Information processing device and program
An information processing device includes an image acquisition unit and an image processing unit. The image processing unit generates a composite image including at least two display images as images based on the one or more acquired images acquired by the image acquisition unit and a boundary image displayed at least in a region between the at least two display images. The image processing unit sets a display mode of the boundary image according to predetermined feature amounts of the at least two display images included in the composite image.
1. An information processing device comprising:
an image acquisition unit configured to acquire images acquired by at least one image acquiring device;
an image processing unit configured to generate a composite image including at least two display images as images based on one or more acquired images acquired by the image acquisition unit and a boundary image displayed at least in a region between the at least two display images; and
an output unit configured to externally output the composite image generated by the image processing unit, wherein
the image processing unit is configured to set a display mode of the boundary image according to a combination of respective predetermined feature amounts of the at least two display images included in the composite image,
the feature amounts include at least one of a parameter indicating brightness and a parameter indicating color,
the image processing unit calculates the feature amounts in a plurality of regions divided from at least one of the at least two display images and adds up the calculated feature amounts in the plurality of regions depending on weights set to the plurality of regions to calculate a feature amount of the at least one of the at least two display images,
the weights set to the plurality of regions vary according to a position of a pixel of a respective feature amount with respect to the boundary image within a respective region, and
a weight of the respective region increases with increasing distance between the position of the pixel of the respective feature amount and the boundary image within the respective region.
2. The information processing device according to claim 1 , wherein
the image processing unit acquires the feature amount in the at least one of the at least two display images in a partial region of a display image adjacent to the boundary image.
3. The information processing device according to claim 1 , wherein
the image processing unit sets the display mode of at least one of a shape and a display color of the boundary image according to the feature amounts.
4. The information processing device according to claim 1 , wherein
the feature amounts include at least the parameter indicating brightness, and
the image processing unit sets the display mode of a shape of the boundary image according to a combination of respective brightnesses of the at least two display images.
5. The information processing device according to claim 1 , wherein
the image acquiring device is configured to acquire surroundings of a vehicle, and
the information processing device is installed in the vehicle.
6. A program for causing a computer to implement:
an image acquisition function configured to acquire images acquired by at least one image acquiring device;
an image processing function configured to generate a composite image including at least two display images as images based on one or more acquired images acquired by the image acquisition function and a boundary image displayed at least in a region between the at least two display images; and
an output function configured to externally output the composite image generated by the image processing function, wherein
the image processing function sets a display mode of the boundary image according to a combination of respective predetermined feature amounts of the at least two display images included in the composite image,
the feature amounts include at least one of a parameter indicating brightness and a parameter indicating color,
the image processing function is configured to calculate the feature amounts in a plurality of regions divided from at least one of the at least two display images and add up the calculated feature amounts in the plurality of regions depending on weights set to the plurality of regions to calculate a feature amount of the at least one of the at least two display images,
the weights set to the plurality of regions vary according to a position of a pixel of a respective feature amount with respect to the boundary image within a respective region, and
a weight of the respective region increases with increasing distance between the position of the pixel of the respective feature amount and the boundary image.