Nothing
tests/testthat/_snaps/as_curve_params.md
In serocalculator: Estimating Infection Rates from Serological Data
as_curve_params() produces expected results
Code
test_data
Output
# A tibble: 100 x 7
antigen_iso iter y0 y1 t1 alpha r
<chr> <int> <dbl> <dbl> <dbl> <dbl> <dbl>
1 HlyE_IgA 1 2.48 63.5 9.52 0.000581 1.75
2 HlyE_IgG 1 3.04 164. 6.55 0.00457 1.17
3 LPS_IgA 1 0.748 103. 4.98 0.00308 1.58
4 LPS_IgG 1 0.941 320. 6.14 0.00166 1.41
5 Vi_IgG 1 8.46 4348. 3.07 0.0000340 1.06
6 HlyE_IgA 2 3.86 288. 1.27 0.000459 2.66
7 HlyE_IgG 2 1.82 154. 10.8 0.000921 1.30
8 LPS_IgA 2 1.76 852. 2.49 0.000126 2.91
9 LPS_IgG 2 0.434 20.6 4.29 0.00122 1.37
10 Vi_IgG 2 18.8 345. 3.48 0.000142 1.02
# i 90 more rows
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as_curve_params() produces expected results
Code
test_data
Output
# A tibble: 100 x 7
antigen_iso iter y0 y1 t1 alpha r
<chr> <int> <dbl> <dbl> <dbl> <dbl> <dbl>
1 HlyE_IgA 1 2.48 63.5 9.52 0.000581 1.75
2 HlyE_IgG 1 3.04 164. 6.55 0.00457 1.17
3 LPS_IgA 1 0.748 103. 4.98 0.00308 1.58
4 LPS_IgG 1 0.941 320. 6.14 0.00166 1.41
5 Vi_IgG 1 8.46 4348. 3.07 0.0000340 1.06
6 HlyE_IgA 2 3.86 288. 1.27 0.000459 2.66
7 HlyE_IgG 2 1.82 154. 10.8 0.000921 1.30
8 LPS_IgA 2 1.76 852. 2.49 0.000126 2.91
9 LPS_IgG 2 0.434 20.6 4.29 0.00122 1.37
10 Vi_IgG 2 18.8 345. 3.48 0.000142 1.02
# i 90 more rows
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