@@ -53,11 +53,11 @@ _as_array(x::AbstractArray) = x
5353 if length (sz) == 2
5454 @test issetequal (
5555 keys (loo_result1. pointwise),
56- (:elpd , :elpd_mcse , :p , :reff , :pareto_shape ),
56+ (:elpd , :se_elpd , :p , :reff , :pareto_shape ),
5757 )
5858 else
5959 @test loo_result1. pointwise. elpd == loo_result. pointwise. elpd
60- @test loo_result1. pointwise. elpd_mcse == loo_result. pointwise. elpd_mcse
60+ @test loo_result1. pointwise. se_elpd == loo_result. pointwise. se_elpd
6161 @test loo_result1. pointwise. p == loo_result. pointwise. p
6262 @test loo_result1. pointwise. reff == loo_result. pointwise. reff
6363 @test loo_result1. pointwise. pareto_shape ==
@@ -71,21 +71,21 @@ _as_array(x::AbstractArray) = x
7171 loo_result2 = loo (idata2)
7272 @test loo_result2. estimates. elpd ≈ loo_result1. estimates. elpd atol = atol_perm
7373 @test isapprox (
74- loo_result2. estimates. elpd_mcse ,
75- loo_result1. estimates. elpd_mcse ;
74+ loo_result2. estimates. se_elpd ,
75+ loo_result1. estimates. se_elpd ;
7676 nans= true ,
7777 atol= atol_perm,
7878 )
7979 @test loo_result2. estimates. p ≈ loo_result1. estimates. p atol = atol_perm
8080 @test isapprox (
81- loo_result2. estimates. p_mcse ,
82- loo_result1. estimates. p_mcse ;
81+ loo_result2. estimates. se_p ,
82+ loo_result1. estimates. se_p ;
8383 nans= true ,
8484 atol= atol_perm,
8585 )
8686 @test isapprox (
87- loo_result2. pointwise. elpd_mcse ,
88- loo_result1. pointwise. elpd_mcse ;
87+ loo_result2. pointwise. se_elpd ,
88+ loo_result1. pointwise. se_elpd ;
8989 nans= true ,
9090 atol= atol_perm,
9191 )
@@ -205,15 +205,15 @@ _as_array(x::AbstractArray) = x
205205 waic_result2 = waic (idata2)
206206 @test waic_result2. estimates. elpd ≈ waic_result1. estimates. elpd atol = atol_perm
207207 @test isapprox (
208- waic_result2. estimates. elpd_mcse ,
209- waic_result1. estimates. elpd_mcse ;
208+ waic_result2. estimates. se_elpd ,
209+ waic_result1. estimates. se_elpd ;
210210 nans= true ,
211211 atol= atol_perm,
212212 )
213213 @test waic_result2. estimates. p ≈ waic_result1. estimates. p atol = atol_perm
214214 @test isapprox (
215- waic_result2. estimates. p_mcse ,
216- waic_result1. estimates. p_mcse ;
215+ waic_result2. estimates. se_p ,
216+ waic_result1. estimates. se_p ;
217217 nans= true ,
218218 atol= atol_perm,
219219 )
@@ -228,7 +228,7 @@ _as_array(x::AbstractArray) = x
228228 )
229229 result1 = compare (eight_schools_data)
230230 result2 = compare (map (loo, eight_schools_data))
231- @testset for k in (:name , :rank , :elpd_diff , :elpd_diff_mcse , :weight )
231+ @testset for k in (:name , :rank , :elpd_diff , :se_elpd_diff , :weight )
232232 @test getproperty (result1, k) == getproperty (result2, k)
233233 end
234234 end
@@ -267,7 +267,7 @@ _as_array(x::AbstractArray) = x
267267
268268 stats = @inferred SummaryStats summarize (data, mean, std; name= " Stats" )
269269 @test stats. name == " Stats"
270- @test stats[:parameter ] == var_names
270+ @test stats[:label ] == var_names
271271 @test stats[:mean ] ≈ map (mean, slices)
272272 @test stats[:std ] ≈ map (std, slices)
273273
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