Constructor Detail

• InputDataFormatting()

• InputDataFormatting(groovy.lang.Binding context)

Method Detail

• static java.lang.String columnsMapper(java.lang.Object inputColumns, java.lang.Object columnsToMap)

  Method to find the difference between two list right - left

  Parameters:

  inputColumns - left list

  columnsToMap - right list

  Returns:

  a flat list with escaped elements

• java.util.Map formatBuildingLayer(JdbcDataSource datasource, java.lang.String building, java.lang.String zone, java.lang.String urban_areas, int h_lev_min, java.lang.String jsonFilename)

  This process is used to format the OSM buildings table into a table that matches the constraints of the geoClimate Input Model

  Parameters:

  datasource - A connexion to a DB containing the raw buildings table

  building - The name of the raw buildings table in the DB

  zone - an envelope to reduce the study area

  urban_areas - used to improved the building type

  hLevMin - Minimum building level height

  jsonFilename - Name of the json formatted file containing the filtering parameters

  Returns:

  outputTableName The name of the final buildings table

  outputEstimatedTableName The name of the table containing the state of estimation for each building

• java.lang.String formatImperviousLayer(JdbcDataSource datasource, java.lang.String impervious, java.lang.String zone, java.lang.String jsonFilename)

  This process is used to transform the raw impervious table into a table that matches the constraints of the geoClimate Input Model

  Parameters:

  datasource - A connexion to a DB containing the raw impervious table

  impervious - The name of the raw impervious table in the DB

  zone - an envelope to reduce the study area

  Returns:

  outputTableName The name of the final impervious table

• java.lang.String formatRailsLayer(JdbcDataSource datasource, java.lang.String rail, java.lang.String zone, java.lang.String jsonFilename)

  This process is used to transform the raw rails table into a table that matches the constraints of the geoClimate Input Model

  Parameters:

  datasource - A connexion to a DB containing the raw rails table

  rail - The name of the raw rails table in the DB

  zone - an envelope to reduce the study area

  jsonFilename - name of the json formatted file containing the filtering parameters

  Returns:

  outputTableName The name of the final rails table

• java.lang.String formatRoadLayer(JdbcDataSource datasource, java.lang.String road, java.lang.String zone, java.lang.String jsonFilename)

  This process is used to transform the OSM roads table into a table that matches the constraints of the geoClimate Input Model

  Parameters:

  datasource - A connexion to a DB containing the raw roads table

  road - The name of the raw roads table in the DB

  zone - an envelope to reduce the study area

  jsonFilename - name of the json formatted file containing the filtering parameters

  Returns:

  outputTableName The name of the final roads table

• java.lang.String formatSeaLandMask(JdbcDataSource datasource, java.lang.String coastline, java.lang.String zone, java.lang.String water)

  This process is used to build a sea-land mask layer from the coastline and zone table

  Parameters:

  datasource - A connexion to a DB containing the raw buildings table

  coastline - The name of the coastlines table in the DB

  zone - The name of the zone table to limit the area

  water - The name of the input water table to improve sea extraction

  Returns:

  outputTableName The name of the final buildings table

• java.lang.String formatUrbanAreas(JdbcDataSource datasource, java.lang.String urban_areas, java.lang.String zone, java.lang.String jsonFilename)

  This process is used to transform the urban areas table into a table that matches the constraints of the geoClimate Input Model

  Parameters:

  datasource - A connexion to a DB containing the raw urban areas table

  urban_areas - The name of the urban areas table

  zone - an envelope to reduce the study area

  Returns:

  outputTableName The name of the final urban areas table

• java.lang.String formatVegetationLayer(JdbcDataSource datasource, java.lang.String vegetation, java.lang.String zone, java.lang.String jsonFilename)

  This process is used to transform the raw vegetation table into a table that matches the constraints of the geoClimate Input Model

  Parameters:

  datasource - A connexion to a DB containing the raw vegetation table

  vegetation - The name of the raw vegetation table in the DB

  zone - an envelope to reduce the study area

  jsonFilename - name of the json formatted file containing the filtering parameters

  Returns:

  outputTableName The name of the final vegetation table

• java.lang.String formatWaterLayer(JdbcDataSource datasource, java.lang.String water, java.lang.String zone)

  This process is used to transform the raw hydro table into a table that matches the constraints of the geoClimate Input Model

  Parameters:

  datasource - A connexion to a DB containing the raw hydro table *

  water - The name of the raw hydro table in the DB

  zone - an envelope to reduce the study area

  Returns:

  outputTableName The name of the final hydro table

• static float getHeightRoof(java.lang.Object height, java.lang.Object heightPattern)

  This function defines the value of the column height_roof according to the values of height and b_height

  Parameters:

  row - The row of the raw table to examine

  Returns:

  The calculated value of height_roof (default value : 0)

• static float getHeightWall(java.lang.Object height, java.lang.Object r_height)

  This function defines the value of the column height_wall according to the values of height and r_height

  Parameters:

  height - value of the building height

  r_height - value of the roof height

  Returns:

  The calculated value of height_wall (default value : 0)

• static int getNbLevels(java.lang.Object b_lev, java.lang.Object r_lev)

  This function defines the value of the column nb_lev according to the values of b_lev and r_lev

  Parameters:

  row - The row of the raw table to examine

  Returns:

  The calculated value of nb_lev (default value : 0)

• static java.lang.String getSidewalk(java.lang.String sidewalk)

  This function defines the value of the column sidewalk according to the values of sidewalk from OSM

  Parameters:

  width - The original sidewalk value

  Returns:

  The calculated value of sidewalk (default value : null)

• static int getSpeedInKmh(java.lang.Object speedPattern, java.lang.String maxspeedValue)

  Return a maxspeed value expressed in kmh @return

  Parameters:

  maxspeedValue - from OSM

• static java.lang.String[] getTypeAndUse(java.lang.Object row, java.lang.Object columnNames, java.lang.Object myMap)

  This function defines the input values for both columns type and use to follow the constraints of the geoClimate Input Model

  Parameters:

  row - The row of the raw table to examine

  columnNames - the names of the column in the raw table

  myMap - A map between the target values in the model and the associated key/value tags retrieved from OSM

  Returns:

  A list of Strings : first value is for "type" and second for "use"

• static java.lang.String getTypeValue(java.lang.Object row, java.lang.Object columnNames, java.lang.Object myMap)

  This function defines the input value for a column of the geoClimate Input Model according to a given mapping between the expected value and the set of key/values tag in OSM

  Parameters:

  row - The row of the raw table to examine

  columnNames - the names of the column in the raw table

  myMap - A map between the target values in the model and the associated key/value tags retrieved from OSM

  Returns:

  A list of Strings : first value is for "type" and second for "use"

• static java.lang.Float getWidth(java.lang.String width)

  This function defines the value of the column width according to the value of width from OSM

  Parameters:

  width - The original width value

  Returns:

  the calculated value of width (default value : null)

• static int getZIndex(java.lang.String zindex)

  This function defines the value of the column zindex according to the value of zindex from OSM

  Parameters:

  width - The original zindex value

  Returns:

  The calculated value of zindex (default value : null)

• static void main(java.lang.String[] args)

• static java.util.Map parametersMapping(java.lang.Object file, java.lang.Object altResourceStream)

  Get a set of parameters stored in a json file @return

  Parameters:

  file

  altResourceStream

• java.lang.Object run()

• static java.lang.String singleQuote(java.lang.String value)