Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

▼Nlasp	LASP: Library for Acoustic Signal Processing
▼Nfilter
▼Nfilterbank_design	Author: J.A
CFilterBankDesigner	A class responsible for designing FIR filters
COctaveBankDesigner	Octave band filter designer
CThirdOctaveBankDesigner
▼Nsoundpressureweighting	Author: J.A
CSPLFilterDesigner
▼Nlasp_atomic	Provides a simple atomic variable:
CAtomic	Implementation of atomic operations on integers and booleans
▼Nlasp_common
CAvType	Specificying the type of data, for adding and removing callbacks from the stream
CCalibrationSettings
CCalSetting
CFreqWeighting	Frequency weighting types
Clasp_shelve
CQty
CShelve
CSIQtys
Cthis_lasp_shelve
CTimeWeighting
▼Nlasp_daqconfigs
CDaqConfigurations	DaqConfigurations stores a set containing an input configuration and an output configuration
▼Nlasp_imptube	Author: J.A
CTwoMicImpedanceTube
▼Nlasp_measurement
CIterData	Iterate over blocks of data, scaled with sensitivity and integer scaling between 0 and 1
CIterRawData	Iterate over stored blocks if the raw measurement data of a h5 file
CMeasurement	Provides access to measurement data stored in the h5 measurement file format
▼Nlasp_measurementset	Provides class MeasurementSet, a class used to perform checks and adjustments on a group of measurements at the same time
CMeasurementSet	Group of measurements that have some correspondence to one another
▼Nlasp_octavefilter	Author: J.A
CFirFilterBank	Single channel (fractional) octave filter bank implementation, based on FIR filters and sample rate decimation
CFirOctaveFilterBank	Filter bank which uses FIR filtering for each octave frequency band
CFirThirdOctaveFilterBank	Filter bank which uses FIR filtering for each one-third octave frequency band
COverallFilterBank	Dummy type filter bank
CSosFilterBank
CSosOctaveFilterBank	Filter bank which uses FIR filtering for each one-third octave frequency band
CSosThirdOctaveFilterBank	Filter bank which uses FIR filtering for each one-third octave frequency band
▼Nlasp_playback
CPlayback	Play back a single channel from a
▼Nlasp_record	Read data from stream and record sound and video at the same time
CRecording	Class used to perform a recording
CRecordStatus
▼Nlasp_reverb	Author: J.A
CReverbTime	Tool to estimate the reverberation time
▼Nlasp_slm	Sound level meter implementation
CDummy	Emulate filtering, but does not filter anything at all
CSLM	Multi-channel Sound Level Meter
▼Nlasp_weighcal	Weighting and calibration filter in one
CWeighCal	Frequency weighting and calibration FIR filter
▼Nplot
▼Nbar	Author: J.A
CBarScene	Graphhics Scene for plotting bars
▼Ntools
▼Ntools	Author: T
CSmoothingType
CSmoothingWidth
Csw
CAvPowerSpectra	Estimate cross-power spectra using Welch' method of spectral estimation. The exact amount of overlap in Welch' method is rounded up to a certain amount of samples
CBiquadBank	Multiple biquad filters in parallel, each multiplied with a gain value, and finally all added together. This class can be used to create a graphic equalizer
CBufHandler
CClipHandler	Clipping detector (Clip). Detects when a signal overdrives the input
▼CDaq	Base cass for all DAQ (Data Acquisition) interfaces. A DAQ can be a custom device, or for example a sound card
CStreamException	Used for internal throwing of exceptions
CStreamStatus	Information regarding a stream
CDaqApi	Class that specifies API related information. An API configuration is part of the DAQConfiguration and used to address a certain physical device. For that, a specific backend needs to be compiled in. Examples of API's are RtAudio and UlDaq
CDaqChannel	Stores channel configuration data for each channel. I.e. the physical quantity measured, sensitivity, device-specific channel settings, a channel name and others
CDaqConfiguration	Configuration of a DAQ device
CDaqData	Data coming from / going to DAQ. Non-interleaved format, which means data in buffer is ordered by channel: _ptr[frame+channel*nframes]
CDataTypeDescriptor	Descriptor for data types containing more detailed information
CDeviceInfo	Structure containing device info parameters
CDT9837A	Data translation DT9837A Daq device
CFft	Perform forward FFT's on real time data. Computes single-sided spectra, equivalent to Numpy's rfft and irfft functions. But then faster as it can use a fast FFT backend, such as FFTW
CFft_impl
CFilter	Filter used to pre-filter a double-precision floating point data stream
CGlobalThreadPool	Simple wrapper around BS::thread_pool that makes a BS::thread_pool a singleton, such that a thread pool can be used around in the code, and safely spawn threads also from other threads. Only wraps a submit() and push_task for now
CInBufHandler	Specific helper for the input buffer
CInDataHandler
CNoise	Generate a random signal (noise)
COutBufHandler
CPeriodic	Base class for all periodic signals (that are exactly periodic based on the sampling frequency). Note that the sine wave generator is not exactly periodic as the frequency can be any floating point value
CPowerSpectra	Computes single-sided cross-power spectra for a group of channels. Only a single block of length fft, no averaging. This class should normally not be used. Please refer to AvPowerSpectra instead
CPPMHandler	Digital Peak Programme Meter (PPM). Let the latest maximum flow away with a certain amount of dB/s. If a new peak is found, it goes up again. Also detects clipping
CPyIndataHandler	Wraps the ThreadedInDataHandler such that it calls a Python callback with a buffer of sample data. Converts DaqData objects to Numpy arrays and calls Python given as argument to the constructor
CRtAps	Real time spectral estimator using Welch method of spectral estimation
CRtSignalViewer	Real time signal viewer. Shows envelope of the signal based on amount of history shown
CSafeQueue
CSeriesBiquad	A set of Biquad filters in series
CSiggen	Signal generation abstract base class. Implementation is required for resetImpl(), genSignalUnscaled() and destructor
CSine	Generate a sine wave
CSLM	Sound Level Meter implementation that gives a result for each channel. A channel is the result of a filtered signal
CStreamMgr	Stream manager. Used to manage the input and output streams. Implemented as a singleton: only one stream manager can be in existance for a given program. The thread that instantiates a stream manager is the only thread that should interact with the stream manager. If this is not true, undefined behavior can be expected. If LASP is compiled in debug mode, this fact is asserted
CSweep	Sweep signal
CThreadedInDataHandler	A bit of curiously recurring template pattern, to connect the specific handlers and connect the proper callbacks in a type-agnostic way. Using this class, each threaded handler should just implement its reset() and inCallback() method. Ellides the virtual method calls
CThreadedInDataHandlerBase	Threaded in data handler base. Buffers inCallback data and calls a callback with the same signature on a different thread. The main function of this is to offload the thread that handles the stream, such that expensive computations do not result in stream buffer xruns
CTimeBuffer	Implementation of a buffer of time samples, where
CTimeBufferImp
CUlDaqDeviceInfo	UlDaq-specific device information. Adds a copy of the underlying DaqDeDaqDeviceDescriptor
CWindow	Window (aka taper) functions of a certain type