Personalized numerical value display method for high-precision measuring instrument

Abstract

The invention provides a personalized numerical value display method for a high-precision measuring instrument. A table format personalized display area of two rows and multiple columns is set; a first row is a unit display area used for displaying an ary and a unit of a measurement result; a second row is a digital display area used for displaying a measured numeric value. After measurement datais sent to an interface, the measurement data is first stored in an underlying code in a form of an initial state. At this time, the unit of the current measurement data is determined by via a measurement mode, an ary unit of the current data is determined according to the numeric value, and the numeric value is partitioned in such a way that one data group consists of three bits; the last two arefilled into a two-dimensional array of display data and drawn on a corresponding area of a display interface. Via the method, significant digit and precision control of the measured numeric value ina personalized display area can be realized, control of digits behind a decimal point of the numerical value can be achieved, control of display of the numeric value at a left part or a right part canbe realized, users are provided with a friendly and personalized digital display mode, and usage efficiency of the users is improved.

Description

technical field

[0001] The invention relates to the field of numerical display of measuring instruments, in particular to a method for personalized display of numerical values ​​of high-precision measuring instruments. Background technique

[0002] With the rapid development of measuring instruments, people have higher and higher requirements for the software functions of the instrument measurement, and the corresponding requirements for the friendliness of the human-computer interaction interface are also increasing, and the numerical display forms of the measuring instruments are also constantly improving. The interface display of small measuring instruments often has a digital display mode and a graphic display mode, and the digital display mode is usually the most important display mode. When using a small high-precision measuring instrument, due to the size of the instrument itself, the size of the display screen is constrained, and the displayed measurement result data...

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