13 results about "Color scheme" patented technology

This invention discloses an intelligent terminal system that changes the interface skin according to environmental changes, relating to the field of communication technology. The system includes the following steps: acquiring the driver's gender information and determining the main color scheme of the interface based on the gender information; collecting the driver's facial emotions and generating a face recognition result; collecting the brightness value inside the bus and comparing the brightness value with a set threshold to obtain the current brightness level; acquiring the current location information of the bus and connecting to a server to obtain the current weather conditions based on the location information; comprehensively analyzing the obtained data and searching and configuring it with an interface database, outputting the configured result, and changing the current interface skin to the updated interface skin to complete the skin change; judging the driver's emotional state based on the skin change result and providing reminders to the driver accordingly. This invention not only changes the traditional impression left by in-vehicle terminal devices on customers but also improves vehicle driving safety and enhances user satisfaction.

Methods and a system for personalizing self-checkout terminals based on customer loyalty information includes receiving customer preferences during registration, generating themed personas with specific color schemes, graphics, and animations relevant to the customer's registered interests, and dynamically applying personalized interface themes when customers are identified at self-checkout terminals. The system maintains cached personas tagged with attributes like interests, religious preferences, and dietary restrictions, enabling sub-second personalization by matching customer preferences to pre-generated themes. The system avoids showing inappropriate content by filtering themes based on offensive content, collects user feedback on displayed themes through a rating mechanism, and employs time-delay factors to prevent theme repetition. New personas and corresponding themes are periodically generated to maintain customer engagement while keeping processing costs manageable.

The cards related to this design are diagram cards that visually represent the behavioral change process corresponding to neural activity by combining color bands based on five colors: black, green, red, yellow, and blue, with geometric and character elements that symbolize growth. The overall composition is unified in the order of black → green → red → yellow → blue, and the upper left logo, upper right character, and brain diagram are also composed based on the same color scheme rule. [Upper left logo structure] A logo mark resembling a plant is placed in the upper left. This logo is a trademarked design and is an element that symbolizes the image of growth and the natural cycle. The red → yellow → blue color scheme within the logo represents a transition of colors that expresses gradual change and visually corresponds to the color band of the entire card (black → green → red → yellow → blue). [Upper right structure] Multiple characters are placed in the upper right, and the stages of the behavioral change process corresponding to neural activity are expressed by the red, yellow, and blue color scheme that is consistent with the overall color band. The brain diagram in the upper right is also composed of four colors: green, red, yellow, and blue, and in accordance with the color scheme rules of the entire card, it is a diagram element that visually represents brain regions corresponding to neural activity. [Central Structure] The central part of the card has a structure based on the shape of the number "8," and the lower (1-7), middle (9-15), and upper sections are arranged in an infinity symbol (∞) shape. This ∞ structure is an element that visually represents the cyclical relationship between the foundational formation stage (1-7) and the behavioral change stage (9-15) corresponding to neural activity, and is a characteristic composition of this design. [Color and Unity] This design is unique in that the following elements are unified based on a color band of black → green → red → yellow → blue. ● Upper left logo ● Upper right character and brain diagram ● Growth lines arranged in the upper, middle, and lower sections ● Overall five-color band structure These unified color schemes make it possible to visually represent the processes, growth stages, and behavioral stages corresponding to neural activity in a continuous manner. [Flow indicated by arrows] Multiple arrows connecting each stage indicate a direction that aligns with the flow of the five color bands, making it easy for users to visually follow the transitions between stages. The placement of the arrows is an important visual element that reinforces the continuity and unity of the entire card.

Methods and a system for simplified computer terminal interface branding using machine-learning models (MLMs). The system includes a front-end interface that enables rapid personalization by generating logos, background images, and color specifications. The system processes brand information using large language MLMs to extract key concepts, which are then used to generate optimized image prompts. These prompts are provided to a MLM image generator to create themed background images for transaction workflows. The system automatically computes optimal text colors based on perceived brightness calculations and generates animation color schemes through red-green-blue (RGB) and hue-saturation-lightness (HSL) color space conversions. The methods and system enable rapid transaction interface personalization while maintaining high quality, reducing costs, and requiring minimal technical expertise from users.

This invention provides a method and system for dynamic management of color schemes in lightweight BIM models with graphics engines, belonging to the field of lightweight BIM model visualization technology. The method involves: performing a lightweight transformation on the BIM model to be managed and generating a record table of current model objects; receiving color setting operations and generating color intent units, saving multiple color intent units as a color scheme package; when the model version of the color scheme package is inconsistent with the current model version, converting the color intent units into color fragments; determining the current fragment's scope and segment acceptance method based on the fragment's source range and display role; and finally generating color execution instructions and applying them to the current lightweight BIM model. This invention, through fragment reconstruction, fragment expansion, fragment compression, and rendering rebinding, enables stable reuse of color schemes even after partial model replacement, splitting, merging, or re-lightweighting, reducing redundant configuration and improving the consistency of display effects.

Provided is printed matter in which two two-dimensional symbols can be displayed integrally while readability of each of the symbols is maintained. In the printed matter that has provided thereon a first two-dimensional symbol 2 and a second two-dimensional symbol 3 that are formed by vertically and horizontally arranging bright color cells and dark color cells, the first two-dimensional symbol 2 and the second two-dimensional symbol 3 are arranged such that finder patterns 23, 34, 35 do not overlap one another and coding areas 22, 32 partially overlap each other. Then, the cells of the first two-dimensional symbol 2 and the second two-dimensional symbol 3 are arranged in a common array orientation and at a common array pitch such that the central parts of the cells do not overlap one another, and in a portion where the coding areas 22, 32 overlap each other, the central parts of the cells are colored in color arrangement patterns of the cells, respectively.

This application provides a method for dynamically generating a color dictionary and a computer-readable medium. The method includes: periodically analyzing the RGB values ​​and corresponding pixel usage counts used in the color scheme of art resource files that represent the overall color scheme style of a project, to dynamically create or update a color dictionary and a two-dimensional statistical chart representing the RGB values ​​and corresponding pixel usage counts. The color dictionary and the two-dimensional statistical chart are provided for project developers to reference and use in color matching. By using the dynamically generated color dictionary provided in this application for color matching of art resources during project development, developers can promptly grasp and adhere to the overall color scheme style of the project, ensuring the consistency of the overall project art resource color scheme style and preventing jarring or conflicting visuals from appearing during project development.

The application provides a single-layer color holographic optical waveguide display device, and the application is provided with an in-coupling grating and an out-coupling grating which can respond to image light of different fields of view, and the grating periods of the in-coupling grating and the out-coupling grating are the same, so that the fields of view corresponding to the image light of different fields of view are connected with each other, thereby realizing single-layer waveguide color display. Compared with other optical waveguide color schemes, the application has the advantages of light and thin, simple process, low cost and being conducive to mass production.

The application relates to the technical field of image processing, and discloses a packaging film pattern printing inspection and color matching optimization system based on machine vision, which comprises the following steps: acquiring an electronic version of a printing pattern and a plurality of printing images of different color matching schemes of the printing pattern under a multi-light-source multi-view field; acquiring standard values of colors in the printing pattern and a plurality of color regions; acquiring a color difference distribution image of each printing image; acquiring a deviation weight of each position in each printing image; obtaining local color contrast of each closed region of each printing image; acquiring region expressiveness of each closed region of each printing image; obtaining comprehensive expressiveness of each position in each printing image; constructing an illumination influence distribution map of each color matching scheme of the printing pattern, and then screening an optimal color matching scheme. The application aims to solve the problem that color difference caused by illumination difference in the actual printing process of the packaging film material affects the overall coordination of the packaging pattern.

The invention relates to a method for determining the color recipe of a target color, comprising the sequence of the following process steps: a) a remission curve of the target color is recorded using a spectrophotometer (42), b) by means of an optimization algorithm (44), a color recipe is generated either b1) randomly or using an initial color recipe from a neural network (46) which contains correlations of remission curves and color recipes, or b2) taking into account a color recipe previously generated by the optimization algorithm (44), c) the generated color recipe is fed to the neural network (46), which determines the corresponding remission curve from the generated color recipe, d) the agreement between the remission curve of the target color and the generated color recipe is evaluated.e) Based on the evaluation, the generated color formula is output as the result color formula, or the result of the evaluation is passed back to step b2) to the optimization algorithm (44) for further optimization.

This application provides a map rendering method, apparatus, device, medium, and program product. The method includes: inputting acquired user feature data and map data into a pre-trained deep learning model; generating a map color scheme that matches the input data through the model; and then applying the map color scheme to the corresponding layer of the map software for rendering. The deep learning model can pre-learn the mapping relationship between user features and map color schemes through training based on historical color scheme data, thereby generating more diverse personalized color schemes. This effectively improves the color harmony and user matching of map rendering, reduces user visual fatigue when looking at the map, and enhances travel safety.

This system provides a personal color diagnostic drape, a beige-based basic color suggestion drape, and a color scheme diagnostic method based on personal color diagnosis and body type diagnosis, which diagnoses colors that suit the user by classifying the drapes used to diagnose the user's personal color by tone. [Solution] This product provides personal color diagnostic drapes, beige-based basic color drapes, and a color scheme diagnostic method based on personal color analysis and body type analysis, all aimed at providing users with beauty benefits by allowing them to use colors that suit them and look attractive in their clothing and cosmetics.