Point2

Complete API reference for Point2, including constructors, attributes, virtual attributes, and methods.

Package: JAVARuntime

Category: Vector

Component: no

public class Point2

Constructors

Signature	Description
`Point2(Vector2)`	Executes `Point2` and returns after the underlying engine call finishes.
`Point2()`	Executes `Point2` and returns after the underlying engine call finishes.
`Point2(int, int)`	Creates a new instance of Point2.

Attributes

Name	Type	Description
`vector2`	`Vector2`	Represents the `vector2` value stored on this instance. Read or assign to update the property.

Virtual Attributes

Name	Type	Access	Description
`x`	`int`	`get/set`	Virtual attribute exposed by `getX`. Access it like a field to read or write the underlying value.
`y`	`int`	`get/set`	Virtual attribute exposed by `getY`. Access it like a field to read or write the underlying value.

Methods

Signature	Returns	Description
`mul(Point2)`	`Point2`	Performs the mul operation using the provided parameters (value).
`mul(int, int)`	`Point2`	Performs the mul operation using the provided parameters (x, y).
`mul(int)`	`Point2`	Performs the mul operation using the provided parameters (a).
`div(Point2)`	`Point2`	Performs the div operation using the provided parameters (value).
`div(int, int)`	`Point2`	Performs the div operation using the provided parameters (x, y).
`div(int)`	`Point2`	Performs the div operation using the provided parameters (a).
`sum(Point2)`	`Point2`	Performs the sum operation using the provided parameters (value).
`sum(int, int)`	`Point2`	Performs the sum operation using the provided parameters (x, y).
`sum(int)`	`Point2`	Performs the sum operation using the provided parameters (a).
`sub(Point2)`	`Point2`	Performs the sub operation using the provided parameters (value).
`sub(int, int)`	`Point2`	Performs the sub operation using the provided parameters (x, y).
`sub(int)`	`Point2`	Performs the sub operation using the provided parameters (a).
`equals(Point2)`	`boolean`	Compares this instance with another for equality/order.
`equals(int, int)`	`boolean`	Compares this instance with another for equality/order.
`equals(int)`	`boolean`	Compares this instance with another for equality/order.
`set(Point2)`	`void`	Sets or updates the the value.
`set(Vector2)`	`void`	Sets or updates the the value.
`set(int, int)`	`void`	Sets or updates the the value.
`set(int)`	`void`	Sets or updates the the value.
`lerp(Point2, int)`	`void`	Performs the lerp operation using the provided parameters (vector3, speed).
`lerp(int, int, int)`	`void`	Performs the lerp operation using the provided parameters (x, y, speed).
`lerp(int, int)`	`void`	Performs the lerp operation using the provided parameters (a, speed).
`lerpInSeconds(Point2, int)`	`void`	Performs the lerpInSeconds operation using the provided parameters (vector3, speed).
`lerpInSeconds(int, int, int)`	`void`	Performs the lerpInSeconds operation using the provided parameters (x, y, speed).
`lerpInSeconds(int, int)`	`void`	Performs the lerpInSeconds operation using the provided parameters (a, speed).
`blend(Point2, int)`	`void`	Performs the blend operation using the provided parameters (vector3, blend).
`blend(int, int, int)`	`void`	Performs the blend operation using the provided parameters (x, y, blend).
`blend(int, int)`	`void`	Performs the blend operation using the provided parameters (a, blend).
`normalize()`	`Point2`	Executes `normalize` and returns after the underlying engine call finishes.
`normalizeLocal()`	`void`	Executes `normalizeLocal` and returns after the underlying engine call finishes.
`length()`	`float`	Executes `length` and returns after the underlying engine call finishes.
`sqrLength()`	`float`	Executes `sqrLength` and returns after the underlying engine call finishes.
`distance(Point2)`	`float`	Performs the distance operation using the provided parameters (vector3).
`sqrDistance(Point2)`	`float`	Performs the sqrDistance operation using the provided parameters (vector3).
`dot(Point2)`	`float`	Performs the dot operation using the provided parameters (vector3).
`dot(int, int)`	`float`	Performs the dot operation using the provided parameters (x, y).
`dot(int)`	`float`	Performs the dot operation using the provided parameters (a).
`cross(Point2)`	`Vector3`	Performs the cross operation using the provided parameters (value).
`cross(int, int)`	`Vector3`	Performs the cross operation using the provided parameters (x, y).
`copy()`	`Point2`	Returns a copy of this Point2 instance.
`toString()`	`String`	Returns the string representation.

Static Methods

Signature	Returns	Description
`inspectorController()`	`ClassInspectorEntry`	Executes `inspectorController` and returns after the underlying engine call finishes.
`zero()`	`Point2`	Executes `zero` and returns after the underlying engine call finishes.