5results about How to "Quick show" patented technology

The present disclosure relates to an image production method and device, electronic equipment and storage medium. The method comprises: obtaining a background layer image and rendering data of a plurality of candidate objects; sorting the plurality of candidate objects based on a preset sorting rule to obtain a target sequence; sequentially performing image rendering based on the rendering data of the candidate objects according to the target sequence to obtain a foreground layer image corresponding to the candidate objects; and in an image display process, in response to a switching instruction switching to a target object, synthesizing the foreground layer image corresponding to the target object and the background layer image to obtain a target image corresponding to the target object and displaying the target image. The target object is an object in the plurality of candidate objects. The time interval from detecting the switching instruction to displaying the target image corresponding to the switching instruction can be shortened, the target image can be quickly produced and timely displayed, and the image display and sharing process can be synchronized.

The application discloses a kind of cloud platform application topological structure processing method and its device, electronic equipment, it is related to cloud computing field or other related fields, wherein, the topological structure processing method includes: receiving topological structure display request, based on target cloud platform application identification, from preset database, target topological structure data is inquired, based on fault time point, determine playing time period, based on target topological structure data, on the front end interface, the fault topological structure corresponding to each time point of target cloud platform application on playing time period is shown.The application solves the technical problem that the efficiency of time dimension display of the topological structure of cloud platform application in the related art is lower, leading to the failure of quickly positioning the root cause of cloud platform application.

The application belongs to the technical field of airport business and link tracking, and discloses a business-level link tracking method and system based on airport business. The method uses a business-level multi-language adaptation probe based on dynamic bytecode enhancement technology, performs semantic analysis on collected data through a multi-dimensional label recognition engine, extracts a flight number and an event code business label, establishes an associated mapping between the business label and a technical call link, constructs a business link monitoring system in an airport multi-vendor environment, and realizes business-level fault positioning; based on the business label associated information, cross-system link integration is performed to construct a business-driven full-link tracking view; through multi-dimensional business topology analysis and a dynamic early warning mechanism, intelligent positioning and visual display of business faults are realized. The application can sample as needed, only record key requests and interfaces with long time consumption, and can be integrated with other monitoring systems to quickly respond to and solve problems.

The application discloses an energy service platform display device, which comprises a display table, the display table is in a rectangular box structure, one side and the upper part of the display table are open, a side sealing plate is arranged at the position of the side opening of the display table, and a plurality of sand table plates are arranged in the display table. The uppermost sand table plate is clamped by a clamping assembly, then a power assembly is started, the power assembly drives the side sealing plate to move away from the display table, so that the uppermost sand table plate is moved out from the side of the display table, then the clamping assembly is lowered, the sand table plate is moved to the lower end of the display table, then the sand table plate is stored in the lower end of the display table through the reset of the power assembly, and the power assembly and the clamping assembly are combined to move the required sand table plate in the display table to the uppermost end of the display table, so that the sand table plate with different energy arrangements can be quickly displayed.

The present application relates to the field of environmental protection and ecological restoration technology, in particular to an artificial intelligence enhanced groundwater environment damage multi-scale quantification method and system, by acquiring comprehensive data of a groundwater pollution site, including hydrogeology, chemical and biological parameters, baseline calculation and geostatistical interpolation are carried out, the pollution damage amount exceeding the baseline is analyzed, a solute transport model is constructed to predict the pollution trend, the damage physical quantity is calculated, the repair technology is evaluated by combining the analytic hierarchy process, the weight is determined and sorted, finally the restoration cost method and resource equivalent method are used to quantify the groundwater ecological damage value, realize the scientific evaluation and visual presentation of the damage, apply the groundwater solute transport model to optimize the groundwater damage calculation technology link, which can more accurately predict the damage range and degree of groundwater during the damage period, so as to more accurately quantify the damaged groundwater amount.