Fmod Studio.dll Download [UPD]
Inca Lillard
Thanks for sharing! What are the differences when developing on Windows? So far I logged in to the website and downloaded the FMOD Engine for Windows. I copied over the api (C:\Program Files (x86)\FMOD SoundSystem\FMOD Studio API Windows\api) folder into a newly created folder inside my solution named fmod. So now I have everything I need from there I guess?
Since on windows I think now I should use *.dll files instead of *.dylib files, right? I think those ones might be right?
You can configure these static plugins as a platform-specific override for iOS, while using the phonon_fmod dynamic plugin on other platforms. For more information on how to do this, refer to the documentation for the FMOD Studio Unity integration.
When initializing FMOD Studio in your game engine, call FMOD::System::loadPlugin to load the Steam Audio FMOD Studio integration. The plugin files can be found in the steamaudio_fmod.zip file you downloaded earlier. The file name of the plugin depends on the platform:
On iOS, instead of calling FMOD::System::loadPlugin, you will have to statically link to lib/ios/libphonon_fmod.a and use FMOD::System::registerDSP to register each of the Steam Audio DSP plugins. For example:
It seems FMOD is looking at an fmod.dll and fmodstudio.dll that was added before I even joined the studio. Deleting these causes a DLL Not Found and adding any fmod.dll that was added with the custom package still gives a DLL Not Found Error.
Other plugin phonon_fmod seems to work just fine. I also noticed that when I set Occlusion Mode in Steam Audio Spatializer to disabled and delete Steam Audio Mixer Return on Master Bus I can hear audio event.
In the solution explorer window, right click zdoom and select properties at the bottom. Then expand the "Linker" section and select "Input", then click the drop down arrow of "Additional Dependencies" at the top and click "", then type "fmodex64_vc.lib" under all the other .lib files and hit OK.
set FMOD_LIBRARY to 'api/lib/fmodex_vc.lib' inside fmod folder (e.g. C:\Program Files (x86)\FMOD SoundSystem\FMOD Programmers API Windows\api\lib\fmodex_vc.lib). If you are compiling for 64-bit systems set FMOD_LIBRARY to fmodex64_vc.lib instead.
"FMOD Studio API" on Windows is an install package, and when you run it you get C:\Program Files (x86)\FMOD SoundSystem\FMOD Studio API Windows (if installed to the default directory). For Windows 64-bit just copy the DLL from C:\Program Files (x86)\FMOD SoundSystem\FMOD Studio API Windows\api\core\lib\x64\fmod.dll alongside the game exe.
"FMOD Studio API" on Linux is a tar.gz archive. Unpack it anywhere, and from api\core\lib\x86_64 subdirectory (assuming you use Linux on x86_64 CPU) copy the 3 libfmod.so* files (one is actual library, 2 are just symlinks). We advise copying these 3 files to the libraries/x86_64-linux/ subdirectory of your project.
It of course needs to be present when you run the application, both on developer and user system. Create a shell (bash) script that sets $LD_LIBRARY_PATH to include your local fmod copy, and then executes the application. Like this:
We want to simplify the Windows/Linux instructions above. We will support in CastleEngineManifest.xml for desktop platforms (right now the "services" are only for Android and iOS), allowing you to easily request fmod service on Windows/Linux and point it to the FMOD installation. In general a desktop service will be able to specify OS/CPU specific libraries (aaa.dll on Windows, libaaa.so on Linux etc., in subdirectories named like libraries/$CPU-$OS/) and let the CGE build tool automatically do everything that is necessary to use them.
Erros relacionados ao fmodstudio.dll podem surgir por diferentes razões diferentes. Por exemplo, um aplicativo defeituoso, o fmodstudio.dll ter sido excluído ou perdido, corrompido por software malicioso presente no seu PC ou um registro danificado do Windows.
To fix fmodstudio.dll errors, download the file and reinstall it in the Windows system folder. In some cases, the file must be in the folder with the game or program. For detailed instructions on how to install the DLL and other libraries, see "Help" section.
For the final step in linking we need to tell Visual Studio exactly what files to use. This option is found in Configuration Properties -> Linker -> Input. The first option and the one we need is Additional Dependencies. Now this can vary from the Release version and the Debug version. To change what version you are modifying you can click the drop down menu next to Configuration at the top of the window. I'll start with the release version. Open up the Additional Dependencies window just like the past two directories windows. The two files we need are fmod_vc.lib and fmodstudio_vc.lib. Make sure to add these two on separate lines in the window. Click OK and switch to the debug version of the project. The files we need to add here are fmodL_vc.lib and fmodstudioL_vc.lib. Here's what my Release and Debug version look like.
The first setting we are looking for is Other Linking Flags. You can scroll down to the Linking section or just type it in the search bar near the top of the window. Once you find it click the little down arrow next to the option. This will show the Release and Debug options which will be different for FMOD. For the Debug version we'll want to add two different files. We need to add libfmodL.dylib and libfmodstudioL.dylib. Mine are located at /Development/FMOD Programmers API/api/lowlevel/lib and /Development/FMOD Programmers API/api/studio/lib but yours will be where ever you installed the API. For the Release setting the files are in the same location but you'll want to use libfmodstudio.dylib and libfmod.dylib. This is what the settings should look like...
You will need to download a version of FMOD Ex. You can do this by visiting this website. Once downloaded, make sure the files are installed to a directory in your source code. It's easier if you just made an "fmod" folder in your /src folder and put everything in there.
To start, right-click on your client project in the Solution Explorer and go to "Properties". Expand "Configuration Properties" on the left of the new window that appears and click on "C++". Edit "Additional Include Directories" to include FMOD's /api/inc folder. For example, if you made a new "fmod" folder in your /src folder of your source code files as suggested, you would add this to your list of include directories: ..\..\fmod\api\inc
Stay in the same window and click on "Linker", which is the option under "C++". Edit "Additional Library Directories" to include FMOD's /api/lib folder. Again, if you made a new "fmod" folder in your /src folder of your source code files, add this: ..\..\fmod\api\lib
All that needs to be done now is to start the FMOD sound system when the modification launches. To do this, open up cdll_client_int.cpp, add #include "fmod_manager.h" to the list of includes and add the following in the Init function under g_pClientMode->Enable();
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