/*
File: FuseField.java
CVS Info: $Id$
Compiler: jdk 1.2.2
*/
package mil.navy.nps.disEnumerations;
import mil.navy.nps.dis.*;
import mil.navy.nps.util.*;
/**
* Fuse Field -- The fuse shall be specified by a 16-bit enumeration (see Section 5 in EBV-DOC)
*@version 1.1
*@author Ronan Fauglas
*@author Don Brutzman
*
*References:
* DIS Data Dictionary: Fuse Field (local)
* Fuse Field (SISO)
* JDBE:DIS Data Dictionary Version 1.0a (DIS-DD)
* Perl script (converting html enumerations to java enumerations)
* convertJdbeDisEnumerationsToJava.pl (local) or
*
* http://web.3D.org/WorkingGroups/vrtp/mil/navy/nps/disEnumerations/convertJdbeDisEnumerationsToJava.pl
* "Named Constants," The Java Programming Language, Gosling & Arnold.
*
*Explanation:
*This file has been automatically generated from a local copy of the
* DIS Data Dictionary at
* http://SISO.sc.ist.ucf.edu/dis/dis-dd/
* html source file by
* convertJdbeDisEnumerationsToJava.pl (local) or
* http://www.web3D.org/WorkingGroups/vrtp/mil/navy/nps/disEnumerations/convertJdbeDisEnumerationsToJava.pl.
*
* This is effectively a C-style enumeration. Java doesn't do enumerations
* like C, so you have to wrap a class around it. It's a bit more typing,
* but pretty simple-minded.
* Note that the variables are declared public. The default for access
* is package-wide, but these variables might need to be accessed from
* outside the package. Since all the variables are final (i.e. constant), nobody can
* change anything anyway, so this is no biggie.
* To use these enumerations in your Java code, import the package first:
* import mil.navy.nps.disEnumerations.*;
* You access this via something like FuseField.MECHANICALTAIL, i.e. combine
* the class name, a period, and a class variable (enumeration) name.
*
*
History:
* 21jan98 /Ronan Fauglas /New
* 30mar99 /Don Brutzman /Revised Javadoc, many more enumeration classes
*
*Location:
*FuseField.java (local)
*
* http://www.web3D.org/WorkingGroups/vrtp/mil/navy/nps/disEnumerations/FuseField.java
*
*/
public class FuseField extends Object
{
/**
*(0000) Other
*/
public static final short OTHER = 0000;
/**
*(0010) Intelligent Influence
*/
public static final short INTELLIGENTINFLUENCE = 0010;
/**
*(0020) Sensor
*/
public static final short SENSOR = 0020;
/**
*(0030) Self-destruct
*/
public static final short SELFDESTRUCT = 0030;
/**
*(0040) Ultra Quick
*/
public static final short ULTRAQUICK = 0040;
/**
*(0050) Body
*/
public static final short BODY = 0050;
/**
*(0060) Deep Intrusion
*/
public static final short DEEPINTRUSION = 0060;
/**
*(0100) Multifunction
*/
public static final short MULTIFUNCTION = 0100;
/**
*(0200) Point Detonation (PD)
*/
public static final short POINTDETONATION = 0200;
/**
*(0300) Base Detonation (BD)
*/
public static final short BASEDETONATION = 0300;
/**
*(1000) Contact
*/
public static final short CONTACT = 1000;
/**
*(1100) Contact, Instant (Impact)
*/
public static final short CONTACTINSTANT = 1100;
/**
*(1200) Contact, Delayed
*/
public static final short CONTACTDELAYED = 1200;
/**
*(1300) Contact, Electronic (Oblique Contact)
*/
public static final short CONTACTELECTRONIC = 1300;
/**
*(1400) Contact, Graze
*/
public static final short CONTACTGRAZE = 1400;
/**
*(1500) Contact, Crush
*/
public static final short CONTACTCRUSH = 1500;
/**
*(1600) Contact, Hydrostatic
*/
public static final short CONTACTHYDROSTATIC = 1600;
/**
*(1700) Contact, Mechanical
*/
public static final short CONTACTMECHANICAL = 1700;
/**
*(1800) Contact, Chemical
*/
public static final short CONTACTCHEMICAL = 1800;
/**
*(1900) Contact, Piezoelectric
*/
public static final short CONTACTPIEZOELECTRIC = 1900;
/**
*(1910) Contact, Point Initiating
*/
public static final short CONTACTPOINTINITIATING = 1910;
/**
*(1920) Contact, Point Initiating, Base Detonating
*/
public static final short CONTACTPOINTINITIATINGBASEDETONATING = 1920;
/**
*(1930) Contact, Base Detonating
*/
public static final short CONTACTBASEDETONATING = 1930;
/**
*(1940) Contact, Ballistic Cap and Base
*/
public static final short CONTACTBALLISTICCAPANDBASE = 1940;
/**
*(1950) Contact, Base
*/
public static final short CONTACTBASE = 1950;
/**
*(1960) Contact, Nose
*/
public static final short CONTACTNOSE = 1960;
/**
*(1970) Contact, Fitted in Standoff Probe
*/
public static final short CONTACTFITTEDINSTANDOFFPROBE = 1970;
/**
*(1980) Contact, Non-aligned
*/
public static final short CONTACTNONALIGNED = 1980;
/**
*(2000) Timed
*/
public static final short TIMED = 2000;
/**
*(2100) Timed, Programmable
*/
public static final short TIMEDPROGRAMMABLE = 2100;
/**
*(2200) Timed, Burnout
*/
public static final short TIMEDBURNOUT = 2200;
/**
*(2300) Timed, Pyrotechnic
*/
public static final short TIMEDPYROTECHNIC = 2300;
/**
*(2400) Timed, Electronic
*/
public static final short TIMEDELECTRONIC = 2400;
/**
*(2500) Timed, Base Delay
*/
public static final short TIMEDBASEDELAY = 2500;
/**
*(2600) Timed, Reinforced Nose Impact Delay
*/
public static final short TIMEDREINFORCEDNOSEIMPACTDELAY = 2600;
/**
*(2700) Timed, Short Delay Impact
*/
public static final short TIMEDSHORTDELAYIMPACT = 2700;
/**
*(2800) Timed, Nose Mounted Variable Delay
*/
public static final short TIMEDNOSEMOUNTEDVARIABLEDELAY = 2800;
/**
*(2900) Timed, Long Delay Side
*/
public static final short TIMEDLONGDELAYSIDE = 2900;
/**
*(2910) Timed, Selectable Delay
*/
public static final short TIMEDSELECTABLEDELAY = 2910;
/**
*(2920) Timed, Impact
*/
public static final short TIMEDIMPACT = 2920;
/**
*(2930) Timed, Sequence
*/
public static final short TIMEDSEQUENCE = 2930;
/**
*(3000) Proximity
*/
public static final short PROXIMITY = 3000;
/**
*(3100) Proximity, Active Laser
*/
public static final short PROXIMITYACTIVELASER = 3100;
/**
*(3200) Proximity, Magnetic (Magpolarity)
*/
public static final short PROXIMITYMAGNETIC = 3200;
/**
*(3300) Proximity, Active Radar (Doppler Radar)
*/
public static final short PROXIMITYACTIVERADAR = 3300;
/**
*(3400) Proximity, Radio Frequency (RF)
*/
public static final short PROXIMITYRADIOFREQUENCY = 3400;
/**
*(3500) Proximity, Programmable
*/
public static final short PROXIMITYPROGRAMMABLE = 3500;
/**
*(3600) Proximity, Programmable, Prefragmented
*/
public static final short PROXIMITYPROGRAMMABLEPREFRAGMENTED = 3600;
/**
*(3700) Proximity, Infrared
*/
public static final short PROXIMITYINFRARED = 3700;
/**
*(4000) Command
*/
public static final short COMMAND = 4000;
/**
*(4100) Command, Electronic, Remotely Set
*/
public static final short COMMANDELECTRONICREMOTELYSET = 4100;
/**
*(5000) Altitude
*/
public static final short ALTITUDE = 5000;
/**
*(5100) Altitude, Radio Altimeter
*/
public static final short ALTITUDERADIOALTIMETER = 5100;
/**
*(5200) Altitude, Air Burst
*/
public static final short ALTITUDEAIRBURST = 5200;
/**
*(6000) Depth
*/
public static final short DEPTH = 6000;
/**
*(7000) Acoustic
*/
public static final short ACOUSTIC = 7000;
/**
*(8000) Pressure
*/
public static final short PRESSURE = 8000;
/**
*(8010) Pressure, Delay
*/
public static final short PRESSUREDELAY = 8010;
/**
*(8100) Inert
*/
public static final short INERT = 8100;
/**
*(8110) Dummy
*/
public static final short DUMMY = 8110;
/**
*(8120) Practice
*/
public static final short PRACTICE = 8120;
/**
*(8130) Plug Representing
*/
public static final short PLUGREPRESENTING = 8130;
/**
*(8150) Training
*/
public static final short TRAINING = 8150;
/**
*(9000) Pyrotechnic
*/
public static final short PYROTECHNIC = 9000;
/**
*(9010) Pyrotechnic, Delay
*/
public static final short PYROTECHNICDELAY = 9010;
/**
*(9100) Electro-optical
*/
public static final short ELECTROOPTICAL = 9100;
/**
*(9110) Electromechanical
*/
public static final short ELECTROMECHANICAL = 9110;
/**
*(9120) Electromechanical, Nose
*/
public static final short ELECTROMECHANICALNOSE = 9120;
/**
*(9200) Strikerless
*/
public static final short STRIKERLESS = 9200;
/**
*(9210) Strikerless, Nose Impact
*/
public static final short STRIKERLESSNOSEIMPACT = 9210;
/**
*(9220) Strikerless, Compression-Ignition
*/
public static final short STRIKERLESSCOMPRESSIONIGNITION = 9220;
/**
*(9300) Compression-Ignition
*/
public static final short COMPRESSIONIGNITION = 9300;
/**
*(9310) Compression-Ignition, Strikerless, Nose Impact
*/
public static final short COMPRESSIONIGNITIONSTRIKERLESSNOSEIMPACT = 9310;
/**
*(9400) Percussion
*/
public static final short PERCUSSION = 9400;
/**
*(9410) Percussion, Instantaneous
*/
public static final short PERCUSSIONINSTANTANEOUS = 9410;
/**
*(9500) Electronic
*/
public static final short ELECTRONIC = 9500;
/**
*(9510) Electronic, Internally Mounted
*/
public static final short ELECTRONICINTERNALLYMOUNTED = 9510;
/**
*(9520) Electronic, Range Setting
*/
public static final short ELECTRONICRANGESETTING = 9520;
/**
*(9530) Electronic, Programmed
*/
public static final short ELECTRONICPROGRAMMED = 9530;
/**
*(9600) Mechanical
*/
public static final short MECHANICAL = 9600;
/**
*(9610) Mechanical, Nose
*/
public static final short MECHANICALNOSE = 9610;
/**
*(9620) Mechanical, Tail
*/
public static final short MECHANICALTAIL = 9620;
/**
* Returns a string containing the enumeration name which corresponds to an enumeration value,
* as in FuseField.toString (0000) returns the string "OTHER"
*/
public static String toString(int idNumber)
{
switch (idNumber) {
case 0000: return "Other";
case 0010: return "Intelligent Influence";
case 0020: return "Sensor";
case 0030: return "Self-destruct";
case 0040: return "Ultra Quick";
case 0050: return "Body";
case 0060: return "Deep Intrusion";
case 0100: return "Multifunction";
case 0200: return "Point Detonation (PD)";
case 0300: return "Base Detonation (BD)";
case 1000: return "Contact";
case 1100: return "Contact, Instant (Impact)";
case 1200: return "Contact, Delayed";
case 1300: return "Contact, Electronic (Oblique Contact)";
case 1400: return "Contact, Graze";
case 1500: return "Contact, Crush";
case 1600: return "Contact, Hydrostatic";
case 1700: return "Contact, Mechanical";
case 1800: return "Contact, Chemical";
case 1900: return "Contact, Piezoelectric";
case 1910: return "Contact, Point Initiating";
case 1920: return "Contact, Point Initiating, Base Detonating";
case 1930: return "Contact, Base Detonating";
case 1940: return "Contact, Ballistic Cap and Base";
case 1950: return "Contact, Base";
case 1960: return "Contact, Nose";
case 1970: return "Contact, Fitted in Standoff Probe";
case 1980: return "Contact, Non-aligned";
case 2000: return "Timed";
case 2100: return "Timed, Programmable";
case 2200: return "Timed, Burnout";
case 2300: return "Timed, Pyrotechnic";
case 2400: return "Timed, Electronic";
case 2500: return "Timed, Base Delay";
case 2600: return "Timed, Reinforced Nose Impact Delay";
case 2700: return "Timed, Short Delay Impact";
case 2800: return "Timed, Nose Mounted Variable Delay";
case 2900: return "Timed, Long Delay Side";
case 2910: return "Timed, Selectable Delay";
case 2920: return "Timed, Impact";
case 2930: return "Timed, Sequence";
case 3000: return "Proximity";
case 3100: return "Proximity, Active Laser";
case 3200: return "Proximity, Magnetic (Magpolarity)";
case 3300: return "Proximity, Active Radar (Doppler Radar)";
case 3400: return "Proximity, Radio Frequency (RF)";
case 3500: return "Proximity, Programmable";
case 3600: return "Proximity, Programmable, Prefragmented";
case 3700: return "Proximity, Infrared";
case 4000: return "Command";
case 4100: return "Command, Electronic, Remotely Set";
case 5000: return "Altitude";
case 5100: return "Altitude, Radio Altimeter";
case 5200: return "Altitude, Air Burst";
case 6000: return "Depth";
case 7000: return "Acoustic";
case 8000: return "Pressure";
case 8010: return "Pressure, Delay";
case 8100: return "Inert";
case 8110: return "Dummy";
case 8120: return "Practice";
case 8130: return "Plug Representing";
case 8150: return "Training";
case 9000: return "Pyrotechnic";
case 9010: return "Pyrotechnic, Delay";
case 9100: return "Electro-optical";
case 9110: return "Electromechanical";
case 9120: return "Electromechanical, Nose";
case 9200: return "Strikerless";
case 9210: return "Strikerless, Nose Impact";
case 9220: return "Strikerless, Compression-Ignition";
case 9300: return "Compression-Ignition";
case 9310: return "Compression-Ignition, Strikerless, Nose Impact";
case 9400: return "Percussion";
case 9410: return "Percussion, Instantaneous";
case 9500: return "Electronic";
case 9510: return "Electronic, Internally Mounted";
case 9520: return "Electronic, Range Setting";
case 9530: return "Electronic, Programmed";
case 9600: return "Mechanical";
case 9610: return "Mechanical, Nose";
case 9620: return "Mechanical, Tail";
default : return "";
}
}//end of toString
}//End of class