Batched field-of-view cropping and ruler adding method for metallographic digital photographs by using Photoshop software

Abstract

The invention relates to a batched field-of-view cropping and ruler adding method for metallographic digital photographs, in particular to a batched field-of-view cropping and ruler adding method for the metallographic digital photographs by using Photoshop software, wherein the method is simple, efficient and capable of achieving batched manufacturing. The method includes the steps of photograph acquisition, ruler calibration, length conversion, action recording and batched processing. According to the method, field-of-view cropping and ruler adding for the metallographic digital photographs are achieved with the method of combining a 'batched processing' function and an 'action' function of the Photoshop software, a large number of photographs can be processed in single-step operation, therefore, work efficiency is greatly improved, and labor intensity of workers occupied in metallographic analysis is alleviated; in addition, the photographs after being cropped are consistent in size, added rulers are fixed in position, and the manufactured metallographic digital photographs are uniform in overall style.

Description

[0001] technical field [0002] The present invention relates to a method for cutting out fields of view and adding scales to metallographic digital photos in batches, in particular to a method for batch cutting out fields of view and adding scales for metallographic digital photos using Photoshop software, which is simple, efficient and can be produced in batches . Background technique [0003] At present, there are various brands of metallographic microscopes on the market, and the digital photos collected by them have different resolutions. For metallographic analysis, sometimes it is necessary to crop the digital photos into a fixed-sized field of view and add magnification according to national standards. the ruler. At present, it is mainly completed by using the software analyzer attached to the new microscope. The disadvantage is that the image processing efficiency is low. Taking the MIAPS professional analysis software attached to the ZEISS microscope as an example...

AI Technical Summary

Problems solved by technology

At present, it is mainly completed by using the software analyzer attached to the new microscope. The disadvantage is that the image processing efficiency is low. Taking the MIAPS professional analysis software attached to the ZEISS microscope as an example, when cutting the field of view and adding a ruler for multiple digital metallography, It needs to be operated one by one, that is, the software has no "batch processing" function, which makes the image processing process cumbersome, heavy workload, and prone to human errors, and the efficiency is not high

Its disadvantage is that it needs to be realized through professional computer software programming. For ordinary users, the professional knowledge is high, the realizability is poor, and it is not universally popularized. Moreover, this method cannot realize the field of view cropping function of metallographic digital photos.

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