Navigation Sector

Warning

This feature is experimental and not recommended for production use.

A navigation sector is a cuboid-shaped navigation area that enables the following:

Both the 2D and 3D routes can be calculated within navigation sectors.
- In case of the 2D routes, a point moves in the lower plane of the navigation sector (Z coordinate is not taken into account). If the height or radius set for this point is greater than the size of the navigation sector, such sector will be discarded from pathfinding.
- In case of the 3D routes, a point moves in 3 dimensions. If the radius set for this point is greater than the size of the navigation sector, it will be discarded from pathfinding.
Routes can be calculated within several intersecting navigation sectors. The intersecting sectors will be treated as a single navigation area.
Notice
In case of the 2D routes, the height difference between the intersecting sectors must not exceed the maximum height set for the 2D route; otherwise these sectors will be discarded from pathfinding.

The NavigationSector class to edit navigation sectors via UnigineScript
The PathRoute class to create 2D and 3D routes inside navigation sectors
The article on Creating Routes
A set of samples located in the data/samples/paths folder:
1. route_00
2. route_01
3. route_02
4. sector_00
5. sector_01
6. sector_02

To create a navigation sector via UnigineEditor:

Run UnigineEditor.
On the Menu bar, click Create -> Path -> Navigation Sector.
Click somewhere in the world to place the navigation sector.

A navigation sector
The new navigation sector will be added to UnigineEditor and you will be able to edit it via the Parameters window.

Notice

The created navigation sector only provides an area within which the 2D and 3D routes are calculated. The routes themselves should be created from the script.

In the Navigation Sector tab of the Parameters window, you can adjust the following parameters of the navigation sector:

Navigation	Navigation mask. The navigation mask of the navigation sector must match the navigation mask of the route that is calculated within it. Otherwise, the sector will not participate in pathfinding. By using the navigation mask, you can specify sectors that must be ignored during pathfinding.
Quality	Quality of optimization of the route that has already been calculated. This value specifies the number of iterations that are used for taking the short cut. The higher the value, the longer the route calculation will take.
Velocity	Scaling factor for velocity of the point that moves inside the navigation sector along the calculated route.
Dangerous	Danger factor that indicates if the point that moves inside the sector should try to avoid the navigation sector. Notice If the danger factor exceeds the maximum danger factor set for the route, the navigation sector will be excluded from pathfinding calculations.
Size	Size of the navigation sector's box along the axes.

In This Article:

See also

Creating Navigation Sector

Editing Navigation Sector