Abstract:
A method includes determining a target layout in which secondary images (504) are placed along an edge (506, 508) of a primary image (502), dividing each of the secondary images (504) into one of a horizontal group and a vertical group according to the target layout and dimensions of each of the secondary images (504), dividing any of the secondary images (504) in the horizontal group into one of a top group (706) and a bottom group (708) according to the target layout and a width of each of the secondary images (504) in the horizontal group, dividing any of the secondary images (504) of the vertical group into one of a left group and a right group according to the target layout and a height of each of the secondary images (504) in the vertical group, and placing each of the secondary images (504) adjacent to an edge (506, 508) of the primary image (502) according to an assigned group of each secondary image (504).
Abstract:
Methods, systems, and machine-readable media for processing an input image (22) are described. In one aspect, respective visual features of local input image regions of an input image (22) having a first pixel resolution are analyzed to produce a result (26). Based on the result (26) of analyzing the visual features, reduced-resolution visual representations (30) of corresponding ones of the local input image regions are derived from the input image. A thumbnail image (24) that reflects the arrangements, proportions and local details of the input image (22) having a second pixel resolution lower than the first pixel resolution is produced from the reduced-resolution visual representations (30). The thumbnail image (24) is output.
Abstract:
Examples disclosed herein relate to determining a segmentation boundary based on images representing an object. Examples include an IR image based on IR light reflected by an object disposed between an IR camera and an IR-absorbing surface, a color image representing the object disposed between the color camera and the IR-absorbing surface, and determining a segmentation boundary for the object.
Abstract:
An image and theme artwork management method (98) for optimizing a presentation of images displayed in a design, in which each image comprises colors, content, and metadata, includes selecting an artwork theme (93) for the design as a function of the metadata of the images; and adjusting the colors of the artwork theme (94) as a function of the colors of the images such that the images and the artwork theme within the design comprise more complimentary, contrasting, or similar colors.
Abstract:
A method of displaying an image with a display device includes receiving a first set of image data for a first image. A first sub-frame and a second frame corresponding to the first set of image data are generated. A bit-depth of the first and the second sub-frames is reduced based on a first set of quantization equations, thereby generating a first dithered sub-frame and a second dithered sub-frame. The method includes alternating between displaying the first dithered sub-frame in a first position and displaying the second dithered sub-frame in a second position spatially offset from the first position.
Abstract:
A method of displaying image with a display device includes receiving image data for a plurality of image frames. A least one sub-frame for each image frame is generated based on the received image data. The sub-frames for each image frame in a first set of the plurality of image frames are displayed at a first plurality of spatially offset positions. The sub-frames for each image frame in a second set of the plurality of image frames are displayed at a second plurality of spatially offset positions that is different than the first plurality of spatially offset position.