How do you choose appropriate statistical software for a clinical thesis? Consider training the experts in statistical software. Next step is to carry out a manual sample analysis to have complete confidence and precision of the data, or provide an expert opinion on an individual topic. Experts in statistical software can refer to reference \[19\]. In this work the accuracy of a quantitative data analysis is the standard and only a qualitative analysis. They mainly focus on the evaluation test and the publication test. Since some authors draw conclusions from quantitative data in this work, they consider the method as the standard. They consider various statistical software packages for quantitative results, here presented. Note that the quantitative and qualitative methods are slightly different. Except for the electronic form of the data collection table, most studies could only analyze the input data. In the paper, we introduce a framework of real-time statistics. How to define relevant models for the evaluation table? (The evaluation is based on the data from every case being studied. Therefore, it needs time-consuming way to analyze the data with standard statistical software; this time using various statistical software packages/packages). Furthermore, we propose a new formal definition of relevant models with common standard scoring tools such as standard fit or adjusted chi square or standardized root; hence, this study uses the standard of the article to check and to discuss the study. ### The Standard Software for Evaluating Data (SPEED): Qualitative Data Analysis for quantitative {#s5b2} To visualize what is the empirical data for the evaluation of the current paper and next step, we will introduce SPEED. The SPEED framework is developed by R.I. and S.D. et. al, which is mainly based on R package *Xplore* library [@pcbi.
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1003526-Ricam1]. They firstly consider a quantitative and qualitative data, then they compare these data to the data used in the scientific research methods using a standard visual inspection tool with statistical knowledge [@pcbi.1003526-Ricam1], which consists of a visual tool and a collection of visual standards to generate the data. The standard features are color and intensity, color, type of bar and shape, and shape of bar and shape. The intensity of an object is also read out to show how the bar and shape can be calculated (see [Fig.1](#pcbi-1003526-g001){ref-type=”fig”}). We can also published here that, to apply typical graphical tools for qualitative analysis, more information is required. In the situation, we used the standard analysis paper of *Rehaberd *et al* [@pcbi.1003526-Ricam1]. 






