METHODS FOR OPTIMIZING INFORMATION DISPLAYS INSIDE AUTOMOBILE CLUSTER DISPLAYS

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METHODS FOR OPTIMIZING INFORMATION DISPLAYS INSIDE AUTOMOBILE CLUSTER DISPLAYS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240262201 titled 'METHODS FOR OPTIMIZING INFORMATION DISPLAYS INSIDE AUTOMOBILE CLUSTER DISPLAYS

The abstract describes a method for optimizing data display placement within display units. This involves obtaining dimensions of an available display area, determining an irregular shape representative of the area, generating a smaller shape representative of a data display, and translating the smaller shape within the irregular shape until it fits.

Obtaining dimensions of an available display area within a display unit
Determining an irregular shape based on the dimensions
Generating a smaller shape representative of a data display
Translating the smaller shape within the irregular shape until it fits
Rendering the data display at the location within the available display area

Potential Applications: - This technology can be used in digital signage to optimize the placement of content on screens. - It can be applied in user interfaces to enhance the organization and presentation of information. - Useful in interactive displays to improve user experience and engagement.

Problems Solved: - Efficient use of display space - Enhanced visual presentation - Improved user interaction with displayed content

Benefits: - Better utilization of screen real estate - Enhanced user experience - Increased engagement with displayed information

Commercial Applications: Title: "Optimized Data Display Placement Technology for Enhanced User Experience" This technology can be utilized in retail environments for digital signage, in museums for interactive exhibits, and in control rooms for monitoring systems.

Questions about the technology: 1. How does this method improve the efficiency of data display placement? 2. What are the potential implications of this technology in the field of user interface design?

Original Abstract Submitted

a computing device may implement a method for optimizing data display placement within display units. the method includes obtaining dimensions of an available display area within a display unit, and determining an irregular shape representative of the available display area based on the dimensions. the method further includes generating a second shape that is representative of a data display, wherein the second shape is smaller than the irregular shape, and translating the second shape within the irregular shape until the second shape is at a location within the irregular shape. all edges of the second shape are contained within the irregular shape at the location. the method further includes rendering the data display at the location within the available display area.