Description Usage Arguments Value Examples
Function to simulate a stochastic (discrete time) Reed-Frost SIR model on a social network
1 | NetworkSIR(CM, tau, gamma)
|
CM |
a contact matrix |
tau |
the transmission probability |
gamma |
the recovery probability |
An object of class netSIR with infectious status for each node through time
1 2 3 4 | cm1=BarabasiAlbert(N=200,K=2)
sim1=NetworkSIR(cm1,.3,0.1)
summary(sim1)
## Not run: plot(sim1)
|
Loading required package: shiny
Loading required package: deSolve
Loading required package: polspline
S I R
1 199 1 0
2 199 1 0
3 198 2 0
4 197 3 0
5 188 12 0
6 169 29 2
7 140 56 4
8 103 86 11
9 68 116 16
10 42 131 27
11 29 133 38
12 15 133 52
13 11 125 64
14 7 121 72
15 2 118 80
16 1 107 92
17 1 99 100
18 1 85 114
19 1 74 125
20 1 69 130
21 0 68 132
22 0 61 139
23 0 59 141
24 0 52 148
25 0 48 152
26 0 44 156
27 0 42 158
28 0 35 165
29 0 35 165
30 0 34 166
31 0 32 168
32 0 28 172
33 0 26 174
34 0 24 176
35 0 22 178
36 0 20 180
37 0 18 182
38 0 17 183
39 0 15 185
40 0 11 189
41 0 9 191
42 0 8 192
43 0 8 192
44 0 8 192
45 0 8 192
46 0 7 193
47 0 7 193
48 0 5 195
49 0 5 195
50 0 5 195
51 0 5 195
52 0 5 195
53 0 4 196
54 0 4 196
55 0 4 196
56 0 3 197
57 0 2 198
58 0 2 198
59 0 2 198
60 0 2 198
61 0 2 198
62 0 2 198
63 0 2 198
64 0 2 198
65 0 1 199
66 0 1 199
67 0 1 199
68 0 1 199
69 0 1 199
70 0 1 199
71 0 1 199
72 0 1 199
73 0 1 199
74 0 1 199
75 0 1 199
76 0 1 199
77 0 1 199
78 0 1 199
79 0 1 199
80 0 1 199
81 0 1 199
82 0 1 199
83 0 1 199
84 0 1 199
85 0 0 200
86 0 0 200
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