tests/testthat/_snaps/estimate_meta_mean.md

In rcalinjageman/esci: Estimation Statistics with Confidence Intervals

Compare meta_mean to ESCI_Original 7

Code
  estimate
Output
  Analysis of raw data:

  -- es_meta --
    effect_label effect_size       LL       UL       SE k diamond_ratio
  1    My effect     443.086 412.6203 473.5517 15.54402 7      1.416818
    diamond_ratio_LL diamond_ratio_UL I2 I2_LL I2_UL PI_LL PI_UL             p
  1                1         3.099506 NA    NA    NA    NA    NA 1.008768e-178
       width FE_effect_size RE_effect_size FE_CI_width RE_CI_width
  1 60.93144        443.086       442.3668    60.93144    86.32876

  -- es_heterogeneity --
    effect_label moderator_variable_name moderator_level       measure estimate
  1    My effect            My moderator         Overall Diamond Ratio 1.416818
    LL       UL
  1  1 3.099506
  [1] "As of version 1.0.2 esci has implemented an improved method for calculating the CI for the diamond ratio; these will no longer match those presented in the 2nd edition of <i>Introduction to the New Statistics</i>."


  Note: LL and UL are lower and upper boundaries of confidence intervals with 95% expected coverage.

Code
  estimate_re
Output
  Analysis of raw data:

  -- es_meta --
         effect_label effect_size       LL       UL       SE k diamond_ratio
  x.flip    My effect    442.3668 399.2024 485.5311 22.02305 7      1.416818
         diamond_ratio_LL diamond_ratio_UL       I2 I2_LL    I2_UL    PI_LL
  x.flip                1         3.099506 42.91989     0 88.26186 358.0917
            PI_UL            p    width FE_effect_size RE_effect_size FE_CI_width
  x.flip 526.6418 9.677849e-90 86.32876        443.086       442.3668    60.93144
         RE_CI_width
  x.flip    86.32876

  -- es_heterogeneity --
         effect_label moderator_variable_name moderator_level       measure
  1         My effect            My moderator         Overall Diamond Ratio
  H^2       My effect            My moderator         Overall           H^2
  I^2(%)    My effect            My moderator         Overall        I^2(%)
  tau       My effect            My moderator         Overall           tau
  tau^2     My effect            My moderator         Overall         tau^2
            estimate LL           UL
  1         1.416818  1     3.099506
  H^2       1.751924  1     8.519236
  I^2(%)   42.919887  0    88.261859
  tau      36.930157  0   116.783411
  tau^2  1363.836510  0 13638.365101
  [1] "As of version 1.0.2 esci has implemented an improved method for calculating the CI for the diamond ratio; these will no longer match those presented in the 2nd edition of <i>Introduction to the New Statistics</i>."


  Note: LL and UL are lower and upper boundaries of confidence intervals with 95% expected coverage.

Code
  estimate_90
Output
  Analysis of raw data:

  -- es_meta --
    effect_label effect_size       LL       UL       SE k diamond_ratio
  1    My effect     443.086 417.5184 468.6536 15.54402 7      1.416818
    diamond_ratio_LL diamond_ratio_UL I2 I2_LL I2_UL PI_LL PI_UL             p
  1                1         3.099506 NA    NA    NA    NA    NA 1.008768e-178
       width FE_effect_size RE_effect_size FE_CI_width RE_CI_width
  1 51.13527        443.086       442.3668    51.13527    72.44938

  -- es_heterogeneity --
    effect_label moderator_variable_name moderator_level       measure estimate
  1    My effect            My moderator         Overall Diamond Ratio 1.416818
    LL       UL
  1  1 3.099506
  [1] "As of version 1.0.2 esci has implemented an improved method for calculating the CI for the diamond ratio; these will no longer match those presented in the 2nd edition of <i>Introduction to the New Statistics</i>."


  Note: LL and UL are lower and upper boundaries of confidence intervals with 90% expected coverage.

Code
  estimate_90
Output
  Analysis of raw data:

  -- es_meta --
         effect_label effect_size       LL       UL       SE k diamond_ratio
  x.flip    My effect    442.3668 406.1421 478.5915 22.02305 7      1.416818
         diamond_ratio_LL diamond_ratio_UL       I2 I2_LL    I2_UL    PI_LL
  x.flip                1         3.099506 42.91989     0 88.26186 371.6409
            PI_UL            p    width FE_effect_size RE_effect_size FE_CI_width
  x.flip 513.0926 9.677849e-90 72.44938        443.086       442.3668    51.13527
         RE_CI_width
  x.flip    72.44938

  -- es_heterogeneity --
         effect_label moderator_variable_name moderator_level       measure
  1         My effect            My moderator         Overall Diamond Ratio
  H^2       My effect            My moderator         Overall           H^2
  I^2(%)    My effect            My moderator         Overall        I^2(%)
  tau       My effect            My moderator         Overall           tau
  tau^2     My effect            My moderator         Overall         tau^2
            estimate LL           UL
  1         1.416818  1     3.099506
  H^2       1.751924  1     8.519236
  I^2(%)   42.919887  0    88.261859
  tau      36.930157  0   116.783411
  tau^2  1363.836510  0 13638.365101
  [1] "As of version 1.0.2 esci has implemented an improved method for calculating the CI for the diamond ratio; these will no longer match those presented in the 2nd edition of <i>Introduction to the New Statistics</i>."


  Note: LL and UL are lower and upper boundaries of confidence intervals with 90% expected coverage.

rcalinjageman/esci documentation built on Dec. 23, 2024, 2:37 p.m.