Print GoF object

Function to print an object of class 'gofobj'

# S3 method for gofobj
print(x, ...)

Arguments

x	object of class 'gofobj'
...	other

Examples

Y <- network(20, directed = FALSE)[,]

modLSM <- lsm(Y, D = 2)
myGof <- goflsm(modLSM, Y = Y, doplot = FALSE)
print(myGof)
#> 
#> Goodness-of-fit for degree 
#> 
#>   obs min mean max MC p-value
#> 0   5   0 6.39  14       0.72
#> 1   9   3 7.06  14       0.52
#> 2   3   0 3.99   9       0.80
#> 3   3   0 1.85   5       0.60
#> 4   0   0 0.52   4       1.00
#> 5   0   0 0.17   3       1.00
#> 6   0   0 0.02   1       1.00
#> 
#> Goodness-of-fit for edge-wise shared partners 
#> 
#>   obs min  mean max MC p-value
#> 0  12   4 10.27  18       0.68
#> 1   0   0  1.33   8       1.00
#> 2   0   0  0.20   6       1.00
#> 3   0   0  0.01   1       1.00
#> 4   0   0  0.01   1       1.00
#> 
#> Goodness-of-fit for dyad-wise shared partners 
#> 
#>   obs min   mean max MC p-value
#> 0 178 144 176.46 189          1
#> 1  12   1  12.52  42          1
#> 2   0   0   0.96  11          1
#> 3   0   0   0.05   2          1
#> 4   0   0   0.01   1          1
#> 
#> Goodness-of-fit for triad census 
#> 
#>   obs min   mean  max MC p-value
#> 0 936 771 941.30 1070       0.74
#> 1 192  68 185.24  326       0.76
#> 2  12   1  12.86   49       0.92
#> 3   0   0   0.60    7       1.00
#> 
#> Goodness-of-fit for minimum geodesic distance 
#> 
#>    obs min   mean max MC p-value
#> 1   12   4  11.82  23       0.94
#> 2   12   1  12.01  41       0.84
#> 3   11   0   9.81  44       0.68
#> 4   10   0   6.25  28       0.54
#> 5    4   0   3.38  19       0.72
#> 6    0   0   1.64  20       1.00
#> 7    0   0   0.71  18       1.00
#> 8    0   0   0.29  12       1.00
#> 9    0   0   0.08   4       1.00
#> NR 141  19 144.01 185       0.68