[R] How to script the script sample into script "OR", please advice

[Bert Gunter]

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https://www.r-bloggers.com/calculating-auc-the-area-under-a-roc-curve/

Cheers,
Bert


Bert Gunter

"The trouble with having an open mind is that people keep coming along
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-- Opus (aka Berkeley Breathed in his "Bloom County" comic strip )


On Sat, Apr 7, 2018 at 5:01 PM, Hamzah Hasyim <hamzah.hasyim using gmail.com> wrote:
> Dear User R
>
>
> It's been a pleasure talking with you. I am newcomer use R. Would you
> please help me how to translate the script below to "R" script?
>
>
> * Area under receiver operating characteristic (AU-ROC)
> predict r1m1p, p
> roctab malaria r1m1p, graph summary
>
>
> * Area under receiver operating characteristic (AU-ROC) curve
> predict r1m2p, mu
> roctab malaria r1m2p, graph summary
>
> ************************************************************
> ********************
> * FIGURE 1 - AU-ROC
> ************************************************************
> ********************
>
> roccomp malaria r1m1p r1m2p, graph
>
>
> * Area under receiver operating characteristic (AU-ROC)
> predict r2m1p, p
> roctab malaria r2m1p, graph summary
>
>
> * Area under receiver operating characteristic (AU-ROC) curve
> predict r1m2p, mu
> roctab malaria r1m2p, graph summary
>
>
> ************************************************************
> ********************
> * FIGURE 3 - AU-ROC
> ************************************************************
> ********************
> roccomp malaria r2m1p r2m2p, graph
>
>
>
> Best regards,
>
>
>
> Hamzah
>
> Description of data-set
>
> ------------------------------------------------------------
> ----------------------
>               storage   display    value
> variable name   type    format     label      variable label
> ------------------------------------------------------------
> ----------------------
>
> malaria         float   %48.0g     malaria    Participants who had diagnosed
>                                                 malaria by health
> professionals
> _est_r1m1       byte    %8.0g                 esample() from estimates store
> r1m1p           float   %9.0g                 Pr(malaria)
> r1m2p           float   %9.0g                 Predicted mean
> r1m3p           float   %9.0g                 Predicted mean
> _est_r1m2       byte    %8.0g                 esample() from estimates store
> r1m2use         float   %9.0g                 S.E. of empirical Bayes means
> for
>                                                 _cons[district]
> r1m2u           float   %9.0g                 empirical Bayes means for
>                                                 _cons[district]
> pickone         byte    %8.0g                 tag(district)
> r1m2urank       float   %9.0g                 rank of (r1m2u)
> _est_r1m3       byte    %8.0g                 esample() from estimates store
> r1m3use         float   %9.0g                 S.E. of empirical Bayes means
> for
>                                                 _cons[district]
> r1m3u           float   %9.0g                 empirical Bayes means for
>                                                 _cons[district]
> r1m3urank       float   %9.0g                 rank of (r1m3u)
> _est_r2m1       byte    %8.0g                 esample() from estimates store
> r2m1p           float   %9.0g                 Pr(malaria)
> r2m2p           float   %9.0g                 Predicted mean
> r2m3p           float   %9.0g                 Predicted mean
> _est_r2m2       byte    %8.0g                 esample() from estimates store
> r2m2use         float   %9.0g                 S.E. of empirical Bayes means
> for
>                                                 _cons[district]
> r2m2u           float   %9.0g                 empirical Bayes means for
>                                                 _cons[district]
> r2m2urank       float   %9.0g                 rank of (r2m2u)
> _est_r2m3       byte    %8.0g                 esample() from estimates store
> r2m3use         float   %9.0g                 S.E. of empirical Bayes means
> for
>                                                 _cons[district]
> r2m3u           float   %9.0g                 empirical Bayes means for
>                                                 _cons[district]
> r2m3urank       float   %9.0g                 rank of (r2m3u)
> ------------------------------------------------------------
> ----------------------
>
>
>
>
> Respectfully,
>
>
>
> Hamzah Hasyim,
>
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