@param sb String builder @param startX start x @param startY start y @param fontSize font size @param text text to print @param verticalAlignment vert

@param typeVehicle @param ref @param spectreVer @param aeroInf @return

Returns the attenuation in dB due to a particular frequency of the directivity pattern at a given angle (phi, theta) @param frequency Frequency in Her

Returns the attenuation in dB due to a particular frequency of the directivity pattern at a given angle (phi, theta) @param frequency Frequency in Her

Returns the attenuation in dB of the directivity pattern at a given angle (phi, theta) @param requestFrequencies Frequency array in Hertz (same order

Returns the attenuation in dB of the directivity pattern at a given angle (phi, theta). @param frequencies Frequency array in Hertz (same order will b

Retrieve the height of the wall. @return Height of the wall.

get Height from Building @return height

fetches and returns the impact noise value from the railway data for a specific impact noise ID and frequency ID. @param impactNoiseId @param freqId @

fetches and returns the impact noise value from the railway data for a specific impact noise ID and frequency ID. @param impactNoiseId @param freqId @

@param impactNoiseId @param spectreVer @param freqId @return

Fetch the first intersecting ground absorption object that intersects with the provided geometry @param query The geometry object to check for interse

@param id Job identifier @return The job instance or null if it does not exist

Retrieves the exception associated with the job, if any. @return The exception that occurred during the job execution, or null if no exception was th

Fetch the content of the JOB table @param connection @param filterByUserIdentifier if {@code > 0}, will filter the job for a specific user. Administra

traction or Aerodynamic Level. @param typeVehicle vehicle data base @param speed min speed between vehicle and track @param height height source @retu

traction or Aerodynamic Level. @param typeVehicle vehicle data base @param speed min speed between vehicle and track @param height height source @retu

Roughness Level. linear interpolation wavelength to frequency @param typeVehicle vehicle data base @param trackRoughnessId track Roughness reference @

Roughness Level. linear interpolation wavelength to frequency @param typeVehicle vehicle data base @param trackRoughnessId track Roughness reference @

traction or Aerodynamic Level. @param typeVehicle vehicle data base @param height height source @return lWSpectre(freq) (Traction or Aerodynamic)

traction or Aerodynamic Level. @param typeVehicle vehicle data base @param height height source @return lWSpectre(freq) (Traction or Aerodynamic)

@param typeVehicle @param refType @param spectreVer @param lambdaId @return

@param metricClass @return @param <T>

@param segment @param p @return

Get the speed for two wheels vehicle (type a) For speeds less than 20 km/h it shall have the same sound power level as defined by the formula for vm =

Get the speed for two wheels vehicle (type b) For speeds less than 20 km/h it shall have the same sound power level as defined by the formula for vm =

@return Class used to load tables for input data

@return time period if relevant (day, evening, night or other parameters, use LDenConfig.TIME_PERIOD)

fetches and returns the transfer value from the railway data for a specific track transfer ID and frequency ID. @param trackTransferId @param freqId @

fetches and returns the transfer value from the railway data for a specific track transfer ID and frequency ID. @param trackTransferId @param freqId @

@param trackTransferId @param spectreVer @param freqId @return

Return the triangle id from a point coordinate inside the triangle @param pt Point test @return Triangle Id, Or -1 if no triangle has been found

Retrieve the topographic triangles. @return The topographic triangles.

Get user by register token @param connection The database Connection object @param registerToken The registration token from URL @return User identifi

@param linearRing Coordinates loop @param minAngle @param maxAngle @return

Check if a specified column exists in the given SpatialResultSet @param rs @param columnName @return "true" if the specified column name exists in the

Add points to the main profile, the last point is before the reflection on the wall @param sourceOrReceiverPoint The point location recognised as a re

true if train propagation is computed (multiple reflection between the train and a screen)

Main loop for processing attenuated paths and stacking results. @throws SQLException @throws IOException

Offset a coordinate to altitude using the digital elevation model. The Z value of the coordinate is updated with the ground elevation at this point. @

Parses an InputStream to extract and return an ExecuteType object. @param inputStream the input stream containing the request to be parsed @return an

Parses the given input stream to extract an ExecuteResponseType object. @param inputStream the input stream containing the data to be parsed @return

Initialisation of data structures needed for sound propagation. @param connection JDBC Connection @param cellIndex Computation area index @param skipR

Merge polygons of the same iso levels then apply bezier filtering on outer and inner rings. Finally insert those polygons into the output table @param

projette un point sur une ligne donnée. @param c représente les coordonnées du point à projeter. @param a la pente (x) de la ligne. @param b l'ordonné

@param P @param vector @param pInit @return

Read the ascii file from inpustream @param connection @param inputStream @param progress @param outputTable @param srid @throws UnsupportedEncodingEx

@param in @return @throws IOException