Point

from kurbopy import Point

pt = Point(50.0, 100.0)

class kurbopy.Point

A 2D point.

ceil()

Returns a new Point, with x and y rounded up to the nearest integer, unless they are already an integer.

Examples:

from kurbopy import Point
a = Point(3.3, 3.6).ceil()
b = Point(3.0, -3.1).ceil()
assert a.x == 4.0
assert a.y == 4.0
assert b.x == 3.0
assert b.y == -3.0

distance(other)

Euclidean distance.

expand()

Returns a new Point, with x and y rounded away from zero to the nearest integer, unless they are already an integer.

Examples:

from kurbopy import Point
a = Point(3.3, 3.6).expand()
b = Point(3.0, -3.1).expand()
assert a.x == 4.0
assert a.y == 4.0
assert b.x == 3.0
assert b.y == -4.0

floor()

Returns a new Point, with x and y rounded down to the nearest integer, unless they are already an integer.

Examples:

from kurbopy import Point
a = Point(3.3, 3.6).floor()
b = Point(3.0, -3.1).floor()
assert a.x == 3.0
assert a.y == 3.0
assert b.x == 3.0
assert b.y == -4.0

is_finite()

Is this point finite?

is_nan()

Is this point NaN?

lerp(other, t)

Linearly interpolate between two points.

midpoint(other)

Determine the midpoint of two points.

round()

Returns a new Point, with x and y rounded to the nearest integer.

Examples:

from kurbopy import Point
a = Point(3.3, 3.6).round()
b = Point(3.0, -3.1).round()
assert a.x == 3.0
assert a.y == 4.0
assert b.x == 3.0
assert b.y == -3.0

to_vec2()

Convert this point into a Vec2.

trunc()

Returns a new Point, with x and y rounded towards zero to the nearest integer, unless they are already an integer.

Examples:

from kurbopy import Point
a = Point(3.3, 3.6).trunc()
b = Point(3.0, -3.1).trunc()
assert a.x == 3.0
assert a.y == 3.0
assert b.x == 3.0
assert b.y == -3.0

x

y