10 000 m

1

2

1 000 m

2

2

100 m

3

2

10 m

4

2

1 m

5

2

NewMgrs

The vertical grid lines will be the boundaries the UTM zones, normally a meridian for every 6th degree; their value attribute contains their longitude. The horizontal grid lines will be latitude circles, normally every 8th degree; their value attribute contains their latitude. Each 6° by 8° rectangle (a grid zone) has a name, consisting of the zone number and a letter for the latitude band. The polar caps are divided in halves that have one-letter names. The names are the value attributes of features, either polygons or points, depending on NameCarrier.

Within each zone, a grid is drawn for the UTM projection in the zone. Each 100-km square gets its two-letter MGRS name, in the new version of MGRS (the northing letter of squares just north of the equator is A in odd zones and F in even zones).

With MGRS, the built-in visualizer for line labels will show only the principal digits, which are stored in the mgrsPrincipal attribute of the line, which is described further down.

OldMgrs

Same as NewMgrs.

Same as NewMgrs, except that the old version of the naming scheme is used. The northing letter of 100-km squares is shifted ten steps in the alphabet, so that the northing letter of squares just north of the equator is L in odd zones and R in even zones. (To learn why there are two versions of MGRS, see GeodeticDatum.)

Utm

The grid shows only the boundaries between the UTM projection zones: usually every 6th meridian, and the latitude circles at 80°S and 84°N, and the equator (where the UTM northing restarts from zero). The zone number will appear as the value attribute of a feature, either a line with lineType = 2 or a polygon, depending on NameCarrier.

Same as NewMgrs or OldMgrs, except that the names of the 100-km squares are not generated, and the built-in line label visualizer will show the utmComplete attribute of the line.

lineType

System.Int64

0: a horizontal grid line;

1: an ordinary vertical grid line;

2: a vertical line that carries a zone number when Division is 0 (coarse grid) and the Style is Utm. (Do not visualize the line, only its value attribute.)

value

System.Double or String (not available in C#)

The longitude or latitude for Division 0 (coarse grid), the easting or northing for Division 1 (fine grid), or the UTM zone number if the lineType attribute is 2.

The value attribute may be absent, if the ValueAttributeFormat is None.

In division 0, it can make some sense to use ValueAttributeFormat = StringDeg or StringDegPrefixed, but the built-in visualizers will not display the value attribute of lines, since longitude and latitude are not used in UTM or MGRS coordinates. You can display them with your own text visualizer if you like.

In division 1, the value attribute of lines not should be used. The built-in line label visualizer will show either the utmComplete attribute or the mgrsPrincipal attribute, depending on Style. (You can also choose to display the usngPrincipal and usngNecessarySuffix attributes with your own visualizers instead, since USNG recommends a label style that differs from MGRS.)

impactAngleAtStart

A System.Double, usually between 0° and 90°

The angle between the line start and the edge of the map, or -91° if the line starts in the interior of the map.

impactAngleAtFinish

A System.Double, usually between 0° and 90°

The angle between the line end and the edge of the map, or -91° if the line ends in the interior of the map.

isZoneBoundary

System.Boolean

True: the line is a boundary between projection zones, and will interrupt the 100-km squares of the fine grid;

False: the line is a latitude circle or a polar-cap bisector that will not interrupt the 100-km squares.

You can visualize the zone boundaries with thicker lines. (If the lineType attribute is 2, the isZoneBoundary attribute will not be defined.)

lineAndProjType

Atom

#horizontalUTM: a horizontal line in a UTM zone;

#verticalUTM: a vertical line in a UTM zone;

#horizontalUPS: a horizontal line in UPS (north or south);

#verticalUPS: a vertical line in UPS (north or south);

greatestRoundDivisor

System.Int64

500 000, 200 000, 100 000, 50 000, 20 000, 10 000, ..., 5, 2, 1. It will be the greatest of these that is a divisor of the line coordinate. You should highlight lines whose greatestRoundDivisor is at least 100 000.

startType

Atom

#interior, if the line starts inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on from which edge the line starts. (This attribute will not be useful under a TileLayer.)

finishType

Atom

#interior, if the line finishes inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on at which edge the line finishes. (This attribute will not be useful under a TileLayer.)

isShort

System.Boolean

if True, the line is so short that its label should not be shown, unless the line reaches a border of the presentation. (For example, the horizontal lines in the northwest corner of 32V.)

bestEnd

Atom

#start: the generator recommends that you show the line label at the start of the line (use PointVisualizer.At = 0.0).

#finish: the generator recommends that you show the line label at the finish of the line (use PointVisualizer.At = 1.0).

#neither: the generator thinks that neither end is a good place for the label.

marginWest

System.Int64

For a UPS line or a horizontal UTM line: the maximal integer.

For a vertical UTM line: the number of pixels from the best end of the line to the west boundary of the UTM zone. (If the line label is right-aligned, omit the label when marginWest is too small.)

marginEast

System.Int64

Like marginWest, but using the east boundary.

utmComplete

String (not available in C#)

The complete UTM coordinate of the line: 6 digits for vertical lines and 7 digits for horizontal lines.

valuePrefix

String (not available in C#)

The first one or two digits of the numerical value of the line (all digits except the five last).

mgrsPrincipal

String (not available in C#)

When you want to label lines according to the military convention of NGA, use this string that contains the principal digits of the numerical value of the line. According to NGA, these start with the 5th digit from the end of the numerical value, and consists of 5 - z digits, where z is the number of zeros in the number that expresses the grid line distance.

mgrsSuffix

String (not available in C#)

The remaining digits of the numerical value of the line, after the valuePrefix and the mgrsPrincipal have been removed.

usngPrincipal

String (not available in C#)

When you want to label lines according to the civilian convention of United States National Grid (USNG), use this string that contains the principal digits of the numerical value of the line. According to USNG, these are always the 5th and the 4th digit from the end (the 10 000 and the 1 000 digits), regardless of the grid line spacing.

usngCompleteSuffix

String (not available in C#)

The remaining digits of the numerical value of the line, after the valuePrefix and the usngPrincipal have been removed. This string will always contain 3 digits.

usngNecessarySuffix

String (not available in C#)

The initial digits of the usngCompleteSuffix that are necessary to display for each grid line (usually in a smaller and superscripted font) after the usngPrincipal string. If the grid line spacing is 10 000 m or 1 000 m, this string will be empty. If the grid line spacing is 100 m, it will consist of the first digit of the usngCompleteSuffix. If the grid line spacing is 10 m, it will consist of the first two digits of the usngCompleteSuffix. If the grid line spacing is 1 m, it will consist of the all three digits of the usngCompleteSuffix.

value

String (not available in C#)

With an MGRS Style: a string that is the name of a 6° by 8° rectangle, containing a zone number and a letter for the latitude band, like 33V.

With the plain UTM Style: a string that is the zone number, like 33.

value

String (not available in C#)

A two-letter string that is the name of a 100-km square, like UD.

eastingLetter

String (not available in C#)

The first letter of the square name, like U.

northingLetter

String (not available in C#)

The second letter of the square name, like D.

fullValue

String (not available in C#)

A string that is the name of the 6° by 8° rectangle followed by the name of the 100-km square, like 33VUD.

width

System.Int64

The width of the 100-km square, in pixels. You should use a Visualizer.Condition requiring that width is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite narrow.

height

System.Int64

The height of the 100-km square, in pixels. You should use a Visualizer.Condition requiring that height is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite low (although most zone boundaries are vertical lines).

10 000 m

1

2

1 000 m

2

2

100 m

3

2

10 m

4

2

1 m

5

2

NewMgrs

The vertical grid lines will be the boundaries the UTM zones, normally a meridian for every 6th degree; their value attribute contains their longitude. The horizontal grid lines will be latitude circles, normally every 8th degree; their value attribute contains their latitude. Each 6° by 8° rectangle (a grid zone) has a name, consisting of the zone number and a letter for the latitude band. The polar caps are divided in halves that have one-letter names. The names are the value attributes of features, either polygons or points, depending on nameCarrier.

Within each zone, a grid is drawn for the UTM projection in the zone. Each 100-km square gets its two-letter MGRS name, in the new version of MGRS (the northing letter of squares just north of the equator is A in odd zones and F in even zones).

With MGRS, the built-in visualizer for line labels will show only the principal digits, which are stored in the mgrsPrincipal attribute of the line, which is described further down.

OldMgrs

Same as NewMgrs.

Same as NewMgrs, except that the old version of the naming scheme is used. The northing letter of 100-km squares is shifted ten steps in the alphabet, so that the northing letter of squares just north of the equator is L in odd zones and R in even zones. (To learn why there are two versions of MGRS, see geodeticDatum.)

Utm

The grid shows only the boundaries between the UTM projection zones: usually every 6th meridian, and the latitude circles at 80°S and 84°N, and the equator (where the UTM northing restarts from zero). The zone number will appear as the value attribute of a feature, either a line with lineType = 2 or a polygon, depending on nameCarrier.

Same as NewMgrs or OldMgrs, except that the names of the 100-km squares are not generated, and the built-in line label visualizer will show the utmComplete attribute of the line.

lineType

int64_t

0: a horizontal grid line;

1: an ordinary vertical grid line;

2: a vertical line that carries a zone number when division is 0 (coarse grid) and the style is Utm. (Do not visualize the line, only its value attribute.)

value

double or String

The longitude or latitude for division 0 (coarse grid), the easting or northing for division 1 (fine grid), or the UTM zone number if the lineType attribute is 2.

The value attribute may be absent, if the valueAttributeFormat is None.

In division 0, it can make some sense to use valueAttributeFormat = StringDeg or StringDegPrefixed, but the built-in visualizers will not display the value attribute of lines, since longitude and latitude are not used in UTM or MGRS coordinates. You can display them with your own text visualizer if you like.

In division 1, the value attribute of lines not should be used. The built-in line label visualizer will show either the utmComplete attribute or the mgrsPrincipal attribute, depending on style. (You can also choose to display the usngPrincipal and usngNecessarySuffix attributes with your own visualizers instead, since USNG recommends a label style that differs from MGRS.)

impactAngleAtStart

A double, usually between 0° and 90°

The angle between the line start and the edge of the map, or -91° if the line starts in the interior of the map.

impactAngleAtFinish

A double, usually between 0° and 90°

The angle between the line end and the edge of the map, or -91° if the line ends in the interior of the map.

isZoneBoundary

bool

True: the line is a boundary between projection zones, and will interrupt the 100-km squares of the fine grid;

False: the line is a latitude circle or a polar-cap bisector that will not interrupt the 100-km squares.

You can visualize the zone boundaries with thicker lines. (If the lineType attribute is 2, the isZoneBoundary attribute will not be defined.)

lineAndProjType

Atom

#horizontalUTM: a horizontal line in a UTM zone;

#verticalUTM: a vertical line in a UTM zone;

#horizontalUPS: a horizontal line in UPS (north or south);

#verticalUPS: a vertical line in UPS (north or south);

greatestRoundDivisor

int64_t

500 000, 200 000, 100 000, 50 000, 20 000, 10 000, ..., 5, 2, 1. It will be the greatest of these that is a divisor of the line coordinate. You should highlight lines whose greatestRoundDivisor is at least 100 000.

startType

Atom

#interior, if the line starts inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on from which edge the line starts. (This attribute will not be useful under a TileLayer.)

finishType

Atom

#interior, if the line finishes inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on at which edge the line finishes. (This attribute will not be useful under a TileLayer.)

isShort

bool

if True, the line is so short that its label should not be shown, unless the line reaches a border of the presentation. (For example, the horizontal lines in the northwest corner of 32V.)

bestEnd

Atom

#start: the generator recommends that you show the line label at the start of the line (use PointVisualizer::at = 0.0).

#finish: the generator recommends that you show the line label at the finish of the line (use PointVisualizer::at = 1.0).

#neither: the generator thinks that neither end is a good place for the label.

marginWest

int64_t

For a UPS line or a horizontal UTM line: the maximal integer.

For a vertical UTM line: the number of pixels from the best end of the line to the west boundary of the UTM zone. (If the line label is right-aligned, omit the label when marginWest is too small.)

marginEast

int64_t

Like marginWest, but using the east boundary.

utmComplete

String

The complete UTM coordinate of the line: 6 digits for vertical lines and 7 digits for horizontal lines.

valuePrefix

String

The first one or two digits of the numerical value of the line (all digits except the five last).

mgrsPrincipal

String

When you want to label lines according to the military convention of NGA, use this string that contains the principal digits of the numerical value of the line. According to NGA, these start with the 5th digit from the end of the numerical value, and consists of 5 - z digits, where z is the number of zeros in the number that expresses the grid line distance.

mgrsSuffix

String

The remaining digits of the numerical value of the line, after the valuePrefix and the mgrsPrincipal have been removed.

usngPrincipal

String

When you want to label lines according to the civilian convention of United States National Grid (USNG), use this string that contains the principal digits of the numerical value of the line. According to USNG, these are always the 5th and the 4th digit from the end (the 10 000 and the 1 000 digits), regardless of the grid line spacing.

usngCompleteSuffix

String

The remaining digits of the numerical value of the line, after the valuePrefix and the usngPrincipal have been removed. This string will always contain 3 digits.

usngNecessarySuffix

String

The initial digits of the usngCompleteSuffix that are necessary to display for each grid line (usually in a smaller and superscripted font) after the usngPrincipal string. If the grid line spacing is 10 000 m or 1 000 m, this string will be empty. If the grid line spacing is 100 m, it will consist of the first digit of the usngCompleteSuffix. If the grid line spacing is 10 m, it will consist of the first two digits of the usngCompleteSuffix. If the grid line spacing is 1 m, it will consist of the all three digits of the usngCompleteSuffix.

value

String

With an MGRS style: a string that is the name of a 6° by 8° rectangle, containing a zone number and a letter for the latitude band, like 33V.

With the plain UTM style: a string that is the zone number, like 33.

value

String

A two-letter string that is the name of a 100-km square, like UD.

eastingLetter

String

The first letter of the square name, like U.

northingLetter

String

The second letter of the square name, like D.

fullValue

String

A string that is the name of the 6° by 8° rectangle followed by the name of the 100-km square, like 33VUD.

width

int64_t

The width of the 100-km square, in pixels. You should use a Visualizer::condition requiring that width is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite narrow.

height

int64_t

The height of the 100-km square, in pixels. You should use a Visualizer::condition requiring that height is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite low (although most zone boundaries are vertical lines).

10 000 m

1

2

1 000 m

2

2

100 m

3

2

10 m

4

2

1 m

5

2

NewMgrs

The vertical grid lines will be the boundaries the UTM zones, normally a meridian for every 6th degree; their value attribute contains their longitude. The horizontal grid lines will be latitude circles, normally every 8th degree; their value attribute contains their latitude. Each 6° by 8° rectangle (a grid zone) has a name, consisting of the zone number and a letter for the latitude band. The polar caps are divided in halves that have one-letter names. The names are the value attributes of features, either polygons or points, depending on nameCarrier.

Within each zone, a grid is drawn for the UTM projection in the zone. Each 100-km square gets its two-letter MGRS name, in the new version of MGRS (the northing letter of squares just north of the equator is A in odd zones and F in even zones).

With MGRS, the built-in visualizer for line labels will show only the principal digits, which are stored in the mgrsPrincipal attribute of the line, which is described further down.

OldMgrs

Same as NewMgrs.

Same as NewMgrs, except that the old version of the naming scheme is used. The northing letter of 100-km squares is shifted ten steps in the alphabet, so that the northing letter of squares just north of the equator is L in odd zones and R in even zones. (To learn why there are two versions of MGRS, see geodeticDatum.)

Utm

The grid shows only the boundaries between the UTM projection zones: usually every 6th meridian, and the latitude circles at 80°S and 84°N, and the equator (where the UTM northing restarts from zero). The zone number will appear as the value attribute of a feature, either a line with lineType = 2 or a polygon, depending on nameCarrier.

Same as NewMgrs or OldMgrs, except that the names of the 100-km squares are not generated, and the built-in line label visualizer will show the utmComplete attribute of the line.

lineType

long

0: a horizontal grid line;

1: an ordinary vertical grid line;

2: a vertical line that carries a zone number when division is 0 (coarse grid) and the style is Utm. (Do not visualize the line, only its value attribute.)

value

double or String

The longitude or latitude for division 0 (coarse grid), the easting or northing for division 1 (fine grid), or the UTM zone number if the lineType attribute is 2.

The value attribute may be absent, if the valueAttributeFormat is None.

In division 0, it can make some sense to use valueAttributeFormat = StringDeg or StringDegPrefixed, but the built-in visualizers will not display the value attribute of lines, since longitude and latitude are not used in UTM or MGRS coordinates. You can display them with your own text visualizer if you like.

In division 1, the value attribute of lines not should be used. The built-in line label visualizer will show either the utmComplete attribute or the mgrsPrincipal attribute, depending on style. (You can also choose to display the usngPrincipal and usngNecessarySuffix attributes with your own visualizers instead, since USNG recommends a label style that differs from MGRS.)

impactAngleAtStart

A double, usually between 0° and 90°

The angle between the line start and the edge of the map, or -91° if the line starts in the interior of the map.

impactAngleAtFinish

A double, usually between 0° and 90°

The angle between the line end and the edge of the map, or -91° if the line ends in the interior of the map.

isZoneBoundary

boolean

True: the line is a boundary between projection zones, and will interrupt the 100-km squares of the fine grid;

False: the line is a latitude circle or a polar-cap bisector that will not interrupt the 100-km squares.

You can visualize the zone boundaries with thicker lines. (If the lineType attribute is 2, the isZoneBoundary attribute will not be defined.)

lineAndProjType

Atom

#horizontalUTM: a horizontal line in a UTM zone;

#verticalUTM: a vertical line in a UTM zone;

#horizontalUPS: a horizontal line in UPS (north or south);

#verticalUPS: a vertical line in UPS (north or south);

greatestRoundDivisor

long

500 000, 200 000, 100 000, 50 000, 20 000, 10 000, ..., 5, 2, 1. It will be the greatest of these that is a divisor of the line coordinate. You should highlight lines whose greatestRoundDivisor is at least 100 000.

startType

Atom

#interior, if the line starts inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on from which edge the line starts. (This attribute will not be useful under a TileLayer.)

finishType

Atom

#interior, if the line finishes inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on at which edge the line finishes. (This attribute will not be useful under a TileLayer.)

isShort

boolean

if True, the line is so short that its label should not be shown, unless the line reaches a border of the presentation. (For example, the horizontal lines in the northwest corner of 32V.)

bestEnd

Atom

#start: the generator recommends that you show the line label at the start of the line (use PointVisualizer.at = 0.0).

#finish: the generator recommends that you show the line label at the finish of the line (use PointVisualizer.at = 1.0).

#neither: the generator thinks that neither end is a good place for the label.

marginWest

long

For a UPS line or a horizontal UTM line: the maximal integer.

For a vertical UTM line: the number of pixels from the best end of the line to the west boundary of the UTM zone. (If the line label is right-aligned, omit the label when marginWest is too small.)

marginEast

long

Like marginWest, but using the east boundary.

utmComplete

String

The complete UTM coordinate of the line: 6 digits for vertical lines and 7 digits for horizontal lines.

valuePrefix

String

The first one or two digits of the numerical value of the line (all digits except the five last).

mgrsPrincipal

String

When you want to label lines according to the military convention of NGA, use this string that contains the principal digits of the numerical value of the line. According to NGA, these start with the 5th digit from the end of the numerical value, and consists of 5 - z digits, where z is the number of zeros in the number that expresses the grid line distance.

mgrsSuffix

String

The remaining digits of the numerical value of the line, after the valuePrefix and the mgrsPrincipal have been removed.

usngPrincipal

String

When you want to label lines according to the civilian convention of United States National Grid (USNG), use this string that contains the principal digits of the numerical value of the line. According to USNG, these are always the 5th and the 4th digit from the end (the 10 000 and the 1 000 digits), regardless of the grid line spacing.

usngCompleteSuffix

String

The remaining digits of the numerical value of the line, after the valuePrefix and the usngPrincipal have been removed. This string will always contain 3 digits.

usngNecessarySuffix

String

The initial digits of the usngCompleteSuffix that are necessary to display for each grid line (usually in a smaller and superscripted font) after the usngPrincipal string. If the grid line spacing is 10 000 m or 1 000 m, this string will be empty. If the grid line spacing is 100 m, it will consist of the first digit of the usngCompleteSuffix. If the grid line spacing is 10 m, it will consist of the first two digits of the usngCompleteSuffix. If the grid line spacing is 1 m, it will consist of the all three digits of the usngCompleteSuffix.

value

String

With an MGRS style: a string that is the name of a 6° by 8° rectangle, containing a zone number and a letter for the latitude band, like 33V.

With the plain UTM style: a string that is the zone number, like 33.

value

String

A two-letter string that is the name of a 100-km square, like UD.

eastingLetter

String

The first letter of the square name, like U.

northingLetter

String

The second letter of the square name, like D.

fullValue

String

A string that is the name of the 6° by 8° rectangle followed by the name of the 100-km square, like 33VUD.

width

long

The width of the 100-km square, in pixels. You should use a Visualizer.condition requiring that width is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite narrow.

height

long

The height of the 100-km square, in pixels. You should use a Visualizer.condition requiring that height is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite low (although most zone boundaries are vertical lines).

10 000 m

1

2

1 000 m

2

2

100 m

3

2

10 m

4

2

1 m

5

2

NewMgrs

The vertical grid lines will be the boundaries the UTM zones, normally a meridian for every 6th degree; their value attribute contains their longitude. The horizontal grid lines will be latitude circles, normally every 8th degree; their value attribute contains their latitude. Each 6° by 8° rectangle (a grid zone) has a name, consisting of the zone number and a letter for the latitude band. The polar caps are divided in halves that have one-letter names. The names are the value attributes of features, either polygons or points, depending on nameCarrier.

Within each zone, a grid is drawn for the UTM projection in the zone. Each 100-km square gets its two-letter MGRS name, in the new version of MGRS (the northing letter of squares just north of the equator is A in odd zones and F in even zones).

With MGRS, the built-in visualizer for line labels will show only the principal digits, which are stored in the mgrsPrincipal attribute of the line, which is described further down.

OldMgrs

Same as NewMgrs.

Same as NewMgrs, except that the old version of the naming scheme is used. The northing letter of 100-km squares is shifted ten steps in the alphabet, so that the northing letter of squares just north of the equator is L in odd zones and R in even zones. (To learn why there are two versions of MGRS, see geodeticDatum.)

Utm

The grid shows only the boundaries between the UTM projection zones: usually every 6th meridian, and the latitude circles at 80°S and 84°N, and the equator (where the UTM northing restarts from zero). The zone number will appear as the value attribute of a feature, either a line with lineType = 2 or a polygon, depending on nameCarrier.

Same as NewMgrs or OldMgrs, except that the names of the 100-km squares are not generated, and the built-in line label visualizer will show the utmComplete attribute of the line.

lineType

int (64-bit)

0: a horizontal grid line;

1: an ordinary vertical grid line;

2: a vertical line that carries a zone number when division is 0 (coarse grid) and the style is Utm. (Do not visualize the line, only its value attribute.)

value

double or String

The longitude or latitude for division 0 (coarse grid), the easting or northing for division 1 (fine grid), or the UTM zone number if the lineType attribute is 2.

The value attribute may be absent, if the valueAttributeFormat is None.

In division 0, it can make some sense to use valueAttributeFormat = StringDeg or StringDegPrefixed, but the built-in visualizers will not display the value attribute of lines, since longitude and latitude are not used in UTM or MGRS coordinates. You can display them with your own text visualizer if you like.

In division 1, the value attribute of lines not should be used. The built-in line label visualizer will show either the utmComplete attribute or the mgrsPrincipal attribute, depending on style. (You can also choose to display the usngPrincipal and usngNecessarySuffix attributes with your own visualizers instead, since USNG recommends a label style that differs from MGRS.)

impactAngleAtStart

A double, usually between 0° and 90°

The angle between the line start and the edge of the map, or -91° if the line starts in the interior of the map.

impactAngleAtFinish

A double, usually between 0° and 90°

The angle between the line end and the edge of the map, or -91° if the line ends in the interior of the map.

isZoneBoundary

bool

True: the line is a boundary between projection zones, and will interrupt the 100-km squares of the fine grid;

False: the line is a latitude circle or a polar-cap bisector that will not interrupt the 100-km squares.

You can visualize the zone boundaries with thicker lines. (If the lineType attribute is 2, the isZoneBoundary attribute will not be defined.)

lineAndProjType

Atom

#horizontalUTM: a horizontal line in a UTM zone;

#verticalUTM: a vertical line in a UTM zone;

#horizontalUPS: a horizontal line in UPS (north or south);

#verticalUPS: a vertical line in UPS (north or south);

greatestRoundDivisor

int (64-bit)

500 000, 200 000, 100 000, 50 000, 20 000, 10 000, ..., 5, 2, 1. It will be the greatest of these that is a divisor of the line coordinate. You should highlight lines whose greatestRoundDivisor is at least 100 000.

startType

Atom

#interior, if the line starts inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on from which edge the line starts. (This attribute will not be useful under a TileLayer.)

finishType

Atom

#interior, if the line finishes inside the presentation borders; otherwise, #left, #right, #top or #bottom, depending on at which edge the line finishes. (This attribute will not be useful under a TileLayer.)

isShort

bool

if True, the line is so short that its label should not be shown, unless the line reaches a border of the presentation. (For example, the horizontal lines in the northwest corner of 32V.)

bestEnd

Atom

#start: the generator recommends that you show the line label at the start of the line (use PointVisualizer.at = 0.0).

#finish: the generator recommends that you show the line label at the finish of the line (use PointVisualizer.at = 1.0).

#neither: the generator thinks that neither end is a good place for the label.

marginWest

int (64-bit)

For a UPS line or a horizontal UTM line: the maximal integer.

For a vertical UTM line: the number of pixels from the best end of the line to the west boundary of the UTM zone. (If the line label is right-aligned, omit the label when marginWest is too small.)

marginEast

int (64-bit)

Like marginWest, but using the east boundary.

utmComplete

String

The complete UTM coordinate of the line: 6 digits for vertical lines and 7 digits for horizontal lines.

valuePrefix

String

The first one or two digits of the numerical value of the line (all digits except the five last).

mgrsPrincipal

String

When you want to label lines according to the military convention of NGA, use this string that contains the principal digits of the numerical value of the line. According to NGA, these start with the 5th digit from the end of the numerical value, and consists of 5 - z digits, where z is the number of zeros in the number that expresses the grid line distance.

mgrsSuffix

String

The remaining digits of the numerical value of the line, after the valuePrefix and the mgrsPrincipal have been removed.

usngPrincipal

String

When you want to label lines according to the civilian convention of United States National Grid (USNG), use this string that contains the principal digits of the numerical value of the line. According to USNG, these are always the 5th and the 4th digit from the end (the 10 000 and the 1 000 digits), regardless of the grid line spacing.

usngCompleteSuffix

String

The remaining digits of the numerical value of the line, after the valuePrefix and the usngPrincipal have been removed. This string will always contain 3 digits.

usngNecessarySuffix

String

The initial digits of the usngCompleteSuffix that are necessary to display for each grid line (usually in a smaller and superscripted font) after the usngPrincipal string. If the grid line spacing is 10 000 m or 1 000 m, this string will be empty. If the grid line spacing is 100 m, it will consist of the first digit of the usngCompleteSuffix. If the grid line spacing is 10 m, it will consist of the first two digits of the usngCompleteSuffix. If the grid line spacing is 1 m, it will consist of the all three digits of the usngCompleteSuffix.

value

String

With an MGRS style: a string that is the name of a 6° by 8° rectangle, containing a zone number and a letter for the latitude band, like 33V.

With the plain UTM style: a string that is the zone number, like 33.

value

String

A two-letter string that is the name of a 100-km square, like UD.

eastingLetter

String

The first letter of the square name, like U.

northingLetter

String

The second letter of the square name, like D.

fullValue

String

A string that is the name of the 6° by 8° rectangle followed by the name of the 100-km square, like 33VUD.

width

int (64-bit)

The width of the 100-km square, in pixels. You should use a Visualizer.condition requiring that width is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite narrow.

height

int (64-bit)

The height of the 100-km square, in pixels. You should use a Visualizer.condition requiring that height is large enough to show the label (depending on font size etc). Note that 100-km squares are interrupted at the zone boundaries, so they can be quite low (although most zone boundaries are vertical lines).