Parking slot annotation

A computerized apparatus having a hardware processor, the hardware processor being coupled to a memory, the hardware processor adapted to perform the steps of:

• presenting a map to a user, the map representing an overhead view of an at least partially drivable area;
• defining a parking sequence object in the map, the parking sequence object comprising a plurality of parking slot objects, wherein said defining comprises:
• obtaining, from the user, a user selection in the map of a start point and of an end point, wherein the parking sequence object is between the start point and the end point;
• and
• determining an orientation angle of the parking sequence object;
• determining, based on the parking sequence object, the plurality of parking slot objects, the plurality of parking slot objects are equidistant along a line defined between the start point and the end point, the plurality of parking slot objects are positioned in an identical angle with respect to the line, wherein the identical angle is defined based on the orientation angle;
• presenting over the map the plurality of parking slot objects;
• and
• utilizing the plurality of parking slot objects in training a parking slot detection model, the parking slot detection model is a digital product that is configured to identify parking slots in maps.

A computer program product comprising a non-transitory computer readable storage medium retaining program instructions, which program instructions when read by a processor, cause the processor to perform a method comprising:

• presenting a map to a user, the map representing an overhead view of an at least partially drivable area;
• defining a parking sequence object in the map, the parking sequence object comprising a plurality of parking slot objects, wherein said defining comprises:
• obtaining, from the user, a user selection in the map of a start point and of an end point, wherein the parking sequence object is between the start point and the end point;
• and
• determining an orientation angle of the parking sequence object;
• determining, based on the parking sequence object, the plurality of parking slot objects, the plurality of parking slot objects are equidistant along a line defined between the start point and the end point, the plurality of parking slot objects are positioned in an identical angle with respect to the line, wherein the identical angle is defined based on the orientation angle;
• presenting over the map the plurality of parking slot objects;
• and
• utilizing the plurality of parking slot objects in training a parking slot detection model, the parking slot detection model is a digital product that is configured to identify parking slots in maps.