Dont you look at the graphs from the log file?

This table gives you all sorts of information including R and Rfree in
resolution shells..

Eleanor
    ****                Things for loggraph, R factor and
others                ****


$TABLE: Cycle   11. Rfactor analysis, F distribution v resln  :
$GRAPHS:Cycle   11. <Rfactor> v. resln :N:1,6,7,11,12:
:Cycle   11. <Fobs> and <Fc> v. resln :N:1,4,5,9,10:
:Cycle   11. % observed v. resln :N:1,3:
$$
M(4SSQ/LL) NR_used %_obs M(Fo_used) M(Fc_used) Rf_used WR_used
NR_free M(Fo_free) M(Fc_free) Rf_free   WR_free $$
$$
 0.008    1365  96.51   726.5   585.6  0.51  0.55      72   686.2   539.4
0.59  0.62
 0.023    2411  98.00   498.1   446.2  0.54  0.56     131   489.5   412.9
0.57  0.58
 0.037    3086  97.10   536.9   429.7  0.55  0.56     164   563.6   431.4
0.57  0.57
 0.052    3605  96.71   600.3   450.7  0.55  0.55     211   595.3   455.8
0.59  0.59
 0.067    4075  96.11   516.0   355.9  0.56  0.56     199   552.2   354.8
0.55  0.54
 0.082    4558  97.20   425.2   288.7  0.56  0.55     228   425.1   304.8
0.57  0.54
 0.096    5010  97.84   322.6   230.4  0.55  0.53     256   320.5   229.6
0.60  0.58
 0.111    5376  98.91   252.1   193.5  0.55  0.53     273   256.8   195.7
0.52  0.50
 0.126    5727  99.11   213.0   170.2  0.53  0.51     289   209.4   170.1
0.59  0.56
 0.141    6121  99.21   174.5   142.0  0.54  0.52     307   171.1   144.9
0.61  0.57
 0.155    6381  99.31   144.9   122.6  0.47  0.45     341   136.1   115.1
0.57  0.53
 0.170    6677  99.12   129.9   107.6  0.55  0.52     339   129.5   110.5
0.60  0.58
 0.185    6963  99.12   116.6    93.8  0.55  0.53     390   113.4    96.3
0.54  0.53
 0.199    7194  99.09   100.7    79.4  0.55  0.54     405   106.4    84.0
0.55  0.53
 0.214    7427  99.18    87.6    70.9  0.53  0.52     400    88.9    71.3
0.53  0.52
 0.229    7702  98.68    77.3    61.2  0.52  0.52     395    80.2    61.7
0.54  0.53
 0.244    7963  98.92    65.6    52.3  0.48  0.48     428    65.5    53.7
0.54  0.54
 0.258    8198  98.48    56.8    44.6  0.46  0.46     437    53.5    43.6
0.49  0.49
 0.273    8375  98.66    47.7    37.5  0.43  0.43     428    48.0    37.6
0.47  0.48
 0.288    8611  98.24    40.9    32.1  0.42  0.42     450    41.8    32.1
0.50  0.50
$$



On 7 December 2017 at 01:07, Bernhard Rupp <hofkristall...@gmail.com> wrote:

> You can find these numbers in the header of the output model coordinate
> file.
>
>
>
> BR
>
>
>
> *From:* CCP4 bulletin board [mailto:CCP4BB@JISCMAIL.AC.UK] *On Behalf Of *Xiao
> Lei
> *Sent:* Wednesday, December 6, 2017 2:40 PM
> *To:* CCP4BB@JISCMAIL.AC.UK
> *Subject:* [ccp4bb] How to find the Rfree and R in the highest resolution
> bin in Refmac 5?
>
>
>
> Dear All,
>
> I am asking how to find the Rfree and R in the highest resolution bin in
> Refmac 5 output?
>
> I used Refmac5 in refinement of protein structure at 3A resolution.
> Output of Refmac5 gives Rfee and R as:
>
>                               Initial    Final
>
>            R factor    0.2900   0.2052
>
>              R free    0.3015   0.2639
>
>
> I'd also like to see the Rfree and R in the highest resolution bin. I
> checked log file in Refmac5 and found M(4SSQ/LL) resolution range table
> with columns of Rf_free and WR_free, I searched in internet and still could
> not understand the Rf_free and WR_free label meaning.  I'd like to find
> something like Rfree XXX (XXX);  R XXX (XXX)  (the highest resolution bin
> value in the parenthesis).
>
>
>
> thanks ahead.
>
>
>
>
>

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