org.geotools.nature

Java Source Code / Java Documentation

1.	6.0 JDK Core
2.	6.0 JDK Modules
3.	6.0 JDK Modules com.sun
4.	6.0 JDK Modules com.sun.java
5.	6.0 JDK Modules sun
6.	6.0 JDK Platform
7.	Ajax
8.	Apache Harmony Java SE
9.	Aspect oriented
10.	Authentication Authorization
11.	Blogger System
12.	Build
13.	Byte Code
14.	Cache
15.	Chart
16.	Chat
17.	Code Analyzer
18.	Collaboration
19.	Content Management System
20.	Database Client
21.	Database DBMS
22.	Database JDBC Connection Pool
23.	Database ORM
24.	Development
25.	EJB Server geronimo
26.	EJB Server GlassFish
27.	EJB Server JBoss 4.2.1
28.	EJB Server resin 3.1.5
29.	ERP CRM Financial
30.	ESB
31.	Forum
32.	GIS
33.	Graphic Library
34.	Groupware
35.	HTML Parser
36.	IDE
37.	IDE Eclipse
38.	IDE Netbeans
39.	Installer
40.	Internationalization Localization
41.	Inversion of Control
42.	Issue Tracking
43.	J2EE
44.	JBoss
45.	JMS
46.	JMX
47.	Library
48.	Mail Clients
49.	Net
50.	Parser
51.	PDF
52.	Portal
53.	Profiler
54.	Project Management
55.	Report
56.	RSS RDF
57.	Rule Engine
58.	Science
59.	Scripting
60.	Search Engine
61.	Security
62.	Sevlet Container
63.	Source Control
64.	Swing Library
65.	Template Engine
66.	Test Coverage
67.	Testing
68.	UML
69.	Web Crawler
70.	Web Framework
71.	Web Mail
72.	Web Server
73.	Web Services
74.	Web Services apache cxf 2.0.1
75.	Web Services AXIS2
76.	Wiki Engine
77.	Workflow Engines
78.	XML
79.	XML UI

Java

Java Tutorial

Illustrator Tutorials

GIMP Tutorials

C# / C Sharp

C# / CSharp Tutorial

C# / CSharp Open Source

SQL Server / T-SQL Tutorial

Oracle PL / SQL

Oracle PL/SQL Tutorial

Flash / Flex / ActionScript

VBA / Excel / Access / Word

XML

XML Tutorial

Microsoft Office PowerPoint 2007 Tutorial

Microsoft Office Excel 2007 Tutorial

Microsoft Office Word 2007 Tutorial

Java Source Code / Java Documentation » GIS » GeoTools 2.4.1 » org.geotools.nature

org.geotools.nature

package org.geotools.nature Algorithms related to the observations of natural phenomenons. Most algorithms in this package are derived from empirical measurements; their results are approximative. Algorithms include:

Sea water properties (density, sound velocity, fusion temperature, etc.) computed from salinity, temperature and pression using algorithms published by UNESCO.
Values relative to earth calendar, like tropical year length.
etc.

References

Alain Poisson, M.H. Gashoumi and Selim Morcos.
Salinity and density of seawater: table for high salinities (42 to 50).
Unesco technical papers in marine science #62 (1991).

Unesco
International oceanographic tables, volume 4.
Unesco technical papers in marine science #40 (1987).

Franck J. Millero.
Solubility of oxygen in sea water in Progress on oceanographic tables and standards 1983-1986.
Unesco technical papers in marine science #50 (1986) pp.13-14.

Unesco
The international system of units (SI) in oceanography.
Unesco technical papers in marine science #45 (1985).

N.P. Fofonoff and R.C. Millard Jr.
Algorithms for computation of fundamental properties of seawater.
Unesco technical papers in marine science #44 (1983).

Tropical year length is computed using formula by Laskar (1986). Synodic month length is computed using formula by Chapront-Touze and Chapront (1988). Those formulas was taken from the following adress:

Java Source File Name

Type

Comment

Calendar.java

Class

Approximations de quelques calculs astronomiques relatifs aux calendriers terrestres. Les diff�rents cycles astronomiques (notamment le jour, le mois et l'ann�e) ne sont pas constants.

SeaWater.java

Class

Sea water properties as a function of salinity, temperature and pressure.

SunRelativePosition.java

Class

Calcule la position du soleil relativement � la position de l'observateur. Cette classe re�oit en entr�s les coordonn�es spatio-temporelles de l'observateur, soit:

La longitude (en degr�es) de l'observateur;
La latitude (en degr�es) de l'observateur;
La date et heure en heure universelle (GMT).

La position du soleil calcul�e en sortie comprend les valeurs suivantes:

L'azimuth du soleil (en degr�s dans le sens des aiguilles d'une montre depuis le nord);
L'�l�vation du soleil (en degr�s par rapport a l'horizon).

Les algorithmes utilis�s dans cette classe sont des adaptations des algorithmes en javascript �crit par le "National Oceanic and Atmospheric Administration, Surface Radiation Research Branch".

www.java2java.com | Contact Us

All other trademarks are property of their respective owners.