| Id |
Subject |
Object |
Predicate |
Lexical cue |
| T120 |
0-50 |
Sentence |
denotes |
Effects of input population at different scenarios |
| T121 |
51-325 |
Sentence |
denotes |
The input population variations include the percentage changes p 2 of the exposed individuals and the number changes A of the input population which impact the disease on the peak value of the cumulative confirmed cases and the disease extinction time (Figure 3, Figure 4 ). |
| T122 |
326-717 |
Sentence |
denotes |
For the first time point t 1 = 10 (i.e. Feb 6, 2020), the days of disease extinction (DDE) are shortened to 78 days (i.e. Apr 13, 2020) and 69 days (i.e. Apr 4, 2020) at Sce 1: (p 2, A) = (p 2 * , 1.5A *) and Sce 2: (p 2, A) = (p 2 * , 2A *), and the maximum values of the cumulative confirmed cases (MVCCC) have the numbers of 1396 and 1397 [Fig. 3A, Supplementary table 1 (STable 1)]. |
| T123 |
718-893 |
Sentence |
denotes |
For the confirmed cases, the peak values are nearly close to the baseline value with the number of 1003, and the corresponding times are same as the baseline value (STable 1). |
| T124 |
894-1116 |
Sentence |
denotes |
Moreover, the confirmed cases of Sce 1 and Sce 2 have the same variations as the baseline result with their early disease extinction that are consist with the variations of the cumulative confirmed cases (Fig. 2A and 3 A). |
| T125 |
1117-1409 |
Sentence |
denotes |
For Sce 4, Sce 5, Sce 7 and Sce 8, compared with the baseline results, the DDE of these scenarios are 81 days (i.e. Apr 16, 2020), 59 days (i.e. Mar 25, 2020), 83 days (i.e. Apr 18, 2020) and 73 days (i.e. Apr 8, 2020), respectively which indicate the early extinction of COVID-19 (STable 1). |
| T126 |
1410-1515 |
Sentence |
denotes |
The MVCCC of the four scenarios are larger than the baseline result with the largest value (1448) in Sce: |
| T127 |
1516-1538 |
Sentence |
denotes |
8 (Fig. 3A, STable 1). |
| T128 |
1539-1645 |
Sentence |
denotes |
For the confirmed cases, these scenarios are similar as these of the baseline results (Fig. 4A, STable 1). |
| T129 |
1646-1894 |
Sentence |
denotes |
Figure 3 Scenarios results of input population impacting on the cumuletive confirmed COVID-19 cases at four time points: (A) t1 = 10, (B) t1 = 20, (C) t1 = 28 and (D) t1 = 38 corresponding to Feb 6, 2020, Feb 16, 2020, Feb 24, 2020 and Mar 5, 2020. |
| T130 |
1895-2132 |
Sentence |
denotes |
Figure 4 Scenarios results of input population impacting on the confirmed COVID-19 cases at four time points: (A) t1 = 10, (B) t1 = 20, (C) t1 = 28 and (D) t1 = 38 corresponding to Feb 6, 2020, Feb 16, 2020, Feb 24, 2020 and Mar 5, 2020. |
| T131 |
2133-2476 |
Sentence |
denotes |
For Sce 3: (p 2, A) = (1.5p 2 * , A *) and Sce 6: (p 2, A) = (2p 2 * , A *), the increased percentage of the exposed individuals only impacted the number of the cumulative confirmed cases with the values of 1422 and 1447, and the corresponding DDE have only small changes with 105 days for Sce 3 and 107 days for Sce 6 (Fig. 3A, STable 1). |
| T132 |
2477-2625 |
Sentence |
denotes |
For the confirmed cases, they have the very similar variations as the baseline result in the peak value and the peak value time (Fig. 4A, STable 1). |
| T133 |
2626-2773 |
Sentence |
denotes |
For the other three time points t 1 = 20, t 1 = 28 and t 1 = 38, the differences of the scenarios results are similar as the these of t 1 = 10. |
| T134 |
2774-3048 |
Sentence |
denotes |
Moreover, for each scenario, the changes in the input population have the nearly same impacts on the disease variations among the four time points which display that the same input population strategies at different time points have no significant difference on the disease. |
| T135 |
3049-3345 |
Sentence |
denotes |
From the above analysis, it can be concluded that the increased numbers of the input population can mainly shorten the disease extinction days and the increased percentages of the exposed individuals of the input population increase the number of cumulative confirmed cases at a small percentage. |
| T136 |
3346-3499 |
Sentence |
denotes |
Both the increased input population and the increased exposed individuals have no impacts on the peak values and peak value times of the confirmed cases. |
