Running 'test-all.R' [84s]
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: Classes for Relational Data
  Version 1.16.1 created on 2020-10-06.
  copyright (c) 2005, Carter T. Butts, University of California-Irvine
                      Mark S. Handcock, University of California -- Los Angeles
                      David R. Hunter, Penn State University
                      Martina Morris, University of Washington
                      Skye Bender-deMoll, University of Washington
   For citation information, type citation("network").
   Type help("network-package") to get started.
  
  
  networkDynamic: version 0.10.1, created on 2020-01-16
  Copyright (c) 2020, Carter T. Butts, University of California -- Irvine
                      Ayn Leslie-Cook, University of Washington
                      Pavel N. Krivitsky, University of Wollongong
                      Skye Bender-deMoll, University of Washington
                      with contributions from
                      Zack Almquist, University of California -- Irvine
                      David R. Hunter, Penn State University
                      Li Wang
                      Kirk Li, University of Washington
                      Steven M. Goodreau, University of Washington
                      Jeffrey Horner
                      Martina Morris, University of Washington
  Based on "statnet" project software (statnet.org).
  For license and citation information see statnet.org/attribution
  or type citation("networkDynamic").
  
  Loading required package: tergm
  Loading required package: ergm
  
  ergm: version 3.11.0, created on 2020-10-14
  Copyright (c) 2020, Mark S. Handcock, University of California -- Los Angeles
                      David R. Hunter, Penn State University
                      Carter T. Butts, University of California -- Irvine
                      Steven M. Goodreau, University of Washington
                      Pavel N. Krivitsky, UNSW Sydney
                      Martina Morris, University of Washington
                      with contributions from
                      Li Wang
                      Kirk Li, University of Washington
                      Skye Bender-deMoll, University of Washington
                      Chad Klumb
                      Michal Bojanowski, Kozminski University
                      Ben Bolker
  Based on "statnet" project software (statnet.org).
  For license and citation information see statnet.org/attribution
  or type citation("ergm").
  
  NOTE: Versions before 3.6.1 had a bug in the implementation of the bd()
  constraint which distorted the sampled distribution somewhat. In
  addition, Sampson's Monks datasets had mislabeled vertices. See the
  NEWS and the documentation for more details.
  
  NOTE: Some common term arguments pertaining to vertex attribute and
  level selection have changed in 3.10.0. See terms help for more
  details. Use 'options(ergm.term=list(version="3.9.4"))' to use old
  behavior.
  
  
  tergm: version 3.7.0, created on 2020-10-15
  Copyright (c) 2020, Pavel N. Krivitsky, UNSW Sydney
                      Mark S. Handcock, University of California -- Los Angeles
                      with contributions from
                      David R. Hunter, Penn State University
                      Steven M. Goodreau, University of Washington
                      Martina Morris, University of Washington
                      Nicole Bohme Carnegie, New York University
                      Carter T. Butts, University of California -- Irvine
                      Ayn Leslie-Cook, University of Washington
                      Skye Bender-deMoll
                      Li Wang
                      Kirk Li, University of Washington
                      Chad Klumb
  Based on "statnet" project software (statnet.org).
  For license and citation information see statnet.org/attribution
  or type citation("tergm").
  
  Loading required package: tergmLite
  EpiModel NOTE: EpiModel 2.0 implements significant changes to the
  EpiModel application programming interface (API), which may require
  updates to model code written under EpiModel 1.x.  See
  https://epimodel.org/ for migration guidance.
  
  -- Skip (test-dcm-long.R:6:3): SI, 1G, CL: 1 run -------------------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:22:3): SI, 1G, CL: varying inf.prob -------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:41:3): SI, 1G, CL: varying act.rate -------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:60:3): SI, 1G, CL: varying inf.prob and act.rate ------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:79:3): SI, 2G, CL: 1 run ------------------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:99:3): SI, 2G, CL: varying inf.prob -------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:120:3): SI, 1G, OP: 1 run -----------------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:135:3): SI, 1G, OP: varying inf.prob ------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:151:3): SI, 2G, OP: 1 run -----------------------------
  Reason: On CRAN
  
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  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:194:3): SIR, 1G, CL: 1 run ----------------------------
  Reason: On CRAN
  
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  Reason: On CRAN
  
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  Reason: On CRAN
  
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  Reason: On CRAN
  
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  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:277:3): SIR, 1G, OP: varying inf.prob -----------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:293:3): SIR, 2G, OP: 1 run ----------------------------
  Reason: On CRAN
  
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  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:339:3): SIS, 1G, CL: 1 run ----------------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:354:3): SIS, 1G, CL: varying inf.prob -----------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:371:3): SIS, 2G, CL: 1 run ----------------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:390:3): SIS, 2G, CL: varying inf.prob -----------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:411:3): SIS, 1G, OP: 1 run ----------------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:426:3): SIS, 1G, OP: varying inf.prob -----------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:442:3): SIS, 2G, OP: 1 run ----------------------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:462:3): SIS, 2G, OP: varying inf.prob -----------------
  Reason: On CRAN
  
  -- Skip (test-dcm-long.R:487:3): SIS, 2G, OP: balance = g2 ---------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:6:3): SI, 1G, CL: 1 sim -------------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:30:3): SI, 1G, CL: 2 sim ------------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:55:3): SI, 1G, CL: inf.prob = 0 -----------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:79:3): SI, 2G, CL: 1 sim ------------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:102:3): SI, 2G, CL: 2 sim -----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:127:3): SI, 1G, OP: 1 sim -----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:150:3): SI, 1G, OP: 2 sim -----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:174:3): SI, 2G, OP: 1 sim -----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:199:3): SI, 2G, OP: 2 sim -----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:229:3): SIR, 1G, CL: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:252:3): SIR, 1G, CL: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:275:3): SIR, 1G, CL: inf.prob = 0 ---------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:300:3): SIR, 2G, CL: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:324:3): SIR, 2G, CL: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:348:3): SIR, 1G, OP: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:372:3): SIR, 1G, OP: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:398:3): SIR, 2G, OP: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:427:3): SIR, 2G, OP: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:459:3): SIS, 1G, CL: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:483:3): SIS, 1G, CL: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:507:3): SIS, 1G, CL: inf.prob = 0 ---------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:530:3): SIS, 2G, CL: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:552:3): SIS, 2G, CL: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:575:3): SIS, 1G, OP: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:598:3): SIS, 1G, OP: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:622:3): SIS, 2G, OP: 1 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-icm-long.R:647:3): SIS, 2G, OP: 2 sim ----------------------------
  Reason: On CRAN
  
  -- Skip (test-net-long.R:6:3): edges models ------------------------------------
  Reason: On CRAN
  
  -- Skip (test-net-long.R:292:3): High departure rate models --------------------
  Reason: On CRAN
  
  -- Skip (test-net-long.R:337:3): edges two-group models ------------------------
  Reason: On CRAN
  
  -- Skip (test-net-long.R:439:3): Open population 1 group models ----------------
  Reason: On CRAN
  
  -- Skip (test-net-long.R:552:3): Open-population two-group models --------------
  Reason: On CRAN
  
  -- Skip (test-net-long.R:638:3): Extinction open-population models -------------
  Reason: On CRAN
  
  -- Skip (test-net-long.R:683:3): Extended post-simulation diagnosntic tests ----
  Reason: On CRAN
  
  
  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...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/20
  Prevalence: 18
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/20
  Prevalence: 29
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/20
  Prevalence: 42
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/20
  Prevalence: 57
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/20
  Prevalence: 73
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/20
  Prevalence: 89
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/20
  Prevalence: 108
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/20
  Prevalence: 127
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/20
  Prevalence: 150
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 11/20
  Prevalence: 185
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 12/20
  Prevalence: 218
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 13/20
  Prevalence: 243
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 14/20
  Prevalence: 270
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 15/20
  Prevalence: 301
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 16/20
  Prevalence: 335
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 17/20
  Prevalence: 367
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 18/20
  Prevalence: 396
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 19/20
  Prevalence: 431
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 20/20
  Prevalence: 469
  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.   531   0  0.531
  Infect.    469   0  0.469
  Total     1000   0  1.000
  S -> I      38   0     NA
  ------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 15
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 21
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 23
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 29
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 34
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 37
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 35
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 38
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 42
  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.   958   0  0.958
  Infect.     42   0  0.042
  Total     1000   0  1.000
  S -> I       4   0     NA
  I -> S       0   0     NA
  ------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 16
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 22
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 31
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 37
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 43
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 51
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 61
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 68
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 76
  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.   912   0  0.912
  Infect.     76   0  0.076
  Recov.      12   0  0.012
  Total     1000   0  1.000
  S -> I      10   0     NA
  I -> R       2   0     NA
  ------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/20
  Prevalence: 61
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/20
  Prevalence: 79
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/20
  Prevalence: 109
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/20
  Prevalence: 130
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/20
  Prevalence: 152
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/20
  Prevalence: 177
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/20
  Prevalence: 205
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/20
  Prevalence: 249
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/20
  Prevalence: 282
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 11/20
  Prevalence: 327
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 12/20
  Prevalence: 365
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 13/20
  Prevalence: 400
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 14/20
  Prevalence: 435
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 15/20
  Prevalence: 470
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 16/20
  Prevalence: 505
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 17/20
  Prevalence: 524
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 18/20
  Prevalence: 556
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 19/20
  Prevalence: 582
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 20/20
  Prevalence: 604
  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.      187      0   0.374      209      0   0.418
  Infect.       313      0   0.626      291      0   0.582
  Total         500      0   1.000      500      0   1.000
  S -> I         11      0      NA       11      0      NA
  ------------------------------------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 51
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 59
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 66
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 75
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 83
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 96
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 107
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 116
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 130
  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.      428      0   0.856      442      0   0.884
  Infect.        72      0   0.144       58      0   0.116
  Total         500      0   1.000      500      0   1.000
  S -> I         10      0      NA        6      0      NA
  I -> S          1      0      NA        1      0      NA
  ------------------------------------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 30
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 39
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 43
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 54
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 60
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 65
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 71
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 74
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 79
  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.      449      0   0.898      454      0   0.908
  Infect.        41      0   0.082       38      0   0.076
  Recov.         10      0   0.020        8      0   0.016
  Total         500      0   1.000      500      0   1.000
  S -> I          4      0      NA        2      0      NA
  I -> R          1      0      NA        0      0      NA
  ------------------------------------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 13
  Population Size: 1003
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 13
  Population Size: 993
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 15
  Population Size: 990
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 18
  Population Size: 996
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 23
  Population Size: 992
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 31
  Population Size: 991
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 39
  Population Size: 995
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 46
  Population Size: 995
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 57
  Population Size: 1004
  ----------------------------
  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.         947   0  0.943
  Infect.           57   0  0.057
  Total           1004   0  1.000
  S -> I            13   0     NA
  Arrival ->        12   0     NA
  S Departure ->     1   0     NA
  I Departure ->     2   0     NA
  ------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 14
  Population Size: 998
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 15
  Population Size: 996
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 17
  Population Size: 992
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 18
  Population Size: 990
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 22
  Population Size: 987
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 26
  Population Size: 989
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 28
  Population Size: 991
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 35
  Population Size: 991
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 40
  Population Size: 990
  ----------------------------
  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.         950   0  0.96
  Infect.           40   0  0.04
  Total            990   0  1.00
  S -> I             6   0    NA
  I -> S             0   0    NA
  Arrival ->         5   0    NA
  S Departure ->     5   0    NA
  I Departure ->     1   0    NA
  ------------------------------ 
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 13
  Population Size: 1003
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 15
  Population Size: 1003
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 15
  Population Size: 998
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 17
  Population Size: 1001
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 20
  Population Size: 999
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 22
  Population Size: 998
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 26
  Population Size: 999
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 30
  Population Size: 994
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 34
  Population Size: 993
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 133
  Population Size: 999
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 153
  Population Size: 994
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 171
  Population Size: 990
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 186
  Population Size: 987
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 206
  Population Size: 989
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 223
  Population Size: 995
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 237
  Population Size: 993
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 252
  Population Size: 993
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 267
  Population Size: 992
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 125
  Population Size: 998
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 142
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 165
  Population Size: 999
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 178
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 186
  Population Size: 996
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 197
  Population Size: 999
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 206
  Population Size: 992
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 218
  Population Size: 995
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 239
  Population Size: 998
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 27
  Population Size: 1003
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 34
  Population Size: 999
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 39
  Population Size: 996
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 44
  Population Size: 1002
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 49
  Population Size: 1001
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 55
  Population Size: 1002
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 56
  Population Size: 1002
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 61
  Population Size: 1003
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 65
  Population Size: 1005
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/5
  Prevalence: 12
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/5
  Prevalence: 20
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/5
  Prevalence: 30
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/5
  Prevalence: 45
  Population Size: 1000
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/5
  Prevalence: 17
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/5
  Prevalence: 22
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/5
  Prevalence: 29
  Population Size: 1000
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/5
  Prevalence: 38
  Population Size: 1000
  ------------------------------ Skip (test-netattr.R:32:3): SIR model with epi.by parameter -----------------
  Reason: On CRAN
  
  -- Skip (test-netattr.R:51:3): Serosorting model in open population ------------
  Reason: On CRAN
  
  -- Skip (test-netattr.R:100:3): Serosorting model in closed population ---------
  Reason: On CRAN
  
  -- Skip (test-netattr.R:150:3): Serosorting model in open population, with tergm
  Reason: On CRAN
  
  -- Skip (test-netattr.R:185:3): Save attributes to output ----------------------
  Reason: On CRAN
  
  EpiModel Network Diagnostics
  =======================
  Diagnostic Method: Dynamic
  Simulations: 1
  Time Steps per Sim: 10
  
  Formation Diagnostics
  ----------------------- 
        Target Sim Mean Pct Diff Sim SD
  edges     15       11  -26.667  0.943
  
  Dissolution Diagnostics
  ----------------------- 
                 Target Sim Mean Pct Diff Sim SD
  Edge Duration   20.00     5.50  -72.500  2.121
  Pct Edges Diss   0.05     0.08   59.091  0.090
  EpiModel Network Diagnostics
  =======================
  Diagnostic Method: Dynamic
  Simulations: 2
  Time Steps per Sim: 10
  
  Formation Diagnostics
  ----------------------- 
        Target Sim Mean Pct Diff Sim SD
  edges     15    13.25  -11.667   5.21
  
  Dissolution Diagnostics
  ----------------------- 
                 Target Sim Mean Pct Diff Sim SD
  Edge Duration   20.00    3.667  -81.667  2.517
  Pct Edges Diss   0.05    0.045  -10.739  0.057
  EpiModel Network Diagnostics
  =======================
  Diagnostic Method: Dynamic
  Simulations: 2
  Time Steps per Sim: 10
  
  Formation Diagnostics
  ----------------------- 
             Target Sim Mean Pct Diff Sim SD
  edges          15    16.30    8.667  2.598
  concurrent     NA     7.45       NA  2.235
  
  Dissolution Diagnostics
  ----------------------- 
                 Target Sim Mean Pct Diff Sim SD
  Edge Duration   20.00    2.000  -90.000     NA
  Pct Edges Diss   0.05    0.023  -53.022  0.039
  -- ERROR (test-netdx.R:41:3): Edges only models --------------------------------
  Error: argument of length 0
  Backtrace:
      x
   1. +-base::plot(dx3, type = "duration") test-netdx.R:41:2
   2. \-EpiModel:::plot.netdx(dx3, type = "duration")
  
  
  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     14.4       -4  3.357
  offset(mix.loc.0.1)     NA      0.0       NA  0.000
  
  Dissolution Diagnostics
  ----------------------- 
                 Target Sim Mean Pct Diff Sim SD
  Edge Duration  40.000   15.857  -60.357  8.796
  Pct Edges Diss  0.025    0.025    1.862  0.038
  EpiModel Network Diagnostics
  =======================
  Diagnostic Method: Dynamic
  Simulations: 2
  Time Steps per Sim: 50
  
  Formation Diagnostics
  ----------------------- 
                Target Sim Mean Pct Diff Sim SD
  edges             15   10.800      -28  2.309
  meandeg           NA    0.432       NA  0.092
  concurrent        NA    4.460       NA  1.800
  nodematch.loc     NA   10.800       NA  2.309
  
  Dissolution Diagnostics
  ----------------------- 
                 Target Sim Mean Pct Diff Sim SD
  Edge Duration  40.000   11.222  -71.944 10.855
  Pct Edges Diss  0.025    0.030   19.984  0.049
  EpiModel Network Diagnostics
  =======================
  Diagnostic Method: Dynamic
  Simulations: 2
  Time Steps per Sim: 50
  
  Formation Diagnostics
  ----------------------- 
              Target Sim Mean Pct Diff Sim SD
  edges           15    15.91    6.067  3.426
  mix.loc.0.1      0     0.00      NaN  0.000
  
  Dissolution Diagnostics
  ----------------------- 
                 Target Sim Mean Pct Diff Sim SD
  Edge Duration  40.000   12.400   -69.00 10.063
  Pct Edges Diss  0.025    0.024    -4.39  0.035
  -- Skip (test-netdx.R:156:3): More complicated faux offset term ----------------
  Reason: On CRAN
  
  
  Network Diagnostics
  -----------------------
  - Simulating 250 networks
  - Calculating formation statistics-- Skip (test-netdx.R:199:3): Parallel methods ---------------------------------
  Reason: On CRAN
  
  -- Skip (test-netdx.R:231:3): Full STERGM --------------------------------------
  Reason: On CRAN
  
  -- Skip (test-netest.R:116:3): Basic STERGM fit --------------------------------
  Reason: On CRAN
  
  -- Skip (test-netrestart.R:4:3): network models can be restarted ---------------
  Reason: On CRAN
  
  -- Skip (test-netrestart.R:35:3): restart error flags --------------------------
  Reason: On CRAN
  
  -- Skip (test-netsim-parallel.R:4:3): netsim par, 1 sim, 1 core ----------------
  Reason: On CRAN
  
  -- Skip (test-netsim-parallel.R:23:3): netsim par, 2 sims, 2 cores -------------
  Reason: On CRAN
  
  -- Skip (test-netsim-parallel.R:41:3): netsim par, 1 sim, 2 cores --------------
  Reason: On CRAN
  
  -- Skip (test-netsim-parallel.R:59:3): netsim par, 2 sims, 1 cores -------------
  Reason: On CRAN
  
  
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/5
  Prevalence: 16
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/5
  Prevalence: 18
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/5
  Prevalence: 20
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/5
  Prevalence: 20
  Population Size: 49
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 10
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 11
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 12
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 15
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 15
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 17
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 17
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 18
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 17
  Population Size: 49
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 11
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 13
  Population Size: 48
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 15
  Population Size: 48
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 17
  Population Size: 48
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 17
  Population Size: 48
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 17
  Population Size: 48
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 19
  Population Size: 47
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 20
  Population Size: 47
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 20
  Population Size: 47
  ----------------------------
  Starting Network Simulation...
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 2/10
  Prevalence: 13
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 3/10
  Prevalence: 15
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 4/10
  Prevalence: 16
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 5/10
  Prevalence: 18
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 6/10
  Prevalence: 19
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 7/10
  Prevalence: 19
  Population Size: 50
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 8/10
  Prevalence: 21
  Population Size: 49
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 9/10
  Prevalence: 23
  Population Size: 49
  ----------------------------
  Epidemic Simulation
  ----------------------------
  Simulation: 1/1
  Timestep: 10/10
  Prevalence: 24
  Population Size: 49
  ------------------------------ Skip (test-stergm.R:5:3): Full STERGM ---------------------------------------
  Reason: On CRAN
  
  -- Skip (test-transmat-dendo.R:69:3): as.phylo.transmat ------------------------
  Reason: On CRAN
  
  -- Skip (test-transmat-dendo.R:261:3): as.network.transmat ---------------------
  Reason: On CRAN
  
  -- Skip (test-transmat-dendo.R:270:3): plot.transmat ---------------------------
  Reason: On CRAN
  
  
  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	-- Skip (test-utils.R:100:3): edgelist_censor ----------------------------------
  Reason: On CRAN
  
  -- Skipped tests  --------------------------------------------------------------
  * On CRAN (81)
  
  == testthat results  ===========================================================
  ERROR (test-netdx.R:41:3): Edges only models
  
  [ FAIL 1 | WARN 0 | SKIP 81 | PASS 328 ]
  Error: Test failures
  Execution halted