PlanarTracker

Set corner1-4 around a flat surface at the reference frame, Track, then Export a CornerPin2D (relative = from the reference frame, absolute = from the full format).

raw .mdPress ? for keys

Node	PlanarTracker
Menu	Transform › PlanarTracker
Names in each format
.oink comp (JSON)	`"type": "OC_N_planartracker"`
.nk script	none: written as an Oink node
Python	`nuke.createNode("OC_N_planartracker")`
Assistant (MCP)	`create_node(type="PlanarTracker")`
Tab search	`planartracker`, or its initials `pt`

PlanarTracker properties

Inputs and outputs

Port	Name	Type
input 0	Image	image
output 0	Image	image

Knobs

Panel tab Planartracker, in panel order.

Knob	Label	Type	Default	Range / values	.nk knob	Description
`corner1`	corner1	vector ×2	`672, 378`	-2000 to 6000
`corner2`	corner2	vector ×2	`1248, 378`	-2000 to 6000
`corner3`	corner3	vector ×2	`1248, 702`	-2000 to 6000
`corner4`	corner4	vector ×2	`672, 702`	-2000 to 6000
`reference_frame`	reference frame	float	`1`	-100000 to 100000 (integer)
`track_range`	range	menu	`input`	input, custom
`range_first`	first	float	`1`	-100000 to 100000 (integer)
`range_last`	last	float	`100`	-100000 to 100000 (integer)
`use_features`	feature init	bool	`true`			Initial guess from libmv feature tracks
`refine`	refine (whole region)	bool	`true`			Direct (whole-region) homography refinement

Other knobs (Python, .nk and the assistant; not on the panel)

Knob	Label	Type	Default	Range / values	.nk knob	Description
`gl_color`	Viewer Controls Color	float ×3	`0, 0, 0`	0 to 1
`postage_stamp_frame`	Static Frame	int	`1`	-2147483648 to 2147483647
`lifetimeStart`	Lifetime Start	int	`0`	-2147483648 to 2147483647
`lifetimeEnd`	Lifetime End	int	`100`	-2147483648 to 2147483647
`useLifetime`	Use Lifetime	boolean	`false`
`cached`	Cached	boolean	`false`
`bookmark`	Bookmark	boolean	`false`
`dope_sheet`	Dope Sheet	boolean	`false`
`clone_group`	Clone Group	string
`link_source`	Link Source	string
`link_overrides`	Link Overrides	string
`split_views`	Split Views	string

CameraTracker

Track Features, then Solve Camera.

CameraMatch

CameraMatch (fSpy-style): drag two lines per vanishing point over edges that are parallel in the scene (red X, green Y, blue Z), put the origin on the ground, optionally a reference distance.

On this page

Inputs and outputs Knobs Other knobs (Python, .nk and the assistant; not on the panel)