12results about How to "Improve comparison efficiency" patented technology

The application discloses a component difference identification method and device in different version BIM models and a storage medium. The method comprises the following steps: selecting a component to be compared from different version BIM models; extracting contour lines of the component to be compared in each version BIM model; sampling the contour lines to obtain a key point set of the contour lines; sampling a surface of the component to be compared to obtain a description point set of the surface; calculating a logarithmic distance between each key point in the key point set and all points in the description point set; constructing a statistical histogram of the component to be compared according to the logarithmic distance; and identifying component differences according to the statistical histograms of the components to be compared in different version BIM models. The application can identify subtle differences of components, and improve identification efficiency and identification accuracy.

The invention discloses a code comparison method, device and equipment, a medium and a product. The method comprises the following steps: pulling second metadata of a second engineering code of each version of a to-be-compared code branch of a first Git warehouse through JGit, and storing the second metadata into a second Git warehouse; determining a first tree parser corresponding to the second engineering code in second metadata of a second Git warehouse; analyzing the second metadata according to a first tree analyzer to obtain first file structure data, and analyzing the first metadata of the first engineering code according to a second tree analyzer corresponding to the first engineering code to obtain second file structure data; and comparing the first file structure data with the second file structure data, and determining change information of the first engineering code relative to the second engineering code. According to the technical scheme, the problem that current code comparison depends on a GitLab interface is solved, comparison branch codes can be cloned to the local through JGit for comparison operation, dependence on the GitLab interface is reduced, and comparison efficiency is improved.

The invention discloses a tracing identification method for industrial wastewater in a municipal pipe network based on a three-dimensional fluorescence spectrum angle algorithm. The tracing identification method is characterized by comprising the following steps: collecting industrial area municipal pipe network confluence well water outside a factory, industrial wastewater raw water in the factory, treated industrial wastewater and a water sample of an enterprise inspection well; mixing the municipal pipe network confluence well water with the industrial wastewater raw water, the treated industrial wastewater and enterprise inspection well water in the factory according to a series of different proportions to obtain three-dimensional fluorescence spectrum data of water samples with different mixing proportions; reading the three-dimensional fluorescence spectrum data obtained after correction in the step 1 in a python environment, flattening the three-dimensional fluorescence spectrum data into a one-dimensional vector, and performing normalization processing on the one-dimensional vector to obtain one-dimensional vectors of each group of mixed water samples; the spectral difference and similarity between samples are compared and analyzed through a spectral angle algorithm, the characteristics of the industrial wastewater are quantitatively evaluated, qualitative recognition of the industrial wastewater in the municipal pipe network is achieved, and the method has the advantages of being efficient, accurate and convenient.

The invention relates to the technical field of multi-energy management, and relates to an energy management and control method based on a multi-energy management platform. The method comprises the steps of receiving a transmission data packet through a data calculation center, determining a current processing data packet of the data calculation center based on a priority coefficient of the transmission data packet, and obtaining generated electric quantity of each energy power station connected with the data calculation center based on calculation processing duration of the current processing data packet in the data calculation center. Judging whether the sum of the generated electric quantity of each energy power station meets the required electric quantity or not, when the required electric quantity is met, acquiring a total electric quantity generation stability index and a unit set time generation stability index of each energy power station from the multi-energy management platform, and analyzing a selection priority coefficient of each energy power station; and according to the selection priority coefficient of each energy power station, the final energy supply energy power station is determined to supply energy to the data calculation center, so that intelligent regulation and control of energy are realized, and efficient and stable operation of the data calculation center is ensured.

The invention discloses a tunnel anchor rod detection method and device and electronic equipment, and the method comprises the steps: collecting a layout image of an anchor rod driven into a tunnel through image collection equipment, and presetting a marker for recognizing the anchor rod on the anchor rod; the layout image is input into an image recognition and analysis model, the layout image is analyzed through the model, an actual condition parameter set of the anchor rods is obtained, and the actual condition parameter set comprises at least one of actual construction parameters of each anchor rod and actual distribution state parameters of the anchor rods. Therefore, whether each anchor rod in the layout image meets the construction requirement or not can be determined according to the actual construction parameter of each anchor rod and / or the actual distribution state parameter of each anchor rod, and the predetermined reference construction parameter of each anchor rod and the reference distribution state parameter of each anchor rod. According to the method, the actual condition of the anchor rod driven into the tunnel can be efficiently obtained, and technical support is provided for tunnel structure safety evaluation.

The application provides an information comparison method, device, equipment, medium and product, and relates to the technical field of function testing. The method comprises the following steps: acquiring a multi-level result list received by an interface test tool, wherein the multi-level result list comprises a plurality of first lists of different levels; determining a first list at the bottom layer in the multi-level result list as a target list to be compared; splicing a first identifier of the target list and a second identifier of a higher-level list of the target list to obtain a target identifier corresponding to the target list; and comparing target identifier data of the target list with first data of a preset assertion list to obtain a comparison result, wherein the first data is assertion data in the assertion list corresponding to the multi-level result list. The above steps can improve the efficiency of comparison between assertion data and returned data.

The invention provides a logging layering interpretation conclusion accurate comparison method based on a mutual cutting method and a related system, and belongs to the technical field of logging data processing in oil exploration and development. The method comprises the following steps: for two versions of hierarchical interpretation conclusion sets of a well, mutually cutting according to top depth and bottom depth, splitting original interpretation layer sections into comparable layer sections, then enabling the comparable layer sections to form comparable layer section groups in a one-to-one correspondence manner, and judging whether the comparable layer section groups are equal or not through comparison of a depth domain and a conclusion domain; and counting and summarizing comparison conclusions of all the comparable layer section groups to form a complete difference comparison result of the well. Through automatic cutting and comparison processes, the method can be added into an existing processing and explaining process very easily, and the difference between explaining results of different versions can be obtained quickly, so that the multi-well comprehensive research period is shortened; especially for the conditions of a large number of wells, a large number of oil reservoirs and a large number of interpretation layer sections, the comparison work efficiency can be remarkably improved, and artificial introduction of extra errors is avoided.

Embodiments of the present application relate to a routing comparison method and device, computer equipment and a storage medium, by obtaining a first route published by a cloud enterprise network, and obtaining a plurality of second routes already existing in the instance; converting the address range of the target address corresponding to the first route and each second route into an interval of integers to obtain a first interval corresponding to the first route and a second interval corresponding to each second route; comparing the first interval and the plurality of second intervals according to an interval tree algorithm to obtain a plurality of comparison results, the comparison results representing whether the first interval and each second interval overlap. Thus, the addresses of the routes to be compared can be converted into integer intervals and compared according to the interval tree algorithm, even when the number of routes is large, the comparison can be quickly performed, and the efficiency of the route comparison is improved.

The application discloses a power system data updating system, method, device and storage medium, and the system comprises a power system database, various standard databases and a cloud server; the various standard databases are used for calling first data objects, constructing a first data object set according to the first data objects, and obtaining standard IDs corresponding to the various first data objects; the power system database is used for calling a second data object set and obtaining standard IDs corresponding to the various second data objects; the cloud server is used for obtaining the standard IDs of the first data objects and the standard IDs of the second data objects, determining target new standard IDs and target deletion standard IDs, and performing data updating on the power system database based on the target new standard IDs and the target deletion standard IDs. The application solves the technical problems of low efficiency and inability to respond to new data updating in a timely and accurate manner in the prior art.

This invention discloses a method and electronic device for analyzing the accuracy of a network model. The method involves acquiring the output data of a target network model deployed on a first processor and a second processor, respectively, preprocessing the output data of the first and second processors to obtain at least one corresponding data pair, and inputting the first and second data from the data pair into a pre-trained data processing model for comparison to determine the data matching result. Based on this data matching result, the accuracy information of the target network model is determined. Therefore, this method can improve the efficiency of whole-network data comparison while simultaneously enabling comparison of the entire network across different processors.

This invention discloses an open-source automated testing system for electricity meters and data acquisition terminals, relating to the field of electricity meter testing technology. It aims to address the problem that the test coverage of existing electricity meter testing solutions is often determined by the experience of the testers. The system includes: a device management module for integrated control of the equipment and automatic control to meet testing conditions; a bottom-level platform module providing a set of step instructions for the smallest unit; a communication protocol module containing several protocols and parsing data according to the frame format structure and data type of the protocols; a script testing module that sets up script programs according to the test process and logic, calls the step instructions, and verifies the test results by reading, setting, and comparing data in the protocol library; and a task management module that establishes task numbers, selects script programs through task allocation, executes tests, and outputs test reports. This invention significantly improves test coverage and efficiency through automated testing technology, reducing reliance on developers.