Rectangle (elasticsearch-extend 3.2 API)

All Superinterfaces:

Shape

All Known Implementing Classes:

RectangleImpl
```
public interface Rectangle
extends Shape
```
A rectangle aligned with the axis (i.e. it is not at an angle).
In geospatial contexts, it may cross the international date line (-180 longitude) if getCrossesDateLine() however it cannot pass the poles although it may span the globe. It spans the globe if the X coordinate (Longitude) goes from -180 to 180 as seen from getMinX() and getMaxX().

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`boolean`	`getCrossesDateLine()`	Only meaningful for geospatial contexts.
`double`	`getHeight()`	The height.
`double`	`getMaxX()`	The right edge of the X coordinate.
`double`	`getMaxY()`	The top edge of the Y coordinate.
`double`	`getMinX()`	The left edge of the X coordinate.
`double`	`getMinY()`	The bottom edge of the Y coordinate.
`double`	`getWidth()`	The width.
`SpatialRelation`	`relateXRange(double minX, double maxX)`	A specialization of `Shape.relate(Shape)` for a horizontal line.
`SpatialRelation`	`relateYRange(double minY, double maxY)`	A specialization of `Shape.relate(Shape)` for a vertical line.
`void`	`reset(double minX, double maxX, double minY, double maxY)`	Expert: Resets the state of this shape given the arguments.

Methods inherited from interface org.locationtech.spatial4j.shape.Shape
equals, getArea, getBoundingBox, getBuffered, getCenter, getContext, hasArea, isEmpty, relate

- Method Detail
  - reset
```
void reset(double minX,
           double maxX,
           double minY,
           double maxY)
```
    Expert: Resets the state of this shape given the arguments. This is a performance feature to avoid excessive Shape object allocation as well as some argument error checking. Mutable shapes is error-prone so use with care.
  - getWidth
```
double getWidth()
```
    The width. In geospatial contexts, this is generally in degrees longitude and is aware of the dateline (aka anti-meridian). It will always be >= 0.
  - getHeight
```
double getHeight()
```
    The height. In geospatial contexts, this is in degrees latitude. It will always be >= 0.
  - getMinX
```
double getMinX()
```
    The left edge of the X coordinate.
  - getMinY
```
double getMinY()
```
    The bottom edge of the Y coordinate.
  - getMaxX
```
double getMaxX()
```
    The right edge of the X coordinate.
  - getMaxY
```
double getMaxY()
```
    The top edge of the Y coordinate.
  - getCrossesDateLine
```
boolean getCrossesDateLine()
```
    Only meaningful for geospatial contexts.
  - relateYRange
```
SpatialRelation relateYRange(double minY,
                             double maxY)
```
    A specialization of Shape.relate(Shape) for a vertical line.
  - relateXRange
```
SpatialRelation relateXRange(double minX,
                             double maxX)
```
    A specialization of Shape.relate(Shape) for a horizontal line.