TLcdOGCVendorSpecificFunctions (LuciadLightspeed API documentation)

java.lang.Object
- com.luciad.ogc.filter.model.TLcdOGCVendorSpecificFunctions

public final class TLcdOGCVendorSpecificFunctions
extends Object

This class contains the documentation of all the custom, vendor-specific TLcdOGCFunctions that are supported in Luciad's OGC Filter implementation. These functions can be used in querying a model, in TLcdOGCFilter and in SLD.

Geometric functions

Name	Arguments	Result	Description
"minBoundsSize"	`minX`: numerical `TLcdOGCLiteral` `minY`: numerical `TLcdOGCLiteral`	`Boolean`	Can be used to discard objects that are too small to see when zoomed out. Returns `true` if the object is larger than either of the given sizes, `false` if it is smaller.
"geometryType"	`geometry`: `TLcdOGCPropertyName` representing a geometry	`String`	Returns the type of the geometry as a string. May be `Point`, `MultiPoint`, `LineString`, `LinearRing`, `MultiLineString`, `Polygon`, `MultiPolygon`, `MultiLinearRing`, `GeometryCollection`
"startAngle"	`geometry`: `TLcdOGCPropertyName` representing a geometry	`Double`	Returns the start angle of the geometry, measured in degrees clockwise from the direction at 12 o'clock. An example use case within OGC SLD is to rotate a graphic according to the start angle of a geometry.
"endAngle"	`geometry`: `TLcdOGCPropertyName` representing a geometry	`Double`	Returns the end angle of the geometry, measured in degrees clockwise from the direction at 12 o'clock. An example use case within OGC SLD is to rotate a graphic according to the end angle of a geometry.
"startPoint"	`geometry`: `TLcdOGCPropertyName` representing a geometry	`ILcdPoint`	Returns the start point of the geometry. An example use case within OGC SLD is the ability to define a point symbolizer for the start point of a geometry.
"endPoint"	`geometry`: `TLcdOGCPropertyName` representing a geometry	`ILcdPoint`	Returns the end point of the geometry. An example use case within OGC SLD is the ability to define a point symbolizer for the end point of a geometry.
"interiorPoint"	`geometry`: `TLcdOGCPropertyName` representing a geometry	`ILcdPoint`	Returns a point that is interior to the geometry in case of a polygon, or sitting on its boundary otherwise. An example use case within OGC SLD is the ability to define an icon or label inside an area.
"vertices"	`geometry`: `TLcdOGCPropertyName` representing a geometry	Array of `ILcdPoint` instances	Returns the points of a geometry. An example use case within OGC SLD is the ability to style the points of a polyline with an icon.

Comparison functions

Name	Arguments	Result	Description
"in2", "in3", ..., "in10"	`candidate`: the object to compare `v1`: the first object to compare with `v2`: the second object to compare with ... `v10`: the tenth object to compare with	`Boolean`	Returns `true` if `candidate` is equal to one of the `v1`, `v2`, ... , `v10` values. The function name indicates how many values the function expects. For example "in5" expects 6 arguments: 1 candidate, and 5 values to compare with.

String functions

Name	Arguments	Result	Description
"strLength"	`string`: a string	`Integer`	Returns the length of the string.
"strSubstring"	`string`: a string `begin`: an `Integer` representing the begin index `end`: an `Integer` representing the end index	`String`	Returns a new string that is a substring of the input string. The substring begins at the specified begin index, and extends to the character at index `end-1`. The indices are zero-based.
"strSubstringStart"	`string`: a string `begin`: an `Integer` representing the begin index	`String`	Returns a new string that is a substring of the input string. The substring begins at the specified begin index, and extends to the last character of the string. The indices are zero-based.
"strToLowerCase"	`string`: a string	`String`	Returns the lower case version of the input string.
"strToUpperCase"	`string`: a string	`String`	Returns the upper case version of the input string.
"strTrim"	`string`: a string	`String`	Returns a version of the input string with leading and trailing spaces removed.

Parsing and formatting functions

Name	Arguments	Result	Description
"dateFormat"	`format`: a string indicating the date format according to the `SimpleDateFormat` syntax `date`: a `TLcdOGCPropertyName` representing a date	`String`	Returns the formatted date according to the provided format.
"dateParse"	`format`: a string indicating the date format according to the `SimpleDateFormat` syntax `dateString`: a `TLcdOGCPropertyName` representing a date encoded as a string	`Date`	Returns the parsed date.

Transformation functions

Name	Arguments	Result	Description
"Recode"	`property`: a `TLcdOGCPropertyName` representing the property for which you want to transform the values. `inputValue1`: the first property value you want to map to another value `outputValue1`: the output value mapping for the first input value if the property matches that input value ... `vx`: the x-th input / output value mapping to which the property will be compared.	`Object`	Transforms a set of discrete property values into another set of values. Use it to map property values to other values. Returns a string with the new property value. For example, map the state names in a `STATE_NAME` property to colors using the state name as input value and a Hex color code as output value.

Since:: 2017.0

Field Summary

Fields
Modifier and Type	Field and Description
`static String`	`DATE_FORMAT_FUNCTION_NAME` The dateFormat function formats a date property according to the provided format.
`static String`	`DATE_PARSE_FUNCTION_NAME` The dateParse function parses a date from a `String` property to a `Date`.
`static String`	`END_ANGLE_FUNCTION_NAME` The "endAngle" function returns the end angle of a geometry.
`static String`	`END_POINT_FUNCTION_NAME` The "endPoint" function returns the end point of a geometry.
`static String`	`GEOMETRY_TYPE_FUNCTION_NAME` The "geometryType" function returns the geometry type of an object as a String (`Point`, `MultiPoint`, `LineString`, `LinearRing`, `MultiLineString`, `Polygon`, `MultiPolygon`, `MultiLinearRing`, `GeometryCollection`).
`static String`	`IN_10_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_2_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_3_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_4_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_5_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_6_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_7_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_8_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`IN_9_FUNCTION_NAME` The in_x function checks whether a candidate equals to at least one of a number of values.
`static String`	`INTERIOR_POINT_FUNCTION_NAME` The "interiorPoint" function returns a point that is interior to the geometry in case of a polygon, or sitting on its boundary otherwise.
`static String`	`MIN_BOUNDS_SIZE_FUNCTION_NAME` The "minBoundsSize" function evaluates a minimum size filter on geometries, excluding point geometries.
`static String`	`RECODE_FUNCTION_NAME` The "Recode" function transforms a set of discrete property values into another set of values.
`static String`	`START_ANGLE_FUNCTION_NAME` The "startAngle" function returns the start angle of a geometry.
`static String`	`START_POINT_FUNCTION_NAME` The "startPoint" function returns the start point of a geometry.
`static String`	`STRING_LENGTH_FUNCTION_NAME` The string length function returns the length of the input string.
`static String`	`STRING_REPLACE_FUNCTION_NAME` The string replace function returns the string with the pattern replaced with the given replacement text.
`static String`	`STRING_SUBSTRING_FUNCTION_NAME` The substring function returns a substring of an input string.
`static String`	`STRING_SUBSTRING_START_FUNCTION_NAME` The substring start function returns a substring of an input string.
`static String`	`STRING_TO_LOWER_CASE_FUNCTION_NAME` The to lower case function returns a lower case version of an input string.
`static String`	`STRING_TO_UPPER_CASE_FUNCTION_NAME` The to upper case function returns a upper case version of an input string.
`static String`	`STRING_TRIM_FUNCTION_NAME` The string trim function returns a version of an input string with leading and trailing spaces removed.
`static String`	`VERTICES_FUNCTION_NAME` The "vertices" function returns all points of a geometry.

Method Summary
- Methods inherited from class java.lang.Object
  clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - MIN_BOUNDS_SIZE_FUNCTION_NAME
```
public static final String MIN_BOUNDS_SIZE_FUNCTION_NAME
```
    The "minBoundsSize" function evaluates a minimum size filter on geometries, excluding point geometries. The minimum size is checked against the bounds of the "main" geometry. You can use this for example to discard objects that are too small to see when zoomed out.
    Arguments
    - minX: the minimum size in the X direction. This is a numerical TLcdOGCLiteral representing model units of the target model, for example meters. For geodetic references, the unit is degrees.
    - minY: the minimum size in the Y direction. This is a numerical TLcdOGCLiteral representing model units of the target model, for example meters. For geodetic references, the unit is degrees.
    Return value
    A Boolean: true if the object is larger than either of the given sizes, false if it is smaller. If the result can't be calculated, it also evaluates to true.
    Example
    Example of how to use this in an OGC filter using the factory:
```
   new TLcdOGCFilter(function(MIN_BOUNDS_SIZE_FUNCTION_NAME, literal(150), literal(150)));
 
```
    Or, using TLcdOGCFilterFactory.minBoundsSize(double, double):
```
   new TLcdOGCFilter(minBoundsSize(150, 150));
 
```
    See Also:
    
    Constant Field Values
  - GEOMETRY_TYPE_FUNCTION_NAME
```
public static final String GEOMETRY_TYPE_FUNCTION_NAME
```
    The "geometryType" function returns the geometry type of an object as a String (Point, MultiPoint, LineString, LinearRing, MultiLineString, Polygon, MultiPolygon, MultiLinearRing, GeometryCollection). You can use this for example in SLD to define a rule per geometry type.
    Arguments
    - geometry: TLcdOGCPropertyName representing a geometry
    Return value
    A String representing the geometry type, or null when the geometry type could not be determined. Possible string return values are Point, MultiPoint, LineString, LinearRing, MultiLineString, Polygon, MultiPolygon, MultiLinearRing, GeometryCollection.
    Example
    Example which retrieves all points:
```
    TLcdOGCFilter filter =
        new TLcdOGCFilter(eq(function(GEOMETRY_TYPE_FUNCTION_NAME, property("Geometry")), literal("Point")
        ));
```
    See Also:
    
    Constant Field Values
  - START_ANGLE_FUNCTION_NAME
```
public static final String START_ANGLE_FUNCTION_NAME
```
    The "startAngle" function returns the start angle of a geometry.
    Arguments
    - geometry: TLcdOGCPropertyName representing a geometry of type ILcdCurve
    Return value
    A Double representing the angle in degrees clockwise from the direction at 12 o'clock, or null when the geometry type could not be determined.
    Example
    Example which retrieves all geometries with a start angle between 0 and 180 degrees:
```
    TLcdOGCFilter filter =
        new TLcdOGCFilter(between(function(START_ANGLE_FUNCTION_NAME, property("Geometry")), literal(0), literal(180.0)
        ));
```
    Since:
    
    2019.1.01
    
    See Also:
    
    Constant Field Values
  - END_ANGLE_FUNCTION_NAME
```
public static final String END_ANGLE_FUNCTION_NAME
```
    The "endAngle" function returns the end angle of a geometry.
    Arguments
    - geometry: TLcdOGCPropertyName representing a geometry of type ILcdCurve
    Return value
    A Double representing the angle in degrees clockwise from the direction at 12 o'clock, or null when the geometry type could not be determined.
    Example
    Example which retrieves all geometries with an end angle between 0 and 180 degrees:
```
    TLcdOGCFilter filter =
        new TLcdOGCFilter(between(function(END_ANGLE_FUNCTION_NAME, property("Geometry")), literal(0), literal(180.0)
        ));
```
    Since:
    
    2019.1.01
    
    See Also:
    
    Constant Field Values
  - START_POINT_FUNCTION_NAME
```
public static final String START_POINT_FUNCTION_NAME
```
    The "startPoint" function returns the start point of a geometry.
    Arguments
    - geometry: TLcdOGCPropertyName representing a geometry of type ILcdCurve
    Return value
    An ILcdPoint representing the start point, or null when the geometry type could not be determined.
    Example
    Example which retrieves all geometries with an equal start and end point:
```
    TLcdOGCFilter filter =
        new TLcdOGCFilter(eq(function(START_POINT_FUNCTION_NAME, property("Geometry")), function(END_POINT_FUNCTION_NAME, property("Geometry"))
        ));
```
    Since:
    
    2019.1.01
    
    See Also:
    
    Constant Field Values
  - END_POINT_FUNCTION_NAME
```
public static final String END_POINT_FUNCTION_NAME
```
    The "endPoint" function returns the end point of a geometry.
    Arguments
    - geometry: TLcdOGCPropertyName representing a geometry of type ILcdCurve
    Return value
    An ILcdPoint representing the end point, or null when the geometry type could not be determined.
    Example
    See START_POINT_FUNCTION_NAME.
    Since:
    
    2019.1.01
    
    See Also:
    
    Constant Field Values
  - INTERIOR_POINT_FUNCTION_NAME
```
public static final String INTERIOR_POINT_FUNCTION_NAME
```
    The "interiorPoint" function returns a point that is interior to the geometry in case of a polygon, or sitting on its boundary otherwise.
    Arguments
    - geometry: TLcdOGCPropertyName representing a geometry of type ILcdCurve
    Return value
    An ILcdPoint representing a point that is interior to the geometry in case of a polygon, or sitting on its boundary otherwise. If the geometry type could not be determined, null is returned.
    Since:
    
    2022.0
    
    See Also:
    
    Constant Field Values
  - VERTICES_FUNCTION_NAME
```
public static final String VERTICES_FUNCTION_NAME
```
    The "vertices" function returns all points of a geometry.
    Arguments
    - geometry: TLcdOGCPropertyName representing a geometry of type ILcdCurve
    Return value
    An array of ILcdPoint instances representing the points of a geometry. If the geometry type could not be determined, null is returned.
    Since:
    
    2022.0
    
    See Also:
    
    Constant Field Values
  - RECODE_FUNCTION_NAME
```
public static final String RECODE_FUNCTION_NAME
```
    The "Recode" function transforms a set of discrete property values into another set of values.
    Arguments
    - property: a TLcdOGCPropertyName representing the property for which the values need to be transformed
    - inputValue1: the first input value to which the property will be compared
    - outputValue1: the output value if the property matches the first input value
    - ...
    - vx: the x-th input / output value to which the property will be compared.
    Return value
    An Object representing the new value for the property, or null when a new value could not be determined.
    Example
    This function is primarily used within OGC SLD / SE to compute styling parameters from property values in a concise way. An example use case is the computation of a color based on a property value. The following example illustrating this for a US states dataset, by defining a different fill color for each state:
```
    TLcdOGCFunction function = function(RECODE_FUNCTION_NAME, property("STATE_NAME"), literal("Washington"), literal("#6495ED"), literal("New York"), literal("#B0C4DE"));
```
    Since:
    
    2021.0
    
    See Also:
    
    Constant Field Values
  - STRING_LENGTH_FUNCTION_NAME
```
public static final String STRING_LENGTH_FUNCTION_NAME
```
    The string length function returns the length of the input string.
    Arguments
    - inputString: TLcdOGCPropertyName representing a String property
    Return value
    The length of the string as an Integer, or 0 when the input string is null.
    Example
    Example which selects objects where a certain string property has length 5:
```
   new TLcdOGCFilter(eq(function(STRING_LENGTH_FUNCTION_NAME, property("roadType")), literal(5)));
 
```
    See Also:
    
    Constant Field Values
  - STRING_SUBSTRING_FUNCTION_NAME
```
public static final String STRING_SUBSTRING_FUNCTION_NAME
```
    The substring function returns a substring of an input string. The range of the substring is defined by the specified start and end indices: the substring begins at the specified begin index, and extends to the character at index endIndex-1. The indices are zero-based.
    Arguments
    - inputString: TLcdOGCPropertyName representing a String property
    - begin: an integer representing the begin index (typically an TLcdOGCLiteral)
    - end: an integer representing the end index (typically an TLcdOGCLiteral)
    Return value
    The substring, or null when the indices or the input string are null. The function will also return null when the indices are outside the valid range for the input string.
    Example
    Example which selects the first 3 characters of a string and compares it with a hardcoded value "foo":
```
   new TLcdOGCFilter(eq(function(STRING_SUBSTRING_FUNCTION_NAME, property("name"), literal(0), literal(2)), literal("foo")));
 
```
    See Also:
    
    Constant Field Values
  - STRING_SUBSTRING_START_FUNCTION_NAME
```
public static final String STRING_SUBSTRING_START_FUNCTION_NAME
```
    The substring start function returns a substring of an input string. The range of the substring is defined by the specified start index: the substring begins at the specified begin index, and extends to the last character of the string. The indices are zero-based.
    Arguments
    - inputString: TLcdOGCPropertyName representing a String property
    - begin: an integer representing the begin index (typically an TLcdOGCLiteral)
    Return value
    The substring, or null when the index or the input string are null. The function will also return null when the index is outside the valid range for the input string.
    Example
    Example which selects a substring from index 2 until the end, and compares it with a hardcoded value "foo":
```
   new TLcdOGCFilter(eq(function(STRING_SUBSTRING_START_FUNCTION_NAME, property("name"), literal(2)), literal("foo")));
 
```
    See Also:
    
    Constant Field Values
  - STRING_TO_LOWER_CASE_FUNCTION_NAME
```
public static final String STRING_TO_LOWER_CASE_FUNCTION_NAME
```
    The to lower case function returns a lower case version of an input string.
    Arguments
    - inputString: TLcdOGCPropertyName representing a String property
    Return value
    A string which is the lower case version of the input string, or null when the input string is null.
    Example
    Example which compares a property with a hard-coded lower case string
```
   new TLcdOGCFilter(eq(function(STRING_TO_LOWER_CASE_FUNCTION_NAME, property("name")), literal("lucy")));
 
```
    See Also:
    
    Constant Field Values
  - STRING_TO_UPPER_CASE_FUNCTION_NAME
```
public static final String STRING_TO_UPPER_CASE_FUNCTION_NAME
```
    The to upper case function returns a upper case version of an input string.
    Arguments
    - inputString: TLcdOGCPropertyName representing a String property
    Return value
    A string which is the upper case version of the input string, or null when the input string is null.
    Example
    Example which compares a property with a hard-coded upper case string
```
   new TLcdOGCFilter(eq(function(STRING_TO_LOWER_CASE_FUNCTION_NAME, property("name")), literal("LUCY")));
 
```
    See Also:
    
    Constant Field Values
  - STRING_TRIM_FUNCTION_NAME
```
public static final String STRING_TRIM_FUNCTION_NAME
```
    The string trim function returns a version of an input string with leading and trailing spaces removed.
    Arguments
    - inputString: TLcdOGCPropertyName representing a String property
    Return value
    A string that is the trimmed version of the input string, or null when the input string is null.
    Example
    Example which compares a property with a string without spaces
```
   new TLcdOGCFilter(eq(function(STRING_TRIM_FUNCTION_NAME, property("name")), literal("Lucy")));
 
```
    Since:
    
    2021.0
    
    See Also:
    
    Constant Field Values
  - STRING_REPLACE_FUNCTION_NAME
```
public static final String STRING_REPLACE_FUNCTION_NAME
```
    The string replace function returns the string with the pattern replaced with the given replacement text.
    Arguments
    - inputString: TLcdOGCPropertyName representing a String property
    - pattern: a string representing the pattern to be replaced (typically an TLcdOGCLiteral)
    - replacement: a string representing the pattern's replacement (typically an TLcdOGCLiteral)
    - global: a boolean indicating whether all occurrences need to be replaced (true) or only the first (false) (typically an TLcdOGCLiteral)
    Return value
    The input string with the pattern replaced with the given replacement text or null when the input string is null.
    Since:
    
    2023.0
    
    See Also:
    
    Constant Field Values
  - IN_2_FUNCTION_NAME
```
public static final String IN_2_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    Arguments
    - candidate: an object which will be compared against the values
    - v1: the first value object to which the candidate will be compared
    - v2: the second value object to which the candidate will be compared
    - ...
    - vx: the x-th value object to which the candidate will be compared.
    Return value
    A Boolean indicating whether the candidate object matches "primary", "secondary" or "trunk".
    Example
    Example which compares whether a road type matches any of the types from a predefined set:
```
   new TLcdOGCFilter(
     eq(function(IN_3_FUNCTION_NAME, property("type"), literal("primary"), literal("secondary"), literal("trunk")),
        literal(true)
       )
   );
 
```
    Since:
    
    2018.0
    
    See Also:
    
    Constant Field Values
  - IN_3_FUNCTION_NAME
```
public static final String IN_3_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - IN_4_FUNCTION_NAME
```
public static final String IN_4_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - IN_5_FUNCTION_NAME
```
public static final String IN_5_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - IN_6_FUNCTION_NAME
```
public static final String IN_6_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - IN_7_FUNCTION_NAME
```
public static final String IN_7_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - IN_8_FUNCTION_NAME
```
public static final String IN_8_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - IN_9_FUNCTION_NAME
```
public static final String IN_9_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - IN_10_FUNCTION_NAME
```
public static final String IN_10_FUNCTION_NAME
```
    The in_x function checks whether a candidate equals to at least one of a number of values. The number in the function name indicates how many possible values the function expects.
    See the documentation of IN_2_FUNCTION_NAME for more details.
    
    Since:
    
    2018.0
    
    See Also:
    
    IN_2_FUNCTION_NAME, Constant Field Values
  - DATE_FORMAT_FUNCTION_NAME
```
public static final String DATE_FORMAT_FUNCTION_NAME
```
    The dateFormat function formats a date property according to the provided format.
    Arguments
    - format: TLcdOGCLiteral representing the date format according to the SimpleDateFormat syntax
    - date: TLcdOGCPropertyName representing a date property
    Return value
    The formatted date as a String, or null when the date property is null.
    Since:
    
    2022.1
    
    See Also:
    
    Constant Field Values
  - DATE_PARSE_FUNCTION_NAME
```
public static final String DATE_PARSE_FUNCTION_NAME
```
    The dateParse function parses a date from a String property to a Date.
    Arguments
    - format: TLcdOGCLiteral representing the date format according to the SimpleDateFormat syntax; if this argument is not provided, TLcdISO8601DateFormat is used as fallback
    - dateString: TLcdOGCPropertyName representing a date property encoded as a String
    Return value
    The parsed date as a Date, or null when the dateString property is null.
    Since:
    
    2022.1
    
    See Also:
    
    Constant Field Values

LuciadLightspeedClass TLcdOGCVendorSpecificFunctions

Geometric functions

Comparison functions

String functions

Parsing and formatting functions

Transformation functions

Field Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

MIN_BOUNDS_SIZE_FUNCTION_NAME

Arguments

Return value

Example

GEOMETRY_TYPE_FUNCTION_NAME

Arguments

Return value

Example

START_ANGLE_FUNCTION_NAME

Arguments

Return value

Example

END_ANGLE_FUNCTION_NAME

Arguments

Return value

Example

START_POINT_FUNCTION_NAME

Arguments

Return value

Example

END_POINT_FUNCTION_NAME

Arguments

Return value

Example

INTERIOR_POINT_FUNCTION_NAME

Arguments

Return value

VERTICES_FUNCTION_NAME

Arguments

Return value

RECODE_FUNCTION_NAME

Arguments

Return value

Example

STRING_LENGTH_FUNCTION_NAME

Arguments

Return value

Example

STRING_SUBSTRING_FUNCTION_NAME

Arguments

Return value

Example

STRING_SUBSTRING_START_FUNCTION_NAME

Arguments

Return value

Example

STRING_TO_LOWER_CASE_FUNCTION_NAME

Arguments

Return value

Example

STRING_TO_UPPER_CASE_FUNCTION_NAME

Arguments

Return value

Example

STRING_TRIM_FUNCTION_NAME

Arguments

Return value

Example

STRING_REPLACE_FUNCTION_NAME

Arguments

Return value

IN_2_FUNCTION_NAME

Arguments

Return value

Example

IN_3_FUNCTION_NAME

IN_4_FUNCTION_NAME

IN_5_FUNCTION_NAME

IN_6_FUNCTION_NAME

IN_7_FUNCTION_NAME