Point

A point with two coordinates.

struct Point {

static GType _getGType();

GType _gType [@property getter];

float distance(graphene.point.Point b, float dX, float dY);

bool equal(graphene.point.Point b);

graphene.point.Point init_(float x, float y);

graphene.point.Point initFromPoint(graphene.point.Point src);

graphene.point.Point initFromVec2(graphene.vec2.Vec2 src);

void interpolate(graphene.point.Point b, double factor, graphene.point.Point res);

bool near(graphene.point.Point b, float epsilon);

void toVec2(graphene.vec2.Vec2 v);

static graphene.point.Point zero();

}

Members

Functions

distance float distance(graphene.point.Point b, float dX, float dY): Computes the distance between a and b.
equal bool equal(graphene.point.Point b): Checks if the two points a and b point to the same coordinates.
initFromPoint graphene.point.Point initFromPoint(graphene.point.Point src): Initializes p with the same coordinates of src.
initFromVec2 graphene.point.Point initFromVec2(graphene.vec2.Vec2 src): Initializes p with the coordinates inside the given #graphene_vec2_t.
init_ graphene.point.Point init_(float x, float y): Initializes p to the given x and y coordinates.
interpolate void interpolate(graphene.point.Point b, double factor, graphene.point.Point res): Linearly interpolates the coordinates of a and b using the given factor.
near bool near(graphene.point.Point b, float epsilon): Checks whether the two points a and b are within the threshold of epsilon.
toVec2 void toVec2(graphene.vec2.Vec2 v): Stores the coordinates of the given #graphene_point_t into a #graphene_vec2_t.

Properties

_gType GType _gType [@property getter]

Static functions

_getGType GType _getGType()
zero graphene.point.Point zero(): Returns a point fixed at (0, 0).

Variables

x float x;: the X coordinate of the point
y float y;: the Y coordinate of the point

graphene point structs

Point