VectorsGraphic#

VectorsGraphic(positions, directions[, ...])

Create graphic that draw vectors.

`VectorsGraphic.alpha`	The opacity of the graphic
`VectorsGraphic.alpha_mode`	How the alpha is handled by the renderer
`VectorsGraphic.axes`
`VectorsGraphic.block_events`	Used to block events for a graphic and prevent recursion.
`VectorsGraphic.deleted`	used to emit an event after the graphic is deleted
`VectorsGraphic.directions`	Vector directions
`VectorsGraphic.event_handlers`	Registered event handlers.
`VectorsGraphic.name`	Graphic name
`VectorsGraphic.offset`	[x, y, z]
`VectorsGraphic.positions`	Vector positions
`VectorsGraphic.right_click_menu`
`VectorsGraphic.rotation`	Orientation of the graphic as a quaternion
`VectorsGraphic.scale`	(x, y, z) scaling factor
`VectorsGraphic.supported_events`	events supported by this graphic
`VectorsGraphic.tooltip_format`	set a custom tooltip format function which takes a `pick_info` dict and returns a str to be displayed in the tooltip
`VectorsGraphic.visible`	Whether the graphic is visible
`VectorsGraphic.world_object`	Associated pygfx WorldObject.

`VectorsGraphic.add_axes`()	Add axes onto this Graphic
`VectorsGraphic.add_event_handler`(*args)	Register an event handler.
`VectorsGraphic.clear_event_handlers`()	clear all event handlers added to this graphic
`VectorsGraphic.format_pick_info`(pick_info)	Takes a pygfx.PointerEvent and returns formatted pick info.
`VectorsGraphic.map_model_to_world`(position)	map position from model (data) space to world space, basically applies the world affine transform
`VectorsGraphic.map_world_to_model`(position)	map position from world space to model (data) space, basically applies the inverse world affine transform
`VectorsGraphic.remove_event_handler`(...)	remove a registered event handler
`VectorsGraphic.rotate`(alpha[, axis])	Rotate the Graphic with respect to the world.