Vehicle vision
A vehicle vision system is configured to visibly present a view of a scene to an operator, the operator's view of the scene being otherwise visibly obstructed by an obstruction movably supported by a vehicle.
1. A vehicle vision system comprising:
a vehicle configured to movably support an obstruction between a lowermost position and at least one raised position blocking an operator's view of a scene;
a lower camera mounted to the vehicle to capture a lower image of the scene beyond the obstruction;
an upper camera mounted to the vehicle to capture an obstructed upper image depicting the obstruction;
a controller configured to:
determine a current height at which the obstruction is supported while raised;
identify a first portion of the obstructed upper image that comprises the obstruction based upon the determined current height at which the obstruction is supported while raised, the first portion being formed by first pixels;
identify a second portion of the lower image depicting the scene obstructed by the obstruction, the second portion being formed by second pixels;
geometrically transform the second pixels based on a perspective of the upper camera;
replace the first pixels in the obstructed upper image with the geometrically transformed second pixels to form a modified upper image; and
display the modified upper image to the operator,
wherein the first portion has a first configuration when the obstruction is supported at a first height while raised and has a second configuration, different than the first configuration, when the obstruction is supported at a second height, while raised, different than the first height.
2. The vehicle vision system of claim 1 , wherein the obstruction comprises a load carrying tool.
3. The vehicle vision system of claim 2 , wherein the load carrying tool comprises a bucket.
4. The vehicle vision system of claim 2 , wherein the obstruction comprises a load carried by the tool and vertically extending beyond the tool.
5. The vehicle vision system of claim 1 , wherein the controller is configured to identify the first portion based upon image segmentation of the upper image to identify boundaries of the obstruction.
6. The vehicle vision system of claim 1 , wherein the controller is configured to identify the first portion based upon the current height at which the obstruction is supported while raised and generic obstruction specifications.
7. The vehicle vision system of claim 6 , wherein the generic obstruction specifications comprise operator input specifications for a load carrying tool of the vehicle.
8. The vehicle vision system of claim 6 , wherein the generic obstruction specifications comprises operator input or stored specifications for a load lifted or carried by the vehicle.
9. The vehicle vision system of claim 1 , wherein the controller is configured to identify the first portion based upon a sensed weight of the obstruction carried by the vehicle.
10. The vehicle vision system of claim 1 further comprising a non-image sensor configured to output signals indicating the current height at which the obstruction is supported while raised, wherein controller is configured to identify the first portion based upon the current height at which the obstruction is supported while raised.
11. The vehicle vision system of claim 1 further comprising a library of stored obstruction specifications, wherein the controller is configured to identify the first portion based upon the current height at which the obstruction is supported while raised and a selected one of the obstruction specifications.
12. The vehicle vision system of claim 1 , wherein the controller is configured to receive input from the operator defining a configuration of the first portion.
13. The vehicle vision system of claim 12 further comprising a display, wherein the controller is configured to present the upper image on the display and wherein the input received from the operator defining the configuration of the first portion is presented on the upper image on the display.
14. The vehicle vision system of claim 1 , wherein the controller is configured to adjust a configuration of the first portion based upon the current height at which the obstruction is supported while raised as the obstruction is vertically moved by the vehicle.
15. The vehicle vision system of claim 1 further comprising a display, wherein the upper camera is configured to capture an unobstructed upper image of the scene, wherein the controller is configured to automatically switch from presenting the unobstructed upper image of the scene and the modified upper image on the display based upon the current height at which the obstruction is supported while raised.
16. The vehicle vision system of claim 15 , wherein the vehicle comprises a load carrying tool that is raised and lowered by the vehicle and wherein the controller is configured to present the unobstructed upper image of the scene in response to the load carrying tool being at a height without supporting a load and is configured to present the modified upper image in response to the load carrying tool being at the height while supporting a load.
17. The vehicle vision system of claim 1 further comprising a display, wherein the controller is configured to:
present the obstructed upper image on the display;
determine presence of a predefined target in the lower image; and
automatically switch from presenting the obstructed upper image on the display to presenting the modified upper image on the display based upon the presence of the predefined target in the lower image.
18. The vehicle vision system of claim 17 , wherein the controller is configured to switch from presenting the obstructed upper image on the display to presenting the modified upper image on the display additionally based upon a determined distance between the predefined target and the vehicle.
19. The vehicle vision system of claim 1 , wherein the first portion has an outline corresponding to an outline of the obstruction.
20. The vehicle vision system of claim 1 , wherein the vehicle comprises a load carrying tool for vertically raising and lowering a load and wherein the first portion has an outline corresponding to an outline of the load being carried by the load carrying tool.
21. A vehicle vision system comprising:
a vehicle configured to movably support an obstruction blocking an operator's view of a scene;
a lower camera mounted to the vehicle to capture a lower image of the scene beyond the obstruction;
an upper camera mounted to the vehicle to capture an obstructed upper image depicting the obstruction;
a controller configured to:
identify a first portion of the obstructed upper image that comprises the obstruction, the first portion being formed by first pixels;
identify a second portion of the lower image depicting the scene obstructed by the obstruction, the second portion being formed by second pixels;
geometrically transform the second pixels based on a perspective of the upper camera; and
replace the first pixels in the obstructed upper image with the geometrically transformed second pixels to form a modified upper image; and
display the modified upper image to the operator, wherein the controller is configured to receive input from the operator defining a configuration of the first portion.
22. A vehicle vision system comprising:
a vehicle configured to movably support an obstruction blocking an operator's view of a scene;
a lower camera mounted to the vehicle to capture a lower image of the scene beyond the obstruction;
an upper camera mounted to the vehicle to capture an obstructed upper image depicting the obstruction;
a controller configured to:
identify a first portion of the obstructed upper image that comprises the obstruction, the first portion being formed by first pixels;
identify a second portion of the lower image depicting the scene obstructed by the obstruction, the second portion being formed by second pixels;
geometrically transform the second pixels based on a perspective of the upper camera;
replace the first pixels in the obstructed upper image with the geometrically transformed second pixels to form a modified upper image; and
display the modified upper image to the operator; and
a display, wherein the upper camera is configured to capture an unobstructed upper image of the scene, wherein the controller is configured to automatically switch from presenting the unobstructed upper image of the scene and the modified upper image on the display based upon a height of the obstruction.