?? for train source ? TODO is it related to sources ? if yes then provide a special column for this kind of source

Constructs a new NoiseMapWriter object with the specified parameters. @param connection the database connection used for writing data @param no

Default constructor

Constructs an instance of the OwsController class. This constructor initializes the WPS scripts by loading and grouping them using the WpsScriptWrappe

Create new instance from the propagation data. @param data Propagation data used for ray computation.

parameters given by user @param coordinate @param altitude @param alphaWall @param buildingId Building identifier -1 if there is no buildings @param t

Main empty constructor.

Generate sound source for train (with train source directivity) from traffic and geometry tracks tables @param connection @param tableTrackGeometry Tr

Create the ReceiverComputationTime constructor @param receiverId @param computationTime @param reflectionPreprocessTime @param sourceCollectTime

Create the ReceiverCutProfiles constructor @param receiverId @param numberOfCutProfiles

Utility class

Simplest road noise evaluation @param speed Vehicle speed @param acceleration Vehicle acceleration @param veh_type Vehicle type (CNOSSOS categories) @

Create the RootProgressVisitor constructor @param subprocessSize @param logProgression @param minimumSecondsBetweenPrint

Constructs a `ScriptMetadata` instance by parsing metadata from a specified Groovy script file. The constructor initializes the metadata fields such a

@param gPath

based on CNOSSOS_Road_Output.csv and the CNOSSOS_DLL_CONSOLE.exe

Test if static LW computation = dynamic LW computation @throws IOException

based on CNOSSOS_Road_Output.csv and the CNOSSOS_DLL_CONSOLE.exe

based on CNOSSOS_Road_Output.csv and the CNOSSOS_DLL_CONSOLE.exe

based on CNOSSOS_Road_Output.csv and the CNOSSOS_DLL_CONSOLE.exe

based on CNOSSOS_Road_Output.csv and the CNOSSOS_DLL_CONSOLE.exe

Test TC01 -- Reflecting ground (G = 0)

Test TC01 -- Reflecting ground (G = 0)

Test TC02 -- Mixed ground (G = 0,5)

Test TC02 -- Mixed ground (G = 0.5)

Test TC03 -- Mixed ground (G = 0,5)

Test TC03 -- Porous ground (G = 1)

Test TC04 -- Flat ground with spatially varying acoustic properties

Test TC04 -- Flat ground with spatially varying acoustic properties

Test TC05 -- Ground with spatially varying heights and acoustic properties

Test TC05 -- Reduced receiver height to include diffraction in some frequency bands

Test TC06 -- Reduced receiver height to include diffraction in some frequency bands

Test TC06 -- Reduced receiver height to include diffraction in some frequency bands

Test TC07 -- Flat ground with spatially varying acoustic properties and long barrier

Test TC07 -- Flat ground with spatially varying acoustic properties and long barrier

Test TC08 -- Flat ground with spatially varying acoustic properties and short barrier

Test TC08 -- Flat ground with spatially varying acoustic properties and short barrier

Test TC09 -- Ground with spatially varying heights and and acoustic properties and short barrier

Test TC09 -- Ground with spatially varying heights and and acoustic properties and short barrier

Test TC10 -- Flat ground with homogeneous acoustic properties and cubic building – receiver at low height

Test TC10 -- Flat ground with homogeneous acoustic properties and cubic building – receiver at low height

Test TC11 -- Flat ground with homogeneous acoustic properties and cubic building – receiver at low height

Test TC11 -- Flat ground with homogeneous acoustic properties and cubic building – receiver at large height