Radius in meters around the specified coordinates to be avoided.

How strictly to avoid the area: <ul type="disk"> <li>soft - weak exclusion, try to avoid the area, </li><li>hard - strong exclusion, always avoid the area, </li></ul>

Shape of the area: <ul type="disk"> <li>point -  a circle with a radius equal to `extent` (`points` is the center of the circle), </li><li>polyline - a line with a width equal to `extent` (`points` are the vertices of the line), </li><li>polygon - a polygon (`points` are the vertices of the polygon), </li></ul>

Output format: <ul type="disk"> <li>simple - simplified output (only length and estimated travel time), </li><li>full - full output (length, estimated travel time, and full route geometry), </li></ul>

If true, the route may include driving on closed roads.

An array of areas to avoid when building a route. Not more than 25 areas.

Array of routes. Can consist of up to 50 routes.

Date and time to use instead of the current date and time. Specified as <a href='https://en.wikipedia.org/wiki/Unix_time' target='_blank'>Unix time</a>.

Point type: <ul type="disk"> <li>stop - start or end point of the route (with a straight path to a road), </li><li>walking - start or end point of the route (with a pedestrian path to a road), </li></ul>

If true, the route includes closed roads.

Accuracy of the route as a number from 0 to 1 (if `distance_direction` was set).

Route geometry in WKT format in case of full output. Empty string in case of simplified output.

Roads to avoid when building a route: <ul type="disk"> <li>dirt_road - avoid dirt roads when building a car or pedestrian route, </li><li>toll_road - avoid toll roads when building a car route, </li><li>ferry - avoid ferries when building a car or pedestrian route, </li><li>highway - avoid highways when building a pedestrian route, </li><li>ban_car_road - avoid car roads when building a bicycle route, </li><li>ban_stairway - avoid stairways when building a bicycle route, </li></ul>

Direction of movement at departure point in degrees.

Direction of movement at arrival point in degrees.

Distance from the point of departure in meters on which the direction of movement must be maintained.

Route type: <ul type="disk"> <li>jam - shortest route in time using current traffic data, </li><li>statistics - shortest route in time using statistical traffic data, </li><li>shortest - shortest route in distance, </li></ul>

Response type: <ul type="disk"> <li>result - Success result, </li><li>error - Error, </li></ul>

Request status: <ul type="disk"> <li>OK - route was successfully calculated, </li><li>FAIL - an unknown error occurred when calculating the route, </li><li>POINT_EXCLUDED - one of the points was excluded by the excluded objects, </li><li>ROUTE_NOT_FOUND - the route could not be build on the current data of the road graph, </li><li>ROUTE_DOES_NOT_EXISTS - the route between points on the road graph doesn't exist, </li><li>ATTRACT_FAIL - an error occurred while attracting the points: one of the points is more than 10 km away from the road graph, </li></ul>

2GIS Navigation API

Build multiple routes in a single call. Each route must consist of two points.

Routing type: <ul type="disk"><li> `car` - car route </li><li> `taxi` - car route (including public transport lanes) </li><li> `pedestrian` - pedestrian route </li><li> `bicycle` - bicycle route </li></ul>"

Pairs Directions API