Video monitor layout
First Claim
1. A method of laying out video monitors, comprising:
- determining a plurality of sample points on a map;
determining a spatial range to be analyzed based on distribution regions of the plurality of sample points;
obtaining grid units of the spatial range by rasterizing the spatial range to be analyzed;
assigning a weight to each of the sample points, wherein the weight of each of the sample points represents a level of monitor requirement at each of the sample points; and
acquiring a weight value of each of the grid units according to the weight of each of the sample points and a positional relationship between each of the sample points and each of the grid units, andgenerating camera distribution position data of the spatial range based on the weight value of each of the grid units.
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Accused Products
Abstract
A video monitor layout method and device are provided in the present disclosure. The method includes: determining a plurality of sample points on a map and determining a spatial range to be analyzed based on distribution regions of the plurality of sample points; obtaining grid units of the spatial range by rasterizing the spatial range to be analyzed; assigning a weight to each of the sample points, wherein the weight represents a level of monitor requirement at the sample point; and acquiring a weight value of each of the grid units according to the weight value of each of the sample points and a positional relationship between each of the sample points and each of the grid units and generating camera distribution position data of the spatial range based on the weight value of each of the grid units.
1 Citation
15 Claims
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1. A method of laying out video monitors, comprising:
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determining a plurality of sample points on a map; determining a spatial range to be analyzed based on distribution regions of the plurality of sample points; obtaining grid units of the spatial range by rasterizing the spatial range to be analyzed; assigning a weight to each of the sample points, wherein the weight of each of the sample points represents a level of monitor requirement at each of the sample points; and acquiring a weight value of each of the grid units according to the weight of each of the sample points and a positional relationship between each of the sample points and each of the grid units, and generating camera distribution position data of the spatial range based on the weight value of each of the grid units. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. A device for video monitor layout, comprising a processor that performs the following operations by reading and executing machine-executable instructions stored on a storage medium and corresponding to control logic of the video monitor layout:
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determining a plurality of sample points on a map; determining a spatial range to be analyzed based on distribution regions of the plurality of sample points; obtaining grid units of the spatial range by rasterizing the spatial range to be analyzed; assigning a weight to each of the sample points, wherein the weight of each of the sample points represents a level of monitor requirement at the sample point; and acquiring a weight value of each of the grid units according to the weight of each of the sample points and a positional relationship between each of the sample points and each of the grid units; and generating camera distribution position data of the spatial range based on the weight value of each of the grid units. - View Dependent Claims (11, 12, 13, 14, 15)
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Specification