Package org.noise_planet.noisemodelling.jdbc

Class NoiseMapDatabaseParameters

java.lang.Object
org.noise_planet.noisemodelling.jdbc.NoiseMapDatabaseParameters
public class NoiseMapDatabaseParameters extends Object
Global configuration of NoiseModelling computation based on database data This is input only, these settings are never updated by org.noise_planet.noisemodelling.jdbc class

  • Field Details

    • exportAttenuationMatrix

      public boolean exportAttenuationMatrix

    • DEFAULT_RECEIVERS_LEVEL_TABLE_NAME

      public static final String DEFAULT_RECEIVERS_LEVEL_TABLE_NAME
      See Also:

    • noSourceNoiseLevel

      public double noSourceNoiseLevel
      Noise level on the receiver for each period if mergeSources is true and no sound source were found

    • CSVProfilerOutputPath

      public File CSVProfilerOutputPath
      Path to write the computation time and other statistics in a csv file

    • CSVProfilerWriteInterval

      public int CSVProfilerWriteInterval
      Create a new csv line after this time in seconds

    • exportCnossosPathWithAttenuation

      public boolean exportCnossosPathWithAttenuation
      With attenuation export also the json of the related cnossos path, for debugging purpose

    • keepAbsorption

      public boolean keepAbsorption

    • maximumRaysOutputCount

      public int maximumRaysOutputCount

    • exportRaysMethod

      public NoiseMapDatabaseParameters.ExportRaysMethods exportRaysMethod

    • maximumError

      public double maximumError
      maximum dB Error, stop calculation if the sum of further sources contributions are smaller than this value

    • geojsonColumnSizeLimit

      public int geojsonColumnSizeLimit

    • outputMaximumQueue

      public int outputMaximumQueue

    • mergeSources

      public boolean mergeSources

    • receiversLevelTable

      public String receiversLevelTable

    • raysTable

      public String raysTable

    • sqlOutputFile

      public File sqlOutputFile

    • sqlOutputFileCompression

      public Boolean sqlOutputFileCompression

    • dropResultsTable

      public Boolean dropResultsTable

    • computeLAEQOnly

      public boolean computeLAEQOnly

    • exportReceiverPosition

      public boolean exportReceiverPosition
      If true the position of the receiver (with the altitude if available) will be exported into the results tables

  • Constructor Details

    • NoiseMapDatabaseParameters

      public NoiseMapDatabaseParameters()

  • Method Details

    • getMaximumRaysOutputCount

      public int getMaximumRaysOutputCount()

    • isExportReceiverPosition

      public boolean isExportReceiverPosition()
      Returns:
      If true the position of the receiver (with the altitude if available) will be exported into the results tables

    • setExportReceiverPosition

      public void setExportReceiverPosition(boolean exportReceiverPosition)
      Parameters:
      exportReceiverPosition - If true the position of the receiver (with the altitude if available) will be exported into the results tables

    • setMaximumRaysOutputCount

      public void setMaximumRaysOutputCount(int maximumRaysOutputCount)
      Parameters:
      maximumRaysOutputCount - if export rays, do not keep more than this number of rays per computation area (0 infinite)

    • isComputeLAEQOnly

      public boolean isComputeLAEQOnly()

    • setComputeLAEQOnly

      public void setComputeLAEQOnly(boolean computeLAEQOnly)

    • getExportRaysMethod

      public NoiseMapDatabaseParameters.ExportRaysMethods getExportRaysMethod()

    • setExportRaysMethod

      public void setExportRaysMethod(NoiseMapDatabaseParameters.ExportRaysMethods exportRaysMethod)
      Export rays in table (beware this could take a lot of storage space) or keep on memory or do not keep
      Parameters:
      exportRaysMethod - Export rays method

    • setExportCnossosPathWithAttenuation

      public void setExportCnossosPathWithAttenuation(boolean exportCnossosPathWithAttenuation)
      Parameters:
      exportCnossosPathWithAttenuation - With attenuation export also the json of the related cnossos path, for debugging purpose

    • isKeepAbsorption

      public boolean isKeepAbsorption()
      Returns:
      With attenuation export also the json of the related cnossos path, for debugging purpose

    • setExportAttenuationMatrix

      public void setExportAttenuationMatrix(boolean exportAttenuationMatrix)
      Parameters:
      exportAttenuationMatrix - If true store absorption values in propagation path objects
      See Also:

    • setOutputMaximumQueue

      public void setOutputMaximumQueue(int outputMaximumQueue)
      Maximum result stack to be inserted in database if the stack is full, the computation core is waiting
      Parameters:
      outputMaximumQueue - Maximum number of elements in stack

    • getMaximumError

      public double getMaximumError()
      Returns:
      maximum dB Error, stop calculation if the maximum sum of further sources contributions are smaller than this value

    • setMaximumError

      public void setMaximumError(double maximumError)
      Parameters:
      maximumError - maximum dB Error, stop calculation if the maximum sum of further sources contributions compared to the current level at the receiver position are smaller than this value

    • setMergeSources

      public void setMergeSources(boolean mergeSources)
      Parameters:
      mergeSources - If true all sources contributions are merged into a single noise level per receiver. The source identifier is loosed in the output tables.

    • getRaysTable

      public String getRaysTable()
      Returns:
      Table name that contains rays dump (profile)

    • setRaysTable

      public void setRaysTable(String raysTable)
      Parameters:
      raysTable - Table name that contains rays dump (profile)

    • isMergeSources

      public boolean isMergeSources()
      Returns:
      If true all sources contributions are merged into a single noise level per receiver. The source identifier is loosed in the output tables.

    • getReceiversLevelTable

      public String getReceiversLevelTable()
      Returns:
      Output table with noise level per receiver/source

    • setReceiversLevelTable

      public void setReceiversLevelTable(String receiversLevelTable)
      Parameters:
      receiversLevelTable - Output table with noise level per receiver/source