Java Doc for SeaWater.java in  » GIS » GeoTools-2.4.1 » org » geotools » nature » Java Source Code / Java DocumentationJava Source Code and Java Documentation

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Java Source Code / Java Documentation » GIS » GeoTools 2.4.1 » org.geotools.nature   Source Cross Reference   Class Diagram   Java Document (Java Doc)   java.lang.Object    org.geotools.nature.SeaWater SeaWater final public class SeaWater (Code) Sea water properties as a function of salinity, temperature and pressure. Density is computed using the 1980 definition of Equation of State (EOS80). Units are: Salinity: Pratical Salinity Scale 1978 (PSS-78). Temperature: Celsius degrees according International Temperature Scale 1968 (ITS-68). Pressure: decibars (1 dbar = 10 kPa). version:    $Id: SeaWater.java 24765 2007-03-15 03:50:56Z desruisseaux $ author:    Bernard Pelchat author:    Martin Desruisseaux since:    2.1 Field Summary final public static  double STANDARD_CONDUCTIVITY      Conductivity (in mS/cm) of a standard sea water sample. Method Summary public static  double adiabeticTemperatureGradient(double S, double T, double P)      Computes adiabetic temperature gradient as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). Parameters:   P - Pressure (dbar), not including atmospheric pressure. public static  double conductivity(double S, double T, double P)      Computes conductivity as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78 (0 to 42) Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure (0 to 105 dbar), not including atmospheric pressure. public static  double density(double S, double T, double P)      Computes density as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78 (0 to 42) Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure in decibars (0 to 105 dbar), not including atmospheric pressure. public static  double densitySigmaT(double S, double T, double P)      Computes density sigma-T as a function of salinity, temperature and pressure. Density Sigma-T is equivalent to the true density minus 1000 kg/m³, and has typical values around 35. public static  double depth(double P, double lat)      Computes depth as a function of pressure and latitude. public static  double fusionTemperature(double S, double P)      Computes fusion temperature (melting point) as a function of salinity and pressure. Parameters:   S - Salinity PSS-78. Parameters:   P - Pressure (dbar), not including atmospheric pressure. public static  double salinity(double C, double T, double P)      Computes salinity as a function of conductivity, temperature and pressure. Parameters:   C - Conductivity in mS/cm (millisiemens by centimeters). public static  double saturationO2(double S, double T)      Computes saturation in disolved oxygen as a function of salinity and temperature. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). public static  double soundVelocity(double S, double T, double P)      Computes sound velocity as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). Parameters:   P - Pressure (dbar), not including atmospheric pressure. public static  double specificHeat(double S, double T, double P)      Computes specific heat as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). Parameters:   P - Pressure (dbar), not including atmospheric pressure. public static  double volume(double S, double T, double P)      Computes volume as a function of salinity, temperature and pressure. This quantity if the inverse of density. public static  double volumeAnomaly(double S, double T, double P)      Computes volumic anomaly as a function of salinity, temperature and pressure. Volumic anomaly is defined as the sea water sample's volume minus a standard sample's volume, where the standard sample is a sample of salinity 35, temperature 0°C and the same pressure. Field Detail STANDARD_CONDUCTIVITY final public static double STANDARD_CONDUCTIVITY(Code) Conductivity (in mS/cm) of a standard sea water sample. S is for Siemens (or Mho, its the same...). Method Detail adiabeticTemperatureGradient public static double adiabeticTemperatureGradient(double S, double T, double P)(Code) Computes adiabetic temperature gradient as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). Parameters:   P - Pressure (dbar), not including atmospheric pressure. Adiabetic temperature gradient (°C/dbar). conductivity public static double conductivity(double S, double T, double P)(Code) Computes conductivity as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78 (0 to 42) Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure (0 to 105 dbar), not including atmospheric pressure. Conductivity in mS/cm. density public static double density(double S, double T, double P)(Code) Computes density as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78 (0 to 42) Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure in decibars (0 to 105 dbar), not including atmospheric pressure. Density (kg/m³). densitySigmaT public static double densitySigmaT(double S, double T, double P)(Code) Computes density sigma-T as a function of salinity, temperature and pressure. Density Sigma-T is equivalent to the true density minus 1000 kg/m³, and has typical values around 35. This computation avoid some rouding errors occuring in the true density computation. Parameters:   S - Salinity PSS-78 (0 to 42) Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure in decibars (0 to 105 dbar), not including atmospheric pressure. Density Sigma-T (kg/m³). depth public static double depth(double P, double lat)(Code) Computes depth as a function of pressure and latitude. Parameters:   P - Pressure (dbar), not including atmospheric pressure. Parameters:   lat - Latitude in degrees (-90 to 90°) Depth (m). fusionTemperature public static double fusionTemperature(double S, double P)(Code) Computes fusion temperature (melting point) as a function of salinity and pressure. Parameters:   S - Salinity PSS-78. Parameters:   P - Pressure (dbar), not including atmospheric pressure. Melting point (°C). salinity public static double salinity(double C, double T, double P)(Code) Computes salinity as a function of conductivity, temperature and pressure. Parameters:   C - Conductivity in mS/cm (millisiemens by centimeters). Multiplypar SeaWater.STANDARD_CONDUCTIVITY if C is not areal conductivity, but instead the ratio between the sample'sconductivity and the standard sample's conductivity. Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure in decibars (0 to 105 dbar), not including atmospheric pressure. Salinity PSS-78. saturationO2 public static double saturationO2(double S, double T)(Code) Computes saturation in disolved oxygen as a function of salinity and temperature. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). Saturation in disolved oxygen (µmol/kg). soundVelocity public static double soundVelocity(double S, double T, double P)(Code) Computes sound velocity as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). Parameters:   P - Pressure (dbar), not including atmospheric pressure. Sound velocity (m/s). specificHeat public static double specificHeat(double S, double T, double P)(Code) Computes specific heat as a function of salinity, temperature and pressure. Parameters:   S - Salinity PSS-78. Parameters:   T - Temperature (°C). Parameters:   P - Pressure (dbar), not including atmospheric pressure. Specific heat (J/(kg×°C)). volume public static double volume(double S, double T, double P)(Code) Computes volume as a function of salinity, temperature and pressure. This quantity if the inverse of density. This method is equivalent to 1/ SeaWater.density density (S,T,P). Parameters:   S - Salinity PSS-78 (0 to 42) Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure in decibars (0 to 105 dbar), not including atmospheric pressure. Volume (m³/kg). volumeAnomaly public static double volumeAnomaly(double S, double T, double P)(Code) Computes volumic anomaly as a function of salinity, temperature and pressure. Volumic anomaly is defined as the sea water sample's volume minus a standard sample's volume, where the standard sample is a sample of salinity 35, temperature 0°C and the same pressure. In pseudo-code, volumeAnomaly is equivalent to SeaWater.volume volume (S,T,P)- SeaWater.volume volume (35,0,P). Parameters:   S - Salinity PSS-78 (0 to 42) Parameters:   T - Temperature ITS-68 (-2 to 40°C) Parameters:   P - Pressure in decibars (0 to 105 dbar), not including atmospheric pressure. Volumic anomaly (m³/kg). 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