/*
* GeoTools - The Open Source Java GIS Toolkit
* http://geotools.org
*
* (C) 2003-2008, Open Source Geospatial Foundation (OSGeo)
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation;
* version 2.1 of the License.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* THIS IS AN AUTOMATICALLY GENERATED FILE. DO NOT EDIT!
* Generated with: org.geotools.resources.IndexedResourceCompiler
*/
package org.geotools.resources.i18n;
/**
* Resource keys. This class is used when compiling sources, but
* no dependencies to {@code ResourceKeys} should appear in any
* resulting class files. Since Java compiler inlines final integer
* values, using long identifiers will not bloat constant pools of
* classes compiled against the interface, provided that no class
* implements this interface.
*
* @see org.geotools.resources.IndexedResourceBundle
* @see org.geotools.resources.IndexedResourceCompiler
*
* @source $URL$
*/
public final class VocabularyKeys {
private VocabularyKeys() {
}
/**
* About
*/
public static final int ABOUT = 0;
/**
* Abridged Molodenski transform
*/
public static final int ABRIDGED_MOLODENSKI_TRANSFORM = 1;
/**
* Affine transform
*/
public static final int AFFINE_TRANSFORM = 2;
/**
* Albers Equal Area projection
*/
public static final int ALBERS_EQUAL_AREA_PROJECTION = 3;
/**
* All
*/
public static final int ALL = 4;
/**
* Altitude
*/
public static final int ALTITUDE = 5;
/**
* Authority
*/
public static final int AUTHORITY = 6;
/**
* Axis changes
*/
public static final int AXIS_CHANGES = 7;
/**
* Azimuth
*/
public static final int AZIMUTH = 8;
/**
* Band
*/
public static final int BAND = 9;
/**
* Barometric altitude
*/
public static final int BAROMETRIC_ALTITUDE = 10;
/**
* Black
*/
public static final int BLACK = 11;
/**
* Blue
*/
public static final int BLUE = 12;
/**
* Cancel
*/
public static final int CANCEL = 13;
/**
* Cartesian
*/
public static final int CARTESIAN = 14;
/**
* Cartesian 2D
*/
public static final int CARTESIAN_2D = 15;
/**
* Cartesian 3D
*/
public static final int CARTESIAN_3D = 16;
/**
* Cassini-Soldner projection
*/
public static final int CASSINI_SOLDNER_PROJECTION = 249;
/**
* Category
*/
public static final int CATEGORY = 17;
/**
* Class
*/
public static final int CLASS = 18;
/**
* Classic
*/
public static final int CLASSIC = 19;
/**
* Close
*/
public static final int CLOSE = 20;
/**
* Code
*/
public static final int CODE = 21;
/**
* Colors
*/
public static final int COLORS = 22;
/**
* {0} colors
*/
public static final int COLOR_COUNT_$1 = 23;
/**
* Color model
*/
public static final int COLOR_MODEL = 24;
/**
* Column
*/
public static final int COLUMN = 25;
/**
* Columns
*/
public static final int COLUMNS = 26;
/**
* Compare with
*/
public static final int COMPARE_WITH = 27;
/**
* Conversion
*/
public static final int CONVERSION = 28;
/**
* Conversion and transformation
*/
public static final int CONVERSION_AND_TRANSFORMATION = 29;
/**
* Coordinates selection
*/
public static final int COORDINATES_SELECTION = 30;
/**
* Coordinate format
*/
public static final int COORDINATE_FORMAT = 31;
/**
* Coordinate Reference System
*/
public static final int COORDINATE_REFERENCE_SYSTEM = 32;
/**
* Cyan
*/
public static final int CYAN = 33;
/**
* Cylindrical Mercator projection
*/
public static final int CYLINDRICAL_MERCATOR_PROJECTION = 34;
/**
* Database engine
*/
public static final int DATABASE_ENGINE = 35;
/**
* Database URL
*/
public static final int DATABASE_URL = 36;
/**
* {0} data base version {1} on {2} engine.
*/
public static final int DATA_BASE_$3 = 37;
/**
* Data type
*/
public static final int DATA_TYPE = 38;
/**
* {1} bits {0,choice,0#unsigned integer|1#signed integer|2#real number}
*/
public static final int DATA_TYPE_$2 = 39;
/**
* Datum shift
*/
public static final int DATUM_SHIFT = 40;
/**
* Debug
*/
public static final int DEBUG = 41;
/**
* Decoders
*/
public static final int DECODERS = 42;
/**
* Default value
*/
public static final int DEFAULT_VALUE = 43;
/**
* Depth
*/
public static final int DEPTH = 44;
/**
* Derived from {0}
*/
public static final int DERIVED_FROM_$1 = 45;
/**
* Description
*/
public static final int DESCRIPTION = 46;
/**
* Discontinuous
*/
public static final int DISCONTINUOUS = 47;
/**
* Display
*/
public static final int DISPLAY = 48;
/**
* Distance
*/
public static final int DISTANCE = 49;
/**
* Down
*/
public static final int DOWN = 50;
/**
* Dublin Julian
*/
public static final int DUBLIN_JULIAN = 51;
/**
* Duplicated value
*/
public static final int DUPLICATED_VALUE = 52;
/**
* Earth gravitational model
*/
public static final int EARTH_GRAVITATIONAL_MODEL = 53;
/**
* East
*/
public static final int EAST = 54;
/**
* Easting
*/
public static final int EASTING = 55;
/**
* Ellipsoid
*/
public static final int ELLIPSOID = 56;
/**
* Ellipsoidal
*/
public static final int ELLIPSOIDAL = 57;
/**
* Ellipsoidal height
*/
public static final int ELLIPSOIDAL_HEIGHT = 58;
/**
* Ellipsoid shift
*/
public static final int ELLIPSOID_SHIFT = 59;
/**
* Encoders
*/
public static final int ENCODERS = 60;
/**
* End time
*/
public static final int END_TIME = 61;
/**
* Equidistant conic projection
*/
public static final int EQUIDISTANT_CONIC_PROJECTION = 250;
/**
* Equidistant cylindrical projection
*/
public static final int EQUIDISTANT_CYLINDRICAL_PROJECTION = 62;
/**
* Error
*/
public static final int ERROR = 63;
/**
* Error - {0}
*/
public static final int ERROR_$1 = 64;
/**
* Error filters
*/
public static final int ERROR_FILTERS = 65;
/**
* Event logger
*/
public static final int EVENT_LOGGER = 66;
/**
* Exception
*/
public static final int EXCEPTION = 67;
/**
* Exponential
*/
public static final int EXPONENTIAL = 68;
/**
* Factory
*/
public static final int FACTORY = 69;
/**
* False
*/
public static final int FALSE = 70;
/**
* File {0}
*/
public static final int FILE_$1 = 71;
/**
* Line {1} in file {0}
*/
public static final int FILE_POSITION_$2 = 72;
/**
* Format
*/
public static final int FORMAT = 73;
/**
* Future
*/
public static final int FUTURE = 74;
/**
* Generic cartesian 2D
*/
public static final int GENERIC_CARTESIAN_2D = 75;
/**
* Generic cartesian 3D
*/
public static final int GENERIC_CARTESIAN_3D = 76;
/**
* Geocentric
*/
public static final int GEOCENTRIC = 77;
/**
* Geocentric radius
*/
public static final int GEOCENTRIC_RADIUS = 78;
/**
* Geocentric transform
*/
public static final int GEOCENTRIC_TRANSFORM = 79;
/**
* Geocentric X
*/
public static final int GEOCENTRIC_X = 80;
/**
* Geocentric Y
*/
public static final int GEOCENTRIC_Y = 81;
/**
* Geocentric Z
*/
public static final int GEOCENTRIC_Z = 82;
/**
* Geodetic 2D
*/
public static final int GEODETIC_2D = 83;
/**
* Geodetic 3D
*/
public static final int GEODETIC_3D = 84;
/**
* Geodetic latitude
*/
public static final int GEODETIC_LATITUDE = 85;
/**
* Geodetic longitude
*/
public static final int GEODETIC_LONGITUDE = 86;
/**
* Geographic coordinates
*/
public static final int GEOGRAPHIC_COORDINATES = 87;
/**
* Geoidal
*/
public static final int GEOIDAL = 88;
/**
* Geoid model derived
*/
public static final int GEOID_MODEL_DERIVED = 89;
/**
* Geophysics
*/
public static final int GEOPHYSICS = 90;
/**
* Greenwich Mean Time (GMT)
*/
public static final int GMT = 91;
/**
* Gradient masks
*/
public static final int GRADIENT_MASKS = 92;
/**
* Gravity-related height
*/
public static final int GRAVITY_RELATED_HEIGHT = 93;
/**
* Gray
*/
public static final int GRAY = 94;
/**
* Green
*/
public static final int GREEN = 95;
/**
* Grid
*/
public static final int GRID = 96;
/**
* Hide
*/
public static final int HIDE = 97;
/**
* Hiden
*/
public static final int HIDEN = 98;
/**
* Horizontal
*/
public static final int HORIZONTAL = 99;
/**
* Horizontal component
*/
public static final int HORIZONTAL_COMPONENT = 100;
/**
* Hue
*/
public static final int HUE = 101;
/**
* Identity
*/
public static final int IDENTITY = 102;
/**
* Images
*/
public static final int IMAGES = 103;
/**
* Image of class "{0}"
*/
public static final int IMAGE_CLASS_$1 = 104;
/**
* Image size
*/
public static final int IMAGE_SIZE = 105;
/**
* {0} × {1} pixels × {2} bands
*/
public static final int IMAGE_SIZE_$3 = 106;
/**
* Implementations
*/
public static final int IMPLEMENTATIONS = 107;
/**
* Index
*/
public static final int INDEX = 108;
/**
* Indexed
*/
public static final int INDEXED = 109;
/**
* Informations
*/
public static final int INFORMATIONS = 110;
/**
* Inside
*/
public static final int INSIDE = 111;
/**
* Inverse {0}
*/
public static final int INVERSE_$1 = 112;
/**
* Inverse operation
*/
public static final int INVERSE_OPERATION = 113;
/**
* Inverse transform
*/
public static final int INVERSE_TRANSFORM = 114;
/**
* {0}
*/
public static final int JAVA_VENDOR_$1 = 115;
/**
* Java version {0}
*/
public static final int JAVA_VERSION_$1 = 116;
/**
* Julian
*/
public static final int JULIAN = 117;
/**
* Kernel
*/
public static final int KERNEL = 118;
/**
* Lambert conformal conic projection
*/
public static final int LAMBERT_CONFORMAL_PROJECTION = 119;
/**
* Latitude
*/
public static final int LATITUDE = 120;
/**
* Left
*/
public static final int LEFT = 121;
/**
* Level
*/
public static final int LEVEL = 122;
/**
* Lightness
*/
public static final int LIGHTNESS = 123;
/**
* Lines
*/
public static final int LINES = 124;
/**
* Line {0}
*/
public static final int LINE_$1 = 125;
/**
* Loading {0}...
*/
public static final int LOADING_$1 = 126;
/**
* Loading images {0} and {1}
*/
public static final int LOADING_IMAGES_$2 = 127;
/**
* Loading image {0}
*/
public static final int LOADING_IMAGE_$1 = 128;
/**
* Local
*/
public static final int LOCAL = 129;
/**
* Logarithmic
*/
public static final int LOGARITHMIC = 130;
/**
* Logger
*/
public static final int LOGGER = 131;
/**
* Longitude
*/
public static final int LONGITUDE = 132;
/**
* Magenta
*/
public static final int MAGENTA = 133;
/**
* Magnifier
*/
public static final int MAGNIFIER = 134;
/**
* Math transform
*/
public static final int MATH_TRANSFORM = 135;
/**
* Maximum
*/
public static final int MAXIMUM = 136;
/**
* Allocated memory: {0} MB
*/
public static final int MEMORY_HEAP_SIZE_$1 = 137;
/**
* Allocation used: {0,number,percent}
*/
public static final int MEMORY_HEAP_USAGE_$1 = 138;
/**
* Message
*/
public static final int MESSAGE = 139;
/**
* Method
*/
public static final int METHOD = 140;
/**
* Minimum
*/
public static final int MINIMUM = 141;
/**
* Modified Julian
*/
public static final int MODIFIED_JULIAN = 142;
/**
* Molodenski transform
*/
public static final int MOLODENSKI_TRANSFORM = 143;
/**
* ... {0} more...
*/
public static final int MORE_$1 = 144;
/**
* NADCON transform
*/
public static final int NADCON_TRANSFORM = 145;
/**
* Name
*/
public static final int NAME = 146;
/**
* No data
*/
public static final int NODATA = 147;
/**
* Normal
*/
public static final int NORMAL = 148;
/**
* North
*/
public static final int NORTH = 149;
/**
* Northing
*/
public static final int NORTHING = 150;
/**
* Note
*/
public static final int NOTE = 151;
/**
* {0} (no details)
*/
public static final int NO_DETAILS_$1 = 152;
/**
* No duplicated value found.
*/
public static final int NO_DUPLICATION_FOUND = 153;
/**
* Oblique Mercator projection
*/
public static final int OBLIQUE_MERCATOR_PROJECTION = 154;
/**
* Ok
*/
public static final int OK = 155;
/**
* Operations
*/
public static final int OPERATIONS = 156;
/**
* "{0}" operation
*/
public static final int OPERATION_$1 = 157;
/**
* Order
*/
public static final int ORDER = 158;
/**
* Orthodromic distance
*/
public static final int ORTHODROMIC_DISTANCE = 159;
/**
* Orthographic projection
*/
public static final int ORTHOGRAPHIC_PROJECTION = 160;
/**
* Orthometric
*/
public static final int ORTHOMETRIC = 161;
/**
* {0} system
*/
public static final int OS_NAME_$1 = 162;
/**
* Version {0} for {1}
*/
public static final int OS_VERSION_$2 = 163;
/**
* Other
*/
public static final int OTHER = 164;
/**
* Others
*/
public static final int OTHERS = 165;
/**
* Outside
*/
public static final int OUTSIDE = 166;
/**
* Palette
*/
public static final int PALETTE = 167;
/**
* Parameter {0}
*/
public static final int PARAMETER_$1 = 168;
/**
* Past
*/
public static final int PAST = 169;
/**
* Personalized
*/
public static final int PERSONALIZED = 170;
/**
* Pixels
*/
public static final int PIXELS = 171;
/**
* {0} points on a {1} × {2} grid.
*/
public static final int POINT_COUNT_IN_GRID_$3 = 172;
/**
* Polyconic projection
*/
public static final int POLYCONIC_PROJECTION = 251;
/**
* Predefined kernels
*/
public static final int PREDEFINED_KERNELS = 173;
/**
* Preferred resolution
*/
public static final int PREFERRED_RESOLUTION = 174;
/**
* Preview
*/
public static final int PREVIEW = 175;
/**
* Progression
*/
public static final int PROGRESSION = 176;
/**
* Projected
*/
public static final int PROJECTED = 177;
/**
* Properties
*/
public static final int PROPERTIES = 178;
/**
* {0} bits real number
*/
public static final int REAL_NUMBER_$1 = 179;
/**
* Area: x=[{0} .. {1}], y=[{2} .. {3}]
*/
public static final int RECTANGLE_$4 = 180;
/**
* Red
*/
public static final int RED = 181;
/**
* Reset
*/
public static final int RESET = 182;
/**
* Right
*/
public static final int RIGHT = 183;
/**
* Root mean squared error.
*/
public static final int ROOT_MEAN_SQUARED_ERROR = 184;
/**
* Rotate left
*/
public static final int ROTATE_LEFT = 185;
/**
* Rotate right
*/
public static final int ROTATE_RIGHT = 186;
/**
* Row
*/
public static final int ROW = 187;
/**
* Running tasks
*/
public static final int RUNNING_TASKS = 188;
/**
* Sample model
*/
public static final int SAMPLE_MODEL = 189;
/**
* Saturation
*/
public static final int SATURATION = 190;
/**
* Saving {0}...
*/
public static final int SAVING_$1 = 191;
/**
* Scale 1:{0} (approximative)
*/
public static final int SCALE_$1 = 192;
/**
* Search
*/
public static final int SEARCH = 193;
/**
* Set preferred resolution
*/
public static final int SET_PREFERRED_RESOLUTION = 194;
/**
* Show magnifier
*/
public static final int SHOW_MAGNIFIER = 195;
/**
* {0} bits signed integer
*/
public static final int SIGNED_INTEGER_$1 = 196;
/**
* Size
*/
public static final int SIZE = 197;
/**
* {0} × {1}
*/
public static final int SIZE_$2 = 198;
/**
* (in angle minutes)
*/
public static final int SIZE_IN_MINUTES = 199;
/**
* Source CRS
*/
public static final int SOURCE_CRS = 200;
/**
* Source point
*/
public static final int SOURCE_POINT = 201;
/**
* South
*/
public static final int SOUTH = 202;
/**
* Southing
*/
public static final int SOUTHING = 203;
/**
* Spherical
*/
public static final int SPHERICAL = 204;
/**
* Spherical latitude
*/
public static final int SPHERICAL_LATITUDE = 205;
/**
* Spherical longitude
*/
public static final int SPHERICAL_LONGITUDE = 206;
/**
* Start time
*/
public static final int START_TIME = 207;
/**
* Stereographic projection
*/
public static final int STEREOGRAPHIC_PROJECTION = 208;
/**
* System
*/
public static final int SYSTEM = 209;
/**
* Target
*/
public static final int TARGET = 210;
/**
* Target CRS
*/
public static final int TARGET_CRS = 211;
/**
* Target point
*/
public static final int TARGET_POINT = 212;
/**
* Tasks
*/
public static final int TASKS = 213;
/**
* Temporal
*/
public static final int TEMPORAL = 214;
/**
* Tiles size
*/
public static final int TILES_SIZE = 215;
/**
* Tile cache capacity: {0} MB
*/
public static final int TILE_CACHE_CAPACITY_$1 = 216;
/**
* {0}×{1} tiles of {2} × {3} pixels
*/
public static final int TILE_SIZE_$4 = 217;
/**
* Time
*/
public static final int TIME = 218;
/**
* Time
*/
public static final int TIME_OF_DAY = 219;
/**
* Time range
*/
public static final int TIME_RANGE = 220;
/**
* Time zone
*/
public static final int TIME_ZONE = 221;
/**
* Transformation
*/
public static final int TRANSFORMATION = 222;
/**
* Transformation accuracy
*/
public static final int TRANSFORMATION_ACCURACY = 223;
/**
* Transparency
*/
public static final int TRANSPARENCY = 224;
/**
* Transverse Mercator projection
*/
public static final int TRANSVERSE_MERCATOR_PROJECTION = 225;
/**
* True
*/
public static final int TRUE = 226;
/**
* Truncated Julian
*/
public static final int TRUNCATED_JULIAN = 227;
/**
* Type
*/
public static final int TYPE = 228;
/**
* Undefined
*/
public static final int UNDEFINED = 229;
/**
* Unknow
*/
public static final int UNKNOW = 230;
/**
* {0} bits unsigned integer ({1} bits/pixel)
*/
public static final int UNSIGNED_INTEGER_$2 = 231;
/**
* Untitled
*/
public static final int UNTITLED = 232;
/**
* Up
*/
public static final int UP = 233;
/**
* Use best resolution
*/
public static final int USE_BEST_RESOLUTION = 234;
/**
* Universal Time (UTC)
*/
public static final int UTC = 235;
/**
* Value
*/
public static final int VALUE = 236;
/**
* Vendor
*/
public static final int VENDOR = 237;
/**
* Version {0}
*/
public static final int VERSION_$1 = 238;
/**
* "{0}" version
*/
public static final int VERSION_OF_$1 = 239;
/**
* Vertical
*/
public static final int VERTICAL = 240;
/**
* Vertical component
*/
public static final int VERTICAL_COMPONENT = 241;
/**
* Warning
*/
public static final int WARNING = 242;
/**
* West
*/
public static final int WEST = 243;
/**
* Westing
*/
public static final int WESTING = 244;
/**
* Yellow
*/
public static final int YELLOW = 245;
/**
* Zoom in
*/
public static final int ZOOM_IN = 246;
/**
* Close zoom
*/
public static final int ZOOM_MAX = 247;
/**
* Zoom out
*/
public static final int ZOOM_OUT = 248;
}