8 results about "Tooltip" patented technology

Mechanisms are provided to compress a tool prompt. An original tool prompt is segmented into text chunks. At least one semantic vector representation of the text chunks is generated and a first semantic distribution of the original tool prompt is generated based on the at least one semantic vector representation. A perturbed semantic vector representation is generated by eliminating at least one text chunk from the text chunks, and a second semantic distribution is generated based on the perturbed semantic vector representation. A comparison of the first and second semantic distributions is performed to generate at least one similarity metric. A compressed tool prompt is generated based on the at least one similarity metric by eliminating one or more text chunks that have a similarity metric that is above a threshold similarity value.

1. Name of the product in this design: Graphical User Interface for Modeling, Simulation and Analysis of Electronic Equipment. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: It is used for the digital management of the entire process of modeling, simulation and analysis. Various parameters can be edited in the input boxes of the interface. The X in the design interface represents text and / or numbers and / or letters and / or symbols. 6. Human-Computer Interaction Method of Graphical User Interface: The main view is the main interface of the newly created "Project2", in which the "Flow" tab is selected by default; clicking the "Optimize" tab in the main view displays the change state diagram 1; editing the corresponding parameters in the input box on the right side of the change state diagram 1 displays the change state diagram 2; clicking the "Testkey" tab of the design change state diagram 2 displays the change state diagram 3; clicking the "Import" button of the change state diagram 3 displays the change state diagram 4; clicking the "Choose" button of the change state diagram 4 displays the change state diagram 5; clicking the "Run" button of the change state diagram 5 displays the change state diagram 6, in which a hover text tooltip informs the user of the object to be run; clicking the "Run" button of the change state diagram 6 displays the change state diagrams 7 and 8 in sequence; clicking "Create Prediction" in the left area of ​​the change state diagram 8 displays the change state diagram 9, in which the Create Prediction pop-up window is shown; clicking the Create button in the change state diagram 9... The "OK" button in the Prediction pop-up window displays the change status diagram 10, in which the "Flow" tab is selected by default; clicking the "Edit" button to the right of "Project2 / Prediction_P1 / Flow" above the table in the change status diagram 10 displays the change status diagram 11; clicking the "Prediction_P1" node in the change status diagram 11 and selecting "Optimize" displays the change status diagram 12; clicking the "Run" button in the change status diagram 12 displays the change status diagram 13.

A system and a method for generating contextually relevant prompts for Gen AI tools are disclosed. A user input corresponding to a data object is received for determining object characteristics. A plurality of pre-determined categories is determined from a pre-defined prompt library database based on the determined object characteristics, which is rendered for selection by a user. A plurality of pre-determined sub-categories is determined from the pre-defined prompt library database based on a selected pre-determined category from amongst the plurality of pre-determined categories and the plurality of pre-determined sub-categories is rendered for selection by the user. A selected pre-determined sub-category is transformed by inserting contextual data received from the user and the prompts are generated based on the transformed pre-determined sub-category.

Techniques for managing tasks and resources using a map-based GUI are disclosed. A system determines locations and available actions associated with the tasks. The system generates a map representing a geographic region and markers indicating the locations of the tasks within the region. In response to the selection of a marker corresponding to a particular task, the system presents an interactive tooltip corresponding to the available action. Responsive to the selection of the graphic element, the system calls an API that performs the action while concurrently presenting the map.

1. Name of the product in this design: Graphical User Interface for Hardware Management of Testing Machine for Electronic Equipment. 2. Intended use of this design: for use in electronic devices. 3. The key design features of this product are the graphical user interface content displayed on the electronic device. 4. The image or photograph that best illustrates the design points: Change state diagram 6. 5. As is customary, rear view, left view, right view, top view, and bottom view are omitted. 6. Purpose of the graphical user interface: for online upgrades, online loading, and editing of test machine hardware information. 7. Human-Computer Interaction Method of Graphical User Interface: The main view is the main interface. Clicking the "Account" menu item in the main menu will bring up a submenu, leading to the transition state shown in Figure 1. Clicking the "LogIn" menu item in the submenu will bring up a login dialog box, leading to the transition state shown in Figure 2. Entering login information in the login dialog box and clicking the "Log In" button will close the dialog box. The login account name will be displayed to the right of the "Account" text in the upper right corner of the main interface, leading to the transition state shown in Figure 3. Moving the mouse to the "Power On" button in the toolbar will display the button function tooltip in the lower right corner, leading to the transition state shown in Figure 4. Clicking the "Power On" button will power on the test machine, leading to the transition state shown in Figure 5. After power-on, the interface will automatically transition to the transition state shown in Figure 6. The test terminal information will be displayed in the table control in the middle of the interface, and the power-on process and completion information log will be displayed in the log output column at the bottom of the interface.

The invention provides a tool calling method and device, electronic equipment and a storage medium. The method comprises the steps of determining a target available tool matched with input information in a plurality of available tool classes registered in advance based on tool prompt information and the input information input to a large model; wherein the available tool classes comprise available tools and tool attribute information corresponding to the available tools, and the tool prompt information is obtained based on the tool attribute information in the multiple available tool classes; and based on the called target available tool and the input information, generating large model output information corresponding to the input information.

Solutions are disclosed that provide entity driven templates for customized user prompts. Examples surface suggested prompts to a user to guide a chat with a generative artificial intelligence (AI) model, so that the user is able to receive more accurate and more relevant responses than might be expected from a freeform query or a set of generic prompts that do not account for the user's particular organization or role within that organization. A user interface (UI) tooltip enables users to select available data fields associated with entities in a query prompt to receive more relevant, focused results. The entities are culled from data that is specific to the user's own organization, and in some examples prioritized and focused based on the user's particular role in the organization and / or permission to access various elements within the data.

The invention discloses an element display regulation and control method and device, a storage medium and an electronic device, and relates to the technical field of smart home, the method comprises the following steps: creating a tool prompt container through text attribute information detected in real time from a document object model element to obtain a loading container, carrying out mounting association on the loading container and the document object model element; creating a tool prompt container according to the text attribute information to obtain a loading container, and carrying out mounting association on the loading container and the document object model element; and under the condition that mounting association is completed, decomposing a target text corresponding to the document object model element into a first text and a second text, and regulating and controlling a visual display result of the document object model element according to the first text and the second text. The problems that the processing process of the overflow text is complex and the processing cost is high in the prior art are solved.