nuke.Box

class nuke.Box

Bases: pybind11_object

A 2-dimensional rectangle. Described by left, right, top and bottom coords (width and height are calculated as necessary).

Methods

`centerX`	self.centerX() -> float
`centerY`	self.centerY() -> float
`clampX`	self.clampX(x) -> int.
`clampY`	self.clampY(y) -> int.
`clear`	self.clear() -> None.
`h`	self.h() -> int
`intersect`	self.intersect(x, y, r, t) -> None.
`isConstant`	self.isConstant() -> True if box is 1x1 in both directions, False otherwise.
`merge`	self.merge(x, y, r, t) -> None.
`move`	self.move(dx, dy) -> None.
`pad`	Expand the box by (dx, dy) on each side.
`r`	self.r() -> int
`set`	self.set(x, y, r, t) -> None
`setH`	self.setH(n) -> None
`setR`	self.setR(n) -> None
`setT`	self.setT(n) -> None
`setW`	self.setW(n) -> None
`setX`	self.setX(n) -> None
`setY`	self.setY(n) -> None
`t`	self.t() -> int
`w`	self.w() -> int
`x`	self.x() -> int
`y`	self.y() -> int

intersect(x, y, r, t) → None.

Intersect with the given edges. self.intersect(box) -> None.

Intersect with the given edges.

merge(x, y, r, t) → None.

Merge with the given edges. self.merge(box) -> None.

Merge with the given edges.

move(dx, dy) → None.: Move all the sides and thus the entire box by the given deltas.

pad()

Expand the box by (dx, dy) on each side. self.pad(dx, dy, dr, dt) -> None.

Move all the sides and thus the entire box by the given deltas.