Namespace List

Here is a list of all namespaces with brief descriptions:

[detail level 12345]

▼Ntklb	Using template interfaces isn't an option so this simply defines a default Convolver type
▼Nmemory
►Ntracer
CMagicBlock	Struct inserted at the end of every allocation
►CMemoryPool	Memory pool interface
CBlock	Struct used to mark every allocation;
CSharedPool	Pools can share the same space, but use it differently
CMemoryPoolStack	Stack based pool
CMemoryPoolStd	Pool which proxies allocations to the stdlib
Nogg
Nuuid
▼Nwave
N_	Redirects malloc for drwav, not really needed since loading and saving wavs doesn't seem to allocate anything on the heap
CWaveOptions	Small option struct to save wave files
CAudioBufferTpl	Class for handling the most basic audio needs
CAudioRingBufferTpl
CBaseDelegate	Stripped down version of this delegate implementation https://github.com/marcmo/delegates/tree/f0938dac2ad779226ef637da350e964ac8008ba5 Stripped return value, const and free function version TODO tklb add return type back in
CConvolverBruteTpl	Brute force convolver using element wise multiplication
CConvolverMonoTpl	Single stage mono convolver based on HiFi-Lofis convolver The FFT and buffers use the tklb types and the simd was replaced with xsimd TODO tklb all ! FIX THIS MESS ! FIX THIS MESS ! FIX THIS MESS ! FIX THIS MESS
CConvolverRefTpl	Wraps up the FttConvolver to support type conversion
CConvolverTpl	Multichannel version of the convolver
CDelegate
CDelegate< void(Parameters...)>
CDelegateFactory	A factory is needed to ba able to convert the void pointer back to the object and call the member function
▼CEventBus
CBaseSubscription
CSubscription
CFFTOoura
CFFTpffft
CFileInfo
CHandleBuffer	TODO broken don't use
CHeapBuffer	Basically a bad std::vector without exceptions which can also work with foreign memory
CLockGuard
CLockGuardTry
CLogger
CMallocInfo
CMutex	Std::mutex wrapper
CMutexDummy	Dummy Mutex which doesn't synchronise a all
COversampler	Super simple wrapper for the hiir up and down samplers It only goes up to 4x oversampling Its type is also bound to the Audiouffers default sample type in order to avoid including all versions of the hiir library
CResamplerCosineTpl
CResamplerHoldTpl
CResamplerLinearTpl
CResamplerSpeexTpl
CSectionClock
CSectionTimer
CSpinLock	Spinlock ! probably not thread safe
CStackString	Super simple class to hold and compare strings on the stack
CStdAllocator
CString
▼Nvae	Contains Typedefinitions and basic structures use by the public API and internally
NConfig
▼Ncore
►Neffect
CEffectBase	Base for all effects
CEffectsFactory
►CEffectsList
CRegisteredEffect
CFaustBase	Interaface for faust DSP code
CMeta
CRegistermydsp
CRegisterVAEReverb
CUI
CVAEReverb
►Nfs
CFile
►Nmemory
CAllocator	Allocator used for all heapbuffers in VAE
CAudioAllocatorName
CFsAllocatorName	This is here to get a name into the allocator without writing the whole thing again
CMainAllocatorName
CScratchAllocatorName
Nprofiler
CBackend	Backend interface used to query devices before creating a actual device object
CBackendDummy
CBackendPortAudio
CBackendRtAudio
CBank	Bank object containing Sources, Mixers and Events Can be loaded and unloaded at runtime
CBankLoader
CBankManager	Holds all the banks
CConvolve
►CDevice	Interface for audio devices
CAudioThreadWorker	Data shared with audio thread
CDeviceDummy	Backend without functionality
CDevicePortaudio	Portaudio backend implementation
CDeviceRtaudio
►CEffect	Effect pod
CParameter	Represents a parameter of the DSP
CEffectsProcessor
CEmitter	Allows placement of a Sound in 3D
CEngine	Central class handling all outside communication
CEvent	An Event is used to control most of the eingines behavior
►CHRTF
CPosition
CHRTFLoader
CHRTFUtil
►CListener
CConfiguration
CMixer
CMixerProcessor
CProcessor	Non spatial voice processor
CSource
CSourceLoader
CSpatialManager
CSpatialProcessor
►CSPCAP	Struct containing SPCAP and preconfigured speaker setups
►CSPCAPConfig	Class handling SPCAP for arbitrary speaker setups
CSpeaker
CVoice	Barebones voice
CVoiceFilter	Additional data needed for filtered voices
CVoiceHRTF	Data needed to process HRTFs
CVoiceManger	There is only one voice pool and VAE and it's managed here
CVoicePan	Data to interpolate panning between blocks or do manual pan
▼NStaticConfig	Contains some fundamental Configuration needed at compile time Dynamic settings are contained in the EngineSettings struct above
NSpeakers	Placement of the speakers around the listener used for SPCAP panning
CDeviceInfo	Basic struct describing a audio device
CEngineConfig	Settings for the engine defined at EnginePimpl::init
CEnginePimpl	Sealed of version of vae::core::Engine
CEventCallbackData	Struct containing relevant data passed to EventCallback provided in the EngineConfig
CLocationDirection	Emitters have a position and direction vector
CLocationOrientation	Listener uses additional up vector
CVector3	Public vae Vector 3 type
▼Nvaeb	Contains generated Event ids using generate_bank_defines.py
CBank1
CBank2