Allow to cancel the property of ProgressVisitor

Cancel a job @param jobId Job identifier @return true if the job was found and canceled, false otherwise

Check if it exists some NaN values in the Roughness sound level. They appear when calculating the roughness in the frequency domain by interpolating t

Process Cnossos propagation path to compute attenuation @param path Propagation path result

Delaunay triangulation of Sub-Domain @param cellMesh Final mesh target @param mainEnvelope Global envelope @param cellI I cell index @param cellJ J c

Compute the orientation from a source orientation and two coordinates @param sourceOrientation Source orientation @param src Source coordinate @param

From the vertical plane cut, extract only the top elevation points (buildings/walls top or ground if no buildings) @param pts Cut points @param index

Compute the rays to the given receiver. @param receiverPointInfo Receiver point. @param dataOut Computation output. @param visitor Progress visito

Compute horizontal diffraction (diffraction of vertical edge.) @param rcv Receiver coordinates. @param src Source coordinates. @param data Propaga

Compute the cutting plane with zero radian angle between the segment p0 and p1 (no pivot). The plane normal is upward.

Configure Javalin routes @param rootPath Base url

Converts a java.sql.Array to a double[] array. @param array the SQL Array containing double values @return a double[] array or an empty array if the

Scan all description fields of the given metadata for {@code src="wps_images/..."} references and copy the matching images from {@code wpsImagesDir} t

@param frequency Frequency in Hertz @return True if this sphere is capable of producing an attenuation for this frequency

Creates a Configuration object from command-line arguments (backward compatible entry point). Delegates to {@link #createConfigurationFromCommandLine(

Creates a Configuration object from command-line arguments using the provided Options definition. @param args command-line arguments @param options A

Create the instance of the generator of Json Web Token @param serverSecretToken Private static signature key of the server @return instance of the gen

Create a new job with the specified user and return the job identifier @param connection SQL Connection @param userIdentifier User identifier @return

Creates a DataSource for PostgreSQL using the provided parameters. @param params the PostgreSQL connection parameters @return a DataSource configured

Creates a DataSource for PostgreSQL from environment variables. @return a DataSource configured for PostgreSQL @throws SQLException if an error occurs

Interpolation method from @link http://agg.sourceforge.net/antigrain.com/research/bezier_interpolation/index.html#PAGE_BEZIER_INTERPOLATION @param anc

@param stringDate @throws SQLException @throws ParseException @throws DatatypeConfigurationException

Schedules the reload task. If a task is already pending, it cancels it and starts a new 5-second timer.

Decode &#NNNN; (decimal) and &#xHHHH; (hex) numeric HTML entities to Unicode.

Deletes all jobs from the JOBS table that are not in the 'QUEUED' or 'RUNNING' status. @param connection the active database connection to use for ex

Deletes a job record from the JOBS table based on the specified job ID. @param connection The database connection to be used for executing the query.

Densifies a coordinate sequence. @param pts @param distanceTolerance @return the densified coordinate sequence

Direct Path computation. @param src Source point coordinate. @param rcv Receiver point coordinate. @param verticalDiffraction Enable vertical diffract

Compare two orientations @param o @return

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

Wait for free queue slot if poolSize is superior or equal of maximum pool size then executes the given task sometime in the future. The task may execu

Explodes a geometry collection and adds polygons to the Delaunay triangulation tool. @param intersectedGeometry @param delaunayTool @throws LayerDelau

Extracts input data from the provided {@code ExecuteType} object and returns the execution plan. It processes the data inputs defined in the {@code Ex

Prepares input geometries and feeds them into the Delaunay triangulation algorithm. @param buildings the list of buildings to be included in the tria

Fetches digital elevation model (DEM) data for the specified cell envelope and adds it to the mesh. @param connection the database connection to use f

Fetches soil areas data for the specified cell envelope and adds them to the profile builder. @param connection the database connection to use

Fetch source geometries and power @param connection Active connection @param fetchEnvelope Fetch envelope @param doIntersection Truncate geometris @pa

Fetch source geometries and power @param connection Active connection @param fetchEnvelope Fetch envelope @param scene (Out) Propagation process input

Find closest triangle that intersects with segment @param segment Segment to intersects will all triangles @param intersection Found closest intersect

Find polygon index by point @param point Point to search @return Polygon index or -1 if not found

Generates the SQL statement for creating a table based on the specified table name and configuration parameters. @param tableName the name of the tabl

Creates a primary key or index on the specified table depending on the configuration. @param tableName @return the SQL statement for creating the prim

Build an HTML-friendly stack trace string similar to what SLF4J would print, including the exception type, message, stack frames, causes, and suppress

Format totp secret using block 4 of chars to be more readable for the user @param totpSecret totpSecret string (multiple of 4 @return formated totpSec

@param sb String building instance @param startX line x @param startY line y @param stopX end line x @param stopY end line y @param color color of the

Generate per-function RST content from a {@link ScriptMetadata} instance.

Generate the main Functions.rst index.

@param sb String building instance @param startX line x @param startY line y @param stopX end line x @param stopY end line y @param color color of the

Compute the attenuation of atmospheric absorption @param dist Propagation distance @param alpha_atmo Atmospheric alpha (dB/km) @return

Compute attenuation of sound energy by distance. Minimum distance is one meter. Eq. 2.5.12 @param distance Distance in meter @return Attenuated sound

Eq. 2.5.15: Compute Aground @param pathParameters @param segmentPath @param data @return list double with the values of AGround

Compute ARef @param pathParameters @param data @return list double with the values of ARef

adjust an angle based on a given orientation @param angle Angle in degree @param orientation Orientation to set @return

retrieve the aerodynamic noise value for a specific type of vehicle, source height, file version, and frequency ID by accessing the corresponding data

retrieve the aerodynamic noise value for a specific type of vehicle, source height, file version, and frequency ID by accessing the corresponding data

ISO-9613 p1 @param frequency acoustic frequency (Hz) @param temperature Temperative in celsius @param pressure atmospheric pressure (in Pa) @param hum

The argument/phase of the current complex number. @return arg(z) - the argument of current complex number

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 frequencies Frequency array in Hertz (same order will b

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

Axles number by vehicles @param typeVehicle @return

Axles number by vehicles @param typeVehicle @return

@param typeVehicle @return

@param bridgeId @param spectreVer @param freqId @return

Retrieve the building with the given id (id is starting from 1). @param id Id of the building @return The building corresponding to the given id.

Retrieve the building at the given coordinate. @param pt Coordinate. @return The building at the given coordinate, null if no building is found.

@return the name of the output of this plan used as an input of the parent plan

Get coordinates of triangle vertices (last point is first point) @param triIndex Index of triangle @return triangle vertices