A simulation was started at a randomly chosen day, k, with 1 ≤k ≤10 and was run for TV. Infection was seeded in market j, such that Mj,t = 1, and for the first visit Pi;t =1−ð1−PT Þð1 −PMÞ. A thousand simulations were run for each combination of values of TV, with TV ∈ð1d; 2d; 3d; 4dÞ, of PM with PM ∈ð0; 0:1; 0:2; 0:3Þ, and of PT with PT ∈ð0; 0:1; 0:2; 0:3Þ (SI Text). Univariable GAMs were fitted for each simulation set, with the response variable being either the susceptibility or the infectiousness and the predictor variable being the degrees, the betweenness, or the closeness. The proportion of the
A simulation was started at a randomly chosen day, k, with 1 ≤k ≤10 and was run for TV. Infection was seeded in market j, such that Mj,t = 1, and for the first visit Pi;t =1−ð1−PT Þð1 −PMÞ. A thousand simulations were run for each combination of values of TV, with TV ∈ð1d; 2d; 3d; 4dÞ, of PM with PM ∈ð0; 0:1; 0:2; 0:3Þ, and of PT with PT ∈ð0; 0:1; 0:2; 0:3Þ (SI Text). Univariable GAMs were fitted for each simulation set, with the response variable being either the susceptibility or the infectiousness and the predictor variable being the degrees, the betweenness, or the closeness. The proportion of the
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