Appendix of quantitative analysis of the transmission dynamics of adenovirus outbreak in a training center based on a dynamic social network

Appendix I: The program for quantitative analysis of the transmission dynamics of adenovirus outbreak in a training center based on a dynamic social network
Appendix II: Sensitivity analysis for quantitative analysis of the transmission dynamics of adenovirus outbreak in a training center based on a dynamic social network
Appendix III: Table s1 Distribution of personnel by unit
Appendix IV: Table s2 The median of daily contacts between different personnel categories during the daytime, for all the companies
Appendix V: Table s3 The impact of tiso and rc on the cumulative number of cases
Appendix VI: Figure s1 Model-predicted number of cases for different categories
Appendix VII: Figure s2. Distribution characteristics of case occurrences and effective reproduction number over time as the number of simulations varies, given rc=0.2 and tinf=20

附录一：基于动态社交网络（dynamic social network）的培训中心腺病毒（adenovirus）暴发传播动力学定量分析程序
附录二：基于动态社交网络的培训中心腺病毒暴发传播动力学定量分析的敏感性分析
附录三：附表S1 按单位划分的人员分布
附录四：附表S2 所有企业日间不同类别人员间每日接触频次的中位数
附录五：附表S3 参数tiso与rc对累计确诊病例数的影响
附录六：附图S1 不同类别人员的模型预测病例数
附录七：附图S2 当rc=0.2且tinf=20时，随模拟次数变化的病例发生分布特征与有效再生数（effective reproduction number）的时间演变特征