2 results about "Technical standard" patented technology

The invention relates to an IEC61968 standard document generation system and method based on generic programming and a reflection mechanism. The IEC61968 standard document generation system comprises an Xsd processing module, a configuration file processing module, an XML generation module, a data query module and an XML document output module. The Xsd processing module transmits data with the configuration file processing module and the XML document output module. The XML generation module transmits data with the configuration file processing module, the data query module and the XML document output module. The invention provides the general method characterized in that based on the power distribution network IEC61968 standard, the generic programming and reflection mechanism technologies are utilized to generate an XML document according with the IEC61968 standard. By adopting the method, the repeated development of a document conversion program for each power distribution application system is avoided, the format of data exchange documents is unified, the implementation difficulty and the implementation cost of each application assembly for power distribution are lowered, the construction of power distribution informatization is facilitated, the working efficiency and accuracy of power distribution informatization are improved, and the operation level of a power distribution network is further improved.

According to the present invention, firstly multiple reference parameter values of each color sample in a color chart are set, or a photograph and a measurement are performed on a standard color chart or a user-defined color chart in a certain standard lighting environment, multiple reference parameter values, SPD (λ)×R (λ) and brightness of each color sample are obtained. Then the SPD (λ)×R (λ) and the brightness of each color sample are reproduced by using a spectral tunable lighting source. Then each reproduced color sample is photographed by using the camera under the same settings to obtain multiple reproduced parameter values of each color sample. The two groups of parameter values are compared and a color calibration model is established. Finally color calibration of each batch of camera modules is implemented without the helping of a color chart and standard lighting environment. The present invention has the characteristics of high automation degree, high flexibility and adaptability, and high convenience in color changing and color sample calibrating, and thus has an extremely high practical value.