CRAN Package Check Results for Package EpiModel

Last updated on 2022-01-25 23:50:23 CET.

Flavor Version Tinstall Tcheck Ttotal Status Flags
r-devel-linux-x86_64-debian-clang 2.2.0 43.06 510.18 553.24 ERROR
r-devel-linux-x86_64-debian-gcc 2.2.0 35.13 411.12 446.25 ERROR
r-devel-linux-x86_64-fedora-clang 2.2.0 645.35 ERROR
r-devel-linux-x86_64-fedora-gcc 2.2.0 639.74 ERROR
r-devel-windows-x86_64-new-UL 2.2.0 266.00 589.00 855.00 ERROR
r-devel-windows-x86_64-new-TK 2.2.0 ERROR
r-patched-linux-x86_64 2.2.0 38.98 476.58 515.56 OK
r-release-linux-x86_64 2.2.0 31.50 471.91 503.41 OK
r-release-macos-arm64 2.2.0 OK
r-release-macos-x86_64 2.2.0 OK
r-release-windows-ix86+x86_64 2.2.0 88.00 946.00 1034.00 OK
r-oldrel-macos-x86_64 2.2.0 OK
r-oldrel-windows-ix86+x86_64 2.2.0 88.00 953.00 1041.00 OK

Check Details

Version: 2.2.0
Check: tests
Result: ERROR
     Running 'test-all.R' [291s/351s]
    Running the tests in 'tests/test-all.R' failed.
    Complete output:
     > library(testthat)
     > test_check("EpiModel")
     Loading required package: EpiModel
     Loading required package: deSolve
     Loading required package: networkDynamic
     Loading required package: network
    
     'network' 1.17.1 (2021-06-12), part of the Statnet Project
     * 'news(package="network")' for changes since last version
     * 'citation("network")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     'networkDynamic' 0.11.0 (2021-06-12), part of the Statnet Project
     * 'news(package="networkDynamic")' for changes since last version
     * 'citation("networkDynamic")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     Loading required package: tergm
     Loading required package: ergm
    
     'ergm' 4.1.2 (2021-07-26), part of the Statnet Project
     * 'news(package="ergm")' for changes since last version
     * 'citation("ergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     'ergm' 4 is a major update that introduces some backwards-incompatible
     changes. Please type 'news(package="ergm")' for a list of major
     changes.
    
    
     'tergm' 4.0.2 (2021-07-28), part of the Statnet Project
     * 'news(package="tergm")' for changes since last version
     * 'citation("tergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     Attaching package: 'tergm'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     Loading required package: statnet.common
    
     Attaching package: 'statnet.common'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     The following objects are masked from 'package:base':
    
     attr, order
    
    
     Attaching package: 'EpiModel'
    
     The following object is masked from 'package:statnet.common':
    
     snctrl
    
     The following object is masked from 'package:tergm':
    
     snctrl
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     List of 12
     $ param :List of 4
     ..- attr(*, "class")= chr [1:2] "param.net" "list"
     $ init :List of 1
     ..- attr(*, "class")= chr [1:2] "init.net" "list"
     $ control :List of 35
     ..- attr(*, "class")= chr [1:3] "control.net" "control.list" "list"
     $ attr :List of 6
     $ epi :List of 3
     $ stats :List of 1
     $ temp : list()
     $ _timestep : num 1
     $ nwparam :List of 1
     $ nw :List of 1
     $ _last_unique_id: int 100
     $ el :List of 1
    
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 13
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 36
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 39
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 20
     ------------------------------
     mean sd pct
     Suscept. 961 0 0.961
     Infect. 39 0 0.039
     Total 1000 0 1.000
     S -> I 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 18
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 39
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 45
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 51
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 59
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 941 0 0.941
     Infect. 59 0 0.059
     Total 1000 0 1.000
     S -> I 8 0 NA
     I -> S 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 25
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 28
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 962 0 0.962
     Infect. 30 0 0.030
     Recov. 8 0 0.008
     Total 1000 0 1.000
     S -> I 1 0 NA
     I -> R 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 59
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 65
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 72
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 78
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 83
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 87
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 95
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 101
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 110
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 114
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 122
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 129
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 137
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 144
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 146
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 151
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 155
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 163
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 20
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 412 0 0.824 425 0 0.85
     Infect. 88 0 0.176 75 0 0.15
     Total 500 0 1.000 500 0 1.00
     S -> I 5 0 NA 3 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 44
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 60
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 66
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 70
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 75
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 82
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 451 0 0.902 458 0 0.916
     Infect. 49 0 0.098 42 0 0.084
     Total 500 0 1.000 500 0 1.000
     S -> I 1 0 NA 3 0 NA
     I -> S 4 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 37
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 40
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 43
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 50
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 466 0 0.932 467 0 0.934
     Infect. 25 0 0.050 25 0 0.050
     Recov. 9 0 0.018 8 0 0.016
     Total 500 0 1.000 500 0 1.000
     S -> I 2 0 NA 5 0 NA
     I -> R 0 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 12
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 18
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 20
     Population Size: 995
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 21
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 28
     Population Size: 995
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 967 0 0.972
     Infect. 28 0 0.028
     Total 995 0 1.000
     S -> I 2 0 NA
     Arrival -> 4 0 NA
     S Departure -> 2 0 NA
     I Departure -> 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 17
     Population Size: 1006
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 20
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 25
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 29
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 32
     Population Size: 1004
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 39
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 44
     Population Size: 1015
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 46
     Population Size: 1010
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 964 0 0.954
     Infect. 46 0 0.046
     Total 1010 0 1.000
     S -> I 5 0 NA
     I -> S 1 0 NA
     Arrival -> 4 0 NA
     S Departure -> 7 0 NA
     I Departure -> 2 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 16
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 1010
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 17
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 1014
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 121
     Population Size: 996
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 138
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 154
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 166
     Population Size: 984
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 186
     Population Size: 987
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 194
     Population Size: 986
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 210
     Population Size: 983
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 226
     Population Size: 981
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 241
     Population Size: 977
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 137
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 147
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 160
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 176
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 181
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 193
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 205
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 221
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 225
     Population Size: 995
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 24
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 30
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 34
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 36
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 41
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 44
     Population Size: 990
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 46
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 49
     Population Size: 997
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 51
     Population Size: 999
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 16
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 25
     Population Size: 1000
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 14
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 17
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 31
     Population Size: 1000
     ----------------------------EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 1
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.4 2.667 1.265
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 20.100 0.499 NA
     Pct Edges Diss 0.05 0.064 27.178 NA
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.8 5.333 2.707
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.768 -1.160 0.025
     Pct Edges Diss 0.05 0.054 8.707 0.024
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 18.00 20 1.376
     concurrent NA 8.65 NA 1.725
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.864 -0.678 0.301
     Pct Edges Diss 0.05 0.048 -4.986 0.031
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     meandeg NA 0.396 NA 0.053
     edges 15 NA NA NA
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.935 -0.326 0.256
     Pct Edges Diss 0.05 0.081 61.799 0.014
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 1 network
     - Calculating formation statisticsEpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.76 5.067 2.297
     offset(mix.loc.0.1) NA 0.00 NA 0.000
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 38.762 -3.095 0.324
     Pct Edges Diss 0.025 0.029 14.467 0.001
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 12.75 -15 1.629
     meandeg NA 0.51 NA 0.065
     concurrent NA 2.98 NA 1.491
     nodematch.loc NA 12.75 NA 1.629
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 40.218 0.546 1.519
     Pct Edges Diss 0.025 0.023 -9.521 0.002
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.08 0.533 2.36
     mix.loc.0.1 0 0.00 NaN 0.00
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 41.331 3.326 1.117
     Pct Edges Diss 0.025 0.023 -8.479 0.007
    
     Network Diagnostics
     -----------------------
     - Simulating 250 networks
     - Calculating formation statistics
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 10
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 11
     Population Size: 51
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 15
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 16
     Population Size: 52
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 17
     Population Size: 52
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 14
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 15
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 18
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 50
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 13
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 14
     Population Size: 51
     ----------------------------
     Starting Network Simulation...
     Sim = 1/1
     1/10
     2/10
     3/10
     4/10
     5/10
     6/10
     7/10
     8/10
     9/10
     10/10 [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
    
     == Skipped tests ===============================================================
     * On CRAN (82)
     * empty test (9)
    
     == Failed tests ================================================================
     -- Error (test-utils.R:132:3): get_degree --------------------------------------
     Error in `all.equal.numeric(ergm.method, deg.net, deg.el)`: length(tolerance) == 1L is not TRUE
     Backtrace:
     x
     1. +-base::all.equal(ergm.method, deg.net, deg.el) test-utils.R:132:2
     2. \-base::all.equal.numeric(ergm.method, deg.net, deg.el)
     3. \-base::stopifnot(length(tolerance) == 1L)
    
     [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
     Error: Test failures
     Execution halted
Flavor: r-devel-linux-x86_64-debian-clang

Version: 2.2.0
Check: tests
Result: ERROR
     Running ‘test-all.R’ [234s/383s]
    Running the tests in ‘tests/test-all.R’ failed.
    Complete output:
     > library(testthat)
     > test_check("EpiModel")
     Loading required package: EpiModel
     Loading required package: deSolve
     Loading required package: networkDynamic
     Loading required package: network
    
     'network' 1.17.1 (2021-06-12), part of the Statnet Project
     * 'news(package="network")' for changes since last version
     * 'citation("network")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     'networkDynamic' 0.11.0 (2021-06-12), part of the Statnet Project
     * 'news(package="networkDynamic")' for changes since last version
     * 'citation("networkDynamic")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     Loading required package: tergm
     Loading required package: ergm
    
     'ergm' 4.1.2 (2021-07-26), part of the Statnet Project
     * 'news(package="ergm")' for changes since last version
     * 'citation("ergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     'ergm' 4 is a major update that introduces some backwards-incompatible
     changes. Please type 'news(package="ergm")' for a list of major
     changes.
    
    
     'tergm' 4.0.2 (2021-07-28), part of the Statnet Project
     * 'news(package="tergm")' for changes since last version
     * 'citation("tergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     Attaching package: 'tergm'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     Loading required package: statnet.common
    
     Attaching package: 'statnet.common'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     The following objects are masked from 'package:base':
    
     attr, order
    
    
     Attaching package: 'EpiModel'
    
     The following object is masked from 'package:statnet.common':
    
     snctrl
    
     The following object is masked from 'package:tergm':
    
     snctrl
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     List of 12
     $ param :List of 4
     ..- attr(*, "class")= chr [1:2] "param.net" "list"
     $ init :List of 1
     ..- attr(*, "class")= chr [1:2] "init.net" "list"
     $ control :List of 35
     ..- attr(*, "class")= chr [1:3] "control.net" "control.list" "list"
     $ attr :List of 6
     $ epi :List of 3
     $ stats :List of 1
     $ temp : list()
     $ _timestep : num 1
     $ nwparam :List of 1
     $ nw :List of 1
     $ _last_unique_id: int 100
     $ el :List of 1
    
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 13
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 36
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 39
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 20
     ------------------------------
     mean sd pct
     Suscept. 961 0 0.961
     Infect. 39 0 0.039
     Total 1000 0 1.000
     S -> I 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 18
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 39
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 45
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 51
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 59
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 941 0 0.941
     Infect. 59 0 0.059
     Total 1000 0 1.000
     S -> I 8 0 NA
     I -> S 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 25
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 28
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 962 0 0.962
     Infect. 30 0 0.030
     Recov. 8 0 0.008
     Total 1000 0 1.000
     S -> I 1 0 NA
     I -> R 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 59
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 65
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 72
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 78
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 83
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 87
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 95
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 101
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 110
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 114
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 122
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 129
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 137
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 144
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 146
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 151
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 155
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 163
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 20
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 412 0 0.824 425 0 0.85
     Infect. 88 0 0.176 75 0 0.15
     Total 500 0 1.000 500 0 1.00
     S -> I 5 0 NA 3 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 44
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 60
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 66
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 70
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 75
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 82
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 451 0 0.902 458 0 0.916
     Infect. 49 0 0.098 42 0 0.084
     Total 500 0 1.000 500 0 1.000
     S -> I 1 0 NA 3 0 NA
     I -> S 4 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 37
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 40
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 43
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 50
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 466 0 0.932 467 0 0.934
     Infect. 25 0 0.050 25 0 0.050
     Recov. 9 0 0.018 8 0 0.016
     Total 500 0 1.000 500 0 1.000
     S -> I 2 0 NA 5 0 NA
     I -> R 0 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 12
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 18
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 20
     Population Size: 995
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 21
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 28
     Population Size: 995
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 967 0 0.972
     Infect. 28 0 0.028
     Total 995 0 1.000
     S -> I 2 0 NA
     Arrival -> 4 0 NA
     S Departure -> 2 0 NA
     I Departure -> 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 17
     Population Size: 1006
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 20
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 25
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 29
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 32
     Population Size: 1004
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 39
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 44
     Population Size: 1015
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 46
     Population Size: 1010
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 964 0 0.954
     Infect. 46 0 0.046
     Total 1010 0 1.000
     S -> I 5 0 NA
     I -> S 1 0 NA
     Arrival -> 4 0 NA
     S Departure -> 7 0 NA
     I Departure -> 2 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 16
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 1010
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 17
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 1014
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 121
     Population Size: 996
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 138
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 154
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 166
     Population Size: 984
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 186
     Population Size: 987
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 194
     Population Size: 986
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 210
     Population Size: 983
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 226
     Population Size: 981
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 241
     Population Size: 977
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 137
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 147
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 160
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 176
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 181
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 193
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 205
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 221
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 225
     Population Size: 995
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 24
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 30
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 34
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 36
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 41
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 44
     Population Size: 990
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 46
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 49
     Population Size: 997
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 51
     Population Size: 999
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 16
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 25
     Population Size: 1000
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 14
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 17
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 31
     Population Size: 1000
     ----------------------------EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 1
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.4 2.667 1.265
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 20.100 0.499 NA
     Pct Edges Diss 0.05 0.064 27.178 NA
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.8 5.333 2.707
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.768 -1.160 0.025
     Pct Edges Diss 0.05 0.054 8.707 0.024
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 18.00 20 1.376
     concurrent NA 8.65 NA 1.725
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.864 -0.678 0.301
     Pct Edges Diss 0.05 0.048 -4.986 0.031
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     meandeg NA 0.396 NA 0.053
     edges 15 NA NA NA
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.935 -0.326 0.256
     Pct Edges Diss 0.05 0.081 61.799 0.014
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 1 network
     - Calculating formation statisticsEpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.76 5.067 2.297
     offset(mix.loc.0.1) NA 0.00 NA 0.000
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 38.762 -3.095 0.324
     Pct Edges Diss 0.025 0.029 14.467 0.001
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 12.75 -15 1.629
     meandeg NA 0.51 NA 0.065
     concurrent NA 2.98 NA 1.491
     nodematch.loc NA 12.75 NA 1.629
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 40.218 0.546 1.519
     Pct Edges Diss 0.025 0.023 -9.521 0.002
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.08 0.533 2.36
     mix.loc.0.1 0 0.00 NaN 0.00
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 41.331 3.326 1.117
     Pct Edges Diss 0.025 0.023 -8.479 0.007
    
     Network Diagnostics
     -----------------------
     - Simulating 250 networks
     - Calculating formation statistics
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 10
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 11
     Population Size: 51
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 15
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 16
     Population Size: 52
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 17
     Population Size: 52
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 14
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 15
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 18
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 50
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 13
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 14
     Population Size: 51
     ----------------------------
     Starting Network Simulation...
     Sim = 1/1
     1/10
     2/10
     3/10
     4/10
     5/10
     6/10
     7/10
     8/10
     9/10
     10/10 [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
    
     ══ Skipped tests ═══════════════════════════════════════════════════════════════
     • On CRAN (82)
     • empty test (9)
    
     ══ Failed tests ════════════════════════════════════════════════════════════════
     ── Error (test-utils.R:132:3): get_degree ──────────────────────────────────────
     Error in `all.equal.numeric(ergm.method, deg.net, deg.el)`: length(tolerance) == 1L is not TRUE
     Backtrace:
     █
     1. ├─base::all.equal(ergm.method, deg.net, deg.el) test-utils.R:132:2
     2. └─base::all.equal.numeric(ergm.method, deg.net, deg.el)
     3. └─base::stopifnot(length(tolerance) == 1L)
    
     [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
     Error: Test failures
     Execution halted
Flavor: r-devel-linux-x86_64-debian-gcc

Version: 2.2.0
Check: tests
Result: ERROR
     Running ‘test-all.R’ [331s/402s]
    Running the tests in ‘tests/test-all.R’ failed.
    Complete output:
     > library(testthat)
     > test_check("EpiModel")
     Loading required package: EpiModel
     Loading required package: deSolve
     Loading required package: networkDynamic
     Loading required package: network
    
     'network' 1.17.1 (2021-06-12), part of the Statnet Project
     * 'news(package="network")' for changes since last version
     * 'citation("network")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     'networkDynamic' 0.11.0 (2021-06-12), part of the Statnet Project
     * 'news(package="networkDynamic")' for changes since last version
     * 'citation("networkDynamic")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     Loading required package: tergm
     Loading required package: ergm
    
     'ergm' 4.1.2 (2021-07-26), part of the Statnet Project
     * 'news(package="ergm")' for changes since last version
     * 'citation("ergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     'ergm' 4 is a major update that introduces some backwards-incompatible
     changes. Please type 'news(package="ergm")' for a list of major
     changes.
    
    
     'tergm' 4.0.2 (2021-07-28), part of the Statnet Project
     * 'news(package="tergm")' for changes since last version
     * 'citation("tergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     Attaching package: 'tergm'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     Loading required package: statnet.common
    
     Attaching package: 'statnet.common'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     The following objects are masked from 'package:base':
    
     attr, order
    
    
     Attaching package: 'EpiModel'
    
     The following object is masked from 'package:statnet.common':
    
     snctrl
    
     The following object is masked from 'package:tergm':
    
     snctrl
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     List of 12
     $ param :List of 4
     ..- attr(*, "class")= chr [1:2] "param.net" "list"
     $ init :List of 1
     ..- attr(*, "class")= chr [1:2] "init.net" "list"
     $ control :List of 35
     ..- attr(*, "class")= chr [1:3] "control.net" "control.list" "list"
     $ attr :List of 6
     $ epi :List of 3
     $ stats :List of 1
     $ temp : list()
     $ _timestep : num 1
     $ nwparam :List of 1
     $ nw :List of 1
     $ _last_unique_id: int 100
     $ el :List of 1
    
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 13
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 36
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 39
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 20
     ------------------------------
     mean sd pct
     Suscept. 961 0 0.961
     Infect. 39 0 0.039
     Total 1000 0 1.000
     S -> I 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 18
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 39
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 45
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 51
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 59
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 941 0 0.941
     Infect. 59 0 0.059
     Total 1000 0 1.000
     S -> I 8 0 NA
     I -> S 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 25
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 28
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 962 0 0.962
     Infect. 30 0 0.030
     Recov. 8 0 0.008
     Total 1000 0 1.000
     S -> I 1 0 NA
     I -> R 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 59
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 65
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 72
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 78
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 83
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 87
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 95
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 101
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 110
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 114
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 122
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 129
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 137
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 144
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 146
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 151
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 155
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 163
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 20
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 412 0 0.824 425 0 0.85
     Infect. 88 0 0.176 75 0 0.15
     Total 500 0 1.000 500 0 1.00
     S -> I 5 0 NA 3 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 44
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 60
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 66
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 70
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 75
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 82
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 451 0 0.902 458 0 0.916
     Infect. 49 0 0.098 42 0 0.084
     Total 500 0 1.000 500 0 1.000
     S -> I 1 0 NA 3 0 NA
     I -> S 4 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 37
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 40
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 43
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 50
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 466 0 0.932 467 0 0.934
     Infect. 25 0 0.050 25 0 0.050
     Recov. 9 0 0.018 8 0 0.016
     Total 500 0 1.000 500 0 1.000
     S -> I 2 0 NA 5 0 NA
     I -> R 0 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 12
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 18
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 20
     Population Size: 995
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 21
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 28
     Population Size: 995
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 967 0 0.972
     Infect. 28 0 0.028
     Total 995 0 1.000
     S -> I 2 0 NA
     Arrival -> 4 0 NA
     S Departure -> 2 0 NA
     I Departure -> 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 17
     Population Size: 1006
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 20
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 25
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 29
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 32
     Population Size: 1004
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 39
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 44
     Population Size: 1015
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 46
     Population Size: 1010
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 964 0 0.954
     Infect. 46 0 0.046
     Total 1010 0 1.000
     S -> I 5 0 NA
     I -> S 1 0 NA
     Arrival -> 4 0 NA
     S Departure -> 7 0 NA
     I Departure -> 2 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 16
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 1010
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 17
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 1014
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 121
     Population Size: 996
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 138
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 154
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 166
     Population Size: 984
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 186
     Population Size: 987
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 194
     Population Size: 986
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 210
     Population Size: 983
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 226
     Population Size: 981
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 241
     Population Size: 977
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 137
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 147
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 160
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 176
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 181
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 193
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 205
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 221
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 225
     Population Size: 995
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 24
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 30
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 34
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 36
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 41
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 44
     Population Size: 990
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 46
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 49
     Population Size: 997
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 51
     Population Size: 999
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 16
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 25
     Population Size: 1000
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 14
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 17
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 31
     Population Size: 1000
     ----------------------------EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 1
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.4 2.667 1.265
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 20.100 0.499 NA
     Pct Edges Diss 0.05 0.064 27.178 NA
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.8 5.333 2.707
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.768 -1.160 0.025
     Pct Edges Diss 0.05 0.054 8.707 0.024
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 18.00 20 1.376
     concurrent NA 8.65 NA 1.725
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.864 -0.678 0.301
     Pct Edges Diss 0.05 0.048 -4.986 0.031
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     meandeg NA 0.396 NA 0.053
     edges 15 NA NA NA
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.935 -0.326 0.256
     Pct Edges Diss 0.05 0.081 61.799 0.014
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 1 network
     - Calculating formation statisticsEpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.76 5.067 2.297
     offset(mix.loc.0.1) NA 0.00 NA 0.000
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 38.762 -3.095 0.324
     Pct Edges Diss 0.025 0.029 14.467 0.001
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 12.75 -15 1.629
     meandeg NA 0.51 NA 0.065
     concurrent NA 2.98 NA 1.491
     nodematch.loc NA 12.75 NA 1.629
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 40.218 0.546 1.519
     Pct Edges Diss 0.025 0.023 -9.521 0.002
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.08 0.533 2.36
     mix.loc.0.1 0 0.00 NaN 0.00
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 41.331 3.326 1.117
     Pct Edges Diss 0.025 0.023 -8.479 0.007
    
     Network Diagnostics
     -----------------------
     - Simulating 250 networks
     - Calculating formation statistics
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 10
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 11
     Population Size: 51
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 15
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 16
     Population Size: 52
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 17
     Population Size: 52
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 14
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 15
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 18
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 50
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 13
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 14
     Population Size: 51
     ----------------------------
     Starting Network Simulation...
     Sim = 1/1
     1/10
     2/10
     3/10
     4/10
     5/10
     6/10
     7/10
     8/10
     9/10
     10/10 [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
    
     ══ Skipped tests ═══════════════════════════════════════════════════════════════
     • On CRAN (82)
     • empty test (9)
    
     ══ Failed tests ════════════════════════════════════════════════════════════════
     ── Error (test-utils.R:132:3): get_degree ──────────────────────────────────────
     Error in `all.equal.numeric(ergm.method, deg.net, deg.el)`: length(tolerance) == 1L is not TRUE
     Backtrace:
     █
     1. ├─base::all.equal(ergm.method, deg.net, deg.el) test-utils.R:132:2
     2. └─base::all.equal.numeric(ergm.method, deg.net, deg.el)
     3. └─base::stopifnot(length(tolerance) == 1L)
    
     [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
     Error: Test failures
     Execution halted
Flavor: r-devel-linux-x86_64-fedora-clang

Version: 2.2.0
Check: tests
Result: ERROR
     Running ‘test-all.R’ [337s/406s]
    Running the tests in ‘tests/test-all.R’ failed.
    Complete output:
     > library(testthat)
     > test_check("EpiModel")
     Loading required package: EpiModel
     Loading required package: deSolve
     Loading required package: networkDynamic
     Loading required package: network
    
     'network' 1.17.1 (2021-06-12), part of the Statnet Project
     * 'news(package="network")' for changes since last version
     * 'citation("network")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     'networkDynamic' 0.11.0 (2021-06-12), part of the Statnet Project
     * 'news(package="networkDynamic")' for changes since last version
     * 'citation("networkDynamic")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     Loading required package: tergm
     Loading required package: ergm
    
     'ergm' 4.1.2 (2021-07-26), part of the Statnet Project
     * 'news(package="ergm")' for changes since last version
     * 'citation("ergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     'ergm' 4 is a major update that introduces some backwards-incompatible
     changes. Please type 'news(package="ergm")' for a list of major
     changes.
    
    
     'tergm' 4.0.2 (2021-07-28), part of the Statnet Project
     * 'news(package="tergm")' for changes since last version
     * 'citation("tergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     Attaching package: 'tergm'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     Loading required package: statnet.common
    
     Attaching package: 'statnet.common'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     The following objects are masked from 'package:base':
    
     attr, order
    
    
     Attaching package: 'EpiModel'
    
     The following object is masked from 'package:statnet.common':
    
     snctrl
    
     The following object is masked from 'package:tergm':
    
     snctrl
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     List of 12
     $ param :List of 4
     ..- attr(*, "class")= chr [1:2] "param.net" "list"
     $ init :List of 1
     ..- attr(*, "class")= chr [1:2] "init.net" "list"
     $ control :List of 35
     ..- attr(*, "class")= chr [1:3] "control.net" "control.list" "list"
     $ attr :List of 6
     $ epi :List of 3
     $ stats :List of 1
     $ temp : list()
     $ _timestep : num 1
     $ nwparam :List of 1
     $ nw :List of 1
     $ _last_unique_id: int 100
     $ el :List of 1
    
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 13
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 36
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 39
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 20
     ------------------------------
     mean sd pct
     Suscept. 961 0 0.961
     Infect. 39 0 0.039
     Total 1000 0 1.000
     S -> I 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 18
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 39
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 45
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 51
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 59
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 941 0 0.941
     Infect. 59 0 0.059
     Total 1000 0 1.000
     S -> I 8 0 NA
     I -> S 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 25
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 28
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 962 0 0.962
     Infect. 30 0 0.030
     Recov. 8 0 0.008
     Total 1000 0 1.000
     S -> I 1 0 NA
     I -> R 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 59
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 65
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 72
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 78
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 83
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 87
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 95
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 101
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 110
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 114
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 122
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 129
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 137
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 144
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 146
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 151
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 155
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 163
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 20
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 412 0 0.824 425 0 0.85
     Infect. 88 0 0.176 75 0 0.15
     Total 500 0 1.000 500 0 1.00
     S -> I 5 0 NA 3 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 44
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 60
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 66
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 70
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 75
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 82
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 451 0 0.902 458 0 0.916
     Infect. 49 0 0.098 42 0 0.084
     Total 500 0 1.000 500 0 1.000
     S -> I 1 0 NA 3 0 NA
     I -> S 4 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 37
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 40
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 43
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 50
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 466 0 0.932 467 0 0.934
     Infect. 25 0 0.050 25 0 0.050
     Recov. 9 0 0.018 8 0 0.016
     Total 500 0 1.000 500 0 1.000
     S -> I 2 0 NA 5 0 NA
     I -> R 0 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 12
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 18
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 20
     Population Size: 995
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 21
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 28
     Population Size: 995
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 967 0 0.972
     Infect. 28 0 0.028
     Total 995 0 1.000
     S -> I 2 0 NA
     Arrival -> 4 0 NA
     S Departure -> 2 0 NA
     I Departure -> 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 17
     Population Size: 1006
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 20
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 25
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 29
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 32
     Population Size: 1004
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 39
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 44
     Population Size: 1015
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 46
     Population Size: 1010
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 964 0 0.954
     Infect. 46 0 0.046
     Total 1010 0 1.000
     S -> I 5 0 NA
     I -> S 1 0 NA
     Arrival -> 4 0 NA
     S Departure -> 7 0 NA
     I Departure -> 2 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 16
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 1010
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 17
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 1014
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 121
     Population Size: 996
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 138
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 154
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 166
     Population Size: 984
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 186
     Population Size: 987
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 194
     Population Size: 986
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 210
     Population Size: 983
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 226
     Population Size: 981
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 241
     Population Size: 977
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 137
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 147
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 160
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 176
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 181
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 193
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 205
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 221
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 225
     Population Size: 995
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 24
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 30
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 34
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 36
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 41
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 44
     Population Size: 990
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 46
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 49
     Population Size: 997
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 51
     Population Size: 999
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 16
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 25
     Population Size: 1000
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 14
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 17
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 31
     Population Size: 1000
     ----------------------------EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 1
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.4 2.667 1.265
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 20.100 0.499 NA
     Pct Edges Diss 0.05 0.064 27.178 NA
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.8 5.333 2.707
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.768 -1.160 0.025
     Pct Edges Diss 0.05 0.054 8.707 0.024
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 18.00 20 1.376
     concurrent NA 8.65 NA 1.725
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.864 -0.678 0.301
     Pct Edges Diss 0.05 0.048 -4.986 0.031
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     meandeg NA 0.396 NA 0.053
     edges 15 NA NA NA
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.935 -0.326 0.256
     Pct Edges Diss 0.05 0.081 61.799 0.014
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 1 network
     - Calculating formation statisticsEpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.76 5.067 2.297
     offset(mix.loc.0.1) NA 0.00 NA 0.000
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 38.762 -3.095 0.324
     Pct Edges Diss 0.025 0.029 14.467 0.001
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 12.75 -15 1.629
     meandeg NA 0.51 NA 0.065
     concurrent NA 2.98 NA 1.491
     nodematch.loc NA 12.75 NA 1.629
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 40.218 0.546 1.519
     Pct Edges Diss 0.025 0.023 -9.521 0.002
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.08 0.533 2.36
     mix.loc.0.1 0 0.00 NaN 0.00
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 41.331 3.326 1.117
     Pct Edges Diss 0.025 0.023 -8.479 0.007
    
     Network Diagnostics
     -----------------------
     - Simulating 250 networks
     - Calculating formation statistics
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 10
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 11
     Population Size: 51
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 15
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 16
     Population Size: 52
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 17
     Population Size: 52
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 14
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 15
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 18
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 50
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 13
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 14
     Population Size: 51
     ----------------------------
     Starting Network Simulation...
     Sim = 1/1
     1/10
     2/10
     3/10
     4/10
     5/10
     6/10
     7/10
     8/10
     9/10
     10/10 [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
    
     ══ Skipped tests ═══════════════════════════════════════════════════════════════
     • On CRAN (82)
     • empty test (9)
    
     ══ Failed tests ════════════════════════════════════════════════════════════════
     ── Error (test-utils.R:132:3): get_degree ──────────────────────────────────────
     Error in `all.equal.numeric(ergm.method, deg.net, deg.el)`: length(tolerance) == 1L is not TRUE
     Backtrace:
     █
     1. ├─base::all.equal(ergm.method, deg.net, deg.el) test-utils.R:132:2
     2. └─base::all.equal.numeric(ergm.method, deg.net, deg.el)
     3. └─base::stopifnot(length(tolerance) == 1L)
    
     [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
     Error: Test failures
     Execution halted
Flavor: r-devel-linux-x86_64-fedora-gcc

Version: 2.2.0
Check: tests
Result: ERROR
     Running 'test-all.R' [303s]
    Running the tests in 'tests/test-all.R' failed.
    Complete output:
     > library(testthat)
     > test_check("EpiModel")
     Loading required package: EpiModel
     Loading required package: deSolve
     Loading required package: networkDynamic
     Loading required package: network
    
     'network' 1.17.1 (2021-06-12), part of the Statnet Project
     * 'news(package="network")' for changes since last version
     * 'citation("network")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     'networkDynamic' 0.11.0 (2021-06-12), part of the Statnet Project
     * 'news(package="networkDynamic")' for changes since last version
     * 'citation("networkDynamic")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     Loading required package: tergm
     Loading required package: ergm
    
     'ergm' 4.1.2 (2021-07-26), part of the Statnet Project
     * 'news(package="ergm")' for changes since last version
     * 'citation("ergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     'ergm' 4 is a major update that introduces some backwards-incompatible
     changes. Please type 'news(package="ergm")' for a list of major
     changes.
    
    
     'tergm' 4.0.2 (2021-07-28), part of the Statnet Project
     * 'news(package="tergm")' for changes since last version
     * 'citation("tergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     Attaching package: 'tergm'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     Loading required package: statnet.common
    
     Attaching package: 'statnet.common'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     The following objects are masked from 'package:base':
    
     attr, order
    
    
     Attaching package: 'EpiModel'
    
     The following object is masked from 'package:statnet.common':
    
     snctrl
    
     The following object is masked from 'package:tergm':
    
     snctrl
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     List of 12
     $ param :List of 4
     ..- attr(*, "class")= chr [1:2] "param.net" "list"
     $ init :List of 1
     ..- attr(*, "class")= chr [1:2] "init.net" "list"
     $ control :List of 35
     ..- attr(*, "class")= chr [1:3] "control.net" "control.list" "list"
     $ attr :List of 6
     $ epi :List of 3
     $ stats :List of 1
     $ temp : list()
     $ _timestep : num 1
     $ nwparam :List of 1
     $ nw :List of 1
     $ _last_unique_id: int 100
     $ el :List of 1
    
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 13
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 36
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 39
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 20
     ------------------------------
     mean sd pct
     Suscept. 961 0 0.961
     Infect. 39 0 0.039
     Total 1000 0 1.000
     S -> I 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 18
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 39
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 45
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 51
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 59
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 941 0 0.941
     Infect. 59 0 0.059
     Total 1000 0 1.000
     S -> I 8 0 NA
     I -> S 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 25
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 28
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 962 0 0.962
     Infect. 30 0 0.030
     Recov. 8 0 0.008
     Total 1000 0 1.000
     S -> I 1 0 NA
     I -> R 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 59
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 65
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 72
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 78
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 83
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 87
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 95
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 101
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 110
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 114
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 122
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 129
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 137
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 144
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 146
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 151
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 155
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 163
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 20
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 412 0 0.824 425 0 0.85
     Infect. 88 0 0.176 75 0 0.15
     Total 500 0 1.000 500 0 1.00
     S -> I 5 0 NA 3 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 44
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 60
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 66
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 70
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 75
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 82
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 451 0 0.902 458 0 0.916
     Infect. 49 0 0.098 42 0 0.084
     Total 500 0 1.000 500 0 1.000
     S -> I 1 0 NA 3 0 NA
     I -> S 4 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 37
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 40
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 43
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 50
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 466 0 0.932 467 0 0.934
     Infect. 25 0 0.050 25 0 0.050
     Recov. 9 0 0.018 8 0 0.016
     Total 500 0 1.000 500 0 1.000
     S -> I 2 0 NA 5 0 NA
     I -> R 0 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 12
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 18
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 20
     Population Size: 995
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 21
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 28
     Population Size: 995
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 967 0 0.972
     Infect. 28 0 0.028
     Total 995 0 1.000
     S -> I 2 0 NA
     Arrival -> 4 0 NA
     S Departure -> 2 0 NA
     I Departure -> 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 17
     Population Size: 1006
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 20
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 25
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 29
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 32
     Population Size: 1004
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 39
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 44
     Population Size: 1015
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 46
     Population Size: 1010
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 964 0 0.954
     Infect. 46 0 0.046
     Total 1010 0 1.000
     S -> I 5 0 NA
     I -> S 1 0 NA
     Arrival -> 4 0 NA
     S Departure -> 7 0 NA
     I Departure -> 2 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 16
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 1010
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 17
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 1014
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 121
     Population Size: 996
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 138
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 154
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 166
     Population Size: 984
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 186
     Population Size: 987
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 194
     Population Size: 986
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 210
     Population Size: 983
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 226
     Population Size: 981
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 241
     Population Size: 977
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 137
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 147
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 160
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 176
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 181
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 193
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 205
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 221
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 225
     Population Size: 995
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 24
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 30
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 34
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 36
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 41
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 44
     Population Size: 990
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 46
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 49
     Population Size: 997
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 51
     Population Size: 999
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 16
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 25
     Population Size: 1000
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 14
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 17
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 31
     Population Size: 1000
     ----------------------------EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 1
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.4 2.667 1.265
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 20.100 0.499 NA
     Pct Edges Diss 0.05 0.064 27.178 NA
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.8 5.333 2.707
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.768 -1.160 0.025
     Pct Edges Diss 0.05 0.054 8.707 0.024
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 18.00 20 1.376
     concurrent NA 8.65 NA 1.725
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.864 -0.678 0.301
     Pct Edges Diss 0.05 0.048 -4.986 0.031
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     meandeg NA 0.396 NA 0.053
     edges 15 NA NA NA
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.935 -0.326 0.256
     Pct Edges Diss 0.05 0.081 61.799 0.014
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 1 network
     - Calculating formation statisticsEpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.76 5.067 2.297
     offset(mix.loc.0.1) NA 0.00 NA 0.000
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 38.762 -3.095 0.324
     Pct Edges Diss 0.025 0.029 14.467 0.001
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 12.75 -15 1.629
     meandeg NA 0.51 NA 0.065
     concurrent NA 2.98 NA 1.491
     nodematch.loc NA 12.75 NA 1.629
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 40.218 0.546 1.519
     Pct Edges Diss 0.025 0.023 -9.521 0.002
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.08 0.533 2.36
     mix.loc.0.1 0 0.00 NaN 0.00
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 41.331 3.326 1.117
     Pct Edges Diss 0.025 0.023 -8.479 0.007
    
     Network Diagnostics
     -----------------------
     - Simulating 250 networks
     - Calculating formation statistics
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 10
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 11
     Population Size: 51
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 15
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 16
     Population Size: 52
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 17
     Population Size: 52
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 14
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 15
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 18
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 50
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 13
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 14
     Population Size: 51
     ----------------------------
     Starting Network Simulation...
     Sim = 1/1
     1/10
     2/10
     3/10
     4/10
     5/10
     6/10
     7/10
     8/10
     9/10
     10/10 [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
    
     ══ Skipped tests ═══════════════════════════════════════════════════════════════
     • On CRAN (82)
     • empty test (9)
    
     ══ Failed tests ════════════════════════════════════════════════════════════════
     ── Error (test-utils.R:132:3): get_degree ──────────────────────────────────────
     Error in `all.equal.numeric(ergm.method, deg.net, deg.el)`: length(tolerance) == 1L is not TRUE
     Backtrace:
     █
     1. ├─base::all.equal(ergm.method, deg.net, deg.el) test-utils.R:132:2
     2. └─base::all.equal.numeric(ergm.method, deg.net, deg.el)
     3. └─base::stopifnot(length(tolerance) == 1L)
    
     [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
     Error: Test failures
     Execution halted
Flavor: r-devel-windows-x86_64-new-UL

Version: 2.2.0
Check: tests
Result: ERROR
     Running 'test-all.R'
    Running the tests in 'tests/test-all.R' failed.
    Complete output:
     > library(testthat)
     > test_check("EpiModel")
     Loading required package: EpiModel
     Loading required package: deSolve
     Loading required package: networkDynamic
     Loading required package: network
    
     'network' 1.17.1 (2021-06-12), part of the Statnet Project
     * 'news(package="network")' for changes since last version
     * 'citation("network")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     'networkDynamic' 0.11.0 (2021-06-12), part of the Statnet Project
     * 'news(package="networkDynamic")' for changes since last version
     * 'citation("networkDynamic")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     Loading required package: tergm
     Loading required package: ergm
    
     'ergm' 4.1.2 (2021-07-26), part of the Statnet Project
     * 'news(package="ergm")' for changes since last version
     * 'citation("ergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
     'ergm' 4 is a major update that introduces some backwards-incompatible
     changes. Please type 'news(package="ergm")' for a list of major
     changes.
    
    
     'tergm' 4.0.2 (2021-07-28), part of the Statnet Project
     * 'news(package="tergm")' for changes since last version
     * 'citation("tergm")' for citation information
     * 'https://statnet.org' for help, support, and other information
    
    
     Attaching package: 'tergm'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     Loading required package: statnet.common
    
     Attaching package: 'statnet.common'
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     The following objects are masked from 'package:base':
    
     attr, order
    
    
     Attaching package: 'EpiModel'
    
     The following object is masked from 'package:statnet.common':
    
     snctrl
    
     The following object is masked from 'package:tergm':
    
     snctrl
    
     The following object is masked from 'package:ergm':
    
     snctrl
    
     List of 12
     $ param :List of 4
     ..- attr(*, "class")= chr [1:2] "param.net" "list"
     $ init :List of 1
     ..- attr(*, "class")= chr [1:2] "init.net" "list"
     $ control :List of 35
     ..- attr(*, "class")= chr [1:3] "control.net" "control.list" "list"
     $ attr :List of 6
     $ epi :List of 3
     $ stats :List of 1
     $ temp : list()
     $ _timestep : num 1
     $ nwparam :List of 1
     $ nw :List of 1
     $ _last_unique_id: int 100
     $ el :List of 1
    
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...
     Sim = 1/5
     Sim = 2/5
     Sim = 3/5
     Sim = 4/5
     Sim = 5/5
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 13
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 32
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 34
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 36
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 39
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 20
     ------------------------------
     mean sd pct
     Suscept. 961 0 0.961
     Infect. 39 0 0.039
     Total 1000 0 1.000
     S -> I 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 18
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 35
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 39
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 45
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 51
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 59
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 941 0 0.941
     Infect. 59 0 0.059
     Total 1000 0 1.000
     S -> I 8 0 NA
     I -> S 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 19
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 25
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 28
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 30
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 962 0 0.962
     Infect. 30 0 0.030
     Recov. 8 0 0.008
     Total 1000 0 1.000
     S -> I 1 0 NA
     I -> R 1 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/20
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/20
     Prevalence: 59
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/20
     Prevalence: 65
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/20
     Prevalence: 72
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/20
     Prevalence: 78
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/20
     Prevalence: 83
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/20
     Prevalence: 87
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/20
     Prevalence: 95
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/20
     Prevalence: 101
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 11/20
     Prevalence: 110
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 12/20
     Prevalence: 114
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 13/20
     Prevalence: 122
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 14/20
     Prevalence: 129
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 15/20
     Prevalence: 137
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 16/20
     Prevalence: 144
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 17/20
     Prevalence: 146
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 18/20
     Prevalence: 151
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 19/20
     Prevalence: 155
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 20/20
     Prevalence: 163
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 20
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 20
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 412 0 0.824 425 0 0.85
     Infect. 88 0 0.176 75 0 0.15
     Total 500 0 1.000 500 0 1.00
     S -> I 5 0 NA 3 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 44
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 53
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 60
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 66
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 70
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 75
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 82
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 91
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 451 0 0.902 458 0 0.916
     Infect. 49 0 0.098 42 0 0.084
     Total 500 0 1.000 500 0 1.000
     S -> I 1 0 NA 3 0 NA
     I -> S 4 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 22
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 27
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 31
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 37
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 40
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 38
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 43
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 50
     Population Size: 1000
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIR
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 2
    
     Model Statistics
     ------------------------------------------------------------
     Time: 10
     ------------------------------------------------------------
     mean:g1 sd:g1 pct:g1 mean:g2 sd:g2 pct:g2
     Suscept. 466 0 0.932 467 0 0.934
     Infect. 25 0 0.050 25 0 0.050
     Recov. 9 0 0.018 8 0 0.016
     Total 500 0 1.000 500 0 1.000
     S -> I 2 0 NA 5 0 NA
     I -> R 0 0 NA 0 0 NA
     ------------------------------------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 12
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 18
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 20
     Population Size: 995
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 21
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 26
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 28
     Population Size: 995
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SI
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 967 0 0.972
     Infect. 28 0 0.028
     Total 995 0 1.000
     S -> I 2 0 NA
     Arrival -> 4 0 NA
     S Departure -> 2 0 NA
     I Departure -> 0 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 17
     Population Size: 1006
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 20
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 25
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 29
     Population Size: 1007
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 32
     Population Size: 1004
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 39
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 44
     Population Size: 1015
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 46
     Population Size: 1010
     ----------------------------
     EpiModel Summary
     =======================
     Model class: netsim
    
     Simulation Details
     -----------------------
     Model type: SIS
     No. simulations: 1
     No. time steps: 10
     No. NW groups: 1
    
     Model Statistics
     ------------------------------
     Time: 10
     ------------------------------
     mean sd pct
     Suscept. 964 0 0.954
     Infect. 46 0 0.046
     Total 1010 0 1.000
     S -> I 5 0 NA
     I -> S 1 0 NA
     Arrival -> 4 0 NA
     S Departure -> 7 0 NA
     I Departure -> 2 0 NA
     ------------------------------
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 15
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 16
     Population Size: 1008
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 1009
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 1010
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 17
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 1012
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 1014
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 121
     Population Size: 996
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 138
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 154
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 166
     Population Size: 984
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 186
     Population Size: 987
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 194
     Population Size: 986
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 210
     Population Size: 983
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 226
     Population Size: 981
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 241
     Population Size: 977
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 137
     Population Size: 998
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 147
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 160
     Population Size: 1005
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 176
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 181
     Population Size: 1002
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 193
     Population Size: 999
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 205
     Population Size: 1003
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 221
     Population Size: 1001
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 225
     Population Size: 995
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 24
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 30
     Population Size: 992
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 34
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 36
     Population Size: 993
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 41
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 44
     Population Size: 990
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 46
     Population Size: 991
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 49
     Population Size: 997
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 51
     Population Size: 999
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 16
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 21
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 25
     Population Size: 1000
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 14
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 17
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 24
     Population Size: 1000
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 31
     Population Size: 1000
     ----------------------------EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 1
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.4 2.667 1.265
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 20.100 0.499 NA
     Pct Edges Diss 0.05 0.064 27.178 NA
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.8 5.333 2.707
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.768 -1.160 0.025
     Pct Edges Diss 0.05 0.054 8.707 0.024
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 18.00 20 1.376
     concurrent NA 8.65 NA 1.725
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.864 -0.678 0.301
     Pct Edges Diss 0.05 0.048 -4.986 0.031
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 10
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     meandeg NA 0.396 NA 0.053
     edges 15 NA NA NA
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 20.00 19.935 -0.326 0.256
     Pct Edges Diss 0.05 0.081 61.799 0.014
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 1 network
     - Calculating formation statisticsEpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.76 5.067 2.297
     offset(mix.loc.0.1) NA 0.00 NA 0.000
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 38.762 -3.095 0.324
     Pct Edges Diss 0.025 0.029 14.467 0.001
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 12.75 -15 1.629
     meandeg NA 0.51 NA 0.065
     concurrent NA 2.98 NA 1.491
     nodematch.loc NA 12.75 NA 1.629
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 40.218 0.546 1.519
     Pct Edges Diss 0.025 0.023 -9.521 0.002
     EpiModel Network Diagnostics
     =======================
     Diagnostic Method: Dynamic
     Simulations: 2
     Time Steps per Sim: 50
    
     Formation Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     edges 15 15.08 0.533 2.36
     mix.loc.0.1 0 0.00 NaN 0.00
    
     Dissolution Diagnostics
     -----------------------
     Target Sim Mean Pct Diff Sim SD
     Edge Duration 40.000 41.331 3.326 1.117
     Pct Edges Diss 0.025 0.023 -8.479 0.007
    
     Network Diagnostics
     -----------------------
     - Simulating 250 networks
     - Calculating formation statistics
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |
     Network Diagnostics
     -----------------------
     - Simulating 2 networks
     |**|
     - Calculating formation statistics
     - Calculating duration statistics
     - Calculating dissolution statistics
    
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/5
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/5
     Prevalence: 10
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/5
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/5
     Prevalence: 11
     Population Size: 51
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 15
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 16
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 16
     Population Size: 52
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 17
     Population Size: 52
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 12
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 13
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 14
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 15
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 17
     Population Size: 49
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 18
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 18
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 18
     Population Size: 50
     ----------------------------
     Starting Network Simulation...<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 2/10
     Prevalence: 11
     Population Size: 50
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 3/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 4/10
     Prevalence: 11
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 5/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 6/10
     Prevalence: 12
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 7/10
     Prevalence: 13
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 8/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 9/10
     Prevalence: 14
     Population Size: 51
     ----------------------------<0c>
     Epidemic Simulation
     ----------------------------
     Simulation: 1/1
     Timestep: 10/10
     Prevalence: 14
     Population Size: 51
     ----------------------------
     Starting Network Simulation...
     Sim = 1/1
     1/10
     2/10
     3/10
     4/10
     5/10
     6/10
     7/10
     8/10
     9/10
     10/10 [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
    
     ══ Skipped tests ═══════════════════════════════════════════════════════════════
     • On CRAN (82)
     • empty test (9)
    
     ══ Failed tests ════════════════════════════════════════════════════════════════
     ── Error (test-utils.R:132:3): get_degree ──────────────────────────────────────
     Error in `all.equal.numeric(ergm.method, deg.net, deg.el)`: length(tolerance) == 1L is not TRUE
     Backtrace:
     █
     1. ├─base::all.equal(ergm.method, deg.net, deg.el) test-utils.R:132:2
     2. └─base::all.equal.numeric(ergm.method, deg.net, deg.el)
     3. └─base::stopifnot(length(tolerance) == 1L)
    
     [ FAIL 1 | WARN 4 | SKIP 91 | PASS 448 ]
     Error: Test failures
     Execution halted
Flavor: r-devel-windows-x86_64-new-TK