net.simplace.simulation.io.raster.WeatherStation
public class WeatherStation {
// Public Constructors
public WeatherStation(String stationname, String type, String latitude,
String longitude, String altitude, String date, String sensorhight,
String exposition, String stationid);
public WeatherStation(long id, String stationname, String type, float
latitude, float longitude, float altitude, String xmlhistory, Integer
sensorhight, Integer exposition, Integer stationid);
// Constants
public static final DateFormat DATE_FORMAT;
// Public Instance Variables
public Map iTempValues;
public int iTempSum;
public int iTempStationMonthlyGridValue;
// Public Instance Methods public String toString(); // Overrides java.lang.Object
public boolean equals(Object obj); // Overrides java.lang.Object
public String getStationName();
returns the iStationName
public void
setStationName(String stationName);
- stationName the iStationName to set
public String getTypesString();
public List getTypes();
public boolean hasType(String type);
public boolean
addType(String type);
- type the iSensortype to set
returns true, if a type was successfully added
public boolean
removeType(String type);
- type the iSensortype to set
returns true, if a type was successfully removed
public Integer getExposition();
returns the exposition
public void
setExposition(Integer aExposition);
public Integer getSensorHight();
returns the sensor height
public void
setSensorHight(Integer aSensorHight);
public void
setTempValue(int aDayInMonth, int aValue);
- aDayInMonth
- aValue sets the temporary value and controls the process of mean creation
public void
setStationGridValue(
RasterData aRasterData);
- aRasterData set's the temp value and controls the process of mean creation
public int getStationMonthlyGridValue();
returns the mean Value of TempValue
public int getStationMonthlySum();
returns the mean Value of TempValue
public int getStationMonthlyMean();
returns the mean Value of TempValue
public int
getStationDaylyValue(int aDay);
returns the mean Value of TempValue
public void resetTempData();
public Integer getStationID();
returns the iID
public void
setStationID(Integer aStationid);
- aStationid the iID to set
public long getID();
returns the iID
public void
setID(long iid);
public List getPeriodes();
returns the iPeriodes
public void
removePeriods(String aType, String aStartDate, String aEndDate);
- aType
- aStartDate
- aEndDate
public void
addPeriode(String aType, String aStartDate, String aEndDate);
- aType
- aStartDate
- aEndDate
public void
addPeriod(String aType, Date aStartDate, Date aEndDate);
- aType
- aStartDate
- aEndDate
public void updatePeriods(String aType, Map aStartAndEndDates);
public List getLocations();
returns the iLocations
public void
addLocation(String aType, String aStartDate, String aLatitude,
String aLongitude, String aAltitude);
- aType
- aStartDate
- aLatitude
- aLongitude
- aAltitude
public void
addLocation(String aType, Date aStartDate, Float aLatitude,
Float aLongitude, Float aAltitude);
- aType
- aStartDate
- aLatitude
- aLongitude
- aAltitude
public float getLatitude();
returns the iLatidude
public void
setLatidude(float latidude);
- latidude the iLatidude to set
public float getLongitude();
returns the iLongitude
public DirectPosition
getGaussKruegerCoord(Integer aZone);
returns the iLongitude
with the try to make calculation faster.
public int
getRasterValue(
RasterData aRasterData);
returns the iLongitude
with the try to make calculation faster.
public void
setLongitude(float longitude);
- longitude the iLongitude to set
public float getAltitude();
returns the iAltitude
public void
setAltitude(float altitude);
- altitude the iAltitude to set
public String getAttributesString();
public Element getAttribute(String aType);
public boolean
performConsistencyCheck(
WeatherStation.TYPE aType);
returns true, if data is consistent
// Inner Classes
public static final class WeatherStation.TYPE extends java.lang.Enum
public class WeatherStation.Period
}
Passed to: RasterSection.addSelectedWeatherStations()
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