Abstract: A recorder includes a file saving processor configured to record measurement data in a first file in time series, to temporarily store image data with information for associating the image data with the measurement data that is regarded as being received at the same time, to record image data corresponding to a point in time when a trigger is generated and also a given number of image data before the trigger is generated and a given number of image data after the trigger is generated, in the temporarily stored image data, in a second file, to create a third file in which the measurement data recorded in the first file and the image data recorded in the second file are associated with each other, and to associate the first file, the second file, and the third file with each other to save the associated files.

Abstract: A recorder includes a file saving processor configured to record measurement data in a first file in time series, to temporarily store image data with information for associating the image data with the measurement data that is regarded as being received at the same time, to record image data corresponding to a point in time when a trigger is generated and also a given number of image data before the trigger is generated and a given number of image data after the trigger is generated, in the temporarily stored image data, in a second file, to create a third file in which the measurement data recorded in the first file and the image data recorded in the second file are associated with each other, and to associate the first file, the second file, and the third file with each other to save the associated files.

Abstract: A measurement equipment has a polygonal line processing section and a computational processing section. The polygonal line processing section produces a polygonal line pattern signal based on a predetermined polygonal line pattern having a polygonal line value that varies according to a polygonal line time and a timer processing for the polygonal line time. The computational processing section executes a computational processing with using an external input signal and the polygonal line pattern signal.

Abstract: A measurement equipment has a polygonal line processing section and a computational processing section. The polygonal line processing section produces a polygonal line pattern signal based on a predetermined polygonal line pattern having a polygonal line value that varies according to a polygonal line time and a timer processing for the polygonal line time. The computational processing section executes a computational processing with using an external input signal and the polygonal line pattern signal.