Not really sure I understand what you want. Here is some code to consider:

################

library(ggplot2)
library(dplyr)
library(tidyr)

dta <- read.table( text =
"samp.N   RSQ    MRB_uc  MRB_sb  MRB_bp
 50      0.3      1.42    37.6   37.6
 50      0.4      8.61    43.1   43.1
 50      0.5      7.41    31.6   31.6
 50      0.6      5.06    21.5   21.5
 50      0.7      3.38    14.1   14.1
 50      0.8     -1.07    5.16   5.16
100      0.3     -6.41    40.3   40.3
100      0.4     -10.6    21.0   21.0
100      0.5     -9.02    13.2   13.2
100      0.6     -9.85    5.14   5.14
100      0.7     -7.94    2.08   2.08
100      0.8     -4.81    1.28   1.28
", header = TRUE )
dta2 <- (   dta
        %>% mutate( samp.N = factor( samp.N )
                  , RSQ = factor( RSQ )
                  )
        %>% gather( Measure, value, -c( samp.N, RSQ ) )
        )

ggplot( dta2, aes( x = RSQ, y = value, fill = samp.N ) ) +
  geom_bar( stat = "identity", position = "dodge", colour = "black" ) +
  facet_wrap( ~ Measure, ncol = 1, scale = "free_y" ) +
  ylab( "" )

################


On Sat, 20 Apr 2019, Scott Colwell wrote:

I am trying to figure out how to create a hanging bar plot from dplyr.
I have used dplyr as follows:
table4 <- cr %>%
 group_by(samp.N, RSQ) %>%
 summarize(
   MRB_uc = mean(CF.F1F2/0.40*100)-100,
   MRB_sb = mean(SBC.F1F2.Alpha/0.40*100) - 100,
   MRB_bp = mean(BPC.F1F2.Alpha/0.40*100) - 100
 )
which provides me with this:
  samp.N   RSQ MRB_uc MRB_sb MRB_bp
   <dbl> <dbl>  <dbl>  <dbl>  <dbl>
1     50   0.3   1.42  37.6   37.6
2     50   0.4   8.61  43.1   43.1
3     50   0.5   7.41  31.6   31.6
4     50   0.6   5.06  21.5   21.5
5     50   0.7   3.38  14.1   14.1
6     50   0.8  -1.07   5.16   5.16
7    100   0.3  -6.41  40.3   40.3
8    100   0.4 -10.6   21.0   21.0
9    100   0.5  -9.02  13.2   13.2
10    100   0.6  -9.85   5.14   5.14
11    100   0.7  -7.94   2.08   2.08
12    100   0.8  -4.81   1.28   1.28
What I want to do is create a hanging bar plot with the x-axis being samp.N 
value by RSQ value. The bars are then values of MRB_uc, MRB_sb, and MRB_bp. 
Given some values are negative, some bars will be above zero and others below 
(hence the hanging bar plot)
I don't have any code yet as I am completely unfamiliar with how to do this. 
Any suggestions would be really appreciated.
Thank you!
Scott




--
Scott R. Colwell, PhD


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