// Generated by dts-bundle-generator v9.5.1
export type int = number;
export type float = number;
export type double = number;
declare class POINT2 {
x: double;
y: double;
style: int;
segment: int;
constructor();
constructor(pt: POINT2);
constructor(x: double, y: double);
constructor(x: double, y: double, style: int);
constructor(x: double, y: double, segment: int, style: int);
getX(): number;
getY(): number;
}
/**
* The Point2D class defines a point representing a location in
*
*
* This class is only the abstract superclass for all objects that store a 2D
* coordinate. The actual storage representation of the coordinates is left to
* the subclass.
*
* @author Jim Graham
* @since 1.2
*/
export declare class Point2D {
/**
* The X coordinate of this Point2D.
*
* @since 1.2
*/
x: double;
/**
* The Y coordinate of this Point2D.
*
* @since 1.2
*/
y: double;
/**
* Constructs and initializes a Point2D with coordinates
* (0, 0).
*
* @since 1.2
*/
constructor();
/**
* add the constructor
* @param pt
*/
constructor(pt: POINT2);
/**
* Constructs and initializes a Point2D with the specified
* coordinates.
*
* @param x
* the X coordinate of the newly constructed
* Point2D
* @param y
* the Y coordinate of the newly constructed
* Point2D
* @since 1.2
*/
constructor(x: double, y: double);
/**
* {@inheritDoc}
*
* @since 1.2
*/
getX(): double;
/**
* {@inheritDoc}
*
* @since 1.2
*/
getY(): double;
/**
* Returns a String that represents the value of this
* Point2D.
*
* @return a string representation of this Point2D.
* @since 1.2
*/
toString(): string;
clone(): Point2D;
private static readonly serialVersionUID;
/**
* Sets the location of this Point2D to the same coordinates as
* the specified Point2D object.
*
* @param p
* the specified Point2D to which to set this
* Point2D
* @since 1.2
*/
setLocation(p: Point2D): void;
/**
* Sets the location of this Point2D to the specified
* double coordinates.
*
* @param x
* the new X coordinate of this {Point2D}
* @param y
* the new Y coordinate of this {Point2D}
* @since 1.2
*/
setLocation(x: double, y: double): void;
/**
* Returns the square of the distance between two points.
*
* @param x1
* the X coordinate of the first specified point
* @param y1
* the Y coordinate of the first specified point
* @param x2
* the X coordinate of the second specified point
* @param y2
* the Y coordinate of the second specified point
* @return the square of the distance between the two sets of specified
* coordinates.
* @since 1.2
*/
static distanceSq(x1: double, y1: double, x2: double, y2: double): double;
/**
* Returns the distance between two points.
*
* @param x1
* the X coordinate of the first specified point
* @param y1
* the Y coordinate of the first specified point
* @param x2
* the X coordinate of the second specified point
* @param y2
* the Y coordinate of the second specified point
* @return the distance between the two sets of specified coordinates.
* @since 1.2
*/
static distance(x1: double, y1: double, x2: double, y2: double): double;
/**
* Returns the distance from this Point2D to
* a specified point.
*
* @param px the X coordinate of the specified point to be measured
* against this Point2D
* @param py the Y coordinate of the specified point to be measured
* against this Point2D
* @return the distance between this Point2D
* and a specified point.
* @since 1.2
*/
distance(px: double, py: double): number;
/**
* Determines whether or not two points are equal. Two instances of
* Point2D are equal if the values of their x and
* y member fields, representing their position in the
* coordinate space, are the same.
*
* @param obj
* an object to be compared with this Point2D
* @return true if the object to be compared is an instance of
* Point2D and has the same values; false
* otherwise.
* @since 1.2
*/
equals(obj: Point2D): boolean;
}
/**
*
*
*/
export declare class Point {
x: number;
y: number;
constructor();
constructor(x1: number, y1: number);
getX(): number;
getY(): number;
setLocation(x1: number, y1: number): void;
/**
* Returns a string representing one of the shape types
* from "armyc2.c2sd.renderer.so.ShapeTypes"
* @returns {String}
*/
getShapeType(): string;
/**
* move x & y by specified amounts.
* @param {Number} x shift x point by this value
* @param {Number} y shift y point by this value
* @returns {void}
*/
shift(x: number, y: number): void;
/**
* @returns {String} like "{x:#,y:#}"
*/
toStringFormatted(): string;
/**
* Makes a copy of this point object.
* @returns {armyc2.c2sd.renderer.so.Point} Copy of original point.
*/
clone(): Point;
toPoint2D(): Point2D;
/**
* @param {OffscreenCanvasRenderingContext2D} context object from html5 canvas
* @returns {void}
*/
setPath(context: OffscreenCanvasRenderingContext2D): void;
/**
* @param {context} context object from html5 canvas
* @returns {void}
*/
stroke(context: OffscreenCanvasRenderingContext2D): void;
/**
* @param {context} context object from html5 canvas
* @returns {void}
*/
fill(context: OffscreenCanvasRenderingContext2D): void;
}
declare class Line2D {
intersectsLine(edge: Line2D): boolean;
static linesIntersect(x1: double, y1: double, x2: double, y2: double, x3: double, y3: double, x4: double, y4: double): boolean;
/**
* The X coordinate of the start point of the line segment.
*
* @since 1.2
* @serial
*/
x1: double;
/**
* The Y coordinate of the start point of the line segment.
*
* @since 1.2
* @serial
*/
y1: double;
/**
* The X coordinate of the end point of the line segment.
*
* @since 1.2
* @serial
*/
x2: double;
/**
* The Y coordinate of the end point of the line segment.
*
* @since 1.2
* @serial
*/
y2: double;
/**
* Constructs and initializes a Line with coordinates (0, 0) -> (0, 0).
*
* @since 1.2
*/
constructor();
/**
* Constructs and initializes a Line2D from the specified
* Point2D objects.
*
* @param p1
* the start Point2D of this line segment
* @param p2
* the end Point2D of this line segment
* @since 1.2
*/
constructor(p1: Point2D, p2: Point2D);
/**
* Constructs and initializes a Line2D from the specified
* coordinates.
*
* @param x1
* the X coordinate of the start point
* @param y1
* the Y coordinate of the start point
* @param x2
* the X coordinate of the end point
* @param y2
* the Y coordinate of the end point
* @since 1.2
*/
constructor(x1: double, y1: double, x2: double, y2: double);
/**
* {@inheritDoc}
*
* @since 1.2
*/
getX1(): double;
/**
* {@inheritDoc}
*
* @since 1.2
*/
getY1(): double;
/**
* {@inheritDoc}
*
* @since 1.2
*/
getP1(): Point2D;
/**
* {@inheritDoc}
*
* @since 1.2
*/
getX2(): double;
/**
* {@inheritDoc}
*
* @since 1.2
*/
getY2(): double;
/**
* {@inheritDoc}
*
* @since 1.2
*/
getP2(): Point2D;
/**
* {@inheritDoc}
*
* @since 1.2
*/
getBounds2D(): Rectangle2D;
private static readonly serialVersionUID;
/**
* Sets the location of the end points of this Line2D to the
* same as those end points of the specified Line2D.
*
* @param l
* the specified Line2D
* @since 1.2
*/
setLine(l: Line2D): void;
/**
* Sets the location of the end points of this Line2D to the
* specified Point2D coordinates.
*
* @param p1
* the start Point2D of the line segment
* @param p2
* the end Point2D of the line segment
* @since 1.2
*/
setLine(p1: Point2D, p2: Point2D): void;
/**
* Sets the location of the end points of this Line2D to the
* specified double coordinates.
*
* @param x1
* the X coordinate of the start point
* @param y1
* the Y coordinate of the start point
* @param x2
* the X coordinate of the end point
* @param y2
* the Y coordinate of the end point
* @since 1.2
*/
setLine(x1: double, y1: double, x2: double, y2: double): void;
/**
* Returns an indicator of where the specified point {@code (px,py)} lies
* with respect to the line segment from {@code (x1,y1)} to {@code (x2,y2)}.
* The return value can be either 1, -1, or 0 and indicates in which
* direction the specified line must pivot around its first end point,
* {@code (x1,y1)}, in order to point at the specified point {@code (px,py)}
* .
*
* A return value of 1 indicates that the line segment must turn in the
* direction that takes the positive X axis towards the negative Y axis. In
* the default coordinate system used by Java 2D, this direction is
* counterclockwise.
*
* A return value of -1 indicates that the line segment must turn in the
* direction that takes the positive X axis towards the positive Y axis. In
* the default coordinate system, this direction is clockwise.
*
* A return value of 0 indicates that the point lies exactly on the line
* segment. Note that an indicator value of 0 is rare and not useful for
* determining colinearity because of floating point rounding issues.
*
* If the point is colinear with the line segment, but not between the end
* points, then the value will be -1 if the point lies "beyond {@code
* (x1,y1)}" or 1 if the point lies "beyond {@code (x2,y2)}".
*
* @param x1
* the X coordinate of the start point of the specified line
* segment
* @param y1
* the Y coordinate of the start point of the specified line
* segment
* @param x2
* the X coordinate of the end point of the specified line
* segment
* @param y2
* the Y coordinate of the end point of the specified line
* segment
* @param px
* the X coordinate of the specified point to be compared with
* the specified line segment
* @param py
* the Y coordinate of the specified point to be compared with
* the specified line segment
* @return an integer that indicates the position of the third specified
* coordinates with respect to the line segment formed by the first
* two specified coordinates.
* @since 1.2
*/
static relativeCCW(x1: double, y1: double, x2: double, y2: double, px: double, py: double): int;
/**
* Returns an indicator of where the specified point {@code (px,py)} lies
* with respect to this line segment. See the method comments of
* {@link #relativeCCW(double, double, double, double, double, double)} to
* interpret the return value.
*
* @param px
* the X coordinate of the specified point to be compared with
* this Line2D
* @param py
* the Y coordinate of the specified point to be compared with
* this Line2D
* @return an integer that indicates the position of the specified
* coordinates with respect to this Line2D
* @see #relativeCCW(double, double, double, double, double, double)
* @since 1.2
*/
relativeCCW(px: double, py: double): int;
/**
* Returns the square of the distance from a point to a line. The distance
* measured is the distance between the specified point and the closest
* point on the infinitely-extended line defined by the specified
* coordinates. If the specified point intersects the line, this method
* returns 0.0.
*
* @param x1
* the X coordinate of the start point of the specified line
* @param y1
* the Y coordinate of the start point of the specified line
* @param x2
* the X coordinate of the end point of the specified line
* @param y2
* the Y coordinate of the end point of the specified line
* @param px
* the X coordinate of the specified point being measured against
* the specified line
* @param py
* the Y coordinate of the specified point being measured against
* the specified line
* @return a double value that is the square of the distance from the
* specified point to the specified line.
* @since 1.2
*/
static ptLineDistSq(x1: double, y1: double, x2: double, y2: double, px: double, py: double): double;
/**
* Returns the distance from a point to a line. The distance measured is the
* distance between the specified point and the closest point on the
* infinitely-extended line defined by the specified coordinates. If the
* specified point intersects the line, this method returns 0.0.
*
* @param x1
* the X coordinate of the start point of the specified line
* @param y1
* the Y coordinate of the start point of the specified line
* @param x2
* the X coordinate of the end point of the specified line
* @param y2
* the Y coordinate of the end point of the specified line
* @param px
* the X coordinate of the specified point being measured against
* the specified line
* @param py
* the Y coordinate of the specified point being measured against
* the specified line
* @return a double value that is the distance from the specified point to
* the specified line.
* @since 1.2
*/
static ptLineDist(x1: double, y1: double, x2: double, y2: double, px: double, py: double): double;
/**
* Returns the square of the distance from a specified Point2D
* to this line. The distance measured is the distance between the specified
* point and the closest point on the infinitely-extended line defined by
* this Line2D. If the specified point intersects the line,
* this method returns 0.0.
*
* @param pt
* the specified Point2D being measured against this
* line
* @return a double value that is the square of the distance from a
* specified Point2D to the current line.
* @since 1.2
*/
ptLineDistSq(pt: Point2D): double;
/**
* Returns the square of the distance from a point to this line. The
* distance measured is the distance between the specified point and the
* closest point on the infinitely-extended line defined by this
* Line2D. If the specified point intersects the line, this
* method returns 0.0.
*
* @param px
* the X coordinate of the specified point being measured against
* this line
* @param py
* the Y coordinate of the specified point being measured against
* this line
* @return a double value that is the square of the distance from a
* specified point to the current line.
* @since 1.2
*/
ptLineDistSq(px: double, py: double): double;
/**
* Returns the distance from a Point2D to this line. The
* distance measured is the distance between the specified point and the
* closest point on the infinitely-extended line defined by this
* Line2D. If the specified point intersects the line, this
* method returns 0.0.
*
* @param pt
* the specified Point2D being measured
* @return a double value that is the distance from a specified
* Point2D to the current line.
* @since 1.2
*/
ptLineDist(pt: Point2D): double;
/**
* Returns the distance from a point to this line. The distance measured is
* the distance between the specified point and the closest point on the
* infinitely-extended line defined by this Line2D. If the
* specified point intersects the line, this method returns 0.0.
*
* @param px
* the X coordinate of the specified point being measured against
* this line
* @param py
* the Y coordinate of the specified point being measured against
* this line
* @return a double value that is the distance from a specified point to the
* current line.
* @since 1.2
*/
ptLineDist(px: double, py: double): double;
/**
* Tests if a given Point2D is inside the boundary of this
* Line2D. This method is required to implement the
* {@link Shape} interface, but in the case of Line2D objects
* it always returns false since a line contains no area.
*
* @param p
* the specified Point2D to be tested
* @return false because a Line2D contains no
* area.
* @since 1.2
*/
contains(p: Point2D): boolean;
/**
* Tests if the interior of this Line2D entirely contains the
* specified Rectangle2D. This method is required to implement
* the Shape interface, but in the case of Line2D
* objects it always returns false since a line contains no
* area.
*
* @param r
* the specified Rectangle2D to be tested
* @return false because a Line2D contains no
* area.
* @since 1.2
*/
contains(r: Rectangle2D): boolean;
/**
* Tests if a specified coordinate is inside the boundary of this
* Line2D. This method is required to implement the
* {@link Shape} interface, but in the case of Line2D objects
* it always returns false since a line contains no area.
*
* @param x
* the X coordinate of the specified point to be tested
* @param y
* the Y coordinate of the specified point to be tested
* @return false because a Line2D contains no
* area.
* @since 1.2
*/
contains(x: double, y: double): boolean;
/**
* Tests if the interior of this Line2D entirely contains the
* specified set of rectangular coordinates. This method is required to
* implement the Shape interface, but in the case of
* Line2D objects it always returns false since a line contains
* no area.
*
* @param x
* the X coordinate of the upper-left corner of the specified
* rectangular area
* @param y
* the Y coordinate of the upper-left corner of the specified
* rectangular area
* @param w
* the width of the specified rectangular area
* @param h
* the height of the specified rectangular area
* @return false because a Line2D contains no
* area.
* @since 1.2
*/
contains(x: double, y: double, w: double, h: double): boolean;
/**
* Creates a new object of the same class as this object.
*
* @return a clone of this instance.
* @exception OutOfMemoryError
* if there is not enough memory.
* @see java.lang.Cloneable
* @since 1.2
*/
clone(): Line2D | null;
}
/**
*
*
*/
export declare class Rectangle2D {
x: double;
y: double;
width: double;
height: double;
add(newx: double, newy: double): void;
createIntersection(r: Rectangle2D): Rectangle2D | null;
createUnion(r: Rectangle2D): Rectangle2D;
getX(): double;
getY(): double;
getCenterX(): double;
getCenterY(): double;
getMinX(): double;
getMinY(): double;
getMaxX(): double;
getMaxY(): double;
getHeight(): double;
getWidth(): double;
contains(rect: Rectangle2D): boolean;
contains(pt: Point2D): boolean;
contains(x1: double, y1: double): boolean;
contains(x: int, y: int, width: int, height: int): boolean;
intersects(rect: Rectangle2D): boolean;
intersects(x1: int, y1: int, width1: int, height1: int): boolean;
intersectsLine(line: Line2D): boolean;
isEmpty(): boolean;
setRect(r: Rectangle2D): void;
setRect(x1: double, y1: double, width1: double, height1: double): void;
grow(size: int): any;
grow(h: int, v: int): any;
stroke(context: OffscreenCanvasRenderingContext2D): void;
fill(context: OffscreenCanvasRenderingContext2D): void;
clone(): Rectangle2D;
/**
* Will merge the bounds of two rectangle.
* @param rect
*/
union(rect: Rectangle2D): void;
constructor();
constructor(x1: double, y1: double, width1: double, height1: double);
/**
*
* @param stroke named color or hex color
* @param strokeWidth width of line in # of pixels
* @param fill named color or hex color
* @returns
*/
toSVGElement(stroke: string | null, strokeWidth: number, fill: string | null): string;
}
/**
*
*
*/
export declare class Font {
static readonly PLAIN: number;
static readonly BOLD: number;
static readonly ITALIC: number;
protected _size: number;
protected _text: string;
protected _type: number;
constructor(s: string, type: number, size: number);
getSize(): number;
getName(): string;
getType(): number;
isBold(): boolean;
getTypeString(): string;
static getTypeString(type: number): string;
static getTypeInt(type: string): number;
toString(): string;
}
/**
* Integer based Color class with utility functions
*/
export declare class Color {
/**
* The color white. In the default sRGB space.
*/
static readonly white: Color;
/**
* The color white. In the default sRGB space.
*
*/
static readonly WHITE: Color;
/**
* The color light gray. In the default sRGB space.
*/
static readonly lightGray: Color;
/**
* The color light gray. In the default sRGB space.
*
*/
static readonly LIGHT_GRAY: Color;
/**
* The color gray. In the default sRGB space.
*/
static readonly gray: Color;
/**
* The color gray. In the default sRGB space.
*
*/
static readonly GRAY: Color;
/**
* The color dark gray. In the default sRGB space.
*/
static readonly darkGray: Color;
/**
* The color dark gray. In the default sRGB space.
*
*/
static readonly DARK_GRAY: Color;
/**
* The color black. In the default sRGB space.
*/
static readonly black: Color;
/**
* The color black. In the default sRGB space.
*
*/
static readonly BLACK: Color;
/**
* The color red. In the default sRGB space.
*/
static readonly red: Color;
/**
* The color red. In the default sRGB space.
*
*/
static readonly RED: Color;
/**
* The color pink. In the default sRGB space.
*/
static readonly pink: Color;
/**
* The color pink. In the default sRGB space.
*
*/
static readonly PINK: Color;
/**
* The color orange. In the default sRGB space.
*/
static readonly orange: Color;
/**
* The color orange. In the default sRGB space.
*
*/
static readonly ORANGE: Color;
/**
* The color yellow. In the default sRGB space.
*/
static readonly yellow: Color;
/**
* The color yellow. In the default sRGB space.
*
*/
static readonly YELLOW: Color;
/**
* The color green. In the default sRGB space.
*/
static readonly green: Color;
/**
* The color green. In the default sRGB space.
*
*/
static readonly GREEN: Color;
/**
* The color magenta. In the default sRGB space.
*/
static readonly magenta: Color;
/**
* The color magenta. In the default sRGB space.
*
*/
static readonly MAGENTA: Color;
/**
* The color cyan. In the default sRGB space.
*/
static readonly cyan: Color;
/**
* The color cyan. In the default sRGB space.
*
*/
static readonly CYAN: Color;
/**
* The color blue. In the default sRGB space.
*/
static readonly blue: Color;
/**
* The color blue. In the default sRGB space.
*
*/
static readonly BLUE: Color;
private _A;
private _R;
private _G;
private _B;
/**
*
* @param hexValue - String representing hex value (formatted "0xRRGGBB"
* i.e. "0xFFFFFF") OR formatted "0xAARRGGBB" i.e. "0x00FFFFFF" for a color
* with an alpha value I will also put up with "RRGGBB" and "AARRGGBB"
* without the starting "0x" or "#"
* @return
*/
private getColorsFromHexString;
constructor();
constructor(color: Color);
constructor(color: number);
constructor(hexString: string);
constructor(R: number, G: number, B: number);
constructor(R: number, G: number, B: number, A: number);
static makeColor(r: number, g: number, b: number): Color;
toRGB(): number;
toARGB(): number;
private convert;
/**
* A hex string in the format of AARRGGBB
* @param {Boolean} withAlpha Optional, default is true. If set to false,
* will return a hex string without alpha values.
*/
toHexString(withAlpha?: boolean): string;
toString(): string;
getRed(): number;
getGreen(): number;
getBlue(): number;
getAlpha(): number;
/**
*
* @param alpha 0-255
*/
setAlpha(alpha: number): void;
toInt(): number;
/**
* get alpha value from uint
* */
private getAlphaFromColor;
/**
* get red value from uint
* */
private getRedFromColor;
/**
* get green value from uint
* */
private getGreenFromColor;
/**
* get blue value from uint
* */
private getBlueFromColor;
}
/**
* Default Affiliation Colors for the symbols
*
*/
export declare class AffiliationColors {
static FriendlyUnitFillColor: Color;
static HostileUnitFillColor: Color;
static NeutralUnitFillColor: Color;
static UnknownUnitFillColor: Color;
static SuspectUnitFillColor: Color;
static FriendlyGraphicFillColor: Color;
static HostileGraphicFillColor: Color;
static NeutralGraphicFillColor: Color;
static UnknownGraphicFillColor: Color;
static SuspectGraphicFillColor: Color;
static FriendlyUnitLineColor: Color;
static HostileUnitLineColor: Color;
static NeutralUnitLineColor: Color;
static UnknownUnitLineColor: Color;
static SuspectUnitLineColor: Color;
static FriendlyGraphicLineColor: Color;
static HostileGraphicLineColor: Color;
static NeutralGraphicLineColor: Color;
static UnknownGraphicLineColor: Color;
static SuspectGraphicLineColor: Color;
static ObstacleGreenDark: Color;
static ObstacleGreen: Color;
static WeatherRed: Color;
static WeatherBlue: Color;
static WeatherPurpleDark: Color;
static WeatherPurpleLight: Color;
static WeatherBrownDark: Color;
static WeatherBrownLight: Color;
}
/**
* Units of Measure to be used with {@link MilStdAttributes#DistanceUnits}
* Default is meters.
*/
export declare class DistanceUnit {
private static readonly FEET_PER_METER;
private static readonly FLIGHT_LEVEL_PER_METER;
readonly conversionFactor: double;
readonly label: string;
constructor(conversionFactor: double, label: string);
static parse(distanceUnitText: string): DistanceUnit | null;
toAttribute(): string;
static METERS: DistanceUnit;
static FEET: DistanceUnit;
static FLIGHT_LEVEL: DistanceUnit;
}
/**
* Port of java.util.logging.Level class
*/
export declare class LogLevel {
/**
* OFF is a special level that can be used to turn off logging.
* This level is initialized to Integer.MAX_VALUE.
*/
static OFF: LogLevel;
/**
* SEVERE is a message level indicating a serious failure.
*
* In general SEVERE messages should describe events that are
* of considerable importance and which will prevent normal
* program execution. They should be reasonably intelligible
* to end users and to system administrators.
* This level is initialized to 1000.
*/
static SEVERE: LogLevel;
/**
* WARNING is a message level indicating a potential problem.
*
* In general WARNING messages should describe events that will
* be of interest to end users or system managers, or which
* indicate potential problems.
* This level is initialized to 900.
*/
static WARNING: LogLevel;
/**
* INFO is a message level for informational messages.
*
* Typically INFO messages will be written to the console
* or its equivalent. So the INFO level should only be
* used for reasonably significant messages that will
* make sense to end users and system administrators.
* This level is initialized to 800.
*/
static INFO: LogLevel;
/**
* CONFIG is a message level for static configuration messages.
*
* CONFIG messages are intended to provide a variety of static
* configuration information, to assist in debugging problems
* that may be associated with particular configurations.
* For example, CONFIG message might include the CPU type,
* the graphics depth, the GUI look-and-feel, etc.
* This level is initialized to 700.
*/
static CONFIG: LogLevel;
/**
* FINE is a message level providing tracing information.
*
* All of FINE, FINER, and FINEST are intended for relatively
* detailed tracing. The exact meaning of the three levels will
* vary between subsystems, but in general, FINEST should be used
* for the most voluminous detailed output, FINER for somewhat
* less detailed output, and FINE for the lowest volume (and
* most important) messages.
*
* In general the FINE level should be used for information
* that will be broadly interesting to developers who do not have
* a specialized interest in the specific subsystem.
*
* FINE messages might include things like minor (recoverable)
* failures. Issues indicating potential performance problems
* are also worth logging as FINE.
* This level is initialized to 500.
*/
static FINE: LogLevel;
/**
* FINER indicates a fairly detailed tracing message.
* By default logging calls for entering, returning, or throwing
* an exception are traced at this level.
* This level is initialized to 400.
*/
static FINER: LogLevel;
/**
* FINEST indicates a highly detailed tracing message.
* This level is initialized to 300.
*/
static FINEST: LogLevel;
/**
* ALL indicates that all messages should be logged.
* This level is initialized to Integer.MIN_VALUE.
*/
static ALL: LogLevel;
private name;
private value;
constructor(name: string, value: number);
intValue(): number;
getName(): string;
}
/**
* Error Logging class for Renderer
*
*/
export declare class ErrorLogger {
static readonly LoggerName: string;
private static _level;
private static _LoggingEnabled;
private static dateFormatOptions;
/**
* True if logging is enabled
* @return {@link Boolean}
*/
static getLoggingStatus(): boolean;
/**
* Takes a throwable and puts it's stacktrace into a string.
* @param error {@link Error}
* @return {@link String}
*/
static getStackTrace(error: Error): string;
/**
* TRUE: Creates a file handler that will log message to a file.
* FALSE: logging just goes to console.
* @param enable {@link Boolean}
*/
static EnableLogging(enable: boolean): void;
/**
* Folder location to store the log file.
* Defaults to "System.getProperty("user.dir")"
* @param path {@link String}
* @deprecated
*/
static setLoggingPath(path: string): void;
/**
* clears log files that are beyond a passed number of days old
* @param DaysOld {@link Integer}
* @deprecated
*/
static CleanupOldFiles(DaysOld: number): void;
/**
* Set minimum level at which an item can be logged.
* In descending order:
* Severe
* Warning
* Info
* Config
* Fine
* Finer
* Finest
* @param newLevel {@link Level}
*/
static setLevel(newLevel: LogLevel): void;
/**
* Set minimum level at which an item can be logged.
* In descending order:
* Severe
* Warning
* Info
* Config
* Fine
* Finer
* Finest
* @param newLevel {@link Level}
* @param setConsoleHandler logger could be set to FINE but the console
* handler could be set to INFO. In that case, anything logged at FINE
* wouldn't show because it'd get blocked by the console handler. Set to
* "true" to make sure the console handler will let you log at the level
* you want. If you're only concerned with the log file, you can leave
* "false"
*/
static setLevel(newLevel: LogLevel, setConsoleHandler: boolean): void;
/**
* Specify whether or not this logger should send its output
* to it's parent Logger. This means that any LogRecords will
* also be written to the parent's Handlers, and potentially
* to its parent, recursively up the namespace.
* Defaults to true;
*
* @param useParentHandlers true if output is to be sent to the
* logger's parent.
*/
static setUseParentHandlers(useParentHandlers: boolean): void;
/**
* Gets the java.util.logging.Level that the logger is set to.
* @return {@link Level}
*/
static getLevel(): LogLevel;
/**
*
* @return {@link String}
* @deprecated
*/
private static getFileName;
/**
* Log a method entry.
*
* This is a convenience method that can be used to log entry
* to a method. A LogRecord with message "ENTRY", log level
* FINER, and the given sourceMethod and sourceClass is logged.
*
* @param sourceClass name of class that issued the logging request
* @param sourceMethod name of method that is being entered
*/
static Entering(sourceClass: string, sourceMethod: string): void;
/**
* Log a method entry, with one parameter.
*
* This is a convenience method that can be used to log entry
* to a method. A LogRecord with message "ENTRY {0}", log level
* FINER, and the given sourceMethod, sourceClass, and parameter
* is logged.
*
* @param sourceClass name of class that issued the logging request
* @param sourceMethod name of method that is being entered
* @param param1 parameter to the method being entered
*/
static Entering(sourceClass: string, sourceMethod: string, param1: any): void;
/**
* Log a method entry, with an array of parameters.
*
* This is a convenience method that can be used to log entry
* to a method. A LogRecord with message "ENTRY" (followed by a
* format {N} indicator for each entry in the parameter array),
* log level FINER, and the given sourceMethod, sourceClass, and
* parameters is logged.
*
* @param sourceClass name of class that issued the logging request
* @param sourceMethod name of method that is being entered
* @param params array of parameters to the method being entered
*/
static Entering(sourceClass: string, sourceMethod: string, params: any[]): void;
/**
* Log a method return.
*
* This is a convenience method that can be used to log returning
* from a method. A LogRecord with message "RETURN", log level
* FINER, and the given sourceMethod and sourceClass is logged.
*
* @param sourceClass name of class that issued the logging request
* @param sourceMethod name of the method
*/
static Exiting(sourceClass: string, sourceMethod: string): void;
/**
* Log a method return, with result object.
*
* This is a convenience method that can be used to log returning
* from a method. A LogRecord with message "RETURN {0}", log level
* FINER, and the gives sourceMethod, sourceClass, and result
* object is logged.
*
* @param sourceClass name of class that issued the logging request
* @param sourceMethod name of the method
* @param result Object that is being returned
*/
static Exiting(sourceClass: string, sourceMethod: string, result: any): void;
/**
* Defaults to Level.INFO
* @param message {@link String}
*/
static LogMessage(message: string): void;
/**
* Defaults to Level.INFO
* @param message {@link String}
* @param showMessageBox (@link {@link Boolean}
*/
static LogMessage(message: string, showMessageBox: boolean): void;
/**
*
* @param message {@link String}
* @param lvl {@link Level}
* @param showMessageBox {@link Boolean}
*/
static LogMessage(message: string, lvl: LogLevel, showMessageBox: boolean): void;
static LogMessage(sourceClass: string, sourceMethod: string, message: string): void;
static LogMessage(sourceClass: string, sourceMethod: string, message: string, showMessageBox: boolean): void;
static LogMessage(sourceClass: string, sourceMethod: string, message: string, lvl: LogLevel): void;
static LogMessage(sourceClass: string, sourceMethod: string, message: string, lvl: LogLevel, showMessageBox: boolean): void;
static LogMessage(sourceClass: string, sourceMethod: string, message: string, lvl: LogLevel, param1: any, showMessageBox: boolean): void;
static LogMessage(sourceClass: string, sourceMethod: string, message: string, lvl: LogLevel, params: any[], showMessageBox: boolean): void;
static LogException(sourceClass: string, sourceMethod: string, exc: Error): void;
static LogException(sourceClass: string, sourceMethod: string, exc: Error, showMessageBox: boolean): void;
static LogException(sourceClass: string, sourceMethod: string, exc: Error, lvl: LogLevel): void;
static LogException(sourceClass: string, sourceMethod: string, exc: Error, lvl: LogLevel, showMessageBox: boolean): void;
static PrintList(list: Array): string;
static PrintObjectMap(map: Map): string;
static PrintStringMap(map: Map): string;
}
/**
* Symbol attribute constants
*/
export declare class MilStdAttributes {
/**
* Line color of the symbol. hex value.
*/
static readonly LineColor: string;
/**
* Fill color of the symbol. hex value
*/
static readonly FillColor: string;
/**
* Main color of internal icon. Only relevant to framed symbols. hex value
*/
static readonly IconColor: string;
/**
* size of the single point image
*/
static readonly PixelSize: string;
/**
* defaults to true
*/
static readonly KeepUnitRatio: string;
/**
* transparency value of the symbol with values from 0 - 255.
*/
static readonly Alpha: string;
/**
* outline the symbol, true/false
*/
static readonly OutlineSymbol: string;
/**
* specify and outline color rather than letting renderer picking
* the best contrast color. hex value
*/
static readonly OutlineColor: string;
/**
* just draws the core symbol
*/
static readonly DrawAsIcon: string;
/**
* Specifies the line width of the multipoint symbology
*/
static readonly LineWidth: string;
/**
* Specifies the color for text labels
*/
static readonly TextColor: string;
/**
* Specifies the color for the text background (color outline or fill)
*/
static readonly TextBackgroundColor: string;
/**
* If false, the renderer will create a bunch of little lines to create
* the "dash" effect (expensive but necessary for KML).
* If true, it will be on the user to create the dash effect using the
* DashArray from the Stroke object from the ShapeInfo object.
*/
static readonly UseDashArray: string;
/**
* The mode that altitude labels will be displayed in, the default value is AMSL.
*
* This value acts as a label, appending whatever string that is passed in to the end of the altitude units.
* Currently only effective for multi-point graphics.
*/
static readonly AltitudeMode: string;
/**
* At the moment, this refers to the optional range fan labels.
*/
static readonly HideOptionalLabels: string;
/**
* For internal use
*/
static readonly UsePatternFill: string;
/**
* For internal use
*/
static readonly PatternFillType: string;
/**
* The conversion factor and the label that you want all distances to display in. The conversion factor
* is converting from meters. The default unit is meters.
*
* Must be in the form [conversionFactor],[label]. So for example converting to feet would be "3.28084,FT".
* The helper class {@link DistanceUnit} can be used.
*/
static readonly DistanceUnits: string;
/**
* The conversion factor and the label that you want all distances to display in.
* Conventionally, the conversion factor is converting from meters by default,
* but other values could be passed, like "1,KM" to use an unaltered value in kilometers.
*
* Must be in the form [conversionFactor],[label]. So for example converting meters to feet would be "3.28084,FT".
* The helper class {@link DistanceUnit} can be used.
* Currently only effective for multi-point graphics.
*/
static readonly AltitudeUnits: string;
/**
* If the engagement/target amplifier bar is to be used to designate targets, non-targets, and
* pruned or expired targets, a different coloring schema shall be used. Hostile tracks which
* are deemed targets shall have a red bar (RGB: 255, 0, 0) to indicate target. For hostile
* tracks deemed to be non-targets, white (RGB: 255, 255, 255) should be used to indicate non
* target. Finally, for hostile tracks which have been pruned or have expired shall be colored
* orange (RGB: 255, 120, 0).
* This attribute expects a hex string for the color
*/
static readonly EngagementBarColor: string;
/**
* Multipoint features and patterns scale with line width ({@link MilStdAttributes#LineWidth}).
* {@code PatternScale} is the ratio of how much to increase features and patterns by with line width.
* default value is {@link RendererSettings#getPatternScale()}
*/
static readonly PatternScale: string;
/**
* No Longer relevant
* @return
* @deprecated see {@link GetAttributesList()}
*/
static GetModifierList(): Array;
static GetAttributesList(symbolID: string): Array;
/**
* @param attribute constant like MilStdAttributes.LineColor
* @return attribute name based on attribute constants
*/
static getAttributeName(attribute: string): string;
/**
* Takes a string representation of an attribute and returns the appropriate int key value
* @param attribute "LINECOLOR" will return MilStdAtttributes.LineColor
* @return number value representing Attribute constant.
*/
static getAttributeKey(attribute: string): string | null;
}
/**
* Modifier Constants to be used as keys in the modifiers map
*/
export declare class Modifiers {
/**
*
* Symbol Icon
* The innermost part of a symbol, comprised of an icon and optional modifiers, that represents a joint military object (see 5.3.4).
* Format: Graphic
* Symbol Set: All
* Remarks: Determined by SIDC positions 11-20.
*
*/
static readonly A_SYMBOL_ICON: string;
/**
*
* Echelon
* An amplifier in a unit symbol that identifies command level (see 5.3.7.1 and table VII).
* Format: Graphic
* Symbol Set: All
* Remarks: Determined by SIDC positions 9-10.
*
*/
static readonly B_ECHELON: string;
/**
*
* Quantity
* An amplifier in an equipment symbol that identifies the number of items present.
* Examples include:
* 350 Beds 50 Gallons
* Format:
* Alphanumeric - {1,19}
* [#########] [XXXXXXXXXX]
* Symbol Set: 10, 11, 15, 25, 27, 60
* Remarks: Two-part composite field.
* Where # is the numeric value [1-999999999], and X is the unit of measure.
* Note: There should be a space between the numeric and the unit of measure values.
*
*/
static readonly C_QUANTITY: string;
/**
*
* Task Force Indicator
* An amplifier that identifies a unit or activities symbol as a task force (see 5.3.7.2 and figure 14).
* Format: Graphic
* Symbol Set: 10
* Remarks: Determined by SIDC position 8.
*
*/
static readonly D_TASK_FORCE_INDICATOR: string;
/**
*
* Frame Shape Modifier
* A graphic modifier that displays standard identity, battle dimension, or exercise
* amplifying descriptors of an object (see 5.3.1 and table II).
* Format: Graphic
* Symbol Set: ALL BUT 25,45,46,47
* Remarks: 2525C, not processed as a modifier in 2525D+
*
*/
static readonly E_FRAME_SHAPE_MODIFIER: string;
/**
*
* Reinforced or Reduced
* An amplifier in a unit symbol that displays (+) for reinforced, (-) for reduced, (+) reinforced and reduced.
* Format: Alphanumeric - {1,1}
* Symbol Set: 10
* Remarks:
*
*/
static readonly F_REINFORCED_REDUCED: string;
/**
*
* Staff Comments
* An amplifier for units, equipment and installations; content is implementation specific.
* Format: Alphanumeric - {1,20}
* Symbol Set: 01, 05, 10, 15, 20, 27, 30, 35, 40
* Remarks:
*
*/
static readonly G_STAFF_COMMENTS: string;
/**
*
* Additional Information
* An amplifier for units, equipment and installations; content is implementation specific.
* Format: Alphanumeric - {1,20}
* Symbol Set: ALL
* Remarks:
*
*/
static readonly H_ADDITIONAL_INFO_1: string;
/**
*
* Unlisted Point Information
* An alphanumeric text amplifier used to provide an up to a three-character letter field acronym to describe a point that is not already listed.
* Format: Alphanumeric - {1,3}
* Symbol Set: 25
* Remarks: Only used with Action Points (General) control measure. SIDC 130100.
*
*/
static readonly H1_ADDITIONAL_INFO_2: string;
/**
* A text modifier for tactical graphics; content is
* implementation specific.
* CM: P,L,A,N,B/C,R/N
* Length: 20
* @deprecated 2525C
*/
static readonly H2_ADDITIONAL_INFO_3: string;
/**
*
* Evaluation Rating
* An amplifier that consists of a one-letter reliability rating and a one-number credibility rating. (See ATP 2-33.4)
* Format: Alphanumeric - {2,2} [X][#]
* Symbol Set: 10, 15, 20,27, 40
* Remarks:
*
* Reliability Ratings:
* A-completely reliable
* B-usually reliable
* C-fairly reliable
* D-not usually reliable
* E-unreliable
* F-reliability cannot be judged
*
* Credibility Ratings:
* 1-confirmed by other sources
* 2-probably true
* 3-possibly true
* 4-doubtfully true
* 5-improbable
* 6-truth cannot be judged
*
*/
static readonly J_EVALUATION_RATING: string;
/**
*
* Effectiveness
* An amplifier for units and installations that indicates unit effectiveness or installation capability.
* Format: Alphanumeric - {2,3}
* Symbol Set: 10, 15, 27
* Remarks:
* List of Values:
* FO - Fully Operational
* SO - Substantially operational
* MO - Marginally operational
* NO - Not operational
* UNK - Unknown
*
*/
static readonly K_COMBAT_EFFECTIVENESS: string;
/**
*
* Signature Equipment
* An amplifier for hostile equipment; "!" indicates detectable electronic signatures.
* Format: Alphanumeric - {1,1}
* Symbol Set: 15
* Remarks: The amplifier displayed is the exclamation mark "!".
*
*/
static readonly L_SIGNATURE_EQUIP: string;
/**
*
* Higher Formation
* An amplifier for units that indicates number or title of higher echelon command (corps are designated by Roman numerals).
* Format: Alphanumeric - {1,21}
* Symbol Set: 10
* Remarks: The amplifier displayed is the exclamation mark "!".
*
*/
static readonly M_HIGHER_FORMATION: string;
/**
*
* Hostile (Enemy)
* An amplifier for equipment; letters "ENY" denote hostile symbols.
* Format: Alphanumeric - {3,3}
* Symbol Set: 15,25
* Remarks: Determined by SIDC position 4.
* Note: This amplifier must be used when displaying enemy/hostile control measures on monochromatic displays
*
*/
static readonly N_HOSTILE: string;
/**
*
* IFF/SIF/AIS
* An amplifier displaying IFF/SIF/AIS Identification modes and codes.
* Format:
* Symbol Set: 01, 10, 15, 27, 30, 35
* Remarks: 'MODE' is not required when displaying.
*
*/
static readonly P_IFF_SIF_AIS: string;
/**
*
* Direction of Movement Indicator
* An amplifier consisting of a line with arrow that identifies the direction of movement or intended movement of an object (see 5.3.7.9 and figure 14).
* Format: Graphic (Alphanumeric for exchange only)
* Symbol Set: 10, 15, 20, 25, 27
* Remarks:
* Renderer Assumes a value in degrees with no text
* MilStd:
*
*
*/
static readonly Q_DIRECTION_OF_MOVEMENT: string;
/**
*
* Mobility Indicator
* An amplifier that depicts the mobility of an object not intrinsic to the entity itself (see 5.3.7.9, figure 14 and table IX).
* Format: Graphic
* Symbol Set: 10
* Remarks: Determined by SIDC positions 9-10
*
*/
static readonly R_MOBILITY_INDICATOR: string;
/**
*
* SIGINT Mobility Indicator
* An amplifier that indicates the mobility of a SIGINT unit.
* Format: Alphanumeric - {1,1}
* Symbol Set: 50, 51, 52, 53, 54
* Remarks:
* List of Values:
* M = Mobile,
* S = Static
* U = Uncertain.
*
*/
static readonly R2_SIGNIT_MOBILITY_INDICATOR: string;
/**
*
* Headquarters Staff Indicator
* An amplifier for units, installations and activities that identifies them as a headquarters (see figure 14 and figure 13).
* Format: Graphic
* Symbol Set: 10, 20, 40
* Remarks: Determined by SIDC position 8.
*
*/
static readonly S_HQ_STAFF_INDICATOR: string;
/**
*
* Offset Location Indicator
* An amplifier used to indicate the offset or precise location of a single point symbol (see 5.3.7.5, 5.3.12, and figure 14).
* Format: Graphic
* Symbol Set: 10, 20, 25, 27, 40
* Remarks: Determined by individual system implementations, not implemented by the renderer.
*
*/
static readonly S2_OFFSET_INDICATOR: string;
/**
*
* Unique Designation
* An amplifier that uniquely identifies a particular symbol or track number. Identifies acquisitions number when used with SIGINT symbology.
* Format: Alphanumeric - {1,30}
* Symbol Set: All
* Remarks:
*
*/
static readonly T_UNIQUE_DESIGNATION_1: string;
/**
*
* Lines - Unique Identifier or Primary Purpose
* An amplifier that uniquely identifies a particular symbol or track number. Identifies acquisitions number when used with SIGINT symbology.
* Format: Alphanumeric - {1,30}
* Symbol Set: All
* Remarks:
*
*/
static readonly T1_UNIQUE_DESIGNATION_2: string;
/**
*
* Type
* An amplifier for equipment that indicates types of equipment.
* Format: Alphanumeric - {1,24}
* Symbol Set: Not Installation(20), Activites(40), or CyberSpace(60)
* Remarks:
* Example:
* AH-64 for Attack Helicopter
*
*/
static readonly V_EQUIP_TYPE: string;
/**
*
* Date/Time Group (DTG) W
* An amplifier for displaying a date-time group (DDHHMMSSZMONYYYY) or (DDHHMMZMMMYYYY) or "O/O" for On Order.
* Field "W" is used to provide DTG or if used with field "W1" the start of a period of time.
* Field "W1" is used to provide the end of a period of time.
* Format: Alphanumeric - {3,16}
* Symbol Set: 10, 15, 20, 25, 27, 40, 45
* Remarks:
* The date-time group is composed of a group of six numeric digits with a time zone suffix and the standardized three-letter abbreviation for the month followed by four digits representing the year.
* The first pair of digits represents the day; the second pair, the hour; the third pair, the minutes. For automated systems, two digits may be added before the time zone suffix and after the minutes to designate seconds (see 5.3.7.8).
*
*/
static readonly W_DTG_1: string;
/**
*
* Date/Time Group (DTG) W1
* An amplifier for displaying a date-time group (DDHHMMSSZMONYYYY) or (DDHHMMZMMMYYYY) or "O/O" for On Order.
* Field "W" is used to provide DTG or if used with field "W1" the start of a period of time.
* Field "W1" is used to provide the end of a period of time.
* Format: Alphanumeric - {3,16}
* Symbol Set: 25
* Remarks:
* The date-time group is composed of a group of six numeric digits with a time zone suffix and the standardized three-letter abbreviation for the month followed by four digits representing the year.
* The first pair of digits represents the day; the second pair, the hour; the third pair, the minutes. For automated systems, two digits may be added before the time zone suffix and after the minutes to designate seconds (see 5.3.7.8).
*
*/
static readonly W1_DTG_2: string;
/**
*
* Altitude/Depth
* An amplifier that displays either altitude, flight level, depth for submerged objects or height of equipment or structures on the ground, the minimum, maximum and/or specific altitude (in feet or meters in relation to a reference datum) or depth (for submerged objects in feet below sea level). See 5.3.7.6 for content.
* Format:
* Symbol Set: All but 40 & 60
* Remarks:
* SM = Statute Miles
* DM = Data Miles
* Notes:
* The Renderer handles the whole value as a string for Single Point Icons.
* For multipoints, it expects just a number and an accompanying attribute {@link MilStdAttributes.AltitudeUnits}
* Default behavior assumes feet.
*
*/
static readonly X_ALTITUDE_DEPTH: string;
/**
*
* Location
* An amplifier that displays a symbol's location in degrees, minutes and decimal minutes (or in MGRS, GARS, or other applicable display formats).
* Format: Alphanumeric - {3,16}
* Symbol Set: 10, 15, 20, 25, 27, 30, 40
* Remarks: Exchange format is implementation specific.
*
*/
static readonly Y_LOCATION: string;
/**
*
* Speed
* An amplifier that displays velocity (see 5.3.7.7).
* Format: Alphanumeric - {5,9} [#####] [XXX]
* Symbol Set: NOT 20, 35, 40, 60
* Remarks:
* Two-part composite field.
* Where # is the numeric value [1-999999999], and XXX is the unit of measure (KPH, KPS, MPH, NMH, KTS).
* Note: There should be a space between the numeric and the unit of measure values.
*
*/
static readonly Z_SPEED: string;
/**
*
* Special C2 Headquarters
* A amplifier that is contained inside the frame in place of the main icon and contains the name of the special C2 Headquarters.
* Format: Alphanumeric - {1,9}
* Symbol Set: 10
* Remarks:
* Examples: Named command such as SHAPE, PACOM, and joint, multinational, or coalition commands such as CJTF, JTF, or MJTF.
*
*/
static readonly AA_SPECIAL_C2_HQ: string;
/**
*
* Feint/Dummy indicator
* An amplifier that identifies an offensive or defensive unit, intended to draw the enemy's attention away from the area of the main attack.
* Format: Graphic
* Symbol Set: 10, 15, 20, 25
* Remarks: Determined by SIDC position 8.
*
*/
static readonly AB_FEINT_DUMMY_INDICATOR: string;
/**
*
* Platform Type
* An amplifier that identifies the electronic identification for a pulsed or non-pulsed electromagnetic emission.
* Format: Alphanumeric - {5,5}
* Symbol Set: 10, 15
* Remarks:
* List of Values:
* ELNOT = Electronic intelligence notation
* CENOT = Communications intelligence notation
*
*/
static readonly AD_PLATFORM_TYPE: string;
/**
*
* Platform Type
* An amplifier that identifies equipment teardown time in minutes.
* Format: Numeric – {1,3}
* Symbol Set: 10(2525E), 15
* Remarks:
*
*/
static readonly AE_EQUIPMENT_TEARDOWN_TIME: string;
/**
*
* Common Identifier
* An amplifier to provide a common name used to identify an entity.
* Format: Alphanumeric - {1,12}
* Symbol Set: 10(2525E), 15, 27
* Remarks: Example: "Hawk" for Hawk SAM system.
*
*/
static readonly AF_COMMON_IDENTIFIER: string;
/**
*
* Auxiliary Equipment Indicator
* An amplifier for equipment that indicates the presence of a towed sonar array (see 5.3.7.11, figure 14 and table IX).
* Format: Graphic
* Symbol Set: 15
* Remarks: Determined by SIDC positions 9-10.
*
*/
static readonly AG_AUX_EQUIP_INDICATOR: string;
/**
*
* Area of Uncertainty
* An amplifier that indicates the area where an object is most likely to be, based on the object's last report and
* the reporting accuracy of the sensor that detected the object (see 5.3.7.13.1 and figure 18.
* Format: Graphic (Alphanumeric for exchange only)
* Symbol Set: 01, 05, 10, 15, 20, 25, 27, 30, 35, 40
* Remarks:
* The amplifier can be displayed as an ellipse, a bearing box, or a line of bearing, depending on the report received for the object.
* Notes: Not implemented by the renderer
*
*/
static readonly AH_AREA_OF_UNCERTAINTY: string;
/**
*
* Dead Reckoning Trailer
* An amplifier that identifies where an object should be located at present, given its last reported course and speed (see 5.3.7.13.2).
* Format: Graphic
* Symbol Set: 01, 05, 10, 15, 20, 25, 27, 30, 35, 40
* Remarks:
* Locally derived information. This datum is not exchanged.
* Notes: Not implemented by the renderer
*
*/
static readonly AI_DEAD_RECKONING_TRAILER: string;
/**
*
* Speed Leader
* An amplifier that depicts the speed and direction of movement of an object (see 5.3.7.13.3 and figure 18).
* Format: Graphic
* Symbol Set: 10, 15, 30, 35
* Remarks:
* Land units and equipment use the Direction of Movement and Speed amplifiers for this information.
* Notes: Not implemented by the renderer
*
*/
static readonly AJ_SPEED_LEADER: string;
/**
*
* Pairing Line
* An amplifier that connects two objects and is updated dynamically as the positions of the two objects change (see 5.3.7.13.4 and figure 18).
* Format: Graphic
* Symbol Set: NA
* Remarks:
* Notes: Not implemented by the renderer
*
*/
static readonly AK_PAIRING_LINE: string;
/**
*
* Operational Condition
* An amplifier that indicates operational condition or capacity.
* Format: Graphic
* Symbol Set: 01, 05,10, 15, 20, 30, 35
* Remarks: Determined by SIDC position 7.
*
*/
static readonly AL_OPERATIONAL_CONDITION: string;
/**
*
* Distance
* An amplifier that displays a minimum, maximum, or a specific distance (range, radius, width, length, etc.), in meters.
* Format: Alphanumeric - {3,9} [#] [X]
* Symbol Set: 25
* Remarks:
* "#" is the value (range 0-99999)
* XXX is the distance unit.
* There should be a space between the integer and the unit of measure values.
* Where more than one distance is specified the AM amplifier will be suffixed with a numeric entry, e.g. AM1, AM2.
* Note:
* Renderer expects just a number or a comma delimited string of numbers and an accompanying attribute {@link MilStdAttributes.DistanceUnits}
* Default behavior assumes meters.
*
*/
static readonly AM_DISTANCE: string;
/**
*
* Azimuth
* An amplifier that displays an angle measured from true north to any other line in degrees.
* Format: Alphanumeric - {7,8} [#####] [XXX]
* Symbol Set: 25
* Remarks:
* For Degrees entries.
* XXX DGT, where XXX is degrees from 000-359 and DGT is referenced to TRUE North.
* For Mils entries.
* XXXX MGT, where XXXX is MILS from 0000-6399 and MGT is referenced to TRUE North.
* Where more than one angle is specified the AN amplifier will be suffixed with a numeric entry, e.g. AN1, AN2.
* Note:
* Renderer expects just a number or a comma delimited string of numbers
*
*/
static readonly AN_AZIMUTH: string;
/**
* Engagement Bar
* A graphic amplifier placed immediately atop the symbol. May denote:
* A) local/remote engagement status - 'R' for remote, 'B' for mix of local/remote, none for local
* B) engagement status
* C) weapon type.
*
* Format:
* Composite list of values
* Alphanumeric - {6,10}
* A:BBB-CC
* Symbol Set: 01, 05, 10, 30, 35
* Remarks: See 5.3.7.15.3 for explanation of engagement bar structure and codes.
* A - Type of Engagement
* BBB - Engagement Stage
* CC - Type of Weapon Assignment
*/
static readonly AO_ENGAGEMENT_BAR: string;
/**
*
* Target Number
* An amplifier used in Fire Support operations to uniquely designate targets in accordance with STANAG 2934.
* Format: Alphanumeric - {6,6} [XX][####]
* Symbol Set: 25
* Remarks:
* Two-part composite field.
* Where positions 1-2 are text, and positions 3-6 are numeric.
*
*/
static readonly AP_TARGET_NUMBER: string;
/**
*
* Target Number Extension
* An amplifier used to identify a target number extension which is a sequentially assigned number identifying the individual elements in a target (MIL-STD-6017),
* Format: Numeric – {2,3} [-##]
* Symbol Set: 25
* Remarks:
* Position 1 is a dash (-) and positions 2-3 are numbers, from 1 through 15.
* It is applicable only to the "Point or Single Target" symbol.
* It is conditional upon the presence of the Target Number amplifier and is visually displayed appended to the Target Number amplifier.
*
*/
static readonly AP1_TARGET_NUMBER_EXTENSION: string;
/**
*
* Guarded Unit
* An amplifier used during ballistic missile defense. Some tracks are designated as guarded by a particular unit.
* Format: Alphanumeric - {6,6} [XX]
* Symbol Set: 10(2525E), 15, 20(2525E), 30
* Remarks:
* Single value:
* BG - Guarded Unit
*
*/
static readonly AQ_GUARDED_UNIT: string;
/**
*
* Special Designator
* An amplifier that identifies special track designators.
* Format: Alphanumeric - {3,3}
* Symbol Set: 10, 30, 35
* Remarks:
* List of values:
* NRT - Non-Real Time.
* SIG - Tactically Significant Tracks.
*
*/
static readonly AR_SPECIAL_DESIGNATOR: string;
/**
*
* Country
* A three-letter code that indicates the country of origin of the organization (US systems shall use GENC).
* Format: Alphanumeric - {3,3}
* Symbol Set: All
* Remarks: Determined by SIDC positions 28-30.
*
*/
static readonly AS_COUNTRY: string;
/**
*
* Capacity of Installation
* Capacity of installation displayed.
* Format: Alphanumeric - {1,19} [#########] [XXXXXXXXXX]
* Symbol Set: 2525E addition, not currently defined. Probably 20
* Remarks:
* Two-part composite field.
* Comprised of:
* Quantity 0-99999999 followed by the unit of measure.
* e.g. 400 Beds
*
*/
static readonly AT_CAPACITY_OF_INSTALLATION: string;
/**
*
* Leadership
* Identifies Leadership (ONLY IN DISMOUNTED INDIVIDUAL)
* Format: Graphic
* Symbol Set: 27(2525E)
* Remarks: Determined by SIDC positions 9-10.
*
*/
static readonly AV_LEADERSHIP: string;
/**
*
* Headquarters Element
* An amplifier that indicates what type of element of a headquarters is being represented, such as TOC, MAIN2.
* Format: Alphanumeric {0,8}
* Symbol Set: 10(2525E)
* Remarks: Location currently undefined
*
*/
static readonly AW_HEADQUARTERS_ELEMENT: string;
/**
*
* Installation Composition
* Indicates the component type of the installation
* Format: Alphanumeric {3,7}
* Symbol Set: 20(2525E)
* Remarks: Location currently undefined
* List of Values:
* DEVELOP - Development.
* RSRCH - Research.
* PROD - Production.
* SVC - Service.
* STORE - Storage.
* UTIL - Utility.
*
*/
static readonly AX_INSTALLATION_COMPOSITION: string;
/**
*
* Network Identifier
* Indicates the network the entity has privileges within.
* Format: Alphanumeric
* Symbol Set: undefined
* Remarks:
* The colour of the graphic shall be assignable by the operator.
* Notes: undefined
*
*/
static readonly AY_NETWORK_IDENTIFIER: string;
/**
* Returns an Arraylist of the all the modifiers that appear as labels and are not
* derived from the symbol code or are external to symbol data like offset indicator.
* Also includes modifiers that control the shape of a symbol like AM & AN.
* @return Array
*/
static GetModifierList(): Array;
/**
* Returns an ArrayList of the modifier constants that are determined by the symbol code
* and therefore don't need their values to be manually typed or selected.
* (Based on the comments in GetModifierList, GetUnitModifierList, and GetControlMeasureModifierList.)
* @return Array
*/
static GetSymbolCodeModifiersList(): Array;
/**
* Returns an Arraylist of the modifier names for units
* @return Array
*/
static GetUnitModifierList(): Array;
/**
* Returns an Arraylist of the modifiers for Control Measures
* @return Array
*/
static GetControlMeasureModifierList(): Array;
/**
*
* @param modifier like Modifiers.C_QUANTITY
* @return modifier name based on modifier constants
*/
static getModifierName(modifier: string): string;
/**
*
* @param modifier like Modifiers.C_QUANTITY
* @return modifier name based on modifier constants
*/
static getModifierLetterCode(modifier: string): string;
/**
* Returns the description for a modifier constant
* @param modifier {@link Modifiers}
* @return
*/
static getModifierDescription(modifier: string): string;
/**
* go from "T" or "T1" to integer constant values 9 and 10
* @param modLetter
* @return {@link Modifiers}
*/
static getModifierKey(modLetter: string): string | null;
}
/**
* Draw Rules for Control Measures
*
*/
export declare class DrawRules {
/**
* Usually an entry in the MilStd that is just a category containing other symbols
* and not something that gets drawn itself.
*/
static readonly DONOTDRAW: number;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area’s size and shape.
*
* Size/Shape: Determined by the anchor points. The information fields
* should be moveable and scalable as a block within the area.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA1: number;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area’s size and shape. The LAA point symbol
* requires one anchor point and is connected to the area symbol with a
* straight line.
*
* Size/Shape: Determined by the anchor points. The information fields
* should be moveable and scalable as a block within the area.
*
* Used by: 2525D,Dch1,E
*/
static readonly AREA2: number;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area’s size and shape.
*
* Size/Shape: Determined by the anchor points.
*
* Used by: 2525D,Dch1,E
*/
static readonly AREA3: number;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area’s size and shape.
*
* Size/Shape: Determined by the anchor points. The information fields
* should be moveable and scalable as a block within the area. The default
* tic length should be the same as the text height of the echelon
* field (B). Spacing between the tics should also be the height of B.
* Users should be provided a facility to allow them to manually alter the
* height of B, which in turn should affect the tic length and spacing
* accordingly.
*
* Used by: 2525D,Dch1,E
*/
static readonly AREA4: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the semicircle's opening. Point 3 defines the end
* of the arrow.
*
* Size/Shape: Points 1 and 2 determine the diameter of the semicircle and
* point 3 determines the length of the arrow. The tip of the arrowhead will
* be at the center point of the semicircle's diameter and will project
* perpendicularly from the line between points 1 and 2. The default tic
* length should be the same as the text height of the echelon field (B).
* Spacing between the tics should also be the height of B. Users should be
* provided a facility to allow them to manually alter the height of B,
* which in turn should affect the tic length and spacing accordingly.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA5: number;
/**
* Anchor Points: This symbol requires two anchor points. Point 1 defines
* the center point of the symbol and point 2 defines the symbol’s start
* point and radius.
*
* Size/Shape: Points 1 and 2 will determine a radius that is long enough
* for the graphic to encompass the feature(s) being retained. The opening
* will be a 30-degree arc of the circle. The default tic length should be
* the same as the text height of the echelon field (R). Spacing between
* the tics should also be the height of R. Users should be provided a
* facility to allow them to manually alter the height of R, which in turn
* should affect the tic length and spacing accordingly.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA6: number;
/**
* Anchor Points: This symbol requires three anchor points. Point 1 is the
* tip of the arrowhead. Points 2 and 3 define the endpoints of the straight
* line on the back side of the symbol.
*
* Size/Shape: Points 2 and 3 determine the length of the straight line on
* the back side of the symbol. The rear of the arrowhead line shall connect
* to the midpoint of the line between points 2 and 3. The arrowhead line shall be perpendicular to the line formed by points 2 and 3.
*
* Orientation: Orientation is determined by the anchor points. The back
* side of the symbol encompasses the firing position, while the arrowhead
* typically points at the target.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA7: number;
/**
* Anchor Points: This symbol requires four anchor points. Points 1 and 2
* define the endpoints of the straight line on the back side of the symbol.
* Points 3 and 4 define the tips of the arrowheads.
*
* Size/Shape: Points 1 and 2 determine the length of the straight line on
* the back side of the symbol. The rear of the arrows should connect to
* points 1 and 2.
*
* Orientation: Orientation is determined by the anchor points. The back
* side of the symbol encompasses the firing position, while the arrowheads
* typically indicate the left and right limits of coverage that the firing
* position is meant to support.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA8: number;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area’s size and shape.
*
* Size/Shape: Determined by the anchor points.
*
* Orientation: Not applicable. The area will encompass two or more fire
* support symbols (point/single target, nuclear target, circular target,
* rectangular target, or area target).
* The naming convention determines whether the area describes a series or
* group of targets.
*
* Used by: 2525D,Dch1,E
*
*/
static readonly AREA9: number;
/**
* Anchor Points: This symbol requires a minimum of three (3) and a maximum
* of six (6) anchor points to define the boundary of the area. The anchor
* points shall be sequentially numbered, in increments of one (1),
* beginning with point one (1).
*
* Size/Shape: Determined by the anchor points. The information fields
* should be moveable and scalable within the area.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA10: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the symbol’s vertical line. Point 3 defines the
* endpoint of the symbol’s horizontal line.
*
* Size/Shape: Points 1 and 2 determine the length of the vertical line.
* The length of the horizontal line is determined by plotting point 3 on a
* plane extending perpendicularly from the midpoint of the vertical line.
*
* Orientation: The head of the "T" typically faces enemy forces.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA11: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the end points of the symbol’s vertical line. Point 3 defines the
* tip of the longest arrow.
*
* Size/Shape: Points 1 and 2 determine the height of the symbol and point
* 3 determines its length. The spacing between the symbol’s arrows will
* stay proportional to the symbol’s vertical line. The length of the short
* arrows will remain in proportion to the length of the longest arrow.
*
* Orientation: The arrows point away from enemy forces.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA12: number;
/**
* Anchor Points: This symbol requires at least two anchor points. Points
* 1 and 2 define the corners of the symbol.
*
* Size/Shape: Points 1 and 2 determine the length of the straight line.
* The radius of the semicircle is ½ the length of the straight line.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA13: number;
/**
* Anchor Points: This symbol requires three anchor points. The center point
* defines the center of the symbol. Points 1 and 2 define the radii of
* circles 1 and 2.
*
* Size/Shape: As defined by the operator.
*
* Orientation: The center point is typically centered over Ground Zero (GZ)
* or Designated Ground Zero (DGZ).
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA14: number;
/**
* Anchor Points: This symbol requires two anchor points. Point 1 defines
* the center point of the symbol and point 2 defines the symbol’s start
* point and radius.
*
* Size/Shape: The radius will be long enough for the symbol to encompass
* the UEI(s) or feature(s) being isolated. The opening will be a 30 degree
* arc of the circle.
*
* Orientation: The opening will be on the friendly side of the symbol.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA15: number;
/**
* Anchor Points: This symbol requires two anchor points. Point 1 defines
* the center point of the symbol and point 2 defines the symbol’s start
* point and radius.
*
* Size/Shape: Points 1 and 2 will determine a radius that is long enough
* for the symbol to encompass the feature(s) being occupied. The opening
* will be a 30-degree arc of the circle.
*
* Orientation: The opening will be on the friendly side of the
* control measure.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA16: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the symbol’s vertical line. Point 3 defines the
* rear of the symbol.
*
* Size/Shape: Points 1 and 2 determine the height of the symbol and
* point 3 determines its length. The arrow will project perpendicularly
* from the midpoint of the vertical line.
*
* Orientation: The arrow points toward enemy forces.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA17: number;
/**
* Anchor Points: This symbol requires four anchor points. Point 1 defines
* the tip of the first arrowhead. Point 2 defines the end of the straight
* line portion of the first arrow. Point 3 defines the tip of the second
* arrowhead. Point 4 defines the end of the second arrow.
*
* Size/Shape: Points 1 and 2 and points 3 and 4 determine the length of
* each arrow. Points 2 and 3 shall be connected by a smooth, curved line.
*
* Orientation: Determined by the anchor points. The unit being relieved is
* typically located at the base of the curve and the unit performing the
* relief is typically located at the end of the symbol. The arrowhead
* typically points to the location the relieved unit should move to.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA18: number;
/**
* Anchor Points: This symbol requires two anchor points. Point 1 defines
* the center point of the symbol and point 2 defines the symbol’s start
* point and radius.
*
* Size/Shape: Points 1 and 2 will determine a radius that is long enough
* for the symbol to encompass the feature(s) being secured. The opening
* will be a 30-degree arc of the circle.
*
* Orientation: The opening will be on the friendly side of the symbol.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA19: number;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area’s size and shape.
*
* Size/Shape: Determined by the anchor points.
*
* Used by: 2525D,Dch1,E
*/
static readonly AREA20: number;
/**
* Anchor Points: This symbol requires three anchor points. Point 1 defines
* the vertex of the symbol. Points 2 and 3 define the tips of the
* arrowheads.
*
* Size/Shape: Points 1 and 2 and points 1 and 3 determine the length of the
* arrows. The length and orientation of the arrows can vary independently.
*
* Orientation: Orientation is determined by the anchor points.
* The arrowheads may touch other symbols that define the limits of the
* task. The tactical symbol indicator is centered over point 1.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA21: number;
/**
* Anchor Points: This symbol requires one anchor point. The center point
* defines the center of the symbol.
*
* Size/Shape: Static.
*
* Orientation: The symbol is typically centered over the desired location.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA22: number;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area.
*
* Size/Shape: Determined by the anchor points
*
* Used by: 2525D,Dch1,E
*/
static readonly AREA23: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the symbol’s vertical line. Point 3 defines the
* endpoint of the symbol’s horizontal line.
*
* Size/Shape: Points 1 and 2 determine the length of the vertical line.
* Points 2 and 3 determine the length of the horizontal line, which will
* project perpendicularly from the midpoint of the vertical line.
*
* Orientation: The head of the "T" typically faces enemy forces.
*
* Used by: 2525D,Dch1,E
*/
static readonly AREA24: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the end points of the symbol’s vertical line. Point 3 defines the
* tip of the longest arrow.
*
* Size/Shape: Points 1 and 2 determine the height of the symbol and
* point 3 determines its length. The spacing between the symbol’s arrows
* will stay proportional to the symbol’s vertical line. The length of the
* short arrows will remain in proportion to the length of the longest
* arrow. The arrows are perpendicular to the baseline (vertical line) and
* parallel to each other.
*
* Orientation: The arrows typically point toward enemy forces.
*
* Used by: 2525D,Dch1
*/
static readonly AREA25: number;
/**
* Anchor Points: This symbol requires a minimum of 6 anchor points. Add as
* many pairs of points as needed to accurately define the areas. The number
* of points shall always be an even number, with an equal number of points
* for both polygons. Points 1 through N/2 define the inner safe zone
* (zone 1). Points N/2 +1 though point N defines the outer zone (zone 2).
*
* Size/Shape: Determined by the anchor points.
*
* Orientation: The symbol will typically be oriented upright.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AREA26: number;
/**
* Anchor Points: This symbol requires one anchor point. The anchor point
* defines/is the tip of the inverted cone.
*
* Size/Shape: Static.
*
* Orientation: The symbol will typically be oriented upright.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT1: number;
/**
* Anchor Points: This symbol requires one anchor point. The center point
* defines/is the center of the symbol.
*
* Size/Shape: Static.
*
* Orientation: The symbol is typically centered over the desired location.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT2: number;
/**
* Anchor Points: This symbol requires one anchor point.
* The center point defines the center of the symbol.
*
* Size/Shape: Static. Maneuver area symbol shall be drawn with a black
* border. Maneuver areas may be either unfilled or filled with
* performance-contoured color options
*
* Orientation: The symbol is typically centered over the desired location.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT3: number;
/**
* Anchor Points: This symbol requires one anchor point. The point defines
* the bottom of the central vertical line in the symbol where the curved
* and vertical lines meet.
*
* Size/Shape: Static.
*
* Orientation: The symbol will typically be oriented upright (as shown in the template and example).
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT4: number;
/**
* Anchor Points: This symbol requires one anchor point. The point defines
* the point where all the lines meet.
*
* Size/Shape: Static.
*
* Orientation: The symbol will typically be oriented upright (as shown in
* the example).
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT5: number;
/**
* Anchor Points: This symbol requires one anchor point. The anchor point
* defines/is the center of the bottom of the control measure symbol as
* shown in the template and example.
*
* Size/Shape: Static.
*
* Orientation: The symbol will typically be oriented upright.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT6: number;
/**
* Anchor Points: This symbol requires one anchor point. The anchor point
* defines the midpoint of the symbol's base.
*
* Size/Shape: Static.
*
* Orientation: The symbol will typically be oriented upright (as shown in
* the template and example).
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT7: number;
/**
* Anchor Points: This symbol requires one anchor point. The center point
* defines the center of the symbol.
*
* Size/Shape: Static. The symbol's corners form a 70- degree angle.
*
* Orientation: The symbol is typically centered over the desired location.
* A user can use this symbol to define a new type of point if the selection
* that follows is not sufficient.
*
* Used by: 2525D,Dch1,E
*/
static readonly POINT8: number;
/**
* Anchor Points: This symbol requires one anchor (center) point. The point
* defines the center of the symbol.
*
* Size/Shape: Static. The symbol's height should be 2x the symbol's width.
*
* Orientation: The symbol's center point is typically centered over the
* desired location. The symbol shall be oriented upright, as shown in the
* examples.
*
* Used by: 2525D,Dch1,E
*/
static readonly POINT9: number;
/**
* Anchor Points: This symbol requires one anchor point. The point defines
* the center of the circle. (Sonobuoy)
*
* Size/Shape: Static. The diameter of the circle should be 1/2 the height
* of the symbol.
*
* Orientation: The symbol's center point is typically centered over the
* desired location. The symbol will be oriented upright, as shown in the
* example.
*
* Used by: 2525D,Dch1,E
*/
static readonly POINT10: number;
/**
* Anchor Points: This symbol requires one center point. The point defines
* the center of the symbol.
*
* Size/Shape: Static. Length is 2x the size of height.
*
* Orientation: The symbol is centered over the desired location. The symbol
* shall be oriented upright, as shown in the example.
*
* Used by: 2525D,Dch1,E
*/
static readonly POINT11: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the tips of the arrowheads and point 3 defines the rear of the
* symbol.
*
* Size/Shape: Points 1 and 2 determine the symbol's height and point 3
* determines its length. The vertical line at the rear of the symbol shall
* be the same length as the opening, and shall be perpendicular to the
* parallel lines formed with the rear of symbol vertical line and the lines
* ending with points 1 and 2.
*
* Orientation: The opening typically faces the applicable obstacle.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT12: number;
/**
* Anchor Points: This symbol requires one anchor point. The center point
* defines the center of the circle.
*
* Size/Shape: Static.
*
* Orientation: The symbol is typically centered over the desired location.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT13: number;
/**
* Anchor Points: This symbol requires one anchor point. The center point
* defines the center of the symbol.
*
* Size/Shape: There should be 45 degrees of angular separation between the
* two arrows.
*
* Orientation: The symbol is typically centered over the desired location.
*
* Used by: 2525D,Dch1,E
*/
static readonly POINT14: number;
/**
* Anchor Points: This symbol requires one anchor point. The anchor point
* defines "nose" of the symbol.
*
* Size/Shape: Static.
*
* Orientation: The symbol is typically centered over the desired location.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT15: number;
/**
* Anchor Points: This symbol requires one anchor point; the point defines
* the circle at the base of the tower.
*
* Size/Shape: The symbol is a high-angle cone.
*
* Orientation: The symbol will remain upright.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT16: number;
/**
* Anchor Points: This symbol requires one anchor point. This anchor point
* represents the center of the rectangle and, therefore, the geographic
* location of that rectangle.
*
* Size/Shape: The size and shape of this symbol is determined by three
* additional numeric values; A length (AM1), a width (AM2), and a
* rotation angle. The length and width should be expressed in the
* appropriate map distance units. The length is aligned with the axis of
* rotation. The width is aligned perpendicular to the axis of rotation.
*
* Orientation: The orientation of this symbol is determined by the
* rotation angle provided, where 0 degrees is North and a positive
* rotation angle rotates the rectangle in a clockwise direction.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT17: number;
/**
* Anchor Points: This symbol requires one anchor point that defines the
* axis of angular rotation.
*
* Size/Shape: The size and shape of this symbol is determined by additional
* numeric values; A search axis azimuth, a start range, a stop range and a
* stop relative bearing. The stop relative bearing is an equal angle either
* side of the search axis. The start and stop range should be expressed in
* the appropriate map distance units. Field T should be positioned in the
* center of the search area aligned with the search axis.
*
* Orientation: The orientation of this symbol is determined by the search
* axis azimuth provided.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POINT18: number;
/**
* Anchor Points: This symbol requires at least two anchor points, points 1
* and 2, to define the line. Additional points can be defined to extend the
* line.
*
* Size/Shape: The first and last anchor points determine the length of the
* line.
*
* Orientation: Orientation is determined by the order in which the anchor points are entered.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE1: number;
/**
* Anchor Points: This symbol requires at least two anchor points, points
* 1 and 2, to define the line. Additional points can be defined to extend
* the line.
*
* Size/Shape: The first and last anchor points determine the length of the line.
* The end-of line information will typically be posted at the ends of the line
* as it is displayed on the screen.
*
* Orientation: Orientation is determined by the order in which the anchor points
* are entered.
*
* Used by: 2525D,Dch1
*/
static readonly LINE2: number;
/**
* Anchor Points: This symbol requires three anchor points. Point 1 defines
* the vertex of the symbol. Points 2 and 3 define the tips of the arrowheads.
*
* Size/Shape: The length and orientation of the arrows can vary
* independently.
*
* Orientation: Orientation is determined by the anchor points. The
* arrowheads may touch other symbols that define the limits of the task.
* The top of the tactical symbol indicator may touch point 1
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE3: number;
/**
* Anchor Points: This symbol requires two anchor points. Points 1 and 2
* define the corner points of the symbol.
*
* Size/Shape: The symbol varies only in length.
*
* Orientation: Orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE4: number;
/**
* Anchor Points: This symbol requires two anchor points. Points 1 and 2
* define the endpoints of the symbol.
*
* Size/Shape: The symbol varies only in length.
*
* Orientation: One point defines the origin from which the bearing is being
* taken and the other point defines the location or direction from which a
* contact is made.
*
* Used by: 2525D,Dch1,E
*/
static readonly LINE5: number;
/**
* Anchor Points: This symbol requires 3 anchor points. Point 1 defines the
* vertex of the symbol and points 2 and 3 define its endpoints.
*
* Size/Shape: Points 1, 2 and 3 determine the length of the lines
* connecting them. The line defined by points 1 and 2 is typically the same
* length as the line between points 2 and 3.
*
* Orientation: Orientation is determined by the anchor points
*
* Used by: 2525D,Dch1
*/
static readonly LINE6: number;
/**
* Anchor Points: This symbol requires at least two anchor points, points
* 1 and 2, to define the line. Additional points can be defined to extend
* the line.
*
* Size/Shape: The first and last anchor points determine the length of the
* line. The line information will be posted once at the center of the line
* as it is displayed on the screen.
*
* Orientation: Orientation is determined by the order in which the anchor
* points are entered.
*
* Used by: 2525D,Dch1,E
*/
static readonly LINE7: number;
/**
* Anchor Points: This symbol requires a minimum of two (2) anchor points.
* Up to 298 additional points can be added to extend the line. The first
* point (point 1) defines the start point. The last point defines the
* endpoint. The points are numbered sequentially beginning with point one (1), in increments of one.
*
* Size/Shape: The anchor points define the size and shape.
*
* Orientation: The orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE8: number;
/**
* Anchor Points: This symbol requires 2 anchor points. Point 1 defines the
* tip of the arrowhead and point 2 defines the rear of the symbol.
*
* Size/Shape: Points 1 and 2 determine the length of the symbol, which
* varies only in length.
*
* Orientation: The orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE9: number;
/**
* Anchor Points: This symbol requires two anchor points. Point 1 defines
* the tip of the arrowhead and point 2 defines the rear of the symbol.
* Point 3 defines the 90 degree arc.
*
* Size/Shape: Points 1 and 2 are connected by a 90 degree arc. Point 3
* indicates on which side of the line the arc is placed.
*
* Orientation: The rear of the symbol identifies the enemy’s location and
* the arrow points in the direction the obstacle should force the enemy to
* turn.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE10: number;
/**
* Anchor Points: This symbol requires four points. Points 1 and 2 define
* one side of the gap and points 3 and 4 define the opposite side of the
* gap.
*
* Size/Shape. Determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE11: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the symbol and point 3 defines the location of
* one side of the symbol.
*
* Size/Shape: Points 1 and 2 determine the centerline of the symbol and
* point 3 determines its width.
*
* Orientation: Orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE12: number;
/**
* Anchor Points: This symbol requires at least two anchor points, points 1
* and 2, to define the line. Additional points can be defined to extend the
* line.
*
* Size/Shape: The first and last anchor points determine the length of the
* line. The size of the tooth does not change.
*
* Orientation: Orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E
*/
static readonly LINE13: number;
/**
* Anchor Points: This symbol requires two anchor points. Points 1 and 2
* define the tips of the arrowheads.
*
* Size/Shape: Points 1 and 2 determine the length of the symbol, which
* varies only in length. The lines of the arrowhead will form an acute
* angle.
*
* Orientation: Orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE14: number;
/**
* Anchor Points: This symbol requires four points. Points 1 and 2 define
* one side of the assault crossing site and points 3 and 4 define the
* opposite side of the assault crossing site.
*
* Size/Shape: Determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE16: number;
/**
* Anchor Points. This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the first line. Point 3 defines the location of
* the parallel line.
*
* Size/Shape: Points 1 and 2 determine the length of the symbol. Point 3
* determines its width.
*
* Orientation: Orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE17: number;
/**
* Anchor Points: This symbol requires two anchor points. Points 1 and two
* define the tips of the arrowheads.
*
* Size/Shape: Points 1 and 2 determine the length of the symbol, which
* varies only in length. The arrowheads will be filled-in versions of a
* common arrowhead.
*
* Orientation: Orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E
*/
static readonly LINE18: number;
/**
* Anchor Points: This symbol requires two anchor points. Points 1 and two
* define the corners on the front of the symbol.
*
* Size/Shape: Points 1 and 2 determine the length of the symbol, which
* varies only in length.
*
* Orientation: Orientation is determined by the anchor points
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE19: number;
/**
* Anchor Points: This graphic requires two anchor points. Point 1 defines
* the tip of the arrowhead, and point 2 defines the rear of the graphic.
*
* Size/Shape: Points 1 and 2 determine the length of the graphic, which
* varies only in length.
*
* Orientation: The arrow points to the location where the convoy has halted.
*
* Used by: 2525D,Dch1,E
*/
static readonly LINE20: number;
/**
* Anchor Points: This symbol requires at least two anchor points to define
* the line. Additional points can be defined to extend and shape the line.
*
* Size/Shape: The first and last anchor points determine the length of the
* line. The line segment between each pair of anchor points will repeat all
* information associated with the line segment.
*
* Orientation: Orientation is determined by the anchor points.
*
* Used by: 2525D,Dch1,E
*/
static readonly LINE21: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the symbol’s opening and point 3 defines the rear
* of the symbol.
*
* Size/Shape: Points 1 and 2 determine the symbol’s height and point 3
* determines its length. The vertical line at the rear of the symbol will
* be the same height as the opening and parallel to it.
*
* Orientation: The opening defines the span of the breach and typically
* faces enemy forces.
*
* Used by: 2525D,Dch1
*/
static readonly LINE22: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the symbol’s vertical line and point 3 defines
* the rear of the symbol.
*
* Size/Shape: Points 1 and 2 determine the symbol’s height and point 3
* determines its length. The spacing between the symbol’s arrows will stay
* proportional to the symbol’s height. The tip of the middle arrowhead will
* be at the midpoint of the vertical line. The arrows will stay
* perpendicular to the vertical line, regardless of the rotational
* orientation of the symbol as a whole.
*
* Orientation: The arrows typically point toward enemy forces.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE23: number;
/**
* Anchor Points: This symbol requires three anchor points. Point 1 defines
* the tip of the arrowhead. Point 2 defines the end of the straight line
* portion of the symbol. Point 3 defines the diameter and orientation of
* the 180 degree circular arc.
*
* Size/Shape: Points 1 and 2 determine the length of the straight line
* portion of the symbol.
* Point 3 defines which side of the line the arc is on and the diameter of
* the arc.
*
* Orientation: The arrow points in the direction of the action. The tip of
* the arrowhead may indicate the location where the action is to conclude.
* The unit’s current location is typically represented at the base of the
* arc. The 180 degree circular arc is always perpendicular to the line.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE24: number;
/**
* Anchor Points: This symbol requires exactly two anchor points. Point 1
* defines the tip of the arrowhead and point 2 defines the rear of the
* symbol.
*
* Size/Shape: Points 1 and 2 determine the length of the symbol, which
* varies only in length.
*
* Orientation: The arrow typically points in the direction of the action.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE25: number;
/**
* Anchor Points: Where four points are available Point 1 and Point 2 define
* the ends of one arrow and Point 3 and Point 4 define the ends of the
* other arrow. Point 1 and Point 4 define the ends of their respective
* arrowheads. Where three points are available Point 1 defines the vertex
* of the symbol. Points 2 and 3 define the tips of the arrowheads.
*
* Size/Shape: Where four points are available, Points 1 and 2 and Points
* 3 and 4 determine the length of the arrows. Where three points are
* available Points 1 and 2 and points 1 and 3 determine the length of the
* arrows. The length and orientation of the arrows can vary independently.
*
* Orientation: Orientation is determined by the anchor points.
* The arrowheads may touch other symbols that define the limits of the
* task. The tactical symbol indicator is centered between point 2 and
* point 3 when four points are in use or centered on Point 1 when three
* points are in use.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE26: number;
/**
* Anchor Points: Where four points are available Point 1 defines the center
* of the circle. Point 2 defines the radius of the circle. Point 3 defines
* the curvature of the arc. Point 4 defines the end of the arrow. Where
* three points are available Point 1 defines the center point of the
* circle. Point 2 defines the tip of the arrowhead. Point 3 defines the
* 90 degree arc.
*
* Size/Shape: Where four points are available, Points 1 and 2 define the
* size of the circle, which should be adjusted as needed to contain the
* unit assigned the task. Point 3 controls the curvature of the arc.
* Point 4 defines the end of the arrow. Where three points are available
* Points 1 and 2 are connected by a 90 degree arc. The circle will at least
* be large enough to accommodate a tactical symbol. Point 3 indicates on
* which side of the line the arc is placed.
*
* Orientation: The arrowhead identifies the location/object to be seized
* and the circle identifies the unit(s) assigned the task. See 5.3.11 for
* options to accommodate multiple units.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE27: number;
/**
* Anchor Points: This symbol requires 2 anchor points. Point 1 defines the
* tip of the arrowhead, and point 2 defines the rear of the symbol.
*
* Size/Shape: Points 1 and 2 determine the length of the symbol, which
* varies only in length.
*
* Orientation: The arrow typically points toward enemy forces with the tip
* of the arrowhead indicating the location of the action.
*
* Duplicate of Line9 so removed in 2525E
*
* Used by: 2525D,Dch1
*/
static readonly LINE28: number;
/**
* Anchor Points: This symbol requires three anchor points. Point 1 is the
* tip of the arrowhead. Points 2 and 3 define the endpoints of the curved
* line on the back side of the symbol.
*
* Size/Shape: Points 2 and 3 determine the length of the curved line on the
* back side of the symbol. The rear of the arrowhead line shall connect to
* the midpoint of the line between points 2 and 3. The arrowhead line shall
* be perpendicular to the line formed by points 2 and 3.
*
* Orientation: Orientation is determined by the anchor points. The back
* side of the symbol encompasses the ambush position, while the arrowhead
* typically points at the target.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly LINE29: number;
/**
* Anchor Points: Point 1 defines the tip of the arrowhead. Point 2 defines
* the end of the symbol. Point 3’s distance from Point 2 defines the length
* of the four angled lines making up the arrowhead and dashed “tail”. Angles
* a are always drawn at 45 degrees. Angle b is always drawn at 90 degrees.
*
* Size/Shape: The symbol varies only in length.
*
* Used by: Ech1
*/
static readonly LINE30: number;
/**
* Anchor Points: This graphic requires four anchor points. Point 1 defines the
* beginning of the straight line. Point 2 defines the end of the straight-line
* portion of the graphic. Point 3 defines the diameter. Point 4 defines the
* orientation of the 180 degree circular arc.
*
* Size/Shape: Points 1 and 2 determine the length of the straight-line portion
* of the symbol. Point 3 defines the diameter of the arc. Point 4 defines which
* side of the line the arc is on.
*
* Used by: Ech1
*/
static readonly LINE31: number;
/**
* Anchor Points: This graphic requires three anchor points. Point 1 defines the
* end of the straight-line portion of the graphic. Point 2 defines the center of
* the two 90 degree circular arcs. Point 3 defines the tip of the arrowhead.
*
* Size/Shape: Points 1 and 3 determine the length of the symbol.
*
* Used by: Ech1
*/
static readonly LINE32: number;
/**
* Anchor Points: This graphic requires three anchor points.
* Point 1 defines the beginning of the straight line. Point 2
* defines the end of the straight line portion of the graphic.
* Point 3 defines the diameter and orientation of the 180 degree
* circular arc and the tip of the arrowhead.
*
* Size/Shape: Points 1 and 2 determine the length of the straight
* line portion of the symbol. Point 3 defines which side of the
* line the arc is on and the diameter of the arc.
*
* Used by: Ech1
*/
static readonly LINE33: number;
/**
* Anchor Points: This symbol may contain multiple segments. Each segment
* requires 2 anchor points. Point numbers that define the trace of the
* segment are sequential beginning with point 1, in increments of 1, up to
* a max of 99 points. Each anchor point defines the endpoint of a segment’s
* center line. The anchor points are Air Control Points (ACP),
* Communications Checkpoints (CCP) or both.
*
* Size/Shape: Points 1 and 2 determine the length of a segment. The
* information field inside each segment should be moveable and scalable
* within each segment. The information box outside the symbol should be
* placed between points 1 and 2 in such a way it does not obscure the
* symbol.
*
* Orientation: The anchor points determine orientation.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly CORRIDOR1: number;
/**
* Anchor Points: The symbol requires N anchor points, where N is between
* 3 and 50. Point 1 defines the tip of the arrowhead. Point N-1 defines
* the rear of the symbol. Point N defines the back of the arrowhead.
* Anchor points are numbered sequentially beginning with point number
* one (1), in increments of one (1).
*
* Size/Shape: Points 1 through N-1 and 2 determine the symbol’s center line
* and Point N determines the width. The crossover point on the symbol shall
* occur between Points 1 and 2.
*
* Orientation: The arrowhead typically points toward enemy forces.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly AXIS1: number;
/**
* Anchor Points: The symbol requires N anchor points, where N is between 3
* and 50. Point 1 defines the tip of the arrowhead. Point N-1 defines the
* rear of the symbol. Point N defines the back of the arrowhead. Anchor
* points are numbered sequentially beginning with point number one (1), in
* increments of one (1).
*
* Size/Shape: Points 1 through N-1 and 2 determine the symbol’s center line
* and Point N determines the width.
*
* Orientation: The arrowhead typically points toward enemy forces.
*
* Used by: 2525D,Dch1,E
*/
static readonly AXIS2: number;
/**
* Anchor Points: This symbol requires three anchor points. Points 1 and 2
* define the endpoints of the infiltration lane and point 3 defines the
* width on one side of the lane.
*
* Size/Shape: Points 1 and 2 determine the center line of the symbol and
* point 3 determines the width of the infiltration lane. The rest of the
* symbol stays proportional to the length of the center line.
*
* Orientation: Orientation is determined by points 1 and 2.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly POLYLINE1: number;
/**
* Anchor Points: This symbol requires one anchor point. This anchor point
* represents the center of an ellipse and, therefore, the geographic
* location of that ellipse.
*
* Size/Shape: The size and shape of this symbol is determined by three
* additional numeric values; A major axis radius, a minor axis radius, and
* a rotation angle. The radii should be expressed in the appropriate map
* distance units.
*
* Orientation: The orientation of this symbol is determined by the rotation
* angle provided, where 0 degrees is east/west and a positive rotation
* angle rotates the ellipse in a counter-clockwise direction.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly ELLIPSE1: number;
/**
* Anchor Points: This symbol requires two anchor points and a width,
* defined in meters, to define the boundary of the area. Points 1 and 2
* will be located in the center of two opposing sides of the rectangle.
*
* Size/Shape: Size: As determined by the anchor points. The anchor points
* determine the length of the rectangle. The width, defined in meters,
* will determine the width of the rectangle. Shape: Rectangle. The
* information fields should be moveable and scalable.
*
* Orientation: As determined by the anchor points.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly RECTANGULAR1: number;
/**
* Anchor Points: This symbol requires one (1) anchor point to define the
* center of the area.
*
* Size/Shape: Size Is determined by the anchor point, the target length
* (in meters) and target width (in meters). A rectangular target is wider
* and longer than 200 meters. The information fields should be moveable and
* saleable within the area. Shape: Rectangle.
*
* Orientation: As determined by the Target Attitude (in mils).
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly RECTANGULAR2: number;
/**
* Anchor Points: This symbol requires one anchor (center) point to define
* the center of the symbol. The target tactical symbol shall be centered
* upon the center of the area. The size and the orientation of the target
* symbol are fixed within the area.
*
* Size/Shape: As determined by the anchor points. The anchor points
* determine the area’s length.
* Width, determined in meters, will define the width of the rectangle.
*
* Orientation: As determined by the anchor points. The center point of the
* area shall always have the target symbol with the same
* upright orientation.
*
* Used by: 2525D,Dch1,E
*/
static readonly RECTANGULAR3: number;
/**
* Anchor Points: This symbol requires one (1) anchor point and a radius.
* Point 1 defines the center point of the symbol.
*
* Size/Shape: Size: The radius defines the size. Shape: Circle. The
* information fields should be scalable within the circle.
*
* Orientation: Not applicable
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly CIRCULAR1: number;
/**
* Anchor Points: This symbol requires one anchor point that defines an
* object at a dynamic grid location. This coordinate, which pinpoints the
* current physical location of a specific unit, weapon or acquisition
* system, may change with the movement of the object. The symbol for that
* object is located at the anchor point.
*
* Size/Shape: The size is determined by the distance in meters from the
* object at the center of the range fan. The shapes are concentric circles.
* A minimum of one (1) and a maximum of three (3) concentric circles can be
* used.
*
* Orientation: The center point is typically centered over the known
* location of a weapon or sensor system.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly CIRCULAR2: number;
/**
* Anchor Points: This graphic requires one anchor point that defines an
* object at a dynamic grid location. This coordinate, which pinpoints the
* current physical location of a specific unit, weapon or sensor system,
* may change with the movement of the object. The symbol for that object
* is located at the anchor point.
*
* Size/Shape: Determined by the anchor point, azimuths measured from true
* north, and the distance (range) in meters. The Left Sector Azimuth is the
* angle measured from true north to the left sector limit/edge of the
* Sector Range Fan. The Right Sector Azimuth is the angle measured from
* true north to the right sector limit/edge of the Sector Range Fan.
* Multiple distances (ranges) and/or left and right sector limits/edges
* of the sector, as well as altitude, may be added as required to define
* the sector. All azimuths are in degrees. All distances (ranges) are in
* meters. All altitudes are in feet.
*
* Orientation: The center point is typically centered over the known
* location of a weapon or sensor system. The orientation may change as
* the object moves or changes.
*
* Used by: 2525D,Dch1,E,Ech1
*/
static readonly ARC1: number;
}
/**
* Draw Rules for METEOROLOGICAL AND OCEANOGRAPHIC SYMBOLOGY
*
*/
export declare class MODrawRules {
/**
* Usually an entry in the MilStd that is just a category containing other symbols
* and not something that gets drawn itself.
*/
static readonly DONOTDRAW: number;
/**
* Anchor Points: This graphic requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area's size and shape.
* Size/Shape: Scalable.
* Orientation: Not applicable.
*/
static readonly AREA1: number;
/**
* Anchor Points: This graphic requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area's size and shape.
* Size/Shape: Determined by the anchor points.
* Orientation: Not applicable.
*/
static readonly AREA2: number;
/**
* Anchor Points: This graphic requires one anchor point. The center point
* defines the center of the graphic.
* Size/Shape: Scalable.
* Orientation: The graphic is typically centered over the desired location.
*/
static readonly POINT1: number;
/**
* Anchor Points: This graphic requires one anchor point. The center point
* defines the geometric center of the graphic.
* Size/Shape: Scalable.
* Orientation: The graphic is centered over the anchor location.
*/
static readonly POINT2: number;
/**
* Anchor Points: This graphic requires one anchor point. The center point
* defines the center of the graphic.
* Size/Shape: Scalable.
* Orientation: The graphic is oriented upright on the display and operator-centered over the desired location.
*/
static readonly POINT3: number;
/**
* Anchor Points: This graphic requires one anchor point. The center point
* defines the center of the graphic.
* Size/Shape: Scalable.
* Orientation: The graphic is centered over the location of the reported wind.
*/
static readonly POINT4: number;
/**
* Anchor Points: This graphic requires a minimum of two anchor points.
* The first point defines the location of the plot circle.
* Additional points define the wind shaft and the speed of the wind.
* Wind speed is depicted on the shaft using a combination of the shaft
* alone (1-2 knots), half barbs (5 knots), barbs (10 knots)
* and pennants (50 knots). Wind speeds 5 knots or greater are rounded
* to the nearest 5 knots. Missing wind speed is depicted by an "X" at
* the end of the wind shaft. Winds with missing direction are not displayed.
*
* Size/Shape: Not applicable.
*
* Orientation: The shaft of the graphic is oriented with reference to
* true north in the direction from which the wind is blowing to the
* nearest 10 degrees. The barbs and pennants lie back from the shaft at
* an angle of 120 degrees and are oriented to the left of the shaft in
* the Northern Hemisphere and to the right in the Southern Hemisphere.
* The graphic is operator-centered over the desired location.
*/
static readonly POINT5: number;
/**
* Anchor Points: This graphic requires one anchor point. The center point
* defines the center of the graphic.
* Size/Shape: Scalable.
* Orientation: The graphic is centered over the location of the reported cloud cover.
*/
static readonly POINT6: number;
/**
* Anchor Points: This graphic requires one anchor point. The center point
* defines the center of the graphic.
* Size/Shape: Scalable.
* Orientation: The graphic is centered over the location of the reported conditions.
*/
static readonly POINT7: number;
/**
* Anchor Points: This graphic requires one anchor point. The center point
* defines the center of the graphic.
* Size/Shape: Scalable.
* Orientation: The graphic is centered over the position of the tropical system.
*/
static readonly POINT8: number;
/**
* Anchor Points: This graphic requires at least two anchor points,
* points 1 and 2, to define the line. Additional points can be defined
* to extend the line.
* Size/Shape: Scalable/Curve. The curvature of the line is operator defined.
* Orientation: The first and last anchor points determine the length of
* the line.
*/
static readonly LINE1: number;
/**
* Anchor Points: This graphic requires at least two anchor points,
* points 1 and 2, to define the line. Additional points can be defined to
* extend the line.
*
* Size/Shape: Scalable/Curve. The points are typically connected with a
* straight line consisting of a short line section and an alternating
* V shape. The curvature and amplitude of the waves of the line is
* operator defined.
*
* Orientation: The first and last anchor points determine the length of
* the line. The line should be drawn so the "V" shapes are facing in
* the direction of movement. The "V" shapes and short line segment will
* alternate along the line.
*/
static readonly LINE2: number;
/**
* Anchor Points: This graphic requires at least two anchor points,
* points 1 and 2, to define the line. Additional points can be defined to
* extend the line.
*
* Size/Shape: Scalable/Curve. The points are typically connected with a
* straight line consisting of a short line section and alternating two
* dots. The curvature and amplitude of the waves of the line is
* operator defined.
*
* Orientation: The first and last anchor points determine the length of the line. The two dots and the short line segment will alternate along the line.
*/
static readonly LINE3: number;
/**
* Anchor Points: This graphic requires at least two anchor points,
* points 1 and 2, to define the line. Additional points can be defined to
* extend the line.
*
* Size/Shape: Scalable/Curve. The points are typically connected with a
* curved/wavy line consisting of a short line and one dot. The curvature
* and amplitude of the waves of the line is operator defined.
*
* Orientation: The first and last anchor points determine the length of
* the line. The dot and the short line segment will alternate along
* the line.
*/
static readonly LINE4: number;
/**
* Anchor Points: This graphic requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area's size and shape.
*
* Size/Shape: Determined by the anchor points.
*
* Orientation: The first and last anchor points determine the length of
* the line. The dual line segments will be parallel to slightly wider at
* the western end.
*/
static readonly LINE5: number;
/**
* Anchor Points: This graphic requires at least two anchor points,
* points 1 and 2, to define the line. Additional points can be defined to
* extend the line.
* Size/Shape: Scalable/Curve. The points are typically connected with a
* solid straight line with alternating slanted lines connected as depicted
* in the example to indicate convergence.
* Orientation: The first and last anchor points determine the length of
* the line. The alternating slanted lines will be evenly spaced along
* the line. Orientation is determined by the anchor points.
*/
static readonly LINE6: number;
/**
* Anchor Points: This graphic requires at least two anchor points,
* points 1 and 2, to define the line. Additional points can be defined to
* extend the line.
*
* Size/Shape: Scalable/Curve. The points are typically connected with a
* dashed straight or curved line. The curvature of the line is operator
* defined.
*
* Orientation: The first and last anchor points determine the length of
* the line. The red and green line segments will alternate along the line.
* Orientation is determined by the anchor points.
*/
static readonly LINE7: number;
/**
* Anchor Points: This graphic requires at least two anchor points,
* points 1 and 2, to define the line. Additional points can be defined to
* extend the line.
* Size/Shape: Scalable.
* Orientation: The graphic is oriented upright on the display as shown in
* the example and operator-centered over the desired location.
*/
static readonly LINE8: number;
}
/**
* Utility class that takes the 3 digit country code from the symbol ID and returns the 3 character string representation
* of that country. For example, 840 turns into "USA" for the United States.
*/
export declare class GENCLookup {
private static gencJSON;
private static _instance;
private static _initCalled;
private static _isReady;
private static _GENCLookup;
private static genc;
/**
*
* @param url
* @deprecated
*/
static setData(url: string): Promise;
private constructor();
static getInstance(): GENCLookup;
isReady(): boolean;
private init;
get3CharCode(id: number): string;
}
/**
* This class holds information about the MilStd Symbol.
* Name, geometry, point count, Draw Rule, etc...
* Can be retrived from {@link MSLookup}.
*/
export declare class MSInfo {
private _Version;
private _Name;
private _Path;
private _SymbolSet;
private _SymbolSetInt;
private _EntityCode;
private _Geometry;
private _Modifiers;
private _MinPointCount;
private _MaxPointCount;
private _DrawRule;
/**
* @param version SymbolID.Version_2525Dch1 (11), SymbolID.Version_2525E (13)
* @param symbolSet the 5th & 6th character in the symbol Code, represents Battle Dimension
* @param entity descriptor
* @param entityType descriptor
* @param entitySubType descriptor
* @param entityCode characters 11 - 16 in the symbol code
* @param modifiers String[] of modifier codes
*/
constructor(version: number, symbolSet: string, entity: string, entityType: string, entitySubType: string, entityCode: string, modifiers: Array);
/**
* @param version SymbolID.Version_2525Dch1 (11), SymbolID.Version_2525E (13)
* @param symbolSet the 5th & 6th character in the symbol Code, represents Battle Dimension
* @param entity descriptor
* @param entityType descriptor
* @param entitySubType descriptor
* @param entityCode characters 11 - 16 in the symbol code
* @param geometry "point", "line", "area"
* @param drawRule as defined in 2525D for Control Measures and METOC (i.e. "Point1")
* @param modifiers ArrayList of modifiers that are allowed for this symbol
*/
constructor(version: number, symbolSet: string, entity: string, entityType: string, entitySubType: string, entityCode: string, geometry: string, drawRule: string, modifiers: Array);
private parseDrawRule;
static parseSymbolSetName(symbolID: string): string;
static parseSymbolSetName(ss: string, version: number): string;
/**
*
* @param drawRule - Like DrawRules.CIRCULAR2
* @return int[] where the first index is the minimum required points and
* the next index is the maximum allowed points
*/
private static getMinMaxPointsFromDrawRule;
private static getMinMaxPointsFromMODrawRule;
getVersion(): number;
getName(): string;
getPath(): string;
getGeometry(): string;
getDrawRule(): number;
getSymbolSet(): number;
getEntityCode(): number;
getBasicSymbolID(): string;
getMinPointCount(): number;
getMaxPointCount(): number;
getModifiers(): Array;
}
/**
* Class that holds all the objects with symbol information
*/
export declare class MSLookup {
private static mse;
private static msd;
private static _instance;
private static _initCalled;
private static _isReady;
private static _MSLookupD;
private static _MSLookupE;
private _IDListD;
private _IDListE;
private static msdJSON;
private static mseJSON;
/**
*
* @param urls
* @deprecated
*/
static setData(urls: string[]): Promise;
private constructor();
static getInstance(): MSLookup;
private init;
isReady(): boolean;
private populateLookup;
private populateModifierList;
/**
* @param symbolID Full 20-30 digits from the symbol code
* @return
*/
getMSLInfo(symbolID: string): MSInfo;
/**
* @param basicID id SymbolSet + Entity code like 50110100
* @param version like SymbolID.Version_2525Dch1
* @return
*/
getMSLInfo(basicID: string, version: number): MSInfo;
/**
* returns a list of all the keys in the order they are listed in the MilStd 2525D document.
* @param version see {@link SymbolID.Version_2525E} and {@link SymbolID.Version_2525Dch1}
* @return
*/
getIDList(version: number): Array;
addCustomSymbol(msInfo: MSInfo): boolean;
}
export declare class SVGInfo {
private _ID;
private _Bbox;
private _SVG;
constructor(id: string, measurements: Rectangle2D, svg: string);
getID(): string;
getBbox(): Rectangle2D;
getSVG(): string;
toString(): string;
}
export declare class SVGLookup {
private static _instance;
private static _initCalled;
private static _isReady;
private static _SVGLookupD;
private static _SVGLookupE;
private static svgd;
private static svge;
private static svgdJSON;
private static svgeJSON;
/**
*
* @param urls
* @deprecated
*/
static setData(urls: string[]): Promise;
private constructor();
static getInstance(): SVGLookup;
private init;
isReady(): boolean;
private populateLookup;
/**
*
* @param id
* @return
*/
getSVGLInfo(id: string, version: number): SVGInfo | null;
getSVGOctagon(): SVGInfo | null;
static getFrameID(symbolID: string): string;
static getMainIconID(symbolID: string): string;
private static getPostFixForIcon;
static getMod1ID(symbolID: string): string;
static getMod2ID(symbolID: string): string;
static getEchelonAmplifier(symbolID: string): string;
static getHQTFFD(symbolID: string): string;
static getOCA(symbolID: string, useSlash: boolean): string | null;
static getAllKeys(): Array;
addCustomSymbol(svgInfo: SVGInfo, version: number): boolean;
}
export interface SymbolDimensionInfo {
/**
* The x value the image should be centered on or the "anchor point".
* @return {@link Integer}
*/
getSymbolCenterX(): number;
/**
* The y value the image should be centered on or the "anchor point".
* @return {@link Integer}
*/
getSymbolCenterY(): number;
/**
* The point the image should be centered on or the "anchor point".
* @return {@link Point2D}
*/
getSymbolCenterPoint(): Point2D;
/**
* minimum bounding rectangle for the core symbol. Does
* not include modifiers, display or otherwise.
* @return {@link Rectangle2D}
*/
getSymbolBounds(): Rectangle2D;
/**
* Dimension of the entire image.
* @return {@link Rectangle2D}
*/
getImageBounds(): Rectangle2D;
}
export declare class SVGSymbolInfo implements SymbolDimensionInfo {
private _svg;
private _svgDataURI;
private _anchorX;
private _anchorY;
private _symbolBounds;
private _bounds;
constructor(svg: string, anchorPoint: Point2D, symbolBounds: Rectangle2D, svgBounds: Rectangle2D);
private bytesToBase64;
private escapeChars;
getSVGDataURI(): string;
getSVG(): string;
/**
* The x value the image should be centered on or the "anchor point".
* @return
*/
getSymbolCenterX(): int;
/**
* The y value the image should be centered on or the "anchor point".
* @return
*/
getSymbolCenterY(): int;
/**
* The point the image should be centered on or the "anchor point".
* @return
*/
getSymbolCenterPoint(): Point2D;
/**
* minimum bounding rectangle for the core symbol. Does
* not include modifiers, display or otherwise.
* @return
*/
getSymbolBounds(): Rectangle2D;
/**
* Dimension of the entire image.
* @return
*/
getImageBounds(): Rectangle2D;
}
/**
* Has various utility functions for prcessing the symbol code.
* See {@link SymbolID} for additional functions related to parsing the symbol code.
*
*/
export declare class SymbolUtilities {
private static readonly Digits;
private static readonly HexDigits;
private static readonly Exp;
private static readonly fpRegex;
private static readonly pIsNumber;
/**
* Determines if a String represents a valid number
*
* @param text string
* @return "1.56" == true, "1ab" == false
*/
static isNumber(text: string): boolean;
/**
* Converts a Java Date object into a properly formatted String for W or W1.
* DDHHMMSSZMONYYYY
* Field W: D = day, H = hour, M = minute, S = second, Z = Greenwich or local time, MON= month and Y = year.
* @param date {@link Date}
* @return string
*/
static getDateLabel(date: Date): string;
/**
* Given date, return character String representing which NATO time zone
* you're in.
*
* @param time {@link Date}
* @return string
*/
private static getZuluCharFromTimeZoneOffset;
/**
* Determines if a symbol, based on it's symbol ID, can have the specified modifier/amplifier.
* @param symbolID 30 Character string
* @param modifier {@link Modifiers}
* @return
*/
static hasModifier(symbolID: string, modifier: string): boolean;
/**
* Gets Basic Symbol ID which is the Symbol Set + Entity Code
* @param id 30 Character string
* @return 8 character string (Symbol Set + Entity Code)
*/
static getBasicSymbolID(id: string): string;
/**
* Gets the basic Symbol ID for a 2525C symbol
* S*F*GPU---*****
* G*G*GPP---****X
* @param strSymbolID 15 Character string
* @return 15 Character string
* @deprecated function will be removed
*/
static getBasicSymbolID2525C(strSymbolID: string): string;
/**
* Attempts to resolve a bad symbol ID into a value that can be found in {@link MSLookup}.
* If it fails, it will return the symbol code for a invalid symbol which is displayed as
* an inverted question mark (110098000010000000000000000000)
* @param symbolID 30 character string
* @return 30 character string representing the resolved symbol ID.
*/
static reconcileSymbolID(symbolID: string): string;
/**
* Gets line color used if no line color has been set. The color is specified based on the affiliation of
* the symbol and whether it is a unit or not.
* @param symbolID 30 character string
* @return
*/
static getLineColorOfAffiliation(symbolID: string): Color | null;
/**
* For Control Measures, returns the default color for a symbol when it differs from the
* affiliation line color. If there is no default color, returns the value from {@link getLineColorOfAffiliation()}
* @param symbolID 30 Character string
* @return
*/
static getDefaultLineColor(symbolID: string): Color | null;
/**
* Checks if a symbol should be filled by default
*
* @param strSymbolID The 20 digit representation of the 2525D symbol
* @return true if there is a default fill
*/
static hasDefaultFill(strSymbolID: string): boolean;
/**
* Determines if the symbol is a tactical graphic
*
* @param strSymbolID 30 Character string
* @return true if symbol set is 25 (control measure), or is a weather graphic
*/
static isTacticalGraphic(strSymbolID: string): boolean;
/**
* Determines if the Symbol can be rendered as a multipoint graphic and not just as an icon
* @param symbolID 30 Character string
* @return
*/
static isMultiPoint(symbolID: string): boolean;
static isActionPoint(symbolID: string): boolean;
/**
* Control Measures and Tactical Graphics that have labels but not with the Action Point layout
* @param strSymbolID 30 Character string
* @return
* @deprecated see {@link isSPWithSpecialModifierLayout(String)}
*/
static isTGSPWithSpecialModifierLayout(strSymbolID: string): boolean;
/**
* Returns the fill color for the symbol based on its affiliation
* @param symbolID 30 Character string
* @return
*/
static getFillColorOfAffiliation(symbolID: string): Color | null;
/**
*
* @param symbolID 30 Character string
* @param modifier {@link Modifiers}
* @return
* @deprecated see {@link hasModifier()}
*/
static canSymbolHaveModifier(symbolID: string, modifier: string): boolean;
/**
* Checks if the Symbol Code has FDI set.
* Does not check if the symbol can have an FDI.
* @param symbolID 30 Character string
* @return
*/
static hasFDI(symbolID: string): boolean;
/**
* Returns true if graphic is protection graphic (obstacles which render green)
* @param symbolID 30 Character string
* @return
*/
static isGreenProtectionGraphic(symbolID: string): boolean;
/***
* Returns true if graphic is protection graphic (obstacles which render green)
* Assumes control measure symbol code where SS == 25
* @param entity
* @param entityType
* @param entitySubtype
* @return
*/
static isGreenProtectionGraphic(entity: int, entityType: int, entitySubtype: int): boolean;
/**
* Returns true if Symbol ID represents a chemical, biological, radiological or nuclear incident.
* @param symbolID 30 Character string
* @return
*/
static isCBRNEvent(symbolID: string): boolean;
/**
* Returns true if Symbol ID represents a Sonobuoy.
* @param symbolID 30 Character string
* @return
*/
static isSonobuoy(symbolID: string): boolean;
/**
* Obstacles are generally required to have a green line color
* @param symbolID 30 Character string
* @return
* @deprecated see {@link isGreenProtectionGraphic()}
*/
static isObstacle(symbolID: string): boolean;
/**
* Return true if symbol is from the Atmospheric, Oceanographic or Meteorological Space Symbol Sets.
* @param symbolID 30 Character string
* @return
*/
static isWeather(symbolID: string): boolean;
/**
* Returns true if the symbol has the HQ staff indicated by the symbol ID
* @param symbolID 30 Character string
* @return
*/
static isHQ(symbolID: string): boolean;
/**
* Checks if this is a single point control measure or meteorological graphic with a unique layout.
* Basically anything that's not an action point style graphic with modifiers
* @param symbolID 30 Character string
* @return
*/
static isSPWithSpecialModifierLayout(symbolID: string): boolean;
/**
* Gets the anchor point for single point Control Measure as the anchor point isn't always they center of the symbol.
* @param symbolID 30 Character string
* @param bounds {@link Rectangle2D} representing the bound of the core symbol in the image.
* @return representing the point in the image that is the anchor point of the symbol.
*/
static getCMSymbolAnchorPoint(symbolID: string, bounds: Rectangle2D): Point;
/**
* Returns true if the symbol is an installation
* @param symbolID 30 Character string
* @return
*/
static isInstallation(symbolID: string): boolean;
/**
* Returns true if the symbol is from an air based symbol set
* @param symbolID 30 Character string
* @return
*/
static isAir(symbolID: string): boolean;
/**
* Returns true if the symbol is from a space based symbol set
* @param symbolID 30 Character string
* @return
*/
static isSpace(symbolID: string): boolean;
/**
* Returns true if the symbol is from a land based symbol set
* @param symbolID 30 Character string
* @return
*/
static isLand(symbolID: string): boolean;
/**
* Returns true if the symbol ID has the task for indicator
* @param symbolID 30 Character string
* @return
*/
static isTaskForce(symbolID: string): boolean;
/**
* Returns true if the symbol ID indicates the context is Reality
* @param symbolID 30 Character string
* @return
*/
static isReality(symbolID: string): boolean;
/**
* Returns true if the symbol ID indicates the context is Exercise
* @param symbolID 30 Character string
* @return
*/
static isExercise(symbolID: string): boolean;
/**
* Returns true if the symbol ID indicates the context is Simulation
* @param symbolID 30 Character string
* @return
*/
static isSimulation(symbolID: string): boolean;
/**
* Reads the Symbol ID string and returns the text that represents the echelon
* code.
* @param echelon from positions 9-10 in the symbol ID
* See {@link SymbolID.getAmplifierDescriptor()}
* @return string (23 (Army) would be "XXXX")
*/
static getEchelonText(echelon: int): string;
/**
* Returns the Standard Identity Modifier based on the Symbol ID
* @param symbolID 30 Character string
* @return string
*/
static getStandardIdentityModifier(symbolID: string): string;
/**
* Returns true if the unit has a rectangle frame
* @param symbolID 30 Character string
* @return
*/
static hasRectangleFrame(symbolID: string): boolean;
/**
* Returns the height ratio for the unit specified by the symbol ID
* Based on Figure 4 in 2525E.
* @param symbolID 30 Character string
* @return
*/
static getUnitRatioHeight(symbolID: string): double;
/**
* Returns the width ratio for the unit specified by the symbol ID
* Based on Figure 4 in 2525E.
* @param symbolID 30 Character string
* @return
*/
static getUnitRatioWidth(symbolID: string): double;
/**
* @param linetype the line type
* @return true if the line is a basic shape
*/
static isBasicShape(linetype: int): boolean;
}
export interface SettingsEventListener {
SettingsEventChanged(type: string): void;
}
/**
*Static class that holds the setting for the JavaRenderer.
* Allows different parts of the renderer to know what
* values are being used.
*
*/
export declare class RendererSettings {
private static _instance;
private static _TextBackgroundMethod;
/**
* There will be no background for text
*/
static readonly TextBackgroundMethod_NONE: int;
/**
* There will be a colored box behind the text
*/
static readonly TextBackgroundMethod_COLORFILL: int;
/**
* There will be an adjustable outline around the text (expensive)
* Outline width of 4 is recommended.
*/
static readonly TextBackgroundMethod_OUTLINE: int;
/**
* A different approach for outline which is quicker and seems to use
* less memory. Also, you may do well with a lower outline thickness setting
* compared to the regular outlining approach. Outline Width of 1 is
* recommended.
*/
static readonly TextBackgroundMethod_OUTLINE_QUICK: int;
/**
* Value from 0 to 255. The closer to 0 the lighter the text color has to be
* to have the outline be black. Default value is 160.
*/
private static _TextBackgroundAutoColorThreshold;
private static _TextOutlineWidth;
private static _ColorLabelForeground;
private static _ColorLabelBackground;
private static _PixelSize;
/**
* Collapse labels for fire support areas when the symbol isn't large enough to show all
* the labels.
*/
private static _AutoCollapseModifiers;
/**
* @deprecated
*/
private static _SymbolOutlineWidth;
private static _OutlineSPControlMeasures;
private static _ActionPointDefaultFill;
/**
* If true (default), when HQ Staff is present, location will be indicated by the free
* end of the staff
*/
private static _CenterOnHQStaff;
static OperationalConditionModifierType_SLASH: int;
static OperationalConditionModifierType_BAR: int;
private static _OCMType;
static readonly SeaMineRenderMethod_MEDAL: int;
static readonly SeaMineRenderMethod_ALT: int;
static _SeaMineRenderMethod: int;
private static _UseLineInterpolation;
private static _ModifierFontName;
private static _ModifierFontType;
private static _ModifierFontWeight;
private static _ModifierFontSize;
private static _ModifierFontKerning;
private static _ModifierFontTracking;
private _scaleEchelon;
private _DrawAffiliationModifierAsLabel;
private static _MPLabelFontName;
private static _MPLabelFontType;
private static _MPLabelFontSize;
private static _KMLLabelScale;
private static _DPI;
private _TwoLabelOnly;
private _scaleMainIconWithoutSectorMods;
private _patternScale;
private _friendlyUnitFillColor;
private _hostileUnitFillColor;
private _neutralUnitFillColor;
private _unknownUnitFillColor;
private _friendlyGraphicFillColor;
private _hostileGraphicFillColor;
private _neutralGraphicFillColor;
private _unknownGraphicFillColor;
private _friendlyUnitLineColor;
private _hostileUnitLineColor;
private _neutralUnitLineColor;
private _unknownUnitLineColor;
private _friendlyGraphicLineColor;
private _hostileGraphicLineColor;
private _neutralGraphicLineColor;
private _unknownGraphicLineColor;
private _Listeners;
private constructor();
static getInstance(): RendererSettings;
private Init;
addEventListener(sel: SettingsEventListener): void;
private raiseEvents;
/**
* None, outline (default), or filled background.
* If set to OUTLINE, TextOutlineWidth changed to default of 4.
* If set to OUTLINE_QUICK, TextOutlineWidth changed to default of 1.
* Use setTextOutlineWidth if you'd like a different value.
* @param textBackgroundMethod like RenderSettings.TextBackgroundMethod_NONE
*/
setTextBackgroundMethod(textBackgroundMethod: int): void;
/**
* None, outline (default), or filled background.
* @return method like RenderSettings.TextBackgroundMethod_NONE
*/
getTextBackgroundMethod(): int;
/**
* default size single point icons will render on the map
* @param size
*/
setDefaultPixelSize(size: int): void;
/**
* default size single point icons will render on the map
* @return
*/
getDefaultPixelSize(): int;
/**
* Set the operational condition modifier to be slashes or bars
* @param value like RendererSettings.OperationalConditionModifierType_SLASH
*/
setOperationalConditionModifierType(value: int): void;
getOperationalConditionModifierType(): int;
setSeaMineRenderMethod(method: int): void;
getSeaMineRenderMethod(): int;
/**
* For lines symbols with "decorations" like FLOT or LOC, when points are
* too close together, we will start dropping points until we get enough
* space between 2 points to draw the decoration. Without this, when points
* are too close together, you run the chance that the decorated line will
* look like a plain line because there was no room between points to
* draw the decoration.
* @param value boolean
*/
setUseLineInterpolation(value: boolean): void;
/**
* Returns the current setting for Line Interpolation.
* @return boolean
*/
getUseLineInterpolation(): boolean;
/**
* set the screen DPI so the renderer can take DPI into account when
* rendering for things like dashed lines and decorated lines.
* @param value
*/
setDeviceDPI(value: int): void;
getDeviceDPI(): int;
/**
* Collapse Modifiers for fire support areas when the symbol isn't large enough to show all
* the labels. Identifying label will always be visible. Zooming in, to make the symbol larger,
* will make more modifiers visible. Resizing the symbol can also make more modifiers visible.
* @param value boolean
*/
setAutoCollapseModifiers(value: boolean): void;
getAutoCollapseModifiers(): boolean;
/**
* if true (default), when HQ Staff is present, location will be indicated by the free
* end of the staff
* @param value
*/
setCenterOnHQStaff(value: boolean): void;
/**
* if true (default), when HQ Staff is present, location will be indicated by the free
* end of the staff
*/
getCenterOnHQStaff(): boolean;
/**
* if RenderSettings.TextBackgroundMethod_OUTLINE is used,
* the outline will be this many pixels wide.
*
* @param width
* @deprecated - controlled within the renderer
*/
/**
* if RenderSettings.TextBackgroundMethod_OUTLINE is used,
* the outline will be this many pixels wide.
* @return
*/
getTextOutlineWidth(): int;
/**
* Refers to text color of modifier labels
* @return
*
*/
/**
* Refers to text color of modifier labels
* Default Color is Black. If NULL, uses line color of symbol
* @param value
*
*/
/**
* Refers to background color of modifier labels
* @return
*
*/
/**
* Refers to text color of modifier labels
* Default Color is White.
* Null value means the optimal background color (black or white)
* will be chose based on the color of the text.
* @param value
*
*/
/**
* Value from 0 to 255. The closer to 0 the lighter the text color has to be
* to have the outline be black. Default value is 160.
* @param value
*/
setTextBackgroundAutoColorThreshold(value: int): void;
/**
* Value from 0 to 255. The closer to 0 the lighter the text color has to be
* to have the outline be black. Default value is 160.
* @return
*/
getTextBackgroundAutoColorThreshold(): int;
/**
* This applies to Single Point Tactical Graphics.
* Setting this will determine the default value for milStdSymbols when created.
* 0 for no outline,
* 1 for outline thickness of 1 pixel,
* 2 for outline thickness of 2 pixels,
* greater than 2 is not currently recommended.
* @deprecated
* @param width
*/
setSinglePointSymbolOutlineWidth(width: int): void;
/**
* This applies to Single Point Tactical Graphics.
* @return
* @deprecated
*/
getSinglePointSymbolOutlineWidth(): int;
setOutlineSPControlMeasures(value: boolean): void;
getOutlineSPControlMeasures(): boolean;
setActionPointDefaultFill(value: boolean): void;
getActionPointDefaultFill(): boolean;
/**
* false to use label font size
* true to scale it using symbolPixelBounds / 3.5
* @param value
*/
setScaleEchelon(value: boolean): void;
/**
* Returns the value determining if we scale the echelon font size or
* just match the font size specified by the label font.
* @return true or false
*/
getScaleEchelon(): boolean;
/**
* Determines how to draw the Affiliation modifier.
* True to draw as modifier label in the "E/F" location.
* False to draw at the top right corner of the symbol
*/
setDrawAffiliationModifierAsLabel(value: boolean): void;
/**
* True to draw as modifier label in the "E/F" location.
* False to draw at the top right corner of the symbol
*/
getDrawAffiliationModifierAsLabel(): boolean;
/**
* Sets the font to be used for modifier labels
* @param name Like "arial"
* @param weight Like "normal" or "bold"
* @param size Like 12
*/
setLabelFont(name: string, weight: string, size: int): void;
/**
*
* @param name Like "arial"
* @param type Like Font.BOLD
* @param size Like 12
*/
setLabelFont(name: string, type: int, size: int): void;
setMPLabelFont(name: string, weight: string, size: int): void;
setMPLabelFont(name: string, weight: string, size: int, kmlScale: float): void;
setMPLabelFont(name: string, type: int, size: int): void;
setMPLabelFont(name: string, type: int, size: int, kmlScale: float): void;
/**
* the font name to be used for modifier labels
* @return name of the label font
*/
getLabelFontName(): string;
/**
* Like Font.BOLD
* @return type of the label font
*/
getLabelFontType(): int;
/**
* get font point size
* @return size of the label font
*/
getLabelFontSize(): int;
/**
* get font object used for labels
* @return Font object
*/
getLabelFont(): Font;
/**
* get font object used for labels
* @return Font object
*/
getMPLabelFont(): Font;
getKMLLabelScale(): float;
/**
* the font name to be used for modifier labels
* @return name of the label font
*/
getMPLabelFontName(): string;
/**
* Like Font.BOLD
* @return type of the label font
*/
getMPLabelFontType(): int;
/**
* get font point size
* @return size of the label font
*/
getMPLabelFontSize(): int;
/**
** Get a boolean indicating between the use of supply routes labels in all segments (false) or
* to only set 2 labels one at the north and the other one at the south of the graphic (true).
* @return {boolean}
+* @deprecated
*/
getTwoLabelOnly(): boolean;
/**
* Set a boolean indicating between the use of supply routes labels in all segments (false) or
* to only set 2 labels one at the north and the other one at the south of the graphic (true).
* @param TwoLabelOnly
* @deprecated
*/
setTwoLabelOnly(TwoLabelOnly: boolean): void;
/**
* When true, if the main icon is normally small to allow room for sector modifiers,
* make it larger when no sector modifiers are present for better visibility.
* @param scaleMainIcon
*/
setScaleMainIcon(scaleMainIcon: boolean): void;
/**
* When true, if the main icon is normally small to allow room for sector modifiers,
* main icon is made larger when no sector modifiers are present for better visibility.
*/
getScaleMainIcon(): boolean;
/**
* Multipoint features and patterns scale with line width ({@link MilStdAttributes#LineWidth}).
* {@code patternScale} is the ratio of how much to increase features and patterns by with line width.
* default value is 1.0. Can be overwritten on render with {@link MilStdAttributes#PatternScale}
* @param patternScale
*/
setPatternScale(patternScale: double): void;
getPatternScale(): double;
/**
* get the preferred fill affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getFriendlyUnitFillColor(): Color;
/**
* Set the preferred fill affiliation color for units
*
* @param friendlyUnitFillColor Color like Color(255, 255, 255)
*
* */
setFriendlyUnitFillColor(friendlyUnitFillColor: Color): void;
/**
* get the preferred fill affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getHostileUnitFillColor(): Color;
/**
* Set the preferred fill affiliation color for units
*
* @param hostileUnitFillColor Color like Color(255, 255, 255)
*
* */
setHostileUnitFillColor(hostileUnitFillColor: Color): void;
/**
* get the preferred fill affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getNeutralUnitFillColor(): Color;
/**
* Set the preferred line affiliation color for units
*
* @param neutralUnitFillColor Color like Color(255, 255, 255)
*
* */
setNeutralUnitFillColor(neutralUnitFillColor: Color): void;
/**
* get the preferred fill affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getUnknownUnitFillColor(): Color;
/**
* Set the preferred fill affiliation color for units
*
* @param unknownUnitFillColor Color like Color(255, 255, 255)
*
* */
setUnknownUnitFillColor(unknownUnitFillColor: Color): void;
/**
* get the preferred fill affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getHostileGraphicFillColor(): Color;
/**
* Set the preferred fill affiliation color for graphics
*
* @param hostileGraphicFillColor Color like Color(255, 255, 255)
*
* */
setHostileGraphicFillColor(hostileGraphicFillColor: Color): void;
/**
* get the preferred fill affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getFriendlyGraphicFillColor(): Color;
/**
* Set the preferred fill affiliation color for graphics
*
* @param friendlyGraphicFillColor Color like Color(255, 255, 255)
*
* */
setFriendlyGraphicFillColor(friendlyGraphicFillColor: Color): void;
/**
* get the preferred fill affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getNeutralGraphicFillColor(): Color;
/**
* Set the preferred fill affiliation color for graphics
*
* @param neutralGraphicFillColor Color like Color(255, 255, 255)
*
* */
setNeutralGraphicFillColor(neutralGraphicFillColor: Color): void;
/**
* get the preferred fill affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getUnknownGraphicFillColor(): Color;
/**
* Set the preferred fill affiliation color for graphics
*
* @param unknownGraphicFillColor Color like Color(255, 255, 255)
*
* */
setUnknownGraphicFillColor(unknownGraphicFillColor: Color): void;
/**
* get the preferred line affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getFriendlyUnitLineColor(): Color;
/**
* Set the preferred line affiliation color for units
*
* @param friendlyUnitLineColor Color like Color(255, 255, 255)
*
* */
setFriendlyUnitLineColor(friendlyUnitLineColor: Color): void;
/**
* get the preferred line affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getHostileUnitLineColor(): Color;
/**
* Set the preferred line affiliation color for units
*
* @param hostileUnitLineColor Color like Color(255, 255, 255)
*
* */
setHostileUnitLineColor(hostileUnitLineColor: Color): void;
/**
* get the preferred line affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getNeutralUnitLineColor(): Color;
/**
* Set the preferred line affiliation color for units
*
* @param neutralUnitLineColor Color like Color(255, 255, 255)
*
* */
setNeutralUnitLineColor(neutralUnitLineColor: Color): void;
/**
* get the preferred line affiliation color for units.
*
* @return Color like Color(255, 255, 255)
*
* */
getUnknownUnitLineColor(): Color;
/**
* Set the preferred line affiliation color for units
*
* @param unknownUnitLineColor Color like Color(255, 255, 255)
*
* */
setUnknownUnitLineColor(unknownUnitLineColor: Color): void;
/**
* get the preferred line affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getFriendlyGraphicLineColor(): Color;
/**
* Set the preferred line affiliation color for graphics
*
* @param friendlyGraphicLineColor Color like Color(255, 255, 255)
*
* */
setFriendlyGraphicLineColor(friendlyGraphicLineColor: Color): void;
/**
* get the preferred line affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getHostileGraphicLineColor(): Color;
/**
* Set the preferred line affiliation color for graphics
*
* @param hostileGraphicLineColor Color like Color(255, 255, 255)
*
* */
setHostileGraphicLineColor(hostileGraphicLineColor: Color): void;
/**
* get the preferred line affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getNeutralGraphicLineColor(): Color;
/**
* Set the preferred line affiliation color for graphics
*
* @param neutralGraphicLineColor Color like Color(255, 255, 255)
*
* */
setNeutralGraphicLineColor(neutralGraphicLineColor: Color): void;
/**
* get the preferred line affiliation color for graphics.
*
* @return Color like Color(255, 255, 255)
*
* */
getUnknownGraphicLineColor(): Color;
/**
* Set the preferred line affiliation color for graphics
*
* @param unknownGraphicLineColor Color like Color(255, 255, 255)
*
* */
setUnknownGraphicLineColor(unknownGraphicLineColor: Color): void;
/**
* Set the preferred line and fill affiliation color for tactical graphics.
*
* @param friendlyGraphicLineColor Color
* @param hostileGraphicLineColor Color
* @param neutralGraphicLineColor Color
* @param unknownGraphicLineColor Color
* @param friendlyGraphicFillColor Color
* @param hostileGraphicFillColor Color
* @param neutralGraphicFillColor Color
* @param unknownGraphicFillColor Color
*/
setGraphicPreferredAffiliationColors(friendlyGraphicLineColor: Color, hostileGraphicLineColor: Color, neutralGraphicLineColor: Color, unknownGraphicLineColor: Color, friendlyGraphicFillColor: Color, hostileGraphicFillColor: Color, neutralGraphicFillColor: Color, unknownGraphicFillColor: Color): void;
/**
* Set the preferred line and fill affiliation color for units and tactical graphics.
*
* @param friendlyUnitLineColor Color like Color(255, 255, 255). Set to null to ignore setting
* @param hostileUnitLineColor Color
* @param neutralUnitLineColor Color
* @param unknownUnitLineColor Color
* @param friendlyUnitFillColor Color
* @param hostileUnitFillColor Color
* @param neutralUnitFillColor Color
* @param unknownUnitFillColor Color
*/
setUnitPreferredAffiliationColors(friendlyUnitLineColor: Color, hostileUnitLineColor: Color, neutralUnitLineColor: Color, unknownUnitLineColor: Color, friendlyUnitFillColor: Color, hostileUnitFillColor: Color, neutralUnitFillColor: Color, unknownUnitFillColor: Color): void;
}
/**
* Utility class for helping to parse out parts of the symbol ID.
*
*/
export declare class SymbolID {
static readonly Version_2525D: number;
static readonly Version_2525Dch1: number;
/**
* @deprecated withdrawn from standard
*/
static readonly Version_APP6Dch2: number;
static readonly Version_2525E: number;
static readonly Version_APP6Ech1: number;
static readonly Version_2525Ech1: number;
static readonly Version_APP6Ech2: number;
static readonly StandardIdentity_Context_Reality: number;
static readonly StandardIdentity_Context_Exercise: number;
static readonly StandardIdentity_Context_Simulation: number;
static readonly StandardIdentity_Affiliation_Pending: number;
static readonly StandardIdentity_Affiliation_Unknown: number;
static readonly StandardIdentity_Affiliation_AssumedFriend: number;
static readonly StandardIdentity_Affiliation_Friend: number;
static readonly StandardIdentity_Affiliation_Neutral: number;
static readonly StandardIdentity_Affiliation_Suspect_Joker: number;
static readonly StandardIdentity_Affiliation_Hostile_Faker: number;
static readonly SymbolSet_Unknown: number;
static readonly SymbolSet_Air: number;
static readonly SymbolSet_AirMissile: number;
static readonly SymbolSet_Space: number;
static readonly SymbolSet_SpaceMissile: number;
static readonly SymbolSet_LandUnit: number;
static readonly SymbolSet_LandCivilianUnit_Organization: number;
static readonly SymbolSet_LandEquipment: number;
static readonly SymbolSet_LandInstallation: number;
static readonly SymbolSet_ControlMeasure: number;
static readonly SymbolSet_DismountedIndividuals: number;
static readonly SymbolSet_SeaSurface: number;
static readonly SymbolSet_SeaSubsurface: number;
static readonly SymbolSet_MineWarfare: number;
static readonly SymbolSet_Activities: number;
static readonly SymbolSet_Atmospheric: number;
static readonly SymbolSet_Oceanographic: number;
static readonly SymbolSet_MeteorologicalSpace: number;
static readonly SymbolSet_SignalsIntelligence: number;
static readonly SymbolSet_SignalsIntelligence_Space: number;
static readonly SymbolSet_SignalsIntelligence_Air: number;
static readonly SymbolSet_SignalsIntelligence_Land: number;
static readonly SymbolSet_SignalsIntelligence_SeaSurface: number;
static readonly SymbolSet_SignalsIntelligence_SeaSubsurface: number;
static readonly SymbolSet_CyberSpace: number;
static readonly SymbolSet_InvalidSymbol: number;
static readonly SymbolSet_VersionExtensionFlag: number;
static readonly Status_Present: number;
static readonly Status_Planned_Anticipated_Suspect: number;
static readonly Status_Present_FullyCapable: number;
static readonly Status_Present_Damaged: number;
static readonly Status_Present_Destroyed: number;
static readonly Status_Present_FullToCapacity: number;
static readonly Status_Present_VersionExtensionFlag: number;
static readonly HQTFD_Unknown: number;
static readonly HQTFD_FeintDummy: number;
static readonly HQTFD_Headquarters: number;
static readonly HQTFD_FeintDummy_Headquarters: number;
static readonly HQTFD_TaskForce: number;
static readonly HQTFD_FeintDummy_TaskForce: number;
static readonly HQTFD_TaskForce_Headquarters: number;
static readonly HQTFD_FeintDummy_TaskForce_Headquarters: number;
static readonly HQTFD_VersionExtensionFlag: number;
static readonly Echelon_Unknown: number;
static readonly Echelon_Team_Crew: number;
static readonly Echelon_Squad: number;
static readonly Echelon_Section: number;
static readonly Echelon_Platoon_Detachment: number;
static readonly Echelon_Company_Battery_Troop: number;
static readonly Echelon_Battalion_Squadron: number;
static readonly Echelon_Regiment_Group: number;
static readonly Echelon_Brigade: number;
static readonly Echelon_VersionExtensionFlag: number;
static readonly Echelon_Division: number;
static readonly Echelon_Corps_MEF: number;
static readonly Echelon_Army: number;
static readonly Echelon_ArmyGroup_Front: number;
static readonly Echelon_Region_Theater: number;
static readonly Echelon_Region_Command: number;
static readonly Echelon_VersionExtensionFlag2: number;
static readonly Mobility_Unknown: number;
static readonly Mobility_WheeledLimitedCrossCountry: number;
static readonly Mobility_WheeledCrossCountry: number;
static readonly Mobility_Tracked: number;
static readonly Mobility_Wheeled_Tracked: number;
static readonly Mobility_Towed: number;
static readonly Mobility_Rail: number;
static readonly Mobility_PackAnimals: number;
static readonly Mobility_OverSnow: number;
static readonly Mobility_Sled: number;
static readonly Mobility_Barge: number;
static readonly Mobility_Amphibious: number;
static readonly Mobility_ShortTowedArray: number;
static readonly Mobility_LongTowedArray: number;
static readonly Leadership_Individual: number;
static readonly FrameShape_Unknown: string;
static readonly FrameShape_Space: string;
static readonly FrameShape_Air: string;
static readonly FrameShape_LandUnit: string;
static readonly FrameShape_LandEquipment_SeaSurface: string;
static readonly FrameShape_LandInstallation: string;
static readonly FrameShape_DismountedIndividuals: string;
static readonly FrameShape_SeaSubsurface: string;
static readonly FrameShape_Activity_Event: string;
static readonly FrameShape_Cyberspace: string;
/**
* Attempts to resolve a bad symbol ID into a value that can be found in {@link MSLookup}.
* If it fails, it will return the symbol code for a invalid symbol which is displayed as
* an inverted question mark (110098000010000000000000000000)
* @param symbolID 30 character string
* @return 30 character string representing the resolved symbol ID.
* @deprecated See {@link SymbolUtilities.reconcileSymbolID()}
*/
static reconcileSymbolID(symbolID: string): string;
/**
* Gets the version number from the Symbol ID at positions 1-2
* @param symbolID 30 character string
* @return number like {@link SymbolID.Version_2525Dch1} (11)
*/
static getVersion(symbolID: string): number;
/**
* Sets the version number of the Symbol ID at positions 1-2
* @param symbolID 30 character string
* @param ver number like {@link SymbolID.Version_2525Dch1} (11)
* @return updated 30 character string symbol ID
*/
static setVersion(symbolID: string, ver: number): string;
/**
* Gets the version number from the Symbol ID at positions 3-4.
* Restricted and No-Strike values are NATO only.
* @param symbolID 30 character string
* @return number, number will not be padded if it starts with a '0'
*/
static getStandardIdentity(symbolID: string): number;
/**
* Sets the version number of the Symbol ID at positions 3-4
* @param symbolID 30 character string
* @param si number If number is a single digit, will pad with a '0' before inserting into symbol ID
* @return updated 30 character string symbol ID
*/
static setStandardIdentity(symbolID: string, si: number): string;
/**
* Get Context (Reality (0), Exercise (1), Simulation (2)) at position 3
* Higher values are NATO only
* @param symbolID 30 Character string
* @return number
*/
static getContext(symbolID: string): number;
/**
* Set Context (Reality (0), Exercise (1), Simulation (2)) at position 3
* @param symbolID 30 Character string
* @param context number
* @return string updated Symbol ID.
*/
static setContext(symbolID: string, context: number): string;
/**
* Get Affiliation from position 4
* @param symbolID 30 Character string
* @return number like {@link SymbolID.StandardIdentity_Affiliation_Friend}
*/
static getAffiliation(symbolID: string): number;
/**
* Set Affiliation at position 4
* @param symbolID 30 Character string
* @param affiliation like {@link SymbolID.StandardIdentity_Affiliation_Friend}
* @return string updated Symbol ID.
*/
static setAffiliation(symbolID: string, affiliation: number): string;
/**
* Get Symbol Set from positions 5-6
* @param symbolID 30 Character string
* @return number like {@link SymbolID.SymbolSet_LandCivilianUnit_Organization}
*/
static getSymbolSet(symbolID: string): number;
/**
* Set Symbol Set at positions 5-6
* @param symbolID 30 Character string
* @param ss like {@link SymbolID.SymbolSet_LandCivilianUnit_Organization}
* @return string updated Symbol ID.
*/
static setSymbolSet(symbolID: string, ss: number): string;
/**
* Get Symbol Set from position 7
* @param symbolID 30 Character string
* @return number like {@link SymbolID.Status_Present}
*/
static getStatus(symbolID: string): number;
/**
* Set Symbol Set at position 7
* @param symbolID 30 Character string
* @param status like {@link SymbolID.Status_Present}
* @return string updated Symbol ID.
*/
static setStatus(symbolID: string, status: number): string;
/**
* Get Symbol Set from position 8
* @param symbolID 30 Character string
* @return number like {@link SymbolID.HQTFD_Headquarters}
*/
static getHQTFD(symbolID: string): number;
/**
* Set Symbol Set at position 8
* @param symbolID 30 Character string
* @param HQTFD like {@link SymbolID.HQTFD_Headquarters}
* @return string updated Symbol ID.
*/
static setHQTFD(symbolID: string, HQTFD: number): string;
/**
* Get Amplifier Descriptor which can describe things like
* Echelon / Mobility / Towed Array / Leadership Indicator from positions 9-10
* @param symbolID 30 Character string
* @return number
*/
static getAmplifierDescriptor(symbolID: string): number;
/**
* Set Amplifier Descriptor which can describe things like
* Echelon / Mobility / Towed Array / Leadership Indicator at positions 9-10
* @param symbolID 30 Character string
* @param ad
* @return string
*/
static setAmplifierDescriptor(symbolID: string, ad: number): string;
/**
* Get Entity Code from positions 11-16.
* These six digits identify a unique symbol within a symbol set.
* @param symbolID 30 Character string
* @return number
*/
static getEntityCode(symbolID: string): number;
/**
* Set Entity Code at positions 11-16.
* These six digits identify a unique symbol within a symbol set.
* @param symbolID 30 Character string
* @param entityCode number
* @return string
*/
static setEntityCode(symbolID: string, entityCode: number): string;
/**
* Get Entity from positions 11-12.
* @param symbolID 30 Character string
* @return number
*/
static getEntity(symbolID: string): number;
/**
* Get Entity Type from positions 13-14.
* @param symbolID 30 Character string
* @return number
*/
static getEntityType(symbolID: string): number;
/**
* Get Entity Subtype from positions 15-16.
* @param symbolID 30 Character string
* @return number
*/
static getEntitySubtype(symbolID: string): number;
/**
* Get Sector 1 Modifier from positions 17-18.
* @param symbolID 30 Character string
* @return number
*/
static getModifier1(symbolID: string): number;
/**
* Set Sector 1 Modifier at positions 17-18.
* @param symbolID 30 Character string
* @param mod1 number
* @return string
*/
static setModifier1(symbolID: string, mod1: number): string;
/**
* Get Common Sector 1 Modifier from position 21.
* @param symbolID 30 Character string
* @return number
*/
static getCommonModifier1(symbolID: string): number;
/**
* Set Common Sector 1 Modifier at position 21.
* @param symbolID 30 Character string
* @param mod1I number
* @return string
*/
static setCommonModifier1(symbolID: string, mod1I: number): string;
/**
* Get Sector 2 Modifier from positions 17-18.
* @param symbolID 30 Character string
* @return number
*/
static getModifier2(symbolID: string): number;
/**
* Set Sector 2 Modifier at positions 17-18.
* @param symbolID 30 Character string
* @param mod1 number
* @return string
*/
static setModifier2(symbolID: string, mod1: number): string;
/**
* Get Common Sector 2 Modifier from position 22.
* @param symbolID 30 Character string
* @return number
*/
static getCommonModifier2(symbolID: string): number;
/**
* Set Common Sector 2 Modifier at position 22.
* @param symbolID 30 Character string
* @param mod1I number
* @return string
*/
static setCommonModifier2(symbolID: string, mod1I: number): string;
/**
* Returns true is symbol is of the Meteorological variety.
* @param symbolID 30 Character string
* @return boolean
* @deprecated See {@link SymbolUtilities.isWeather()}
*/
static isMETOC(symbolID: string): boolean;
/**
* Build string to grab appropriate SVG file
* @param symbolID 30 Character string
* @return string
* @deprecated See {@link SVGLookup.getFrameID()}
*/
static getFrameID(symbolID: string): string;
/**
* Build string to grab appropriate SVG file
* @param symbolID 30 Character string
* @return string
* @deprecated See {@link SVGLookup.getMainIconID()}
*/
static getMainIconID(symbolID: string): string;
/**
* Build string to grab appropriate SVG file
* @param symbolID 30 Character string
* @return string
* @deprecated See {@link SVGLookup.getMod2ID()} (String)}
*/
static getMod2ID(symbolID: string): string;
/**
* Build string to grab appropriate SVG file
* @param symbolID 30 Character string
* @return string
* @deprecated See {@link SVGLookup.getMod1ID()} (String)}
*/
static getMod1ID(symbolID: string): string;
/**
* Gets the 3 digit county code from positions 28-30
* @param symbolID 30 Character string
* @return number
*/
static getCountryCode(symbolID: string): number;
/**
* In 2525E, position 23 of the symbol code has the Frame Shape modifier.
* This lets a user force a different frame shape than what a symbol would normally have.
* Like you could have Air Fixed Wing with a ground unit rectangle frame for when it's on the ground.
* This function returns the frame shape value for what the default frame would be for a specific symbol set.
* @param symbolID 30 Character string
* @return string (1 character)
*/
static getDefaultFrameShape(symbolID: string): string;
/**
* Gets the Frame Shape override from position 23.
* @param symbolID 30 Character string
* @return string (1 character)
*/
static getFrameShape(symbolID: string): string;
}
declare class AffineTransform {
constructor();
}
declare class PathIterator {
static readonly SEG_CLOSE: int;
static readonly SEG_CUBICTO: int;
static readonly SEG_LINETO: int;
static readonly SEG_MOVETO: int;
static readonly SEG_QUADTO: int;
static readonly WIND_EVEN_ODD: int;
static readonly WIND_NON_ZERO: int;
private _currentSeg;
private _pts;
constructor(tx: AffineTransform | null);
getPoints(): Array;
currentSegment(coords: number[]): int;
getWindingRule(): int;
isDone(): boolean;
next(): void;
reset(): void;
moveTo(x: double, y: double): void;
lineTo(x: double, y: double): void;
cubicTo(x1: double, y1: double, x2: double, y2: double, x3: double, y3: double): void;
curveTo(x1: double, y1: double, x2: double, y2: double, x3: double, y3: double): void;
quadTo(x1: double, y1: double, x2: double, y2: double): void;
getBounds(): Rectangle2D;
setPathIterator(pts: Array): void;
}
/**
*
*
*/
export interface Shape {
contains(x: int, y: int): boolean;
contains(x: int, y: int, width: int, height: int): boolean;
contains(pt: Point2D): boolean;
getBounds2D(): Rectangle2D;
getBounds(): Rectangle;
intersects(x: double, y: double, w: double, h: double): boolean;
intersects(rect: Rectangle2D): boolean;
getPathIterator(at: AffineTransform | null): PathIterator;
}
declare class Rectangle implements Shape {
static readonly OUT_LEFT = 1;
static readonly OUT_TOP = 2;
static readonly OUT_RIGHT = 4;
static readonly OUT_BOTTOM = 8;
x: int;
y: int;
width: int;
height: int;
constructor();
constructor(x1: int, y1: int, width1: int, height1: int);
getShapeType(): string;
getBounds(): Rectangle;
getPathIterator(at: AffineTransform): null;
intersects(rect: Rectangle2D): boolean;
intersects(x1: double, y1: double, width1: double, height1: double): boolean;
contains(pt: Point2D): boolean;
contains(x1: int, y1: int): boolean;
contains(x1: int, y1: int, width1: int, height1: int): boolean;
getBounds2D(): Rectangle2D;
getX(): double;
getY(): int;
getMinX(): int;
getMinY(): int;
getMaxX(): int;
getMaxY(): int;
getHeight(): int;
getWidth(): int;
getBottom(): number;
getRight(): number;
getCenterX(): number;
/**
*
* @returns {Number}
*/
getCenterY(): number;
grow(h: int, v: int): void;
setRect(rect: Rectangle): void;
/**
* setLocation x,y (top,left) while maintaining the width and height.
* @param x
* @param y
*/
setLocation(x: number, y: number): void;
isEmpty(): boolean;
shift(x: number, y: number): void;
/**
* moves top,left points leaving bottom,right intact.
* adjusts the height & width values as necessary
* @param x
* @param y
*/
shiftTL(x: number, y: number): void;
/**
* moves bottom,right points leaving top,left intact.
* adjusts the height & width values as necessary
* @param {type} x the amount to move the right point by
* @param {type} y the amount to move the bottom point by
* @returns {_L7.Anonym$0.Rectangle.shiftTL}
*/
shiftBR(x: number, y: number): void;
/**
* Will merge the bounds of two rectangle.
* @param rect
*/
union(rect: Rectangle): void;
unionPoint(point: Point): void;
/**
*
* @param point
* @returns
*/
containsPoint(point: Point): boolean;
containsRectangle(rect: Rectangle): boolean;
/**
* Ported from Java
*/
private outcode;
/**
* Tests if the specified line segment intersects the interior of this
* Rectangle. Ported from java.
*
* @param x1 the X coordinate of the start point of the specified
* line segment
* @param y1 the Y coordinate of the start point of the specified
* line segment
* @param x2 the X coordinate of the end point of the specified
* line segment
* @param y2 the Y coordinate of the end point of the specified
* line segment
* @return true if the specified line segment intersects
* the interior of this Rectangle; false
* otherwise.
*/
intersectsLine(x1: number, y1: number, x2: number, y2: number): boolean;
setPath(context: OffscreenCanvasRenderingContext2D): void;
stroke(context: OffscreenCanvasRenderingContext2D): void;
fill(context: OffscreenCanvasRenderingContext2D): void;
clone(): Rectangle;
/**
* ported from java
*/
/**
*
* @param stroke named color or value of rgb(#,#,#)
* @param strokeWidth width of line in # of pixels
* @param fill named color or value of rgb(#,#,#)
* @returns
*/
toSVGElement(stroke: string | null, strokeWidth: number, fill: string | null): string;
}
declare class Polygon {
/**
* The points buffer capacity
*/
private static BUFFER_CAPACITY;
npoints: int;
xpoints: int[];
ypoints: int[];
protected bounds: Rectangle;
constructor();
/**
*
* @param xpoints
* @param ypoints
* @param npoints
*/
constructor(xpoints: int[], ypoints: int[], npoints: int);
private copyOf;
reset(): void;
invalidate(): void;
addPoint(px: int, py: int): void;
getBounds(): Rectangle;
getBoundingBox(): Rectangle;
contains(p: Point | Point2D): boolean;
contains(r: Rectangle2D): boolean;
contains(x: double, y: double): boolean;
contains(x: double, y: double, w: double, h: double): boolean;
getBounds2D(): null;
intersects(r: Rectangle2D): boolean;
intersects(x: double, y: double, w: double, h: double): boolean;
getPathIterator(at: AffineTransform | null): PathIterator;
getPathIterator(at: AffineTransform, flatness: double): PathIterator;
}
/**
*
*
*/
export interface Stroke {
createStrokedShape(s: Shape): Shape;
}
declare class BasicStroke implements Stroke {
/**
* Joins path segments by extending their outside edges until they meet.
*/
static readonly JOIN_MITER: int;
/**
* Joins path segments by rounding off the corner at a radius of half the
* line width.
*/
static readonly JOIN_ROUND: int;
/**
* Joins path segments by connecting the outer corners of their wide
* outlines with a straight segment.
*/
static readonly JOIN_BEVEL: int;
/**
* Ends unclosed subpaths and dash segments with no added decoration.
*/
static readonly CAP_BUTT: int;
/**
* Ends unclosed subpaths and dash segments with a round decoration that has
* a radius equal to half of the width of the pen.
*/
static readonly CAP_ROUND: int;
/**
* Ends unclosed subpaths and dash segments with a square projection that
* extends beyond the end of the segment to a distance equal to half of the
* line width.
*/
static readonly CAP_SQUARE: int;
protected width: float;
protected join: int;
protected cap: int;
protected miterlimit: float;
protected dash: float[] | null;
protected dash_phase: float;
/**
* Constructs a new BasicStroke with defaults for all
* attributes. The default attributes are a solid line of width 1.0,
* CAP_SQUARE, JOIN_MITER, a miter limit of 10.0.
*/
constructor();
/**
* Constructs a solid BasicStroke with the specified line width
* and with default values for the cap and join styles.
*
* @param width
* the width of the BasicStroke
* @throws IllegalArgumentException
* if width is negative
*/
constructor(width: float);
constructor(width: float, cap: int, join: int);
constructor(width: float, cap: int, join: int, miterlimit: float);
constructor(width: float, cap: int, join: int, miterlimit: float, dash: float[] | null, dash_phase: float);
/**
* Returns a Shape whose interior defines the stroked outline
* of a specified Shape.
*
* @param s
* the Shape boundary be stroked
* @return the Shape of the stroked outline.
*/
createStrokedShape(poly: Polygon): Shape;
getLineWidth(): float;
/**
* Returns the end cap style.
*
* @return the end cap style of this BasicStroke as one of the
* static int values that define possible end cap
* styles.
*/
getEndCap(): int;
getLineJoin(): int;
/**
* Returns the limit of miter joins.
*
* @return the limit of miter joins of the BasicStroke.
*/
getMiterLimit(): float;
/**
* Returns the array representing the lengths of the dash segments.
* Alternate entries in the array represent the user space lengths of the
* opaque and transparent segments of the dashes. As the pen moves along the
* outline of the Shape to be stroked, the user space distance
* that the pen travels is accumulated. The distance value is used to index
* into the dash array. The pen is opaque when its current cumulative
* distance maps to an even element of the dash array and transparent
* otherwise.
*
* @return the dash array.
*/
getDashArray(): number[] | null;
getDashPhase(): float;
/**
* Returns the hashcode for this stroke.
*
* @return a hash code for this stroke.
*/
hashCode(): int;
static GetInteriorPoints(pLinePoints: POINT2[], vblCounter: int, lineType: int, dist: double): Array;
}
declare class FontRenderContext {
constructor();
}
declare class TextLayout {
protected _font: Font;
protected _str: string;
constructor(s: string, font: Font, frc: FontRenderContext);
getOutline(tx: AffineTransform | null): Shape;
getPixelBounds(frc: FontRenderContext, x: float, y: float): null;
getBounds(): Rectangle;
}
declare class TexturePaint {
private _rect;
private _g2d;
private _bi;
constructor(bi: ImageBitmap, rect: Rectangle2D | null);
}
/**
* Holds information on how to draw the pieces of a multipoint symbol.
* Can be retrieved from {@link MilStdSymbol#getSymbolShapes()} and
* {@link MilStdSymbol#getModifierShapes()} after {@link armyc2.c5isr.web.render.WebRenderer#RenderMultiPointAsMilStdSymbol(String, String, String, String, String, String, double, String, Map, Map)} is called.
*/
export declare class ShapeInfo {
static SHAPE_TYPE_POLYLINE: int;
static SHAPE_TYPE_FILL: int;
static SHAPE_TYPE_MODIFIER: int;
static SHAPE_TYPE_MODIFIER_FILL: int;
static SHAPE_TYPE_UNIT_FRAME: int;
static SHAPE_TYPE_UNIT_FILL: int;
static SHAPE_TYPE_UNIT_SYMBOL1: int;
static SHAPE_TYPE_UNIT_SYMBOL2: int;
static SHAPE_TYPE_UNIT_DISPLAY_MODIFIER: int;
static SHAPE_TYPE_UNIT_ECHELON: int;
static SHAPE_TYPE_UNIT_AFFILIATION_MODIFIER: int;
static SHAPE_TYPE_UNIT_HQ_STAFF: int;
static SHAPE_TYPE_TG_SP_FILL: int;
static SHAPE_TYPE_TG_SP_FRAME: int;
static SHAPE_TYPE_TG_Q_MODIFIER: int;
static SHAPE_TYPE_TG_SP_OUTLINE: int;
static SHAPE_TYPE_SINGLE_POINT_OUTLINE: int;
static SHAPE_TYPE_UNIT_OUTLINE: int;
static SHAPE_TYPE_UNIT_OPERATIONAL_CONDITION: int;
static justify_left: int;
static justify_center: int;
static justify_right: int;
protected _Shape: Shape;
private stroke;
private gp;
private fillStyle;
/**
* @deprecated
*/
private texturePaint;
private _ShapeType;
private lineColor;
private fillColor;
private textBackgoundColor;
private _TextLayout;
private _Position;
private _ModifierString;
private _ModifierPosition;
private _ModifierImageInfo;
private _ModifierAngle;
private _Tag;
/**
* @deprecated
*/
private _shader;
private _patternFillInfo;
private _justify;
private _Polylines;
constructor();
constructor(shape: Shape);
constructor(textLayout: TextLayout, position: Point2D);
/**
*
* @param shape
* @param shapeType
* ShapeInfo.SHAPE_TYPE_
*/
constructor(shape: Shape, shapeType: int);
getShape(): Shape;
setShape(value: Shape): void;
getTextLayout(): TextLayout;
setTextLayout(value: TextLayout): void;
setModifierString(value: string): void;
getModifierString(): string;
setModifierPosition(value: Point2D): void;
getModifierPosition(): Point2D;
setModifierAngle(value: double): void;
getModifierAngle(): double;
/**
*
* @deprecated use {@link setModifierPosition()}
*/
setModifierStringPosition(value: Point2D): void;
/**
*
* @deprecated use {@link getModifierPosition()}
*/
getModifierStringPosition(): Point2D;
/**
*
* @deprecated use {@link setModifierAngle()}
*/
setModifierStringAngle(value: double): void;
/**
*
* @deprecated use {@link getModifierAngle()}
*/
getModifierStringAngle(): double;
setModifierImage(value: SVGSymbolInfo): void;
getModifierImage(): string;
getModifierImageInfo(): SVGSymbolInfo;
/**
* Object that can be used to store anything.
* Will not be looked at when rendering.
* Null by default
* @param value
*/
setTag(value: any): void;
/**
* Object that can be used to store anything.
* Will not be looked at when rendering.
* Null by default
* @return
*/
getTag(): any;
/**
* Gets bounds for the shapes. Incorporates AffineTransform if not null
* in the ShapeInfo object.
* @return
*/
getBounds(): Rectangle | null;
/**
* needed to draw Glyphs and TextLayouts
* @param position
*/
setGlyphPosition(position: Point | Point2D): void;
/**
* needed to draw Glyphs and TextLayouts
* @return
*/
getGlyphPosition(): Point2D;
setLineColor(value: Color | null): void;
getLineColor(): Color;
setFillColor(value: Color | null): void;
getFillColor(): Color | null;
setTextBackgroundColor(value: Color): void;
getTextBackgroundColor(): Color;
getStroke(): BasicStroke;
/**
* @deprecated
*/
getTexturePaint(): TexturePaint | null;
/**
* @deprecated
*/
setTexturePaint(value: TexturePaint | null): void;
getFillStyle(): int;
setFillStyle(value: int): void;
setStroke(s: BasicStroke): void;
/**
* For Internal Renderer use
* @param value
* ShapeInfo.SHAPE_TYPE_
*
*/
setShapeType(value: int): void;
/**
* For Internal Renderer use
* @return ShapeInfo.SHAPE_TYPE_
*
*/
getShapeType(): int;
getPolylines(): Array>;
setPolylines(value: Array>): void;
/**
* @deprecated
*/
setShader(value: ImageBitmap): void;
/**
* @deprecated
*/
getShader(): ImageBitmap;
setPatternFillImage(img: SVGSymbolInfo): void;
getPatternFillImage(): string;
getPatternFillImageInfo(): SVGSymbolInfo;
getTextJustify(): int;
setTextJustify(value: int): void;
}
/**
* Object that holds information on how to draw a multipoint symbol after {@link armyc2.c5isr.web.render.WebRenderer#RenderMultiPointAsMilStdSymbol(String, String, String, String, String, String, double, String, Map, Map)} is called.
*/
export declare class MilStdSymbol {
/**
* modifiers
*/
private _Properties;
private _X_Altitude;
private _AM_Distance;
private _AN_Azimuth;
private _symbolID;
/**
* unique ID for this symbol, for client use
*/
private _UUID;
private _SymbolShapes;
/**
* collection of shapes for the modifiers
*/
private _ModifierShapes;
private _Coordinates;
private _UnitSize;
private _scale;
private _KeepUnitRatio;
protected _LineWidth: number;
protected _LineColor: Color;
protected _FillColor: Color;
protected _TextColor: Color;
protected _TextBackgroundColor: Color;
protected _Rotation: double;
protected _Outline: boolean;
protected _OutLineColor: Color;
protected _OutLineWidth: int;
protected _tp: TexturePaint;
protected _fs: boolean;
protected _patternFillType: int;
private patternScale;
private static _AltitudeMode;
private static _AltitudeUnit;
private static _DistanceUnit;
private static _useDashArray;
private static _hideOptionalLabels;
private static _DrawAffiliationModifierAsLabel;
private static _UseLineInterpolation;
protected _Tag: any;
/**
*
* @param symbolID code, 20-30 digits long that represents the symbol
* @param uniqueID for the client's use
* @param modifiers use keys from Modifiers.
* @param Coordinates {@link ArrayList} of {@link Point2D} coordinates for the symbol
* @param keepUnitRatio - default TRUE
* modifiers
*/
constructor(symbolID: string, uniqueID: string, Coordinates: Array, modifiers: Map, keepUnitRatio?: boolean);
getFillStyle(): TexturePaint;
setFillStyle(value: TexturePaint): void;
getUseFillPattern(): boolean;
setUseFillPattern(value: boolean): void;
/**
* @deprecated
*/
getPatternFillType(): int;
/**
* 0=Solid, 2=ForwardHatch, 3=BackwardHatch, 4=verticalHatch, 5=horizonalHatch, 8=CrossHatch
* Only affects Basic Shapes. Will not apply to MilStd Symbology so as to not confuse some
* symbols with others.
* @param value {@link Integer}
*
* @deprecated
*/
setPatternFillType(value: int): void;
getAltitudeMode(): string;
setAltitudeMode(value: string): void;
getAltitudeUnit(): DistanceUnit;
setAltitudeUnit(unit: DistanceUnit): void;
getDistanceUnit(): DistanceUnit;
setDistanceUnit(unit: DistanceUnit): void;
getUseDashArray(): boolean;
setUseDashArray(value: boolean): void;
getHideOptionalLabels(): boolean;
setHideOptionalLabels(value: boolean): void;
setUseLineInterpolation(value: boolean): void;
getUseLineInterpolation(): boolean;
setUnitSize(pixelSize: int): void;
getUnitSize(): int;
setKeepUnitRatio(value: boolean): void;
getKeepUnitRatio(): boolean;
/**
* Determines how to draw the Affiliation Modifier. True to draw as modifier
* label in the "E/F" location. False to draw at the top right corner of the
* symbol
* @param value {@link Boolean}
*
* @deprecated
*/
setDrawAffiliationModifierAsLabel(value: boolean): void;
/**
* True to draw as modifier label in the "E/F" location. False to draw at
* the top right corner of the symbol
* @return {@link Boolean}
*
* @deprecated
*/
getDrawAffiliationModifierAsLabel(): boolean;
/**
* Returns the modifier map for the symbol
* @return {@link Map}
*/
getModifierMap(): Map;
/**
* sets the modifier map for the symbol
* @param modifiers {@link Map}
*/
setModifierMap(modifiers: Map): void;
/**
* Get a modifier value
* @param modifier {@link Modifiers}
* @return {@link String}
*/
getModifier(modifier: string): string;
/**
* Gets modifier value based on modifier constant and index in array
* @param modifier {@link Modifiers}
* @param index {@link Integer} array location, only applicable to AM, AN and X
* @return {@link String}
*/
getModifier(modifier: string, index: int): string;
/**
* Set a modifier value
* @param modifier {@link Modifiers}
* @param value {@link String}
*/
setModifier(modifier: string, value: string): void;
/**
* Modifiers must be added in order. No setting index 2 without first
* setting index 0 and 1. If setting out of order is attempted, the value
* will just be added to the end of the list.
*
* @param modifier {@link Modifiers}
* @param value {@link String}
* @param index {@link Integer}
*/
setModifier(modifier: string, value: string, index: int): void;
/**
* Get modifier value for AM, AN or X
* @param modifier {@link Modifiers}
* @param index {@link Integer} array location
* @return {@link Double}
*/
getModifier_AM_AN_X(modifier: string, index: int): string | null;
setModifier_AM_AN_X(modifier: string, value: number, index: int): void;
getModifiers_AM_AN_X(modifier: string): Array | null;
setModifiers_AM_AN_X(modifier: string, modifiers: Array): void;
/**
*
* @param value {@link Color}
*/
setFillColor(value: Color): void;
/**
*
* @return {@link Color}
*/
getFillColor(): Color;
/**
*
* @param value {@link Color}
*/
setTextColor(value: Color): void;
/**
*
* @return {@link Color}
*/
getTextColor(): Color;
/**
*
* @param value {@link Color}
*/
setTextBackgroundColor(value: Color): void;
/**
*
* @return {@link Color}
*/
getTextBackgroundColor(): Color;
/**
*
* @param value {@link Integer}
*/
setLineWidth(value: int): void;
/**
*
* @return {@link Integer}
*/
getLineWidth(): int;
/**
* If value is null or SymbolUtilities.isGreenProtectionGraphic() is true then value is ignored
*
* @param value {@link Color}
*/
setLineColor(value: Color | null): void;
/**
*
* @return {@link Color}
*/
getLineColor(): Color;
/**
* if null, renderer will use white or black for the outline based on the color
* of the symbol. Otherwise, it will used the passed color value.
*
* @param value {@link Color}
*/
setOutlineColor(value: Color): void;
getOutlineColor(): Color;
/**
* Extra value for client. defaults to null. Not used for rendering by
* JavaRenderer
*
* @param value {@link Object}
* @deprecated
*/
setTag(value: any): void;
/**
* Extra value for client. defaults to null. Not used for rendering by
* JavaRenderer
*
* @return {@link Object}
* @deprecated
*/
getTag(): any;
/**
*
* @param value {@link ArrayList}
*/
setCoordinates(value: Array): void;
/**
*
* @return {@link ArrayList}
*/
getCoordinates(): Array;
/**
* Shapes that represent the symbol modifiers
*
* @param value ArrayList<Shape>
*/
setModifierShapes(value: Array): void;
/**
* Shapes that represent the symbol modifiers
*
* @return {@link ArrayList}
*/
getModifierShapes(): Array;
/**
* the java shapes that make up the symbol
*
* @param value ArrayList<ShapeInfo>
*/
setSymbolShapes(value: Array): void;
/**
* the java shapes that make up the symbol
*
* @return {@link ArrayList}
*/
getSymbolShapes(): Array;
/**
* The Symbol Id of the MilStdSymbol.
*
* @return {@link String}
*/
getSymbolID(): string;
/**
* Unique ID of the Symbol. For client use.
*
* @return {@link String}
*/
getUUID(): string;
/**
* Unique ID of the Symbol. For client use.
*
* @param ID {@link String}
*/
setUUID(ID: string): void;
/**
* Sets the Symbol ID for the symbol. Should be a 20-30 digit string from
* the milstd.
*
* @param value {@link String}
*/
setSymbolID(value: string): void;
private _wasClipped;
set_WasClipped(value: boolean): void;
get_WasClipped(): boolean;
/**
* Multipoint features and patterns scale with line width ({@link #getLineWidth()}).
* {@link #patternScale} is the ratio of how much to increase features and patterns by with line width.
* default value is 1.0. Can be set with {@link RendererSettings#setPatternScale(double)} and {@link MilStdAttributes#PatternScale}
* @param scale
*/
setPatternScale(scale: double): void;
getPatternScale(): double;
}
export declare class BasicShapes {
/**
* Anchor Points: This symbol requires at least two anchor points, points 1
* and 2, to define the line. Additional points can be defined to extend the
* line.
*
* Size/Shape: The first and last anchor points determine the length of the
* line.
*
* Orientation: Orientation is determined by the order in which the anchor points are entered.
*
* Modifiers: T
*
* @see DrawRules.LINE1
*/
static readonly LINE = 10000000;
/**
* Anchor Points: This symbol requires at least three anchor points to
* define the boundary of the area. Add as many points as necessary to
* accurately reflect the area’s size and shape.
*
* Size/Shape: Determined by the anchor points. The information fields
* should be moveable and scalable as a block within the area.
*
* Modifiers: T
*
* @see DrawRules.AREA1
*/
static readonly AREA = 11000000;
/**
* Anchor Points: This symbol requires one anchor point. This anchor point
* represents the center of an ellipse and, therefore, the geographic
* location of that ellipse.
*
* Size/Shape: The size and shape of this symbol is determined by three
* additional numeric values; A major axis radius, a minor axis radius, and
* a rotation angle. The radii should be expressed in the appropriate map
* distance units.
*
* Orientation: The orientation of this symbol is determined by the rotation
* angle provided, where 0 degrees is east/west and a positive rotation
* angle rotates the ellipse in a counter-clockwise direction.
*
* Modifiers: AM, AN, T
*
* @see DrawRules.ELLIPSE1
*/
static readonly ELLIPSE = 13000001;
/**
* Anchor Points: This symbol requires one (1) anchor point and a radius.
* Point 1 defines the center point of the symbol.
*
* Size/Shape: Size: The radius defines the size.
*
* Orientation: Not applicable
*
* Modifiers: AM, T
*
* @see DrawRules.CIRCULAR1
*/
static readonly CIRCLE = 13000002;
/**
* Anchor Points: This symbol requires one (1) anchor point to define the
* center of the area.
*
* Size/Shape: Size is determined by the anchor point, the length (in meters)
* and width (in meters).
*
* Orientation: The orientation of this symbol is determined by the rotation
* angle provided, where 0 degrees is east/west and a positive rotation
* angle rotates the ellipse in a clockwise direction.
*
* Modifiers: AM, AN, T
*
* @see DrawRules.RECTANGULAR2
*/
static readonly RECTANGLE = 14000001;
/**
* Anchor Points: This symbol requires one anchor point. The center point
* defines/is the center of the symbol.
*
* Size/Shape: Line width defines the size of the point. The radius defines the size of the outline.
*
* Orientation: Not applicable
*
* Modifiers: AM, T
*
* @see DrawRules.POINT2
*/
static readonly POINT = 15000002;
}
/**
* Interface for Point Conversion objects. Recommend using the functions
* that take and return Point2D objects.
*
*/
export interface IPointConversion {
PixelsToGeo(pixel: Point2D): Point2D;
GeoToPixels(coord: Point2D): Point2D;
}
/**
*
*
*/
export declare class PointConverter3D implements IPointConversion {
private _controlLat;
private _controlLong;
private _scale;
private _metersPerPixel;
constructor(controlLong: double, controlLat: double, scale: double);
PixelsToGeo(pixel: Point): Point2D;
PixelsToGeo(pixel: Point2D): Point2D;
GeoToPixels(coord: Point2D): Point;
GeoToPixels(coord: Point2D): Point2D;
}
declare class FontMetrics {
protected _fontRenderContext: FontRenderContext;
protected _font: Font;
constructor(font: Font);
stringWidth(str: string): int;
getFontRenderContext(): FontRenderContext;
}
declare class Graphics2D {
private _font;
private _fontMetrics;
private _fontRenderContext;
constructor();
setFont(value: Font): void;
getFont(): Font;
setFontMetrics(value: FontMetrics): void;
getFontMetrics(): FontMetrics;
setColor(color: Color): void;
setBackground(color: Color): void;
setTransform(id: AffineTransform): void;
getTransform(): null;
setStroke(stroke: BasicStroke): void;
drawLine(x1: double, y1: double, x2: double, y2: double): void;
dispose(): void;
rotate(theta: double, x: double, y: double): void;
clearRect(x: double, y: double, width: double, height: double): void;
drawString(s: string, x: double, y: double): void;
getFontRenderContext(): FontRenderContext;
}
declare class Shape2 extends ShapeInfo {
constructor(value: int);
private style;
set_Style(value: int): void;
get_Style(): int;
lineTo(pt: POINT2): void;
moveTo(pt: POINT2): void;
getBounds(): Rectangle;
getPoints(): Array;
}
declare class Modifier2 {
private textPath;
private textID;
private featureID;
private text;
private image;
private iteration;
private justify;
private type;
private lineFactor;
private static readonly _className;
private isIntegral;
private fitsMBR;
protected constructor();
private static readonly toEnd;
private static readonly aboveMiddle;
private static readonly area;
private static readonly screen;
private static readonly aboveEnd;
private static readonly aboveMiddlePerpendicular;
private static readonly aboveStartInside;
private static readonly aboveEndInside;
private static readonly areaImage;
private static fillAlphaCanObscureText;
private static DoublesBack;
/**
* Returns a generic label for the symbol per Mil-Std-2525
*
* @param tg
* @return
*/
private static GetCenterLabel;
get_TextPath(): POINT2[];
protected set_TextPath(value: POINT2[]): void;
protected set_IsIntegral(value: boolean): void;
protected get_IsIntegral(): boolean;
private static AddOffsetModifier;
/**
*
* @param tg
* @param text
* @param type
* @param lineFactor
* @param ptStart
* @param ptEnd
*/
private static AddModifier;
private static AddModifier2;
private static AddIntegralModifier;
/**
* sets modifier.textId to the modifier type, e.g. label, T, T1, etc.
*
* @param tg
* @param text
* @param type
* @param lineFactor
* @param pt0
* @param pt1
* @param modifierType
*/
private static AddAreaModifier;
private static AddIntegralAreaModifier;
private static AddImageModifier;
/**
* Returns symbol MBR. Assumes points have been initialized with value of
* 0th point
*
* @param tg the tactical graphic object
* @param ptUl OUT - MBR upper left
* @param ptUr OUT - MBR upper right
* @param ptLr OUT - MBR lower right
* @param ptLl OUT - MBR lower left
*/
static GetMBR(tg: TGLight, ptUl: POINT2, ptUr: POINT2, ptLr: POINT2, ptLl: POINT2): void;
/**
* Tests segment of a Boundary
*
* @param tg
* @param g2d
* @param middleSegment
* @return
*/
private static GetBoundarySegmentTooShort;
/**
* Handles the line breaks for Boundary and Engineer Work Line
*
* @param tg
* @param g2d
*/
private static AddBoundaryModifiers;
/**
* added for USAS
*
* @param tg
* @param metrics
* @deprecated
*/
private static AddNameAboveDTG;
/**
* shifts the path for modifiers that use toEnd to prevent vertical paths
*
* @param tg
* @param pt0
* @param pt1
* @param ptLast
* @param ptNextToLast
*/
private static shiftModifierPath;
/**
* Adds two or four labels on area outline
*
* @param label
* @param tg
* @param twoLabelOnly - when true only two labels are added to line (east and west most segment midpoints)
* when false, four labels are added to line (north, south, east and west most segment midpoints)
*/
private static addModifierOnLine;
/**
* Adds N modifier on area outline
*/
private static addNModifier;
private static addModifierBottomSegment;
private static addModifierTopSegment;
private static addDTG;
private static getVisibleMiddleSegment;
/**
* called repeatedly by RemoveModifiers to remove modifiers which fall
* outside the symbol MBR
*
* @param tg
* @param modifierType
*/
private static removeModifier;
/**
* removes text modifiers for CPOF tactical areas which do not fit inside
* the symbol MBR
*
* @param tg
* @param g2d
* @param isTextFlipped true if text is flipped from the last segment
* orientation
* @param iteration the instance count for this modifier
*/
static RemoveModifiers(tg: TGLight, g2d: Graphics2D, isTextFlipped: boolean, iteration: int): void;
/**
* Calculates a segment in the pixels middle by length to hold a string.
*
* @param tg
* @param stringWidth
* @param segPt0
* @param segPt1
*/
private static getPixelsMiddleSegment;
private static getChange1Height;
/**
* scale the line factor for closed areas
*
* @param tg
*/
private static scaleModifiers;
/**
* Calculate modifiers identical to addModifiers except use geodesic
* calculations for the center point.
*
* @param tg
* @param g2d
* @param clipBounds
* @param converter
*/
static AddModifiersGeo(tg: TGLight, g2d: Graphics2D, clipBounds: Rectangle2D | Array | null, converter: IPointConversion): void;
/**
* RFA, NFA, FFA need these for line spacing
*
* @param tg
* @return
*/
private static getRFALines;
/**
* Added sector range fan modifiers based using the calculated orientation
* indicator points
*
* @param tg
* @param converter
* @return
*/
private static addSectorModifiers;
/**
* Called by the renderer after tg.Pixels has been filled with the
* calculated points. The modifier path depends on points calculated by
* CELineArray.
*
* @param tg
*/
static AddModifiers2(tg: TGLight, converter: IPointConversion): void;
/**
* Displays the tg modifiers using a client Graphics2D, this is an option
* provided to clients for displaying modifiers without using shapes
*
* @param tg the tactical graphic
* @param g2d the graphics object for drawing
* @deprecated
*/
static DisplayModifiers(tg: TGLight, g2d: Graphics2D): void;
/**
* Returns a Shape object for the text background for labels and modifiers
*
* @param tg the tactical graphic object
* @param pt0 1st point of segment
* @param pt1 last point of segment
* @param stringWidth string width
* @param stringHeight string height
* @param lineFactor number of text lines above or below the segment
* @param isTextFlipped true if text is flipped
* @return the modifier shape
*/
static BuildModifierShape(tg: TGLight, pt0: POINT2, pt1: POINT2, stringWidth: int, stringHeight: int, lineFactor: double, isTextFlipped: boolean): Shape2;
/**
* For BOUNDARY and other line types which require breaks for the integral
* text. Currently only boundary uses this
*
* @param tg
* @param g2d the graphics object for drawing
* @param shapes the shape array
*/
static GetIntegralTextShapes(tg: TGLight, g2d: Graphics2D, shapes: Array): void;
private static switchDirection;
/**
* Displays the modifiers to a Graphics2D from a BufferedImage
*
* @param tg the tactical graphic
* @param g2d the Graphic for drawing
* @param shapes the shape array
* @param isTextFlipped true if text is flipped
* @param converter to convert between geographic and pixel coordinates
*/
static DisplayModifiers2(tg: TGLight, g2d: Graphics2D, shapes: Array, isTextFlipped: boolean, converter: IPointConversion): void;
/**
* Builds a shape object to wrap text
*
* @param g2d the Graphic object for drawing
* @param str text to wrap
* @param font the draw font
* @param tx the drawing transform, text rotation and translation
* @return
*/
static getTextShape(g2d: Graphics2D, str: string, font: Font, tx: AffineTransform): Shape;
/**
* Creates text outline as a shape
*
* @param originalText the original text
* @return text shape
*/
static createTextOutline(originalText: Shape2): Shape2;
/**
* Channels don't return points in tg.Pixels. For Channels modifiers we only
* need to collect the points, don't need internal arrays, and can calculate
* on which segments the modifiers lie.
*
* @param shape
* @return
*/
private static getShapePoints;
private static removeDecimal;
}
declare class TGLight {
LatLongs: Array;
private static readonly _className;
get_LatLongs(): Array;
set_LatLongs(value: Array): void;
Pixels: Array;
get_Pixels(): Array;
set_Pixels(value: Array): void;
modifiers: Array;
get_Modifiers(): Array;
set_Modifiers(value: Array): void;
protected tp: TexturePaint;
set_TexturePaint(value: TexturePaint): void;
get_TexturePaint(): TexturePaint;
protected maskOff: boolean;
constructor();
private font;
set_Font(value: Font): void;
get_Font(): Font;
private iconSize;
/**
* Set the icon size for areas that have a symbol like LAA or Biological Contaminated Area
* @param pixelSize
*/
setIconSize(pixelSize: int): void;
getIconSize(): int;
private keepUnitRatio;
set_KeepUnitRatio(value: boolean): void;
get_KeepUnitRation(): boolean;
private lineType;
set_LineType(value: int): void;
get_LineType(): int;
private lineStyle;
set_LineStyle(value: int): void;
get_LineStyle(): int;
private lineColor;
get_LineColor(): Color | null;
set_LineColor(value: Color | null): void;
private fillStyle;
get_FillStyle(): int;
set_Fillstyle(value: int): void;
private fillColor;
get_FillColor(): Color | null;
set_FillColor(value: Color | null): void;
private fontBackColor;
get_FontBackColor(): Color;
set_FontBackColor(value: Color): void;
private textColor;
get_TextColor(): Color;
set_TextColor(value: Color): void;
private lineThickness;
get_LineThickness(): int;
set_LineThickness(value: int): void;
private t;
get_Name(): string;
private client;
get_Client(): string;
set_client(value: string): void;
set_Name(value: string): void;
private t1;
get_T1(): string;
set_T1(value: string): void;
private am;
get_AM(): string;
set_AM(value: string): void;
private am1;
get_AM1(): string;
set_AM1(value: string): void;
private an;
get_AN(): string;
set_AN(value: string): void;
private v;
get_V(): string;
set_V(value: string): void;
private ap;
get_AP(): string;
set_AP(value: string): void;
private as;
get_AS(): string;
set_AS(value: string): void;
private x;
get_X(): string;
set_X(value: string): void;
private x1;
get_X1(): string;
set_X1(value: string): void;
private h;
get_H(): string;
set_H(value: string): void;
get_Location(): string;
set_Location(value: string): void;
private h1;
/**
* @deprecated
*/
get_H1(): string;
/**
* @deprecated
*/
set_H1(value: string): void;
private y;
private n;
get_N(): string;
set_N(value: string): void;
private h2;
/**
* @deprecated
*/
get_H2(): string;
/**
* @deprecated
*/
set_H2(value: string): void;
/**
* Only used for range fan
* left azimuth,right azimuth,min radius,max radius
*/
private leftRightMinMax;
get_LRMM(): string;
set_LRMM(value: string): void;
private w;
get_DTG(): string;
set_DTG(value: string): void;
private w1;
get_DTG1(): string;
set_DTG1(value: string): void;
private standardIdentity;
get_StandardIdentity(): string;
/**
* @return true if standard identity is suspect/joker or hostile/faker
*/
isHostile(): boolean;
private echelonSymbol;
get_EchelonSymbol(): string;
set_EchelonSymbol(value: string): void;
private symbolId;
get_SymbolId(): string;
private status;
get_Status(): string;
set_Status(value: string): void;
/**
* Sets tactical graphic properties based on the 20-30 digit Mil-Std-2525 symbol code
*
* @param value
*/
set_SymbolId(value: string): void;
private visibleModifiers;
/**
* @deprecated
*/
set_VisibleModifiers(value: boolean): void;
/**
* @deprecated
*/
protected get_VisibleModifiers(): boolean;
private visibleLabels;
/**
* @deprecated
*/
set_VisibleLabels(value: boolean): void;
/**
* @deprecated
*/
protected get_VisibleLabels(): boolean;
protected _useLineInterpolation: boolean;
get_UseLineInterpolation(): boolean;
set_UseLineInterpolation(value: boolean): void;
protected _useDashArray: boolean;
get_UseDashArray(): boolean;
set_UseDashArray(value: boolean): void;
protected _useHatchFill: boolean;
get_UseHatchFill(): boolean;
set_UseHatchFill(value: boolean): void;
private _wasClipped;
set_WasClipped(value: boolean): void;
get_WasClipped(): boolean;
private _HideOptionalLabels;
get_HideOptionalLabels(): boolean;
set_HideOptionalLabels(value: boolean): void;
private lineCap;
set_lineCap(cap: int): void;
get_lineCap(): int;
private patternScale;
get_patternScale(): double;
set_patternScale(scale: double): void;
}
/**
* Rendering class
*
*
*/
export declare class clsRenderer {
private static readonly _className;
/**
* Set tg geo points from the client points
*
* @param milStd
* @param tg
*/
private static setClientCoords;
private static getClientCoords;
/**
* Build a tactical graphic object from the client MilStdSymbol
*
* @param milStd MilstdSymbol object
* @param converter geographic to pixels converter
* @param lineType {@link BasicShapes}
* @return tactical graphic
*/
static createTGLightFromMilStdSymbolBasicShape(milStd: MilStdSymbol, converter: IPointConversion, lineType: int): TGLight;
/**
* Create MilStdSymbol from tactical graphic
*
* @deprecated
* @param tg tactical graphic
* @param converter geographic to pixels to converter
* @return MilstdSymbol object
*/
static createMilStdSymboFromTGLight(tg: TGLight, converter: IPointConversion): MilStdSymbol;
/**
* Build a tactical graphic object from the client MilStdSymbol
*
* @param milStd MilstdSymbol object
* @param converter geographic to pixels converter
* @return tactical graphic
*/
static createTGLightFromMilStdSymbol(milStd: MilStdSymbol, converter: IPointConversion): TGLight;
/**
* @deprecated @param milStd
* @param converter
* @param computeChannelPt
* @return
*/
static createTGLightFromMilStdSymbol(milStd: MilStdSymbol, converter: IPointConversion, computeChannelPt: boolean): TGLight;
private static createAltitudeLabel;
private static Shape2ToShapeInfo;
/**
* Added function to handle when coords or display area spans IDL but not
* both, it prevents the symbol from rendering if the bounding rectangles
* don't intersect.
*
* @param tg
* @param converter
* @param clipArea
* @return
*/
static intersectsClipArea(tg: TGLight, converter: IPointConversion, clipArea: Point2D[] | Rectangle | Rectangle2D): boolean;
/**
* Adds Feint, decoy, or dummy indicator to shapes. Does not check if tactical graphic should have indicator
*/
private static addFDI;
/**
* GoogleEarth renderer uses polylines for rendering
*
* @param mss MilStdSymbol object
* @param converter the geographic to pixels coordinate converter
* @param clipArea the clip bounds
*/
static renderWithPolylines(mss: MilStdSymbol, converter: IPointConversion, clipArea: Point2D[] | Rectangle | Rectangle2D): void;
/**
* @param mss
* @param converter
* @param clipArea
* @param g2d
* @deprecated Graphics2D not used
*/
static renderWithPolylines(mss: MilStdSymbol, converter: IPointConversion, clipArea: Point2D[] | Rectangle | Rectangle2D, g2d: Graphics2D): void;
/**
* Google Earth renderer: Called by mapfragment-demo This is the public
* interface for Google Earth renderer assumes tg.Pixels is filled assumes
* the caller instantiated the ShapeInfo arrays
*
* @param tg tactical graphic
* @param shapeInfos symbol ShapeInfo array
* @param modifierShapeInfos modifier ShapeInfo array
* @param converter geographic to pixels coordinate converter
* @param clipArea clipping bounds in pixels
*/
static render_GE(tg: TGLight, shapeInfos: Array, modifierShapeInfos: Array, converter: IPointConversion, clipArea: Point2D[] | Rectangle | Rectangle2D): void;
/**
* See render_GE below for comments
*
* @param tg
* @param shapeInfos
* @param modifierShapeInfos
* @param converter
* @param clipArea
* @param g2d test android-gradle
* @deprecated Graphics2D not used
*/
static render_GE(tg: TGLight, shapeInfos: Array, modifierShapeInfos: Array, converter: IPointConversion, clipArea: Point2D[] | Rectangle | Rectangle2D, g2d: Graphics2D): void;
/**
* creates a shape for known symbols. The intent is to use client points for
* the shape and is intended for use with ellipse. If hatch > 1 it creates 2 shapes
* one for the hatch pattern, the second one is for the outline.
*
* @param milStd
* @param ipc
* @param clipArea
* @param shapeType
* @param lineColor
* @param fillColor
* @param hatch
*/
static render_Shape(milStd: MilStdSymbol, ipc: IPointConversion, clipArea: Point2D[] | Rectangle | Rectangle2D, shapeType: int, lineColor: Color, fillColor: Color, hatch: int): void;
private static resolvePostClippedShapes;
/**
* set the clip rectangle as an arraylist or a Rectangle2D depending on the
* object
*
* @param clipBounds
* @param clipRect
* @param clipArray
* @return
*/
private static setClip;
/**
* public render function transferred from JavaLineArrayCPOF project. Use
* this function to replicate CPOF renderer functionality.
*
* @param mss the milStdSymbol object
* @param converter the geographic to pixels coordinate converter
* @param clipBounds the pixels based clip bounds
*/
static render(mss: MilStdSymbol, converter: IPointConversion, clipBounds: Rectangle2D | Array | null): void;
/**
* Generic tester button says Tiger or use JavaRendererSample. Generic
* renderer testers: called by JavaRendererSample and TestJavaLineArray
* public render function transferred from JavaLineArrayCPOF project. Use
* this function to replicate CPOF renderer functionality.
*
* @param mss MilStdSymbol
* @param converter geographic to pixels converter
* @param shapeInfos ShapeInfo array
* @param modifierShapeInfos modifier ShapeInfo array
* @param clipBounds clip bounds
*/
static render(mss: MilStdSymbol, converter: IPointConversion, shapeInfos: Array, modifierShapeInfos: Array, clipBounds: Rectangle2D | Rectangle | Array | null): void;
static getCMLineType(version: int, entityCode: int): int;
/**
* Some symbol's points are reversed when moving from 2525C to 2525D. This method should be called at the start of each render.
*
* It's a simpler fix to reverse the points order at start than to reverse order when rendering.
*
* Note: Make sure to only call once to not reverse reversed points
* @param tg
*/
private static reversePointsRevD;
}
export declare class RendererUtilities {
private static readonly OUTLINE_SCALING_FACTOR;
static imgToBase64String(img: OffscreenCanvas | any): Promise;
private static pastIdealOutlineColors;
/**
*
* @param color {String} color like "#FFFFFF"
* @return {String}
*/
static getIdealOutlineColor(color: Color): Color;
/**
* Create a copy of the {@Color} object with the passed alpha value.
* @param color {@Color} object used for RGB values
* @param alpha {@float} value between 0 and 1
* @return
*/
static setColorAlpha(color: Color, alpha: float): Color;
/**
*
* @param color
* @return 8 character hex code, will have to prepend '#' or '0x' depending on your usage
*/
private static ColorToHex;
/**
*
* @param color
* @param withAlpha
* @return
*/
static colorToHexString(color: Color, withAlpha: boolean): string;
/**
* Clients should use getTextBounds
* @param {String} fontName like "Arial" or "Arial, sans-serif" so a backup is
* available in case 'Arial' is not present.
* @param {Number} fontSize like 12
* @param {String} fontStyle like "bold"
* @param {String} text include if you want a width value.
* @param {OffscreenCanvasRenderingContext2D}
* @returns {Object} {width:Number,height:Number,descent:Number,fullHeight:Number}
*/
static measureText(fontName: string, fontSize: int, fontStyle: string, text: string, context: OffscreenCanvasRenderingContext2D | any | null): Rectangle2D;
static measureText(font: string, text: string, context: OffscreenCanvasRenderingContext2D | any | null): Rectangle2D;
static measureText(text: string, context: OffscreenCanvasRenderingContext2D | any): Rectangle2D;
/**
*
* @param hexValue - String representing hex value (formatted "0xRRGGBB"
* i.e. "0xFFFFFF") OR formatted "0xAARRGGBB" i.e. "0x00FFFFFF" for a color
* with an alpha value I will also put up with "RRGGBB" and "AARRGGBB"
* without the starting "0x" or "#"
* @return
*/
static getColorFromHexString(hexValue: string): Color | null;
/**
* For Renderer Use Only
* Assumes a fresh SVG String from the SVGLookup with its default values
* @param symbolID
* @param svg
* @param strokeColor hex value like "#FF0000";
* @param fillColor hex value like "#FF0000";
* @return SVG String
*/
static setSVGFrameColors(symbolID: string, svg: string, strokeColor: Color, fillColor: Color): string;
static setSVGSPCMColors(symbolID: string, svg: string, strokeColor: Color, fillColor: Color): string;
/**
* For Renderer Use Only
* Changes colors for single point control measures
* @param symbolID
* @param svg
* @param strokeColor hex value like "#FF0000";
* @param fillColor hex value like "#FF0000";
* @param isOutline true if this represents a thicker outline to render first beneath the normal symbol (the function must be called twice)
* @return SVG String
*
*/
static setSVGSPCMColors(symbolID: string, svg: string, strokeColor: Color, fillColor: Color, isOutline: boolean): string;
static findWidestStrokeWidth(svg: string): float;
static getDistanceBetweenPoints(pt1: Point2D, pt2: Point2D): int;
static scaleIcon(symbolID: string, icon: SVGInfo): SVGInfo;
static getData(path: string): Promise;
}
/**
* This class is used for rendering icons that represent the single point graphics in the MilStd 2525.
* It can also be used for rendering icon previews for multipoint graphics.
*/
export declare class MilStdIconRenderer {
private TAG;
private static _instance;
private _initSuccess;
private _SPSVGR;
private constructor();
static getInstance(): MilStdIconRenderer;
/**
*
*
*/
private init;
isReady(): boolean;
/**
* Checks symbol codes and returns whether they can be rendered.
* For multi-point graphics, modifiers are ignored because we don't need that
* information to show preview icons in the SymbolPicker.
*
* @param symbolID 20-30 digit 2525D Symbol ID Code
* @param attributes (currently unused)
* @return true if the basic form of the graphic can be rendered
*/
CanRender(symbolID: string, attributes: Map): boolean;
RenderSVG(symbolID: string, modifiers: Map, attributes: Map): SVGSymbolInfo | null;
AddCustomSymbol(msInfo: MSInfo, svgInfo: SVGInfo): boolean;
}
/**
* Main class for rendering multi-point graphics such as Control Measures, Atmospheric, and Oceanographic.
*
*/
export declare class WebRenderer {
static readonly OUTPUT_FORMAT_KML = 0;
/**
* @deprecated
*/
static readonly OUTPUT_FORMAT_JSON = 1;
static readonly OUTPUT_FORMAT_GEOJSON = 2;
static readonly OUTPUT_FORMAT_GEOSVG = 3;
static readonly MIN_ALT_DEFAULT: double;
static readonly MAX_ALT_DEFAULT: double;
static readonly RADIUS1_DEFAULT: double;
static readonly RADIUS2_DEFAULT: double;
static readonly LEFT_AZIMUTH_DEFAULT: double;
static readonly RIGHT_AZIMUTH_DEFAULT: double;
static readonly ERR_ATTRIBUTES_NOT_FORMATTED: string;
static readonly DEFAULT_ATTRIBUTES: string;
private static _initSuccess;
private static init;
/**\
* Set minimum level at which an item can be logged.
* In descending order:
* OFF = Integer.MAX_VALUE
* Severe = 1000
* Warning = 900
* Info = 800
* Config = 700
* Fine = 500
* Finer = 400
* Finest = 300
* All = Integer.MIN_VALUE
* Use like WebRenderer.setLoggingLevel(Level.INFO);
* or
* Use like WebRenderer.setLoggingLevel(800);
*/
static setLoggingLevel(level: LogLevel | int): void;
/**
* Single Point Tactical Graphics are rendered from font files.
* The font size you specify here determines how big the symbols will
* be rendered. This should be set once at startup.
* @param size
*/
static setTacticalGraphicPointSize(size: int): void;
/**
* Units are rendered from font files.
* The font size you specify here determines how big the symbols will
* be rendered. This should be set once at startup.
* @param size
*/
static setUnitPointSize(size: int): void;
/**
* Modifier Text Color will by default match the line color.
* This will override all modifier text color.
* @param hexColor
*/
/**
* Renders all multi-point symbols, creating KML that can be used to draw
* it on a Google map. Multipoint symbols cannot be draw the same
* at different scales. For instance, graphics with arrow heads will need to
* redraw arrowheads when you zoom in on it. Similarly, graphics like a
* Forward Line of Troops drawn with half circles can improve performance if
* clipped when the parts of the graphic that aren't on the screen. To help
* readjust graphics and increase performance, this function requires the
* scale and bounding box to help calculate the new locations.
* @param id A unique identifier used to identify the symbol by Google map.
* The id will be the folder name that contains the graphic.
* @param name a string used to display to the user as the name of the
* graphic being created.
* @param description a brief description about the graphic being made and
* what it represents.
* @param symbolCode A 20-30 digit symbolID corresponding to one of the
* graphics in the MIL-STD-2525D
* @param controlPoints The vertices of the graphics that make up the
* graphic. Passed in the format of a string, using decimal degrees
* separating lat and lon by a comma, separating coordinates by a space.
* The following format shall be used "x1,y1[,z1] [xn,yn[,zn]]..."
* @param altitudeMode Indicates whether the symbol should interpret
* altitudes as above sea level or above ground level. Options are
* "clampToGround", "relativeToGround" (from surface of earth), "absolute"
* (sea level), "relativeToSeaFloor" (from the bottom of major bodies of
* water).
* @param scale A number corresponding to how many meters one meter of our
* map represents. A value "50000" would mean 1:50K which means for every
* meter of our map it represents 50000 meters of real world distance.
* @param bbox The viewable area of the map. Passed in the format of a
* string "lowerLeftX,lowerLeftY,upperRightX,upperRightY." Not required
* but can speed up rendering in some cases.
* example: "-50.4,23.6,-42.2,24.2"
* @param modifiers {@link Map}, keyed using constants from Modifiers.
* Pass in comma delimited String for modifiers with multiple values like AM, AN & X
* @param attributes {@link Map}, keyed using constants from MilStdAttributes.
* @param format An enumeration: 2 for GeoJSON.
* @return A JSON string representation of the graphic.
*/
static RenderSymbol(id: string, name: string, description: string, symbolCode: string, controlPoints: string, altitudeMode: string, scale: double, bbox: string, modifiers: Map, attributes: Map, format: int): string;
/**
* Renders all multi-point symbols, creating KML or JSON for the user to
* parse and render as they like.
* This function requires the bounding box to help calculate the new
* locations.
* @param id A unique identifier used to identify the symbol by Google map.
* The id will be the folder name that contains the graphic.
* @param name a string used to display to the user as the name of the
* graphic being created.
* @param description a brief description about the graphic being made and
* what it represents.
* @param symbolCode A 20-30 digit symbolID corresponding to one of the
* graphics in the MIL-STD-2525D
* @param controlPoints The vertices of the graphics that make up the
* graphic. Passed in the format of a string, using decimal degrees
* separating lat and lon by a comma, separating coordinates by a space.
* The following format shall be used "x1,y1 [xn,yn]..."
* @param pixelWidth pixel dimensions of the viewable map area
* @param pixelHeight pixel dimensions of the viewable map area
* @param bbox The viewable area of the map. Passed in the format of a
* string "lowerLeftX,lowerLeftY,upperRightX,upperRightY."
* example: "-50.4,23.6,-42.2,24.2"
* @param modifiers {@link Map}, keyed using constants from Modifiers.
* Pass in comma delimited String for modifiers with multiple values like AM, AN & X
* @param attributes {@link Map}, keyed using constants from MilStdAttributes.
* @param format An enumeration: 2 for GeoJSON.
* @return A JSON (1) or KML (0) string representation of the graphic.
*/
static RenderSymbol2D(id: string, name: string, description: string, symbolCode: string, controlPoints: string, pixelWidth: int, pixelHeight: int, bbox: string, modifiers: Map, attributes: Map, format: int): string;
/**
* Renders all MilStd 2525 multi-point symbols, creating MilStdSymbol that contains the
* information needed to draw the symbol on the map.
* DOES NOT support RADARC, CAKE, TRACK etc...
* ArrayList<Point2D> milStdSymbol.getSymbolShapes[index].getPolylines()
* and
* ShapeInfo = milStdSymbol.getModifierShapes[index].
*
*
* @param id
* A unique identifier used to identify the symbol by Google map.
* The id will be the folder name that contains the graphic.
* @param name
* a string used to display to the user as the name of the
* graphic being created.
* @param description
* a brief description about the graphic being made and what it
* represents.
* @param symbolCode
* A 20-30 digit symbolID corresponding to one of the graphics
* in the MIL-STD-2525D
* @param controlPoints
* The vertices of the graphics that make up the graphic. Passed
* in the format of a string, using decimal degrees separating
* lat and lon by a comma, separating coordinates by a space. The
* following format shall be used "x1,y1[,z1] [xn,yn[,zn]]..."
* @param altitudeMode
* Indicates whether the symbol should interpret altitudes as
* above sea level or above ground level. Options are
* "clampToGround", "relativeToGround" (from surface of earth),
* "absolute" (sea level), "relativeToSeaFloor" (from the bottom
* of major bodies of water).
* @param scale
* A number corresponding to how many meters one meter of our map
* represents. A value "50000" would mean 1:50K which means for
* every meter of our map it represents 50000 meters of real
* world distance.
* @param bbox
* The viewable area of the map. Passed in the format of a string
* "lowerLeftX,lowerLeftY,upperRightX,upperRightY." Not required
* but can speed up rendering in some cases. example:
* "-50.4,23.6,-42.2,24.2"
* @param modifiers
* Used like:
* modifiers.set(Modifiers.T_UNIQUE_DESIGNATION_1, "T");
* Or
* modifiers.set(Modifiers.AM_DISTANCE, "1000,2000,3000");
* @param attributes
* Used like:
* attributes.set(MilStdAttributes.LineWidth, "3");
* Or
* attributes.set(MilStdAttributes.LineColor, "#00FF00");
* @return MilStdSymbol
*/
static RenderMultiPointAsMilStdSymbol(id: string, name: string, description: string, symbolCode: string, controlPoints: string, altitudeMode: string, scale: double, bbox: string, modifiers: Map, attributes: Map): MilStdSymbol;
/**
* Renders all MilStd 2525 multi-point symbols, creating MilStdSymbol that contains the
* information needed to draw the symbol on the map.
* DOES NOT support RADARC, CAKE, TRACK etc...
* ArrayList<Point2D> milStdSymbol.getSymbolShapes[index].getPolylines()
* and
* ShapeInfo = milStdSymbol.getModifierShapes[index].
*
*
* @param id
* A unique identifier used to identify the symbol by Google map.
* The id will be the folder name that contains the graphic.
* @param name
* a string used to display to the user as the name of the
* graphic being created.
* @param description
* a brief description about the graphic being made and what it
* represents.
* @param basicShapeType
* {@link BasicShapes}
* @param controlPoints
* The vertices of the graphics that make up the graphic. Passed
* in the format of a string, using decimal degrees separating
* lat and lon by a comma, separating coordinates by a space. The
* following format shall be used "x1,y1[,z1] [xn,yn[,zn]]..."
* @param altitudeMode
* Indicates whether the symbol should interpret altitudes as
* above sea level or above ground level. Options are
* "clampToGround", "relativeToGround" (from surface of earth),
* "absolute" (sea level), "relativeToSeaFloor" (from the bottom
* of major bodies of water).
* @param scale
* A number corresponding to how many meters one meter of our map
* represents. A value "50000" would mean 1:50K which means for
* every meter of our map it represents 50000 meters of real
* world distance.
* @param bbox
* The viewable area of the map. Passed in the format of a string
* "lowerLeftX,lowerLeftY,upperRightX,upperRightY." Not required
* but can speed up rendering in some cases. example:
* "-50.4,23.6,-42.2,24.2"
* @param modifiers
* Used like:
* modifiers.set(Modifiers.T_UNIQUE_DESIGNATION_1, "T");
* Or
* modifiers.set(Modifiers.AM_DISTANCE, "1000,2000,3000");
* @param attributes
* Used like:
* attributes.set(MilStdAttributes.LineWidth, "3");
* Or
* attributes.set(MilStdAttributes.LineColor, "#00FF00");
* @return MilStdSymbol
*/
static RenderBasicShapeAsMilStdSymbol(id: string, name: string, description: string, basicShapeType: int, controlPoints: string, altitudeMode: string, scale: double, bbox: string, modifiers: Map, attributes: Map): MilStdSymbol;
/**
* Renders all multi-point symbols, creating KML that can be used to draw
* it on a Google map. Multipoint symbols cannot be draw the same
* at different scales. For instance, graphics with arrow heads will need to
* redraw arrowheads when you zoom in on it. Similarly, graphics like a
* Forward Line of Troops drawn with half circles can improve performance if
* clipped when the parts of the graphic that aren't on the screen. To help
* readjust graphics and increase performance, this function requires the
* scale and bounding box to help calculate the new locations.
* @param id A unique identifier used to identify the symbol by Google map.
* The id will be the folder name that contains the graphic.
* @param name a string used to display to the user as the name of the
* graphic being created.
* @param description a brief description about the graphic being made and
* what it represents.
* @param basicShapeType {@link BasicShapes}
* @param controlPoints The vertices of the graphics that make up the
* graphic. Passed in the format of a string, using decimal degrees
* separating lat and lon by a comma, separating coordinates by a space.
* The following format shall be used "x1,y1[,z1] [xn,yn[,zn]]..."
* @param altitudeMode Indicates whether the symbol should interpret
* altitudes as above sea level or above ground level. Options are
* "clampToGround", "relativeToGround" (from surface of earth), "absolute"
* (sea level), "relativeToSeaFloor" (from the bottom of major bodies of
* water).
* @param scale A number corresponding to how many meters one meter of our
* map represents. A value "50000" would mean 1:50K which means for every
* meter of our map it represents 50000 meters of real world distance.
* @param bbox The viewable area of the map. Passed in the format of a
* string "lowerLeftX,lowerLeftY,upperRightX,upperRightY." Not required
* but can speed up rendering in some cases.
* example: "-50.4,23.6,-42.2,24.2"
* @param modifiers {@link Map}, keyed using constants from Modifiers.
* Pass in comma delimited String for modifiers with multiple values like AM, AN & X
* @param attributes {@link Map}, keyed using constants from MilStdAttributes.
* @param format An enumeration: 2 for GeoJSON.
* @return A JSON string representation of the graphic.
*/
static RenderBasicShape(id: string, name: string, description: string, basicShapeType: int, controlPoints: string, altitudeMode: string, scale: double, bbox: string, modifiers: Map, attributes: Map, format: int): string;
/**
* Given a symbol code meant for a single point symbol, returns the
* anchor point at which to display that image based off the image returned
* from the URL of the SinglePointServer.
*
* @param symbolID - the 20-30 digit symbolID of a single point MilStd2525
* symbol.
* @return A pixel coordinate of the format "x,y".
* Returns an empty string if an error occurs.
* @deprecated
*/
getSinglePointAnchor(symbolID: string): string;
/**
* Given a symbol code meant for a single point symbol, returns the
* anchor point at which to display that image based off the image returned
* from the URL of the SinglePointServer.
*
* @param symbolID - the 20-30 digit symbolID of a single point MilStd2525
* symbol.
* @return A pixel coordinate of the format "anchorX,anchorY,SymbolBoundsX,
* SymbolBoundsY,SymbolBoundsWidth,SymbolBoundsHeight,IconWidth,IconHeight".
* Anchor, represents the center point of the core symbol within the image.
* The image should be centered on this point.
* Symbol bounds represents the bounding rectangle of the core symbol within
* the image.
* IconWidth/Height represents the height and width of the image in its
* entirety.
* Returns an empty string if an error occurs.
* @deprecated
*/
static getSinglePointInfo(symbolID: string): string;
/**
* Returns true if we recommend clipping a particular symbol.
* Would return false for and Ambush but would return true for a Line of
* Contact due to the decoration on the line.
* @param symbolID
* @return
*/
static ShouldClipMultipointSymbol(symbolID: string): string;
/**
* Given a symbol code meant for a single point symbol, returns the
* symbol as a byte array.
*
* @param symbolID - the 20-30 digit symbolID of a single point MilStd2525
* symbol.
* @return byte array.
* @deprecated
*/
static getSinglePointByteArray(symbolID: string): null;
/**
* Converts a rectangle with two points and a width to a polygon that contains the four corners of the rectangle
*
* @param endpoints the two end points of the rectangle
* @param width the width of the rectangle
* @returns the points of a polygon containing the four points of a rectangle
*/
static getRectangleCorners(endpoints: string, width: number): string;
}
/**
* Loads files needed by the renderer and initializes its data.
* Required call before any rendering.
* Must wait for the returned promise to resolve before any rendering.
* @param location where renderer and asset files are location. So if location is "127.0.0.1:8080/dist/C5Ren.js"
* pass in "/dist/". This is needed when all the files aren't in the same location. When the renderer gets imported, it thinks it's
* in the location of the file that imported it, not where it actually exists and then it can't find the asset files. If location is not
* set, the renderer assumes the json asset files are in the same location as where the C5Ren script is being run.
* Additionally, if your build process hashes the manifest.json file, you should include the new name like "/dist/manifest.[hash].json"
* @deprecated
*/
export declare function initialize(location?: string): Promise;
/**
*
* @param location
* @deprecated
*/
export declare function init(location?: string): Promise;
/**
* Returns true if renderer files are loaded and initialized.
* @returns boolean
*/
export declare function isReady(): boolean;
export {};