- Switched all filters and sources over to new initialization code.
- Fixed a 32-bit crash on machines with CPUs capable of SSE caused by Vertex Buffers.
- Reduced memory requirements of Vertex Buffers by ~60%.
- Removed a superfluous reallocation, loop and copy from Vertex Buffers.
Changes the GS::VertexBuffer storage to be one continuous buffer that is properly aligned and is also now used for GS::Vertex. This halves the necessary memory, removes reallocation cost and removes the copy necessary to get things onto the GPU.
Related: #9
This unifies the logic in GS::IndexBuffer and GS::VertexBuffer so that both can take the same amount of vertices. Additionally the limit for vertices was increased to 16777216 from 65536 to allow for proper models to be stored.
The previous fix unfortunately didn't actually fix it and instead made the crash invisible at first and then corrupt the heap at a later point. With this, VS2013 and VS2015 create code identical to what VS2017 creates, and no longer seem to crash.
Related: #9
This fixes the crash on creation issues, but a crash on exit still happens with the plugin installed. Unsure what exactly is causing it but it looks like something is writing into heap memory.
Related: #9
A bug in Visual C++ 2013 32-bit & 2015 32-bit causes the C++ compiler to incorrectly align the vec3 and vec4 structs to 8-byte instead of 16-byte, resulting in a crash if the target PC supports SSE. Visual Studio 2017 and 64-bit builds are not affected.
Related: #9
- Improved initialization code to ease future development.
- Fixed several possible crashes in the GS subsystem wrappers.
- Fixed 'Blur' filter color being wrong due to non-power-of-two textures.
- Improved 'Blur' filter error reporting for better debugging and support.
- Fixed 'Blur' filter crashing OBS on GPU reset, better support for this is added in a future version of OBS.
- Fixed 'Blur' filter occasionally just not working.
- Added 'Source Mirror' source which allows you to add filters to a source without modifying it as well as rescaling it.
The source allows you to apply effects to the same source without requiring a new instance of the source. Any changes done to the original source also apply to the mirror, so there is less total work that needs to be done.
It can also rescale the source, allowing you to use the same source as a cheap instant backdrop with Blur for example. What you do in the end is completely unwritten and up to you to decide.
An earlier commit changed how Blur filter rendered and thus m_technique was no longer being initialized, resulting in the check randomly failing if the memory was just right.
This also adds some more extra logging to the instance creation in case things fail and fixed one MSVC warning.
Fixes#1
- Fixed Gaussian Blur having color issues with radii that aren't a power of 2.
- Improved error reporting to better debug problems where Blur doesn't render.
- Switched from manual object management to managed classes.
- Lots of code cleanup for maintainability.
As a server hoster and administrator I can say this: Github LFS is way too overpriced for the little gain it has. A single data pack costs $5/month and it gives 50GB space and 50GB traffic for one month, which isn't a lot because any amount of that bandwidth is used up by people that aren't actually you - you just get charged for it.
To put it into perspective, I currently host a cluster of 8 servers and pay a total of about $160 for it, which gives me access to a total of 100 TB disk space and a monthly traffic soft limit of 400 Tebibyte - after I hit that soft limit the servers just work with slightly less bandwidth. For the $5 that Github charges I could self-host the LFS files and still have 3 TB more disk space plus an extra of 12.5 Tebibyte traffic.
It's just purely made for Github to get more revenue than the effort put into it.
