Class: `Point3`

This page documents the methods and fields available in the Point3 class.

Members

Signature	Description
`Point3(int)`	Creates a new instance of Point3.
`Point3(int, int, int)`	Creates a new instance of Point3.
`blend(Point3, int)`	Performs the blend operation using the provided parameters (vector3, blend).
`blend(int, int)`	Performs the blend operation using the provided parameters (a, blend).
`blend(int, int, int, int)`	Performs the blend operation using the provided parameters (x, y, z, blend).
`copy()`	Returns a copy of this Point3 instance.
`cross(Point3)`	Performs the cross operation using the provided parameters (value).
`cross(int, int, int)`	Performs the cross operation using the provided parameters (x, y, z).
`distance(Point3)`	Performs the distance operation using the provided parameters (vector3).
`div(Point3)`	Performs the div operation using the provided parameters (value).
`div(int)`	Performs the div operation using the provided parameters (a).
`div(int, int, int)`	Performs the div operation using the provided parameters (x, y, z).
`divLocal(Point3)`	Performs the divLocal operation using the provided parameters (value).
`divLocal(Vector3)`	Performs the divLocal operation using the provided parameters (value).
`divLocal(float)`	Performs the divLocal operation using the provided parameters (a).
`divLocal(float, float, float)`	Performs the divLocal operation using the provided parameters (x, y, z).
`dot(Point3)`	Performs the dot operation using the provided parameters (vector3).
`dot(int)`	Performs the dot operation using the provided parameters (a).
`dot(int, int, int)`	Performs the dot operation using the provided parameters (x, y, z).
`equals(Point3)`	Compares this instance with another for equality/order.
`equals(int)`	Compares this instance with another for equality/order.
`equals(int, int, int)`	Compares this instance with another for equality/order.
`get()`	Returns the current value.
`get()`	Returns the current value.
`get()`	Returns the current value.
`get()`	Returns the current value.
`get()`	Returns the current value.
`get()`	Returns the current value.
`get()`	Returns the current value.
`get()`	Returns the current value.
`get()`	Returns the current value.
`getInspector(Context, Field, Object, String, GetSetterListener, UserPointer)`	Returns the current inspector.
`getInspectorForArray(Context, Object[], int, Object, String, GetSetterListener, UserPointer)`	Returns the current inspector for array.
`getInspectorForList(Context, GhostList, int, Object, String, GetSetterListener, UserPointer)`	Returns the current inspector for list.
`getSimpleName(UserPointer)`	Returns the current simple name.
`getX()`	Returns the current x.
`getY()`	Returns the current y.
`getZ()`	Returns the current z.
`isRestorable()`	Returns whether restorable is true.
`length()`	Performs the length operation.
`lerp(Point3, int)`	Performs the lerp operation using the provided parameters (vector3, speed).
`lerp(int, int)`	Performs the lerp operation using the provided parameters (a, speed).
`lerp(int, int, int, int)`	Performs the lerp operation using the provided parameters (x, y, z, speed).
`lerpInSeconds(Point3, int)`	Performs the lerpInSeconds operation using the provided parameters (vector3, speed).
`lerpInSeconds(int, int)`	Performs the lerpInSeconds operation using the provided parameters (a, speed).
`lerpInSeconds(int, int, int, int)`	Performs the lerpInSeconds operation using the provided parameters (x, y, z, speed).
`mul(Point3)`	Performs the mul operation using the provided parameters (value).
`mul(int)`	Performs the mul operation using the provided parameters (a).
`mul(int, int, int)`	Performs the mul operation using the provided parameters (x, y, z).
`mulLocal(Point3)`	Performs the mulLocal operation using the provided parameters (value).
`mulLocal(Vector3)`	Performs the mulLocal operation using the provided parameters (value).
`mulLocal(float)`	Performs the mulLocal operation using the provided parameters (a).
`mulLocal(float, float, float)`	Performs the mulLocal operation using the provided parameters (x, y, z).
`newInstance(UserPointer)`	Creates a new instance.
`normalize()`	Performs the normalize operation.
`normalizeLocal()`	Performs the normalizeLocal operation.
`restore(Variable, UserPointer)`	Performs the restore operation using the provided parameters (variable, userPointer).
`save(String, Object, UserPointer)`	Saves data from the object.
`set(Point3)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(Variable)`	Sets or updates the the value.
`set(int)`	Sets or updates the the value.
`set(int, int, int)`	Sets or updates the the value.
`setX(int)`	Sets or updates the x.
`setY(int)`	Sets or updates the y.
`setZ(int)`	Sets or updates the z.
`sqrDistance(Point3)`	Performs the sqrDistance operation using the provided parameters (vector3).
`sqrLength()`	Performs the sqrLength operation.
`sub(Point3)`	Performs the sub operation using the provided parameters (value).
`sub(int)`	Performs the sub operation using the provided parameters (a).
`sub(int, int, int)`	Performs the sub operation using the provided parameters (x, y, z).
`subLocal(Point3)`	Performs the subLocal operation using the provided parameters (value).
`subLocal(Vector3)`	Performs the subLocal operation using the provided parameters (value).
`subLocal(float)`	Performs the subLocal operation using the provided parameters (a).
`subLocal(float, float, float)`	Performs the subLocal operation using the provided parameters (x, y, z).
`sum(Point3)`	Performs the sum operation using the provided parameters (value).
`sum(int)`	Performs the sum operation using the provided parameters (a).
`sum(int, int, int)`	Performs the sum operation using the provided parameters (x, y, z).
`sumLocal(Point3)`	Performs the sumLocal operation using the provided parameters (value).
`sumLocal(Vector3)`	Performs the sumLocal operation using the provided parameters (value).
`sumLocal(float)`	Performs the sumLocal operation using the provided parameters (a).
`sumLocal(float, float, float)`	Performs the sumLocal operation using the provided parameters (x, y, z).
`toString()`	Returns the string representation.
`zero()`	Performs the zero operation.

Members​

Members