2results about How to "Flexible and configurable" patented technology

This invention provides an industrial time-series data report design method and system, computer equipment, and media, comprising: acquiring industrial time-series data; rendering the industrial time-series data into a report according to preset report design rules; dynamically adjusting some or all elements in the report according to user configuration operations, and re-rendering the report based on the dynamic adjustment results to obtain a new report. This invention introduces an on-demand triggered rendering mechanism, achieving second-level data updates and rendering while ensuring smoothness, and realizing data consistency between the editing and preview states; moreover, it provides a true WYSIWYG experience in the report editing interface, and with real-time feedback, alignment assistance, and other functions, significantly improves report design efficiency. Therefore, this invention effectively solves the core pain points of high latency and low design efficiency in industrial time-series data visualization in industrial scenarios, and has the advantages of high real-time performance, strong scalability, flexible configurability, and high reusability.

The invention discloses a multifunctional calculation circuit which comprises a parameter configuration unit used for performing parameter configuration, and configured parameters comprise an addressing base address and an interpolation mode; the read addressing unit is used for generating a read request to a read bus, reading data from an external memory according to the addressing base address, and caching the read data; the data comprises input feature map data and / or input grid data; the first-round addressing address is an addressing base address; the mapping unit is used for performing coordinate transformation according to the cached grid data, and determining adjacent point pixel values and coefficients thereof for interpolation calculation according to the obtained original image coordinates; the multiply-accumulate calculation unit is used for carrying out multiply-accumulate calculation on the adjacent point pixel value and the coefficient thereof determined by the mapping unit to obtain an interpolation; and the write addressing unit is used for writing the interpolation back to the external memory. According to the scheme, the affine transformation function and the grid sampling function can be flexibly achieved, resources are saved, and the interpolation calculation speed in the affine transformation is increased.