* Fixup HUD for slewing
* Fix Training Message box
* Lead indicator slew
* Fix HUD Message Head
* Correctly render messages
* Fix HUD offset handling
* HUD offset never makes any sense
* Cleanup offset code
* Remove unused parameter
* Fix Talking Head in RTT mode
See title. There were some cascade effects, but the changes are mostly contained to the model code. The calls to `gr_render_model` and `g3_render_primitives` use `const_cast` because constifying that API would require a whole other PR.
* Add imgui
* migrate render options
* remove wmcgui
* Add subsystem selection and highlighting
* Add a syntactic sugar extension for imgui
* don't rebuild the mission list every frame
* Add imgui_sugar extension
* Move helper functions out of lab_ui, add function to display consolidated table text for object
* add button to export cubemap
* fix entering and exiting the lab
* refactor some of this for greater cleanness
* use techroom lighting when no mission background is set
* minor things
* add imguizmo
* add imguizmo
* Add imgui
* migrate render options
* remove wmcgui
* Add subsystem selection and highlighting
* Add a syntactic sugar extension for imgui
* don't rebuild the mission list every frame
* Move helper functions out of lab_ui, add function to display consolidated table text for object
* add button to export cubemap
* fix entering and exiting the lab
* refactor some of this for greater cleanness
* minor things
* add imguizmo
* add imguizmo
* Add button to reset changes made in the render dialog
* refactoring
* unfuck rebase
* fix issue with loose mission files
* use with_CollapsingHeader for greater uniformity
* add weapon selection functionality
* make primaries and secondaries fire again
* implement animation triggers
* avoid crash when switching back and forth between ships with and without team colors
* add control to set team color setting to renderer texture dialog
* make sure the table text updates when the ship class changes
* let rotating subsystems rotate
* do not add imgui.h to pstypes
* code cleanup
* add subsys highlighter from fred
* Highlight non-modelled subsystems as well
* add cmdline flag to show the imgui demo dialogue
* fix compiler warnings reported by CI
* fix error when building the subsystem list
* refactor variable/method naming
* code cleanup
* remove vestigial code
* update to imgui 1.89.1
* add credits entry for imgui
* use the imgui namespace
* Separate the background dialog out into its own window
* make sure the subsystem highlights are placed correctly
Co-authored-by: Fabian Woltermann <[email protected]>
* Add support for drawing batched 3D lines of arbitrary color and thickness.
* Add draw3dLine lua function.
* Move line texture out of graphics.h into graphics.cpp, also rename it for proper code style.
* Move line texture generation to batching.cpp, create dedicated batching_add_line function and add support for a line with variable thickness at the start and end.
* Use references in the verts loop
* Add bound checks for line widths
* Warn if the Lua script uses invalid widths
The original OpenGL Core changes only used a single vertex array object
for specifying the data layout of our vertex data. This uses the OpenGL
extension GL_ARB_vertex_attrib_binding to extend that so that each
vertex_layout uses a separate vertex array object which should improve
performance by reducing the CPU overhead while switching the vertex
layout. Since we need to use offsets into the vertex buffers at some
points this can not be done with the core functions since those do not
support specifying an offset when binding a vertex buffer.
GL_ARB_vertex_attrib_binding does support that and also features an
improved API for specifying the vertex layout. If that extension is not
available then the rendering engine will fall back to the current code.
In CPU intensive scenes I observed a frametime improvement of 1-2 ms.
All transformations are now handled by shaders so there is nothing
special going on in the graphics API specific code anymore. Since model
uniform buffers require access to these matrices I moved the matrix
handling out of the graphics API code.
This converts the deferred lighting shader to use uniform buffers for
the dynamic data sent to the GPU while rendering the lighting effects.
This doesn't affect performance but the deferred lighting code is a
nicely isolated piece of rendering code where I could test how the
rendering code could use the uniform buffers.
This is related to #910.
This converts all usages of bmpman textures to OpenGL texture arrays.
That means that all frames of an animation are stored in a single OpenGL
texture object and can be accessed at the same time in a single draw
call. This should significantly reduce the overhead of drawing lots of
particles since all particles of a single animation can be drawn with a
single draw call.
This fixes#1169.
The root issue of #976 was that the code that reset the depth buffer of
the scene framebuffer was actually setting the depth buffer of the bloom
framebuffer since that didn't get reset properly. To fix this I
introduced a system in our GL_state which keeps track of a stack of
"bound" framebuffers which allows us to return to the previous
framebuffer with a simple function call.
I also added support for GL_KHR_debug since that help me while debugging
which texture was in use. In the future I'll probably extend that to
other areas of the OpenGL code as needed.
This fixes#976.
The new design is centered around the Event Trace JSON format but it
should still be possible to adapt it for other profiling tools. The old
profiling system has been removed.
primative_batch_buffer:desired_buffer_size was not properly initialized in vc120 compilers during debugging. Default constructors proved insufficient, and std:map::operator[] seems to ignore them anyway. This fix gets around that by explicitly clearing desired_buffer)size from within batching_init_buffer()
Asteroth