Graphical User Interface for Spectral Analysis Systems in Electronic Devices

Abstract

1. The name of the product of this design: Graphical user interface for a spectrum analysis system for an electronic device. 2. Purpose of the product of this design: Graphical user interface for spectrum analysis system of electronic equipment. 3. The key design point of this appearance design product lies in the graphical user interface. 4. The picture or photo that best illustrates the design points: Interface change state diagram 1. 5. Purpose of the graphical user interface: The graphical user interface of this appearance design is used for the visualization system of the spectrum analysis system. It is a professional metrology software developed specifically for solving the model establishment and data statistical calculation in chemometrics. It uses chemometric methods to realize statistical analysis of spectrum data, and realizes the function of combining with practical application fields by establishing corresponding mathematical models. It is currently commonly used in nuclear magnetic resonance, Raman, near infrared, infrared and other spectral or spectrum detection fields. 6. Human-computer interaction mode of the graphical user interface: The main view is the system login page, which is displayed after starting the program. Enter the account password and click login to enter the system interface change state Figure 1. Interface change status Figure 1 is the main interface of the system's comprehensive display. The left side is the spectrum model selection area, where you can select a grouped spectrum model. The right side displays the basic model information, physical property information, spectrum information, and physical property model. Interface change state Figure 2 shows the page that is jumped to by clicking the physical property model button in interface change state Figure 1. The page displays a list of physical property models. Select a model to view the calibration set-prediction results and the validation set-prediction results. Interface change state diagram 3 Click the Create button in interface change state diagram 2 to jump to the page, and select the physical property list to create a physical property model. Interface change status diagram 4 Click the manual creation button in interface change status diagram 3 to jump to the page. Model creation is divided into five steps. The current step is to edit the basic information of the model. The model name and remarks can be edited. Interface change status diagram 5 Click the Next button in interface change status diagram 4 to jump to the page. The current page is the second step of spectrum classification. The left side is the spectrum list. Select the spectrum information to edit the spectrum type. The right side displays the data chart showing the property distribution bar chart and property distribution scatter plot. Interface change status diagram 6 Click the next button in interface change status diagram 5 to jump to the page. The current step is the third step of spectrum processing. The left side shows the changes of the spectrum after preprocessing and the initial spectrum curve. The right side shows the changes in the correlation coefficient relationship graph and the standard deviation relationship graph. Interface change status diagram 7 Click the Next button in interface change status diagram 6 to jump to the page. The current step is the fourth step of interval selection. The spectrum interval can be selected by the manual selection button and the automatic selection button. Interface Change Status Figure 8 Click the Next button in Interface Change Status Figure 7 to jump to the page. The current page is the fifth step of model building. The left side of the screen displays the model calibration set spectrum calibration set-prediction results, spectrum list and parameter information. The yellow panel on the right can edit parameter information, factor settings and outlier screening. Click Create Model to complete model creation.

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