDirective
- Make Flywheel.VERSION private so it cannot be changed
- Move createUpdateLimiter from FlwConfig to InstanceManager
- Extract update limiting behavior to interface
- Move original impl to BandedPrimeLimiter
- Add dummy NonLimiter impl
- Add command/config to toggle update limiting
- Refactor InstanceManager to be more consistent between frame updates and tick updates
- Bump version - 0.6.1
- GlCompat now a singleton, doesn't need to be re-created
- Fix crash with F3 open and backend off
- Clear program spec map before loading
- Merge FlywheelClient and Flywheel classes
- ModelPools no longer undbind their buffer during construction, as state should be maintained externally
- Call BufferUploader#reset at the end of renderChunkLayer to partially fix crash rendering contraptions
- Remove Engine#getName, it was replaced by FlwEngine
- StructTypes no longer need to be registered
- Move backend.source to core.source
- Move GameStateRegistry to core
- Backend is static again
- Loader maintains state internally
- Combine InstanceFactories and FlywheelRendered into
InstancingControllers
- Store these controllers directly in the BlockEntity/Entity type
instead of a map for efficiency
- Redo InstancedRenderRegistry to fit these changes
- Rename all tile to block entity
- Remove all interface I prefixes
- Organize imports
- Bump version to 0.5.1
- Simplify game state system
- Need some way to re-add errors on load.
- Streamline shader compilation, reduce map lookups
- Move pipeline package from backend to core
- Simplify interfaces and remove unnecessary classes
- Drastically lower shader boilerplate for instance materials
- Somewhat lower boilerplate for contexts
- VertexTypes are responsible for shader headers
- Better shader compiler errors (at least on nvidia)
- Simplify template classes
- Begin work on lazy shader compilation
- VAO state is now handled by GlVertexArray objects
- IndexedModel no longer inherits from VBOModel
- BufferedModel doesn't need #clearState
- Likely fixes crash on intel drivers
- Use Flywheel.rl and Flywheel.ID where ever possible
- Rename Flywheel.log to LOGGER
- Don't add namespace to network channel version
- Use counter for packet IDs
- Sort of get the batching engine working for contraptions but this feels wrong
- TaskEngine gets passed in methods
- Better naming for TaskEngines
- Do BufferSource ourselves
- Change BufferBuilderMixin to allow for injection into BufferBuilder objects
- true to false for Pepper
- IBufferedModel -> BufferedModel
- VertexFormat -> BufferLayout
- Use ImmutableList in BufferLayout
- LayoutItem naming consistency
- Try to reduce usage of raw BufferLayouts
- Move vertex interfaces to api package
- #createWriter and #createReader in VertexType
- Some documentation
- Use VirtualEmptyBlockGetter instead of mc.level
- Move getBufferBuilder from BlockModel to ModelUtil
- Add static .is method to VirtualEmptyModelData
- Submit many tasks to executor and then wait for them all to complete.
- Use WaitGroup
- SBB no longer stores params, instead accepts Params arg to render
- SBB keeps scratch variables local
- CPUInstancer keeps track of default params
- Separate #setup and #draw... functions in CPUInstancer
- Combine DirectBufferBuilder#updateAfterWriting with #intoDirectConsumer
- DirectVertexConsumer#split to distribute work
- Transform interface for grouping traits and combined behavior
- Move transforms to params, impl Transform
- Pass Params object to BatchingTransformers instead of SBB
- MappedBuffer no longer abstract
- Mappable interface used within MappedBuffer
- MappedBuffer is mapped before ctor
- No more subclasses, no more thin wrapping overrides
- Use try with resources for buffer mapping
- Better error handling with mapped buffers
- Unimplemented exception as a procrastination method
- MapBufferRange compat layer not needed, missed that
- Don't need MappedFullBuffer anymore
- Add guard for size in GPULightVolume#bind
- LightVolume#getStride not needed
- Replace usaged of GlError#poll with #pollAndThrow
- VecBufferConsumer doesn't need a format
