Pillar display device for vehicle and method for controlling the same
A pillar display device of a vehicle and a method of controlling the pillar display device are disclosed. According to embodiment of the present invention, a method of controlling a pillar display device of a vehicle includes capturing, by at least one external camera, at least one external image, capturing, by at least one internal camera, a gaze of a passenger who will be provided with the external image on a display screen, determining, by a gaze information processor, an area to be displayed on the display screen from among the external images captured based on the passenger's gaze, correcting, by an image optimizer, an image of the determined area, and transmitting, by an information transmitter, the corrected image to each display screen.
1 . A method of controlling a pillar display device of a vehicle, the method comprising:
capturing, by at least one external camera, at least one external image;
capturing, by at least one internal camera, a gaze of at least one passenger who will be provided with the external image on display screens and automatically detecting an occupation status of each seat in the vehicle;
determining, by a gaze information processor, an area to be displayed on the display screens from among external images captured based on the passenger's gaze;
correcting, by an image optimizer, an image of the determined area;
transmitting, by an image information transmitter, the corrected image to the display screens;
displaying, by a display portion, the transmitted image on the display screens, wherein a respective display screen is disposed at a different angle; and
automatically adjusting an angle of at least one of the display screens to orient a respective display screen toward a respective passenger respectively matching the respective display screen based on a number of passengers in the vehicle and the occupation status of each seat in the vehicle.
2 . The method of claim 1 , wherein, in the determining an area to be displayed on the display screens, the area, the image of which looks seamlessly connected to a view visible through a windshield and side windows of the vehicle to create a see-through effect as if the display screens were a window, is determined to be the area to be displayed on the display screens.
3 . The method of claim 1 , further comprising storing, by an image information processor, the external image in real time.
4 . The method of claim 1 , wherein the external camera is a 3D camera configured to capture a 3D image with depth, and the external image is a 3D image with depth.
5 . The method of claim 1 , wherein, in the correcting the image of the determined area, an image of the determined area is corrected into an image optimized to ensure that a perspective, a shape, and a depth are not distorted when presented to the passenger.
6 . The method of claim 1 , wherein the adjusted angles are maintained.
7 . The method of claim 1 , wherein the angles of the display screens are adjusted in real time to orient the respective data screen toward the respective matching passenger.
8 . A pillar display device comprising:
at least one external camera capturing at least one external image;
at least one internal camera capturing a gaze of at least one passenger who will be provided with the external image on display screens and automatically detecting an occupation status of each seat in the vehicle;
a gaze information processor determining an area to be displayed on the display screens from among external images captured based on the passenger's gaze;
a processor correcting an image of the determined area;
an image information transmitter transmitting the corrected image to the display screens; and
a display portion configured to display the transmitted image on the display screens, wherein a respective display screen is disposed at a different angle, an angle of at least one of the display screens are automatically adjusted to orient a respective display screen toward a respective passenger respectively matching the respective display screen based on a number of passengers in the vehicle and the occupation status of each seat in the vehicle.
9 . The pillar display device of claim 8 , wherein the gaze information processor determines an area, the image of which looks seamlessly connected to a view visible through a windshield and side windows of the vehicle to create a see-through effect as if the display screens were a window, to be the area to be displayed on the display screens.
10 . The pillar display device of claim 8 , further comprising an image information processor storing the external image in real time.
11 . The pillar display device of claim 8 , wherein the external camera is a 3D camera configured to capture a 3D image with depth, and the external image is a 3D image with depth.
12 . The pillar display device of claim 8 , wherein the image optimizer corrects the image of the determined area into an image optimized to ensure that a perspective, a shape, and a depth are not distorted when presented to the passenger.
13 . The pillar display device of claim 8 , wherein the adjusted angles are maintained.
14 . The pillar display device of claim 8 , wherein angles of the display screens are adjusted in real time to orient the respective data screen toward the respective matching passenger.