treble_tsdk.results.results

Results management and acoustic parameter analysis.

Provides classes for loading, analyzing and visualizing simulation results including acoustic parameters, impulse responses, and result metadata.

Functions

get_results_object(simulation, results_directory)

Create a Results object for accessing simulation results.

Classes

AcousticParameters

Container for acoustic parameter measurements.

Results

Simulation results accessor with methods for retrieving impulse responses and acoustic parameters.

Exceptions

SDKResultsException

Exception raised for errors in results processing.
exception treble_tsdk.results.results.SDKResultsException

Exception raised for errors in results processing.

Used to indicate issues with result file access, parsing, or data retrieval.

__init__(message)
with_traceback()

Exception.with_traceback(tb) – set self.__traceback__ to tb and return self.

args
class treble_tsdk.results.results.AcousticParameters

Container for acoustic parameter measurements.

Stores frequency-dependent acoustic metrics including reverberation times, clarity, and SPL values.

__init__(edt: list[float] | None = None, t20: list[float] | None = None, t30: list[float] | None = None, c50: list[float] | None = None, c80: list[float] | None = None, d50: list[float] | None = None, ts: list[float] | None = None, g: list[float] | None = None, spl: list[float] | None = None, spl_a: list[float] | None = None, spl_c: list[float] | None = None, spl_z: list[float] | None = None, sti: list[float] | None = None, sti_using_spl: list[float] | None = None, mtf: list[float] | None = None, center_bands: list[float] | None = None, l_j: list[float] | None = None, l_j_avg: list[float] | None = None, j_lf: list[float] | None = None, **kwargs)
plot()

Open an interactive widget to visualize acoustic parameters.

static supported_parameters() → list[str]

List all supported acoustic parameter names.

Returns list[str]:

Names of available acoustic parameters.

class treble_tsdk.results.results.Results

Simulation results accessor with methods for retrieving impulse responses and acoustic parameters.

Provides lazy-loading access to simulation results including mono IRs, spatial IRs, and acoustic metrics.

__init__(simulation: Simulation, data_reader: DataReaderBase, result_type: ResultType = None)

A class which is designed to contain the results of a simulation.

Parameters:

  • simulation (Simulation) – The relevant simulation object

  • data_reader (DataReaderBase) – The data reader to read the results from

  • result_type (ResultType | None) – The type of results to be used, defaults to the simulation type

get_acoustic_parameters(source: SourceDto | str, receiver: ReceiverDto | str) → AcousticParameters

Get acoustic result parameters for a particular source and receiver, if receiver is not given

Parameters:

  • source (SourceDto) – A source associated with the simulation

  • receiver (ReceiverDto | None) – A receiver associated with the simulation and source, defaults to None

Returns:

Acoustic parameters for the source and receiver. If device is true, the parameters for each microphone on the device are returned as a list of AcousticParameters.

get_device_ir(source: SourceDto | str, receiver: ReceiverDto | str) → DeviceIR

Receive a device rendered impulse response object from the simulation for a specific source and receiver. If receiver is not a device type, an exception will be raised.

Parameters:

  • source (SourceDto) – A source associated with the simulation

  • receiver (ReceiverDto) – A receiver associated with the simulation and source

Return DeviceIR:

A device IR object corresponding to the input specifications

get_mono_ir(source: SourceDto | str, receiver: ReceiverDto | str) → MonoIR

Receive a mono impulse response object from the simulation for a specific source and receiver

Parameters:

  • source (SourceDto) – A source associated with the simulation

  • receiver (ReceiverDto) – A receiver associated with the simulation and source

Return MonoIR:

A MonoIR object corresponding to the input specifications

get_moving_ir(source: SourceDto | str, receiver: ReceiverDto | str) → MovingIR

Receive a moving impulse response object from the simulation for a specific source and receiver.

get_source_result_metadata(source: SourceDto | str) → dict

Get the source result metadata for a source

get_spatial_ir(source: SourceDto | str, receiver: ReceiverDto | str) → SpatialIR

Receive a spatial impulse response object from the simulation for a specific source and receiver. If receiver type was mono, will raise an exception

Parameters:

  • source (SourceDto | str) – A source associated to the simulation.

  • receiver (ReceiverDto | str) – A receiver associated to the simulation and source

Return SpatialIR:

A spatial IR object corresponding to the input specifications

plot()

Open an interactive widget to visualize simulation results.

plot_acoustic_parameters()

Open an interactive widget to visualize acoustic parameters across multiple source-receiver pairs.

treble_tsdk.results.results.get_results_object(simulation: Simulation, results_directory: Path | str, result_type: ResultType = None) → Results | 'FreeFieldResults' | None

Create a Results object for accessing simulation results.

Parameters:

  • simulation (Simulation) – Simulation object to load results for.

  • results_directory (Path | str) – Local directory path or None for S3 lazy loading.

  • result_type (ResultType) – Type of results to load, defaults to simulation type.

Returns Results | FreeFieldResults | None:

Results accessor object.