This was causing issues when using the new scripting API in JAD where
there were a lot of 2D operations which filled up the immediate mode
buffer. The reason was that GL_ARB_vertex_attrib_binding the relative
offset is limited and the movie code adds the immediate buffer offset to
the vertex layout which then hit the offset limit set by OpenGL.
This fixes that by using the normal byte offset method which is already
used by the render_primitives functions.
This allows to directly display RGB(A) movies without transcoding them
to YUV first. This allows the movie player to support APNG files (which
are supported natively by FFmpeg) with an alpha channel and without
converting them to YUV first.
This moves all the cutscene specific code out of the movie player code
and into the cutscene code so that the movie player can be reused for
usage in other environments.
This is required for #1041 since an implementation of that feature would
reuse the movie player code of the cutscene code but without all the
main loop stuff.
There is nothing specific to OpenGL in that code anymore since it's all
handled in the shaders at this point. This will make the lighting
information available in the normal graphics code which allows to use
those values when filling the uniform buffer for the model rendering.
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.
asarium