81 results about "Macro" patented technology

A technique for improving the usage of built-in macro languages of applications by end users is provided. This technique enables the user to program in the programming language of his choice more easily. The source code of to user-selected language is stored in objects of the existing application and, if the language is a compiler language, the compiled code and the compiler itself are stored. A Bytecode Processing Server (BPS) is stored in an object of the existing application. This permits the use of the new macro language anywhere without additional installation efforts. The BPS and the existing application communicate via a stub program, which is written in the built-in macro language. This comprises parameter passing and data transfer.

The invention relates to an H.264/AVC to H.265/HEVC transcoding method and transcoder based on an H.264/AVC macro block structure and texture. The method includes the steps of extracting inter-frame macro block division mode information in a code stream of H.264/AVC standard codes, combining every four 16*16 H.264/AVC macro blocks to form one 32*32 large macro block, judging whether four division modes of the four 16*16 H.264/AVC macro blocks in each 32*32 large macro block are all 16*16 division modes or not, if not, mapping the macro block division modes to an H.265/HEVC coding mode in a direct mapping mode, if yes, judging other modes of each 32*32 large macro block through a mode judging method based on texture, enabling the division mode selected through judgment to serve as the macro block division mode for H.265/HEVC codes, and coding the code stream of the H.265/HEVC codes according to the macro block division modes of the H.265/HEVC codes. By means of the H.264/AVC to H.265/HEVC transcoding method and transcoder based on the H.264/AVC macro block structure and texture, by selecting and using the macro block division mode information in the code stream of H.264/AVC codes, the transcoding speed is increased, and the coding effect is improved.

The invention discloses a five-axis cutter length compensation method based on post-processing. Firstly, the structure of a given five-axis numerical control machine tool is analyzed, and thus a kinetic model of the machine tool is established and solved; secondly, post-processing software having a five-axis cutter compensation function is developed based on a VisualC++ platform by using the macro-variable and the numerical operation function provided by a numerical control system; finally, the pendulum length of a cutter is regarded as a macro-variable and written into a numerical control program obtained after post-processing is conducted through the software, and thus the compensation for the length of the five-axis cutter can be conveniently achieved by modifying the macro-variable of the pendulum length in the numerical control program. By means of the five-axis cutter length compensation method, the problem of cutter compensation of machine tools which do not having the five-axis radius compensation function can be solved, the phenomenon that post-processing is conducted again on preposition cutter location data is avoided, and thus the reusability of the numerical control program is improved. It is proved through practice that by means of the method, the five-axis cutter compensation function can be conveniently achieved, cost is low, and high engineering application value is achieved.

Some embodiments limit the changes to a buffer occupancy accumulator with respect to a target number of bits of the current frame. Limiting the change of the buffer occupancy accumulator will prevent one odd significantly different frame from significantly changing the quantization. Some embodiments improve upon the quantizer adjustment by making more accurate estimates of the amount of information needed to encode each macroblock. Specifically, some embodiments estimate the bits per macroblock in a manner that varies from frame type to frame type. Specifically, for frame types with motion compensation, some embodiments exploit the correlation between the complexity of the macroblock and the number of bits needed. In the case of frame types without motion compensation, some embodiments impose a model that biases bit allocation towards smaller activity macro blocks.

The invention discloses a numerically-controlled machine tool spindle multi-point directing method. The numerically-controlled machine tool spindle multi-point directing method comprises the steps of inputting a directing angle into a macro-variable; converting the macro-variable receiving the directing angle inside a macro program, and adding the macro-variable to a customized zero offset macro-variable of a spindle to form a final directing offset and issue an M code; enabling a programmable machine tool controller to receive the M code and to activate a window twenty-first function; enabling the window twenty-first function to convey the converted value of the input parameters of the macro directing angle to the data address of the programmable machine tool controller; enable the programmable machine tool control to read in the spindle directing offset and then to execute a directing instruction. Therefore, the numerically-controlled machine tool spindle multi-point directing method can complete data conversion in the macro program through the operational function of the macro program and achieve a spindle multi-point directing function under cooperation of the window function of the programmable machine tool controller. The numerically-controlled machine tool spindle multi-point directing method is applied to the field of numerically-controlled machine tool multi-accessory automatic tool changing and numerically-controlled machine tool machining.

The invention discloses a macro block type determining method, a video transcoding method, an electronic device and a storage medium, wherein the macro block type determining method is used for a video transcoding module, the video transcoding module comprises a first encoder and a second encoder used for processing the same video stream and respectively outputting the video stream, the first encoder is used for processing a first macro block, and the second encoder is used for processing a second macro block. The method comprises the steps of: acquiring a macro block type of a target macro block, wherein the target macro block is a first macro block associated with a current second macro block, and the macro block type of the target macro block is calculated by the first encoder; adjusting the selectable type set of the current second macro block according to the macro block type of the target macro block; and determining the macro block type of the current second macro block according to the adjusted selectable type set. As the traversal range of the macro block types is reduced, the calculation amount of video transcoding may be reduced, and the encoding efficiency is improved.Furthermore, the first encoder and the second encoder may output videos of different code rates.

A method for encoding that adaptive intra prediction based on a mode of variable size partition is applied in a macro block, includes calculating average values of the macro blocks to set the representative values of the macro blocks; and generating minor macro blocks by partitioning the macro blocks based on partition of the exceeded portion and calculating average values of each of the minor macro blocks and then, setting representative values of each of the minor macro blocks using the calculated average values. Further, the method includes generating minor macro blocks by partitioning the macro blocks based on partition of horizontal and vertical directions, calculating average values of each of the minor macro blocks and then, setting representative values of each of the minor macro blocks using the calculated average values.

A method of application environment migration assesses a source application code of a source application environment, ascertains a quantum change for migrating the source application code to a target application code and forecasts an assessment statistic (302) that provides at least one functional readiness (304) and a timeline (306) to complete the migration of the source application code. Further, scans the source application code for identifying a business logic and generates a re-factored code for the source application code by breaking the source application code into macro-services (426a, . . . , 426n) and repackaging the macro-services (426a, . . . , 426n) in accordance with the target application code while retaining the business logic. Thereby, updating components of the source application environment as per the forecasted assessment statistic (302) and the re-factored code, and migrating to the target application environment while re-platforming the updated components and the re-factored code of the source application environment.

The invention discloses a process for machining reticulate pattern knurls through a macro program. The process comprises the following steps of: performing accurate drawing by using two-dimensional CAD software according to a workpiece coordinate system and data on a drawing during processing, so as to convert a machining contour into a functional equation. According to the process for machining reticulate pattern knurls through the macro program, during machining, the workpiece coordinate system serves as a benchmark, the data in the drawing serve as a basis, and the machining contour is converted into a functional equation; and circular indexing is performed, and multi-head forward and reverse alternate thread screwing is performed. According to the process of the invention,advanced CAD and CAM technologies are combined, the numerical control macro program, the calculus thought and the functional trajectory equation are creatively introduced. The process has the advantages of easiness in equipment use, convenient programming and high applicability, and and can be widely applied to machining of reticulate knurled parts.

The invention relates to a heterogeneous layout legalization method considering a carry chain and position constraint. The method comprises the following steps: clustering a group of relative blocks into a virtual macro; finding an ideal position for the virtual macro, and defining one-to-many matching of a bipartite graph to represent a corresponding relationship between one macro and a plurality of discrete positions; dividing a carry chain through a clock region and position constraint; dividing a possible area into half columns of clock areas to enable the half columns of clock areas to meet clock constraints; constructing matching between a chain and a site, distributing the chain to a column, and relaxing an original problem into a binary linear programming problem; refining the inter-column chain, wherein each chain is uniformly distributed on the column according to the moving distance and the total density distribution; expanding the Abacus to develop a linkage legalization program; dividing the area into equal windows, so that the algorithm efficiency is improved. The method is beneficial to optimizing the legalization result of the digital circuit.

A computer-implemented low-code development platform is provided including a user interface and having access to a library of step macros configured for user configuration and interconnection via the user interface to generate executable code. Each step macro includes a step configuration generator and an execution code generator. The step configuration generator is configured to generate a step configuration file based on user-configurable data points configurable via the user interface. The execution code generator is configured to generate executable code in the form of a compiled step file configured for storage in memory and execution by a processor of a computing system. The execution code generator receives and inputs the step configuration file into a metaprogramming component configured to interpret the user-configurable data points of the step configuration file and to generate and output the compiled step file.

The invention discloses a dynamic link library implementation method. The method comprises the steps of scanning a global variable in a source code of a library file and defining the global variable by using a macro, adding a structural body pointer parameter represented by macro definition to a function of each non-C runtime library in the source code of the library file, creating a header file and declaring a structural body pointer comprising all global variables, thereby obtaining a library file meeting format requirements; and detecting a link mode of the library file and correspondinglyconfiguring the library file according to the link mode. By adopting the method and the device, the cross-tool-chain availability of the dynamic link library in a microcontroller environment can be greatly improved, and the performance of the library under a static link condition is improved.

The invention discloses a code rate control method, electronic equipment and a computer readable storage medium. The method comprises the following steps: acquiring a target bit of a to-be-coded frame, wherein the to-be-coded frame comprises a plurality of macro blocks; determining a target code rate level of a to-be-coded video sequence to which the to-be-coded frame belongs; determining first weights of the plurality of macro blocks based on the target code rate level; distributing a target bit of the to-be-coded frame to a plurality of macro blocks according to the first weight; and calculating quantization parameters of the plurality of macroblocks based on the target bits allocated for the plurality of macroblocks. Through the above mode, the adaptation degree of the target bit distribution mode of the macro block and the user demand can be improved.

An embodiment of the present invention is directed to an automated archiving tool. A system that implements an automated archiving tool comprises: a memory component; an interactive interface that receives one or more user inputs; and a processor, coupled to the memory component and the interactive interface, the processor configured to perform the steps comprising: querying for issues that meet an archive criteria; performing an export of the queried issues that meet the archive criteria; executing a script creating a macro for tickets and associated attachments; archiving the tickets as flat files; executing a script to index the archived issues by project; moving support files to a common directory; macro archiving the attachments; and identifying local references.

The invention discloses an AVC parallel coding method used for low power consumption applications. Image coding is performed in two steps, wherein the first step is prediction and semantic element calculation, and the second step is language element entropy coding. By adopting a row macro block parallel coding method, the requirement of a coding engine for clock frequency can be lowered so as to lower coding power consumption, meanwhile, the data reuse level in the coding process can be increased substantially, an external data access bandwidth is reduced, and the power consumption of a system also can be lowered to meet the requirements of the low power consumption applications. On the other hand, the complexity of an independent macro block row operation (the first step) and the language element entropy coding is basically not affected by a parallel operation, therefore, the algorithm performance is rarely reduced, and the complexity is rarely increased.

A method for determining whether a text complies with a query, an apparatus and a computer program product, the method comprising: obtaining a macro comprising a plurality of representations of a query; and executing the macro against a database comprising a simplified representation of at least one phrase within the text, to determine whether the text complies with any of the representations of the query.

The invention provides a method and a device for importing geographic element data into positioning equipment. The method comprises the following steps: determining a target geographic route, and obtaining latitude and longitude data of waypoints corresponding to the target geographic route; storing the longitude and latitude data based on a pre-constructed data structure format; defining a corresponding macro language data processing program by utilizing a preset macro language programming interface of target office software, executing the macro language data processing program to sequentially call the stored longitude and latitude data, and splicing the longitude and latitude data to obtain a target format navigation file; and sending the target format navigation file to a corresponding positioning device to display actual waypoint information corresponding to the target geographic route. By adopting the method for importing the geographic element data into the positioning equipment disclosed by the invention, the accuracy of displaying the waypoint information in the positioning equipment by the geographic element data can be improved, so that a field work route is reasonably planned.

The invention discloses a multi-objective optimization method for a liquid cooling plate, electronic equipment and a storage medium. The method comprises the following steps: establishing a geometric model of the liquid cooling plate; performing parameterization processing on the liquid cooling plate geometric model; creating a simulation calculation macro file of the liquid cooling plate geometric model according to a parameterization processing result; creating a simulation calculation batch processing script file of the liquid cooling plate geometric model according to the simulation calculation macro file; performing automatic optimization simulation based on the simulation calculation batch processing script file; calculating an error between the automatic optimization simulation result and a preset result; judging whether the error meets a preset value or not; if yes, stopping the automatic optimization simulation step; and if not, returning to the automatic optimization simulation step based on the simulation calculation batch processing script file. The optimization period of the liquid cooling plate in the heat flow coupling state is effectively shortened, automation of the optimization process can be achieved, and the optimization efficiency is obviously improved.

The invention provides a program interface parameter transmission method and system and related equipment. The method and system are used for expanding the data type of a transmittable parameter of anexisting variable parameter interface function. The method comprises the steps: defining the data type of a target parameter to be transmitted as a macro, wherein the literal volume of an identification character of the data type of the target parameter serves as a corresponding macro definition value, calling the general data structure class to create a target object corresponding to the targetparameter, writing the target object into a variable parameter list of a variable parameter interface function, calling a variable parameter interface function to read the parameters, and when the target object is read, taking the macro definition value corresponding to the macro identifier in the string variable of the target object as the data type of the read parameters.

The invention provides a cutting process parameter optimization method and system, computer equipment and a storage medium. The cutting process parameter optimization method comprises the following steps that an original machining program of machining equipment is obtained; replacing the original data of each process parameter in the original processing program with the corresponding macro-variable, and updating the original processing program into an optimized processing program; taking the original data of each process parameter as initial processing data, and optimizing the initial processing data to obtain optimized data; assigning the data after each optimization to a corresponding macro variable in the optimization processing program, and processing the workpiece to obtain a processed product; whether optimization is finished or not is judged according to the quality of the machined product and whether equipment operation data meets constraint conditions or not when the workpiece is machined through the optimized machining program.

The invention relates to research and development management, and provides a SDK-based multi-application adaptation method, device and equipment and a medium. Comprising the following steps: initially creating a global macro and a compilation item according to a project creation instruction; then storing the obtained to-be-packaged software development kit in a first folder to update the first folder; importing the obtained resource file into a second folder to update the second folder; initially creating an access layer, obtaining an original environment variable of a native project code, and obtaining an SDK environment variable of a to-be-packaged software development kit; obtaining a difference environment variable according to the difference between the two to assign the environment variable of the access layer; and finally, compiling the environment variables of the first folder, the second folder and the access layer to obtain compiled output data. The SDK is integrated and used through the plug-in, and a plurality of application programs can be adapted only by maintaining a set of service source codes, so that the adaptation efficiency is improved.

Methods and systems for multi-modalities integration via speech, chatbot, low-code, and no-code enterprise integration. Methods and systems for application integration for both application integration and macro/system aware integration technology. Methods and systems for integrating services between different software systems, the computer having a processor and a data repository including storing one or more service connectors configured to connect an origin software system to a target software system in the data repository, receiving integration instructions, the integration instructions including at least one of the origin software system, a directionality of the integration, the directionality indicating whether the integration is unidirectional or bidirectional, a frequency of integration, and the target system software, and performing the integration from the origin software system to the target software system using the one or more service connectors according to the integration instructions.