home/joe/obs-stream-effects/source/filter-displacement.hpp:46:22: error: вЂ_Ptr_baseвЂ™ is not a class template In file included from /home/joe/obs-stream-effects/source/plugin.cpp:22: Std::string& const get_translation(std::string const key) home/joe/obs-stream-effects/source/filter-blur.hpp:90:60: error: вЂconstвЂ™ qualifiers cannot be applied to вЂstd::_cxx11::string&вЂ™ home/joe/obs-stream-effects/source/filter-blur.hpp:62:4: error: friend declaration does not name a class or function home/joe/obs-stream-effects/source/filter-blur.hpp:62:22: note: suggested alternative: вЂ_Mutex_baseвЂ™ home/joe/obs-stream-effects/source/filter-blur.hpp:62:22: error: вЂ_Ptr_baseвЂ™ in namespace вЂstdвЂ™ does not name a type home/joe/obs-stream-effects/source/filter-blur.hpp:62:22: error: вЂ_Ptr_baseвЂ™ is not a class template

In file included from /home/joe/obs-stream-effects/source/plugin.cpp:21: Building CXX object CMakeFiles/obs-stream-effects.dir/source/

The image on the right would be the original source. The image on the left is the result I am trying to achieve. I've considered using a displacement filter to simulate this look but the results haven't been as desirable and as easy to iterate as simple numerical inputs. Information on the distortion algorithm can be found here: It would be ideal to be able to apply the distortion after things like scaling and cropping. I would like the ability to apply this distortion to a video source with separate inputs for the x and y axes. I want to emulate the perceived distortion of viewing an image on old, curved CRT monitors. At present, you can only set specific resolutions to scale to, and if the input changes size then it doesn't compensate.ДЄs mentioned above, the only solution at present is to have a huge number of filters for each different resolution and aspect. The default scaling filters do not allow for dynamic scaling, aside from their very limited in scope aspect ratio settings. This is fairly easy to do using two separate filters, one for horizontal and one for vertical, but it's not super ideal. In the case of the SNES for example, I want to scale vertically 3x using Point scaling to preserve hard edges, but Horizontally (H*(8/7))*3 using bilinear scaling to blend cleanly. If it's not too complicated, being able to use separate scaling filters for Horizontal and Vertical would also be extremely useful. It would save me having to use a ton of filters for each different crop, and everything would guarantee being scaled correctly. This would mean that no matter what resolution the input is cropped to, it will scale to the correct size for the respective input. This means instead of having 8 filters, 4 for 4:3 and 4 for 16:6, I can make two filters that are something like this Ideally, I'd like a mathematic scaling filter with separate boxes for Horizontal scaling and Vertical scaling. In addition, this means that should I need to use a different crop for whatever reason, I have to make yet another scaling filter. This means that I need 8 different filters - One for each aspect ratio of each resolution. In addition, some games have a 16:9 option. The issue arises when starting to account for overscan.ДЇor the GameCube, some games are 660x480, some 640x480, some 660x448, and some 640x448.

For example, the SNES requires (H * (8/7)), and the GameCube requires (H * (10/11)). This is a mathematical function that varies from console to console. I have a large number of sources and filters designed for my old retro consoles.Дue to the way I capture them to preserve sharp pixels, I need to apply a very specific aspect ratio correction in OBS. Is your feature request related to a problem? Please describe.

Game slow down when using obs studio