customize labels useOuterStrips lattice

classic Classic list List threaded Threaded
4 messages Options
Reply | Threaded
Open this post in threaded view
|

customize labels useOuterStrips lattice

Luigi
Dear all,
I am plotting some data using lattice and the function useOuterStrips
to make use of more labels. It is possible to customize the labels of
useOuterStrips so I can decide what to write in it? instead of having,
let's say, A and B I could put something more descriptive.
best regards
luigi


>>>
cluster <- c(rep("A", 90), rep("B", 100))
sample <- c(
  rep(c("cow-01", "cow-02", "cow-03", "cow-04", "cow-05", "cow-06",
"cow-07", "cow-08", "cow-09", "cow-10", "cow-11",
        "cow-12", "cow-13", "cow-14", "cow-15", "cow-16", "cow-17",
"blank"), 5),
  rep(c("cow-26", "cow-35", "cow-36", "cow-37", "cow-38", "cow-39",
"cow-40", "cow-41", "cow-42", "cow-43", "cow-44", "cow-45",
        "cow-46", "cow-47", "cow-48", "cow-49", "cow-50", "cow-51",
"cow-59", "blank"), 5)
)
type <- c(
  rep(c("negative", "negative", "negative", "negative", "negative",
"negative", "negative", "negative", "positive", "positive",
        "positive", "positive", "positive", "positive", "positive",
"positive", "positive", "blank"), 5),
  rep(c("negative", "positive", "negative", "negative", "negative",
"negative", "negative", "negative", "positive", "positive",
        "positive", "positive", "positive", "positive", "positive",
"positive", "positive", "positive", "positive", "blank"), 5)
)
target <- c(
c(rep("a", 18), rep("b", 18), rep("c", 18), rep("d", 18), rep("e", 18)),
c(rep("a", 20), rep("b", 20), rep("c", 20), rep("d", 20), rep("e", 20))
)
average <- c(88.5, 49, 41, 33, 35, 45, 95, 30, 41, 64, 22, 29, 59, 71,
128, 39, 42, 47, 86, 100,
             69, 44, 53, 66, 66, 71, 161, 69, 22.5, 30, 67, 99, 129,
94, 49, 33, 28, 31, 26, 23,
             30, 41, 35, 23, 38, 43, 15, 21, 45, 51.5, 34, 26, 43,
32.5, 59, 58.5, 61, 62.5, 58,
             59.5, 60.5, 60, 64, 110, 55, 66, 197, 83.5, 155, 76, 125,
90, 73, 84, 95.5, 62, 82, 138,
             103.5, 57, 138, 149.5, 57, 54, 245.5, 191, 131, 96, 176,
45, 76, 33, 37, 51, 44, 50, 54,
             66, 49, 90, 66.5, 42.5, 67, 56, 54, 50, 45, 99, 50, 51.5,
212, 40, 68, 121, 80, 57,
             81.5, 128, 77, 119.5, 126, 184, 101, 103, 88, 100, 140,
186, 297, 32, 184, 36, 45, 45, 44,
             86, 65, 61, 76, 62, 136, 84, 80, 56, 109, 116, 54, 59,
79, 34, 74.5, 54, 49, 55, 56,
             59, 56, 56, 57, 67, 65, 63, 52, 58, 59, 56, 54, 66, 92,
87, 59, 33, 58, 51, 54,
             52, 47, 45, 42, 52, 57, 79, 42, 45.5, 47, 47, 36, 50, 53, 49 )
stdev <- c(17.85, 6.31, 3.42, 1.04, 0.51, 6.04, 38.43, 2.78, 5.55,
26.72, 1.83, 9.92, 4.59, 19, 7.96,
               7.5, 1.06, 9.66, 75.94, 36.79, 50.45, 9.79, 1.55,
11.42, 64.12, 0.79, 15.14, 16.15, 8.12, 4.04, 92.57, 35.35,
               42.28, 52.96, 7.06, 4.97, 1.15, 4.77, 6.59, 7.27, 0.75,
4.25, 9, 0.1, 1.14, 4.17, 6.73, 3.81, 3.27,
               97.44, 9.74, 0.45, 8.14, 5.91, 13.1, 98.22, 8.92,
72.62, 70.26, 59.46, 29.89, 56.35, 91.25, 49.94, 20.65, 62.04,
               95.13, 35.89, 99.64, 29.44, 33.12, 45.91, 96.69, 9.05,
38.56, 3.09, 0.6, 8.69, 16.95, 74.03, 84.05, 39.87, 15.52,
               27.92, 35.72, 80.26, 71.93, 66.73, 87.8, 5.43, 98.3,
7.41, 9.86, 63.64, 0.36, 5.84, 1.58, 20.1, 4.21, 82.12,
               19.29, 9.02, 22.12, 54.08, 74.95, 3.24, 9.67, 67.98,
9.92, 40.69, 6.24, 8.76, 74.25, 46.34, 25.69, 90.63, 83.71,
               73.53, 57.88, 15.84, 82.07, 67.45, 47.39, 98.77, 75.1,
64.9, 3.71, 87.44, 61.06, 4.77, 57.54, 7.68, 4.54, 6.15,
               3.32, 60.39, 33.78, 66.22, 18.67, 76.53, 63.54, 47.06,
38.47, 88.15, 18.25, 4.26, 67.19, 88.87, 29.65, 7.33, 68.18,
               28.03, 6.91, 77.82, 22.23, 73.23, 95.21, 27.11, 37.01,
34.88, 28.15, 11.27, 15.67, 96.08, 89.52, 28.6, 8.22, 23.55,
               59.2, 36.38, 41.38, 0.4, 56.82, 32.35, 20.6, 18.13,
8.15, 1.08, 9.85, 1.07, 37.75, 97.6, 7.16, 8.51, 4.42,
               0.15, 1.28, 7.42, 71.15, 9.39)
ll <- c(70.65, 42.69, 37.58, 31.96, 34.49, 38.96, 56.57, 27.22, 35.45,
37.28, 20.17, 19.08, 54.41, 52, 120.04, 31.5, 40.94, 37.34,
        10.06, 63.21, 18.55, 34.21, 51.45, 54.58, 1.88, 70.21, 145.86,
52.85, 14.38, 25.96, -25.57, 63.65, 86.72, 41.04, 41.94, 28.03,
        26.85, 26.23, 19.41, 15.73, 29.25, 36.75, 26, 22.9, 36.86,
38.83, 8.27, 17.19, 41.73, -45.94, 24.26, 25.55, 34.86, 26.59, 45.9,
        -39.72, 52.08, -10.12, -12.26, 0.0399999999999991, 30.61,
3.65, -27.25, 60.06, 34.35, 3.96, 101.87, 47.61, 55.36, 46.56, 91.88,
44.09,
        -23.69, 74.95, 56.94, 58.91, 81.4, 129.31, 86.55, -17.03,
53.95, 109.63, 41.48, 26.08, 209.78, 110.74, 59.07, 29.27, 88.2,
39.57,
        -22.3, 25.59, 27.14, -12.64, 43.64, 44.16, 52.42, 45.9, 44.79,
7.88, 47.21, 33.48, 44.88, 1.92, -20.95, 46.76, 35.33, 31.02,
        40.08, 10.81, 205.76, 31.24, -6.25, 74.66, 54.31, -33.63,
-2.20999999999999, 54.47, 19.12, 103.66, 43.93, 116.55, 53.61, 4.23,
        12.9, 35.1, 136.29, 98.56, 235.94, 27.23, 126.46, 28.32,
40.46, 38.85, 40.68, 25.61, 31.22, -5.22, 57.33, -14.53, 72.46, 36.94,
        41.53, -32.15, 90.75, 111.74, -13.19, -29.87, 49.35, 26.67,
6.31999999999999, 25.97, 42.09, -22.82, 33.77, -14.23, -39.21, 28.89,
        19.99, 32.12, 36.85, 51.73, 36.33, -38.08, -30.52, 27.4,
45.78, 42.45, 32.8, 50.62, 17.62, 32.6, 1.18, 18.65, 33.4, 33.87,
38.85,
        43.92, 32.15, 50.93, 19.25, -18.6, 34.84, 36.99, 42.58, 46.85,
34.72, 42.58, -18.15, 39.61)
ul <- c(106.35, 55.31, 44.42, 34.04, 35.51, 51.04, 133.43, 32.78,
46.55, 90.72, 23.83, 38.92, 63.59, 90, 135.96, 46.5, 43.06, 56.66,
        161.94, 136.79, 119.45, 53.79, 54.55, 77.42, 130.12, 71.79,
176.14, 85.15, 30.62, 34.04, 159.57, 134.35, 171.28, 146.96, 56.06,
37.97,
        29.15, 35.77, 32.59, 30.27, 30.75, 45.25, 44, 23.1, 39.14,
47.17, 21.73, 24.81, 48.27, 148.94, 43.74, 26.45, 51.14, 38.41, 72.1,
        156.72, 69.92, 135.12, 128.26, 118.96, 90.39, 116.35, 155.25,
159.94, 75.65, 128.04, 292.13, 119.39, 254.64, 105.44, 158.12, 135.91,
169.69,
        93.05, 134.06, 65.09, 82.6, 146.69, 120.45, 131.03, 222.05,
189.37, 72.52, 81.92, 281.22, 271.26, 202.93, 162.73, 263.8, 50.43,
174.3,
        40.41, 46.86, 114.64, 44.36, 55.84, 55.58, 86.1, 53.21,
172.12, 85.79, 51.52, 89.12, 110.08, 128.95, 53.24, 54.67, 166.98,
59.92,
        92.19, 218.24, 48.76, 142.25, 167.34, 105.69, 147.63, 165.21,
201.53, 134.88, 135.34, 208.07, 251.45, 148.39, 201.77, 163.1, 164.9,
143.71,
        273.44, 358.06, 36.77, 241.54, 43.68, 49.54, 51.15, 47.32,
146.39, 98.78, 127.22, 94.67, 138.53, 199.54, 131.06, 118.47, 144.15,
127.25,
        120.26, 121.19, 147.87, 108.65, 41.33, 142.68, 82.03, 55.91,
132.82, 78.23, 132.23, 151.21, 83.11, 94.01, 101.88, 93.15, 74.27,
67.67,
        154.08, 148.52, 84.6, 62.22, 89.55, 151.2, 123.38, 100.38,
33.4, 114.82, 83.35, 74.6, 70.13, 55.15, 46.08, 51.85, 53.07, 94.75,
176.6,
        49.16, 54.01, 51.42, 47.15, 37.28, 57.42, 124.15, 58.39)
my.data <- data.frame(cluster, type, target, sample, average, stdev,
ll, ul, stringsAsFactors = FALSE)

library(lattice)
library(latticeExtra)

  useOuterStrips(
    strip = strip.custom(par.strip.text = list(cex = 0.75)),
    strip.left = strip.custom(par.strip.text = list(cex = 0.75)),
    stripplot(
      average ~ type|target+cluster,
      panel = function(x,y,col,...)
        panel.superpose(x,y,col=col,...),
      panel.groups = function(x,y,col,...){
        panel.stripplot(x,y,col=col,...)
        m <- median(y)
        panel.segments(x0 = x[1] -.5, y0 = m,
                       x1 = x[1] +.5, y1 = m,
                       col=col, lwd=2
        )
      },
      my.data,
      groups = type,
      pch=1,
      jitter.data = TRUE,
      main = "Group-wise",
      xlab = expression(bold("Target")), ylab = expression(bold("Reading")),
      col = c("grey", "green", "red"),
      par.settings = list(strip.background =
list(col=c("paleturquoise", "grey"))),
      scales = list(alternating = FALSE, x=list(draw=FALSE)),
      key = list(
        space = "top",
        columns = 3,
        text = list(c("Blank", "Negative", "Positive"), col="black"),
        rectangles = list(col=c("grey", "green", "red"))
      )
    )
  )

______________________________________________
[hidden email] mailing list -- To UNSUBSCRIBE and more, see
https://stat.ethz.ch/mailman/listinfo/r-help
PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
and provide commented, minimal, self-contained, reproducible code.
Reply | Threaded
Open this post in threaded view
|

Re: customize labels useOuterStrips lattice

Duncan Mackay-4
Hi Luigi

see
?strip.custom

too late to do any more

Regards

Duncan

Duncan Mackay
Department of Agronomy and Soil Science
University of New England
Armidale NSW 2351
Email: home: [hidden email]

-----Original Message-----
From: R-help [mailto:[hidden email]] On Behalf Of Luigi
Marongiu
Sent: Thursday, 30 March 2017 18:51
To: r-help
Subject: [R] customize labels useOuterStrips lattice

Dear all,
I am plotting some data using lattice and the function useOuterStrips
to make use of more labels. It is possible to customize the labels of
useOuterStrips so I can decide what to write in it? instead of having,
let's say, A and B I could put something more descriptive.
best regards
luigi


>>>
cluster <- c(rep("A", 90), rep("B", 100))
sample <- c(
  rep(c("cow-01", "cow-02", "cow-03", "cow-04", "cow-05", "cow-06",
"cow-07", "cow-08", "cow-09", "cow-10", "cow-11",
        "cow-12", "cow-13", "cow-14", "cow-15", "cow-16", "cow-17",
"blank"), 5),
  rep(c("cow-26", "cow-35", "cow-36", "cow-37", "cow-38", "cow-39",
"cow-40", "cow-41", "cow-42", "cow-43", "cow-44", "cow-45",
        "cow-46", "cow-47", "cow-48", "cow-49", "cow-50", "cow-51",
"cow-59", "blank"), 5)
)
type <- c(
  rep(c("negative", "negative", "negative", "negative", "negative",
"negative", "negative", "negative", "positive", "positive",
        "positive", "positive", "positive", "positive", "positive",
"positive", "positive", "blank"), 5),
  rep(c("negative", "positive", "negative", "negative", "negative",
"negative", "negative", "negative", "positive", "positive",
        "positive", "positive", "positive", "positive", "positive",
"positive", "positive", "positive", "positive", "blank"), 5)
)
target <- c(
c(rep("a", 18), rep("b", 18), rep("c", 18), rep("d", 18), rep("e", 18)),
c(rep("a", 20), rep("b", 20), rep("c", 20), rep("d", 20), rep("e", 20))
)
average <- c(88.5, 49, 41, 33, 35, 45, 95, 30, 41, 64, 22, 29, 59, 71,
128, 39, 42, 47, 86, 100,
             69, 44, 53, 66, 66, 71, 161, 69, 22.5, 30, 67, 99, 129,
94, 49, 33, 28, 31, 26, 23,
             30, 41, 35, 23, 38, 43, 15, 21, 45, 51.5, 34, 26, 43,
32.5, 59, 58.5, 61, 62.5, 58,
             59.5, 60.5, 60, 64, 110, 55, 66, 197, 83.5, 155, 76, 125,
90, 73, 84, 95.5, 62, 82, 138,
             103.5, 57, 138, 149.5, 57, 54, 245.5, 191, 131, 96, 176,
45, 76, 33, 37, 51, 44, 50, 54,
             66, 49, 90, 66.5, 42.5, 67, 56, 54, 50, 45, 99, 50, 51.5,
212, 40, 68, 121, 80, 57,
             81.5, 128, 77, 119.5, 126, 184, 101, 103, 88, 100, 140,
186, 297, 32, 184, 36, 45, 45, 44,
             86, 65, 61, 76, 62, 136, 84, 80, 56, 109, 116, 54, 59,
79, 34, 74.5, 54, 49, 55, 56,
             59, 56, 56, 57, 67, 65, 63, 52, 58, 59, 56, 54, 66, 92,
87, 59, 33, 58, 51, 54,
             52, 47, 45, 42, 52, 57, 79, 42, 45.5, 47, 47, 36, 50, 53, 49 )
stdev <- c(17.85, 6.31, 3.42, 1.04, 0.51, 6.04, 38.43, 2.78, 5.55,
26.72, 1.83, 9.92, 4.59, 19, 7.96,
               7.5, 1.06, 9.66, 75.94, 36.79, 50.45, 9.79, 1.55,
11.42, 64.12, 0.79, 15.14, 16.15, 8.12, 4.04, 92.57, 35.35,
               42.28, 52.96, 7.06, 4.97, 1.15, 4.77, 6.59, 7.27, 0.75,
4.25, 9, 0.1, 1.14, 4.17, 6.73, 3.81, 3.27,
               97.44, 9.74, 0.45, 8.14, 5.91, 13.1, 98.22, 8.92,
72.62, 70.26, 59.46, 29.89, 56.35, 91.25, 49.94, 20.65, 62.04,
               95.13, 35.89, 99.64, 29.44, 33.12, 45.91, 96.69, 9.05,
38.56, 3.09, 0.6, 8.69, 16.95, 74.03, 84.05, 39.87, 15.52,
               27.92, 35.72, 80.26, 71.93, 66.73, 87.8, 5.43, 98.3,
7.41, 9.86, 63.64, 0.36, 5.84, 1.58, 20.1, 4.21, 82.12,
               19.29, 9.02, 22.12, 54.08, 74.95, 3.24, 9.67, 67.98,
9.92, 40.69, 6.24, 8.76, 74.25, 46.34, 25.69, 90.63, 83.71,
               73.53, 57.88, 15.84, 82.07, 67.45, 47.39, 98.77, 75.1,
64.9, 3.71, 87.44, 61.06, 4.77, 57.54, 7.68, 4.54, 6.15,
               3.32, 60.39, 33.78, 66.22, 18.67, 76.53, 63.54, 47.06,
38.47, 88.15, 18.25, 4.26, 67.19, 88.87, 29.65, 7.33, 68.18,
               28.03, 6.91, 77.82, 22.23, 73.23, 95.21, 27.11, 37.01,
34.88, 28.15, 11.27, 15.67, 96.08, 89.52, 28.6, 8.22, 23.55,
               59.2, 36.38, 41.38, 0.4, 56.82, 32.35, 20.6, 18.13,
8.15, 1.08, 9.85, 1.07, 37.75, 97.6, 7.16, 8.51, 4.42,
               0.15, 1.28, 7.42, 71.15, 9.39)
ll <- c(70.65, 42.69, 37.58, 31.96, 34.49, 38.96, 56.57, 27.22, 35.45,
37.28, 20.17, 19.08, 54.41, 52, 120.04, 31.5, 40.94, 37.34,
        10.06, 63.21, 18.55, 34.21, 51.45, 54.58, 1.88, 70.21, 145.86,
52.85, 14.38, 25.96, -25.57, 63.65, 86.72, 41.04, 41.94, 28.03,
        26.85, 26.23, 19.41, 15.73, 29.25, 36.75, 26, 22.9, 36.86,
38.83, 8.27, 17.19, 41.73, -45.94, 24.26, 25.55, 34.86, 26.59, 45.9,
        -39.72, 52.08, -10.12, -12.26, 0.0399999999999991, 30.61,
3.65, -27.25, 60.06, 34.35, 3.96, 101.87, 47.61, 55.36, 46.56, 91.88,
44.09,
        -23.69, 74.95, 56.94, 58.91, 81.4, 129.31, 86.55, -17.03,
53.95, 109.63, 41.48, 26.08, 209.78, 110.74, 59.07, 29.27, 88.2,
39.57,
        -22.3, 25.59, 27.14, -12.64, 43.64, 44.16, 52.42, 45.9, 44.79,
7.88, 47.21, 33.48, 44.88, 1.92, -20.95, 46.76, 35.33, 31.02,
        40.08, 10.81, 205.76, 31.24, -6.25, 74.66, 54.31, -33.63,
-2.20999999999999, 54.47, 19.12, 103.66, 43.93, 116.55, 53.61, 4.23,
        12.9, 35.1, 136.29, 98.56, 235.94, 27.23, 126.46, 28.32,
40.46, 38.85, 40.68, 25.61, 31.22, -5.22, 57.33, -14.53, 72.46, 36.94,
        41.53, -32.15, 90.75, 111.74, -13.19, -29.87, 49.35, 26.67,
6.31999999999999, 25.97, 42.09, -22.82, 33.77, -14.23, -39.21, 28.89,
        19.99, 32.12, 36.85, 51.73, 36.33, -38.08, -30.52, 27.4,
45.78, 42.45, 32.8, 50.62, 17.62, 32.6, 1.18, 18.65, 33.4, 33.87,
38.85,
        43.92, 32.15, 50.93, 19.25, -18.6, 34.84, 36.99, 42.58, 46.85,
34.72, 42.58, -18.15, 39.61)
ul <- c(106.35, 55.31, 44.42, 34.04, 35.51, 51.04, 133.43, 32.78,
46.55, 90.72, 23.83, 38.92, 63.59, 90, 135.96, 46.5, 43.06, 56.66,
        161.94, 136.79, 119.45, 53.79, 54.55, 77.42, 130.12, 71.79,
176.14, 85.15, 30.62, 34.04, 159.57, 134.35, 171.28, 146.96, 56.06,
37.97,
        29.15, 35.77, 32.59, 30.27, 30.75, 45.25, 44, 23.1, 39.14,
47.17, 21.73, 24.81, 48.27, 148.94, 43.74, 26.45, 51.14, 38.41, 72.1,
        156.72, 69.92, 135.12, 128.26, 118.96, 90.39, 116.35, 155.25,
159.94, 75.65, 128.04, 292.13, 119.39, 254.64, 105.44, 158.12, 135.91,
169.69,
        93.05, 134.06, 65.09, 82.6, 146.69, 120.45, 131.03, 222.05,
189.37, 72.52, 81.92, 281.22, 271.26, 202.93, 162.73, 263.8, 50.43,
174.3,
        40.41, 46.86, 114.64, 44.36, 55.84, 55.58, 86.1, 53.21,
172.12, 85.79, 51.52, 89.12, 110.08, 128.95, 53.24, 54.67, 166.98,
59.92,
        92.19, 218.24, 48.76, 142.25, 167.34, 105.69, 147.63, 165.21,
201.53, 134.88, 135.34, 208.07, 251.45, 148.39, 201.77, 163.1, 164.9,
143.71,
        273.44, 358.06, 36.77, 241.54, 43.68, 49.54, 51.15, 47.32,
146.39, 98.78, 127.22, 94.67, 138.53, 199.54, 131.06, 118.47, 144.15,
127.25,
        120.26, 121.19, 147.87, 108.65, 41.33, 142.68, 82.03, 55.91,
132.82, 78.23, 132.23, 151.21, 83.11, 94.01, 101.88, 93.15, 74.27,
67.67,
        154.08, 148.52, 84.6, 62.22, 89.55, 151.2, 123.38, 100.38,
33.4, 114.82, 83.35, 74.6, 70.13, 55.15, 46.08, 51.85, 53.07, 94.75,
176.6,
        49.16, 54.01, 51.42, 47.15, 37.28, 57.42, 124.15, 58.39)
my.data <- data.frame(cluster, type, target, sample, average, stdev,
ll, ul, stringsAsFactors = FALSE)

library(lattice)
library(latticeExtra)

  useOuterStrips(
    strip = strip.custom(par.strip.text = list(cex = 0.75)),
    strip.left = strip.custom(par.strip.text = list(cex = 0.75)),
    stripplot(
      average ~ type|target+cluster,
      panel = function(x,y,col,...)
        panel.superpose(x,y,col=col,...),
      panel.groups = function(x,y,col,...){
        panel.stripplot(x,y,col=col,...)
        m <- median(y)
        panel.segments(x0 = x[1] -.5, y0 = m,
                       x1 = x[1] +.5, y1 = m,
                       col=col, lwd=2
        )
      },
      my.data,
      groups = type,
      pch=1,
      jitter.data = TRUE,
      main = "Group-wise",
      xlab = expression(bold("Target")), ylab = expression(bold("Reading")),
      col = c("grey", "green", "red"),
      par.settings = list(strip.background =
list(col=c("paleturquoise", "grey"))),
      scales = list(alternating = FALSE, x=list(draw=FALSE)),
      key = list(
        space = "top",
        columns = 3,
        text = list(c("Blank", "Negative", "Positive"), col="black"),
        rectangles = list(col=c("grey", "green", "red"))
      )
    )
  )

______________________________________________
[hidden email] mailing list -- To UNSUBSCRIBE and more, see
https://stat.ethz.ch/mailman/listinfo/r-help
PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
and provide commented, minimal, self-contained, reproducible code.

______________________________________________
[hidden email] mailing list -- To UNSUBSCRIBE and more, see
https://stat.ethz.ch/mailman/listinfo/r-help
PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
and provide commented, minimal, self-contained, reproducible code.
Reply | Threaded
Open this post in threaded view
|

Re: customize labels useOuterStrips lattice

Richard M. Heiberger
In reply to this post by Luigi
## I find it easiest to change the "trellis" object.

## assign the result of your useOuterStrips() call to an object name,
for example

myplot <- useOuterStrips(   ...   )

## then

names(myplot)
myplot$condlevels
myplot$condlevels$target <- c("much","more","interesting","names","here")
myplot$condlevels$cluster <- c("also","better")
myplot

On Thu, Mar 30, 2017 at 3:51 AM, Luigi Marongiu
<[hidden email]> wrote:

> Dear all,
> I am plotting some data using lattice and the function useOuterStrips
> to make use of more labels. It is possible to customize the labels of
> useOuterStrips so I can decide what to write in it? instead of having,
> let's say, A and B I could put something more descriptive.
> best regards
> luigi
>
>
>>>>
> cluster <- c(rep("A", 90), rep("B", 100))
> sample <- c(
>   rep(c("cow-01", "cow-02", "cow-03", "cow-04", "cow-05", "cow-06",
> "cow-07", "cow-08", "cow-09", "cow-10", "cow-11",
>         "cow-12", "cow-13", "cow-14", "cow-15", "cow-16", "cow-17",
> "blank"), 5),
>   rep(c("cow-26", "cow-35", "cow-36", "cow-37", "cow-38", "cow-39",
> "cow-40", "cow-41", "cow-42", "cow-43", "cow-44", "cow-45",
>         "cow-46", "cow-47", "cow-48", "cow-49", "cow-50", "cow-51",
> "cow-59", "blank"), 5)
> )
> type <- c(
>   rep(c("negative", "negative", "negative", "negative", "negative",
> "negative", "negative", "negative", "positive", "positive",
>         "positive", "positive", "positive", "positive", "positive",
> "positive", "positive", "blank"), 5),
>   rep(c("negative", "positive", "negative", "negative", "negative",
> "negative", "negative", "negative", "positive", "positive",
>         "positive", "positive", "positive", "positive", "positive",
> "positive", "positive", "positive", "positive", "blank"), 5)
> )
> target <- c(
> c(rep("a", 18), rep("b", 18), rep("c", 18), rep("d", 18), rep("e", 18)),
> c(rep("a", 20), rep("b", 20), rep("c", 20), rep("d", 20), rep("e", 20))
> )
> average <- c(88.5, 49, 41, 33, 35, 45, 95, 30, 41, 64, 22, 29, 59, 71,
> 128, 39, 42, 47, 86, 100,
>              69, 44, 53, 66, 66, 71, 161, 69, 22.5, 30, 67, 99, 129,
> 94, 49, 33, 28, 31, 26, 23,
>              30, 41, 35, 23, 38, 43, 15, 21, 45, 51.5, 34, 26, 43,
> 32.5, 59, 58.5, 61, 62.5, 58,
>              59.5, 60.5, 60, 64, 110, 55, 66, 197, 83.5, 155, 76, 125,
> 90, 73, 84, 95.5, 62, 82, 138,
>              103.5, 57, 138, 149.5, 57, 54, 245.5, 191, 131, 96, 176,
> 45, 76, 33, 37, 51, 44, 50, 54,
>              66, 49, 90, 66.5, 42.5, 67, 56, 54, 50, 45, 99, 50, 51.5,
> 212, 40, 68, 121, 80, 57,
>              81.5, 128, 77, 119.5, 126, 184, 101, 103, 88, 100, 140,
> 186, 297, 32, 184, 36, 45, 45, 44,
>              86, 65, 61, 76, 62, 136, 84, 80, 56, 109, 116, 54, 59,
> 79, 34, 74.5, 54, 49, 55, 56,
>              59, 56, 56, 57, 67, 65, 63, 52, 58, 59, 56, 54, 66, 92,
> 87, 59, 33, 58, 51, 54,
>              52, 47, 45, 42, 52, 57, 79, 42, 45.5, 47, 47, 36, 50, 53, 49 )
> stdev <- c(17.85, 6.31, 3.42, 1.04, 0.51, 6.04, 38.43, 2.78, 5.55,
> 26.72, 1.83, 9.92, 4.59, 19, 7.96,
>                7.5, 1.06, 9.66, 75.94, 36.79, 50.45, 9.79, 1.55,
> 11.42, 64.12, 0.79, 15.14, 16.15, 8.12, 4.04, 92.57, 35.35,
>                42.28, 52.96, 7.06, 4.97, 1.15, 4.77, 6.59, 7.27, 0.75,
> 4.25, 9, 0.1, 1.14, 4.17, 6.73, 3.81, 3.27,
>                97.44, 9.74, 0.45, 8.14, 5.91, 13.1, 98.22, 8.92,
> 72.62, 70.26, 59.46, 29.89, 56.35, 91.25, 49.94, 20.65, 62.04,
>                95.13, 35.89, 99.64, 29.44, 33.12, 45.91, 96.69, 9.05,
> 38.56, 3.09, 0.6, 8.69, 16.95, 74.03, 84.05, 39.87, 15.52,
>                27.92, 35.72, 80.26, 71.93, 66.73, 87.8, 5.43, 98.3,
> 7.41, 9.86, 63.64, 0.36, 5.84, 1.58, 20.1, 4.21, 82.12,
>                19.29, 9.02, 22.12, 54.08, 74.95, 3.24, 9.67, 67.98,
> 9.92, 40.69, 6.24, 8.76, 74.25, 46.34, 25.69, 90.63, 83.71,
>                73.53, 57.88, 15.84, 82.07, 67.45, 47.39, 98.77, 75.1,
> 64.9, 3.71, 87.44, 61.06, 4.77, 57.54, 7.68, 4.54, 6.15,
>                3.32, 60.39, 33.78, 66.22, 18.67, 76.53, 63.54, 47.06,
> 38.47, 88.15, 18.25, 4.26, 67.19, 88.87, 29.65, 7.33, 68.18,
>                28.03, 6.91, 77.82, 22.23, 73.23, 95.21, 27.11, 37.01,
> 34.88, 28.15, 11.27, 15.67, 96.08, 89.52, 28.6, 8.22, 23.55,
>                59.2, 36.38, 41.38, 0.4, 56.82, 32.35, 20.6, 18.13,
> 8.15, 1.08, 9.85, 1.07, 37.75, 97.6, 7.16, 8.51, 4.42,
>                0.15, 1.28, 7.42, 71.15, 9.39)
> ll <- c(70.65, 42.69, 37.58, 31.96, 34.49, 38.96, 56.57, 27.22, 35.45,
> 37.28, 20.17, 19.08, 54.41, 52, 120.04, 31.5, 40.94, 37.34,
>         10.06, 63.21, 18.55, 34.21, 51.45, 54.58, 1.88, 70.21, 145.86,
> 52.85, 14.38, 25.96, -25.57, 63.65, 86.72, 41.04, 41.94, 28.03,
>         26.85, 26.23, 19.41, 15.73, 29.25, 36.75, 26, 22.9, 36.86,
> 38.83, 8.27, 17.19, 41.73, -45.94, 24.26, 25.55, 34.86, 26.59, 45.9,
>         -39.72, 52.08, -10.12, -12.26, 0.0399999999999991, 30.61,
> 3.65, -27.25, 60.06, 34.35, 3.96, 101.87, 47.61, 55.36, 46.56, 91.88,
> 44.09,
>         -23.69, 74.95, 56.94, 58.91, 81.4, 129.31, 86.55, -17.03,
> 53.95, 109.63, 41.48, 26.08, 209.78, 110.74, 59.07, 29.27, 88.2,
> 39.57,
>         -22.3, 25.59, 27.14, -12.64, 43.64, 44.16, 52.42, 45.9, 44.79,
> 7.88, 47.21, 33.48, 44.88, 1.92, -20.95, 46.76, 35.33, 31.02,
>         40.08, 10.81, 205.76, 31.24, -6.25, 74.66, 54.31, -33.63,
> -2.20999999999999, 54.47, 19.12, 103.66, 43.93, 116.55, 53.61, 4.23,
>         12.9, 35.1, 136.29, 98.56, 235.94, 27.23, 126.46, 28.32,
> 40.46, 38.85, 40.68, 25.61, 31.22, -5.22, 57.33, -14.53, 72.46, 36.94,
>         41.53, -32.15, 90.75, 111.74, -13.19, -29.87, 49.35, 26.67,
> 6.31999999999999, 25.97, 42.09, -22.82, 33.77, -14.23, -39.21, 28.89,
>         19.99, 32.12, 36.85, 51.73, 36.33, -38.08, -30.52, 27.4,
> 45.78, 42.45, 32.8, 50.62, 17.62, 32.6, 1.18, 18.65, 33.4, 33.87,
> 38.85,
>         43.92, 32.15, 50.93, 19.25, -18.6, 34.84, 36.99, 42.58, 46.85,
> 34.72, 42.58, -18.15, 39.61)
> ul <- c(106.35, 55.31, 44.42, 34.04, 35.51, 51.04, 133.43, 32.78,
> 46.55, 90.72, 23.83, 38.92, 63.59, 90, 135.96, 46.5, 43.06, 56.66,
>         161.94, 136.79, 119.45, 53.79, 54.55, 77.42, 130.12, 71.79,
> 176.14, 85.15, 30.62, 34.04, 159.57, 134.35, 171.28, 146.96, 56.06,
> 37.97,
>         29.15, 35.77, 32.59, 30.27, 30.75, 45.25, 44, 23.1, 39.14,
> 47.17, 21.73, 24.81, 48.27, 148.94, 43.74, 26.45, 51.14, 38.41, 72.1,
>         156.72, 69.92, 135.12, 128.26, 118.96, 90.39, 116.35, 155.25,
> 159.94, 75.65, 128.04, 292.13, 119.39, 254.64, 105.44, 158.12, 135.91,
> 169.69,
>         93.05, 134.06, 65.09, 82.6, 146.69, 120.45, 131.03, 222.05,
> 189.37, 72.52, 81.92, 281.22, 271.26, 202.93, 162.73, 263.8, 50.43,
> 174.3,
>         40.41, 46.86, 114.64, 44.36, 55.84, 55.58, 86.1, 53.21,
> 172.12, 85.79, 51.52, 89.12, 110.08, 128.95, 53.24, 54.67, 166.98,
> 59.92,
>         92.19, 218.24, 48.76, 142.25, 167.34, 105.69, 147.63, 165.21,
> 201.53, 134.88, 135.34, 208.07, 251.45, 148.39, 201.77, 163.1, 164.9,
> 143.71,
>         273.44, 358.06, 36.77, 241.54, 43.68, 49.54, 51.15, 47.32,
> 146.39, 98.78, 127.22, 94.67, 138.53, 199.54, 131.06, 118.47, 144.15,
> 127.25,
>         120.26, 121.19, 147.87, 108.65, 41.33, 142.68, 82.03, 55.91,
> 132.82, 78.23, 132.23, 151.21, 83.11, 94.01, 101.88, 93.15, 74.27,
> 67.67,
>         154.08, 148.52, 84.6, 62.22, 89.55, 151.2, 123.38, 100.38,
> 33.4, 114.82, 83.35, 74.6, 70.13, 55.15, 46.08, 51.85, 53.07, 94.75,
> 176.6,
>         49.16, 54.01, 51.42, 47.15, 37.28, 57.42, 124.15, 58.39)
> my.data <- data.frame(cluster, type, target, sample, average, stdev,
> ll, ul, stringsAsFactors = FALSE)
>
> library(lattice)
> library(latticeExtra)
>
>   useOuterStrips(
>     strip = strip.custom(par.strip.text = list(cex = 0.75)),
>     strip.left = strip.custom(par.strip.text = list(cex = 0.75)),
>     stripplot(
>       average ~ type|target+cluster,
>       panel = function(x,y,col,...)
>         panel.superpose(x,y,col=col,...),
>       panel.groups = function(x,y,col,...){
>         panel.stripplot(x,y,col=col,...)
>         m <- median(y)
>         panel.segments(x0 = x[1] -.5, y0 = m,
>                        x1 = x[1] +.5, y1 = m,
>                        col=col, lwd=2
>         )
>       },
>       my.data,
>       groups = type,
>       pch=1,
>       jitter.data = TRUE,
>       main = "Group-wise",
>       xlab = expression(bold("Target")), ylab = expression(bold("Reading")),
>       col = c("grey", "green", "red"),
>       par.settings = list(strip.background =
> list(col=c("paleturquoise", "grey"))),
>       scales = list(alternating = FALSE, x=list(draw=FALSE)),
>       key = list(
>         space = "top",
>         columns = 3,
>         text = list(c("Blank", "Negative", "Positive"), col="black"),
>         rectangles = list(col=c("grey", "green", "red"))
>       )
>     )
>   )
>
> ______________________________________________
> [hidden email] mailing list -- To UNSUBSCRIBE and more, see
> https://stat.ethz.ch/mailman/listinfo/r-help
> PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
> and provide commented, minimal, self-contained, reproducible code.

______________________________________________
[hidden email] mailing list -- To UNSUBSCRIBE and more, see
https://stat.ethz.ch/mailman/listinfo/r-help
PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
and provide commented, minimal, self-contained, reproducible code.
Reply | Threaded
Open this post in threaded view
|

Re: customize labels useOuterStrips lattice

Duncan Mackay-4
In reply to this post by Duncan Mackay-4
Hi  Luigi

You were nearly there!

Using Rich's factors

  useOuterStrips(strip = strip.custom(factor.levels =
c("much","more","interesting","names","here"),
                                      par.strip.text = list(cex = 0.75)),
                 strip.left = strip.custom(factor.levels =
c("also","better"),
                                           par.strip.text = list(cex =
0.75)),
    stripplot(
      average ~ type|target+cluster,
      panel = function(x,y,col,...)
        panel.superpose(x,y,col=col,...),
      panel.groups = function(x,y,col,...){
        panel.stripplot(x,y,col=col,...)
        m <- median(y)
        panel.segments(x0 = x[1] -.5, y0 = m,
                       x1 = x[1] +.5, y1 = m,
                       col=col, lwd=2
        )
      },
      my.data,
      groups = type,
      pch=1,
      jitter.data = TRUE,
      main = "Group-wise",
      xlab = expression(bold("Target")), ylab = expression(bold("Reading")),
      col = c("grey", "green", "red"),
      par.settings = list(strip.background =
list(col=c("paleturquoise", "grey"))),
      scales = list(alternating = FALSE, x=list(draw=FALSE)),
      key = list(
        space = "top",
        columns = 3,
        text = list(c("Blank", "Negative", "Positive"), col="black"),
        rectangles = list(col=c("grey", "green", "red"))
      )
    )
  )

Regards

Duncan


-----Original Message-----
From: R-help [mailto:[hidden email]] On Behalf Of Duncan
Mackay
Sent: Friday, 31 March 2017 00:12
To: R; 'Luigi Marongiu'
Subject: Re: [R] customize labels useOuterStrips lattice

Hi Luigi

see
?strip.custom

too late to do any more

Regards

Duncan

Duncan Mackay
Department of Agronomy and Soil Science
University of New England
Armidale NSW 2351
Email: home: [hidden email]

-----Original Message-----
From: R-help [mailto:[hidden email]] On Behalf Of Luigi
Marongiu
Sent: Thursday, 30 March 2017 18:51
To: r-help
Subject: [R] customize labels useOuterStrips lattice

Dear all,
I am plotting some data using lattice and the function useOuterStrips
to make use of more labels. It is possible to customize the labels of
useOuterStrips so I can decide what to write in it? instead of having,
let's say, A and B I could put something more descriptive.
best regards
luigi


>>>
cluster <- c(rep("A", 90), rep("B", 100))
sample <- c(
  rep(c("cow-01", "cow-02", "cow-03", "cow-04", "cow-05", "cow-06",
"cow-07", "cow-08", "cow-09", "cow-10", "cow-11",
        "cow-12", "cow-13", "cow-14", "cow-15", "cow-16", "cow-17",
"blank"), 5),
  rep(c("cow-26", "cow-35", "cow-36", "cow-37", "cow-38", "cow-39",
"cow-40", "cow-41", "cow-42", "cow-43", "cow-44", "cow-45",
        "cow-46", "cow-47", "cow-48", "cow-49", "cow-50", "cow-51",
"cow-59", "blank"), 5)
)
type <- c(
  rep(c("negative", "negative", "negative", "negative", "negative",
"negative", "negative", "negative", "positive", "positive",
        "positive", "positive", "positive", "positive", "positive",
"positive", "positive", "blank"), 5),
  rep(c("negative", "positive", "negative", "negative", "negative",
"negative", "negative", "negative", "positive", "positive",
        "positive", "positive", "positive", "positive", "positive",
"positive", "positive", "positive", "positive", "blank"), 5)
)
target <- c(
c(rep("a", 18), rep("b", 18), rep("c", 18), rep("d", 18), rep("e", 18)),
c(rep("a", 20), rep("b", 20), rep("c", 20), rep("d", 20), rep("e", 20))
)
average <- c(88.5, 49, 41, 33, 35, 45, 95, 30, 41, 64, 22, 29, 59, 71,
128, 39, 42, 47, 86, 100,
             69, 44, 53, 66, 66, 71, 161, 69, 22.5, 30, 67, 99, 129,
94, 49, 33, 28, 31, 26, 23,
             30, 41, 35, 23, 38, 43, 15, 21, 45, 51.5, 34, 26, 43,
32.5, 59, 58.5, 61, 62.5, 58,
             59.5, 60.5, 60, 64, 110, 55, 66, 197, 83.5, 155, 76, 125,
90, 73, 84, 95.5, 62, 82, 138,
             103.5, 57, 138, 149.5, 57, 54, 245.5, 191, 131, 96, 176,
45, 76, 33, 37, 51, 44, 50, 54,
             66, 49, 90, 66.5, 42.5, 67, 56, 54, 50, 45, 99, 50, 51.5,
212, 40, 68, 121, 80, 57,
             81.5, 128, 77, 119.5, 126, 184, 101, 103, 88, 100, 140,
186, 297, 32, 184, 36, 45, 45, 44,
             86, 65, 61, 76, 62, 136, 84, 80, 56, 109, 116, 54, 59,
79, 34, 74.5, 54, 49, 55, 56,
             59, 56, 56, 57, 67, 65, 63, 52, 58, 59, 56, 54, 66, 92,
87, 59, 33, 58, 51, 54,
             52, 47, 45, 42, 52, 57, 79, 42, 45.5, 47, 47, 36, 50, 53, 49 )
stdev <- c(17.85, 6.31, 3.42, 1.04, 0.51, 6.04, 38.43, 2.78, 5.55,
26.72, 1.83, 9.92, 4.59, 19, 7.96,
               7.5, 1.06, 9.66, 75.94, 36.79, 50.45, 9.79, 1.55,
11.42, 64.12, 0.79, 15.14, 16.15, 8.12, 4.04, 92.57, 35.35,
               42.28, 52.96, 7.06, 4.97, 1.15, 4.77, 6.59, 7.27, 0.75,
4.25, 9, 0.1, 1.14, 4.17, 6.73, 3.81, 3.27,
               97.44, 9.74, 0.45, 8.14, 5.91, 13.1, 98.22, 8.92,
72.62, 70.26, 59.46, 29.89, 56.35, 91.25, 49.94, 20.65, 62.04,
               95.13, 35.89, 99.64, 29.44, 33.12, 45.91, 96.69, 9.05,
38.56, 3.09, 0.6, 8.69, 16.95, 74.03, 84.05, 39.87, 15.52,
               27.92, 35.72, 80.26, 71.93, 66.73, 87.8, 5.43, 98.3,
7.41, 9.86, 63.64, 0.36, 5.84, 1.58, 20.1, 4.21, 82.12,
               19.29, 9.02, 22.12, 54.08, 74.95, 3.24, 9.67, 67.98,
9.92, 40.69, 6.24, 8.76, 74.25, 46.34, 25.69, 90.63, 83.71,
               73.53, 57.88, 15.84, 82.07, 67.45, 47.39, 98.77, 75.1,
64.9, 3.71, 87.44, 61.06, 4.77, 57.54, 7.68, 4.54, 6.15,
               3.32, 60.39, 33.78, 66.22, 18.67, 76.53, 63.54, 47.06,
38.47, 88.15, 18.25, 4.26, 67.19, 88.87, 29.65, 7.33, 68.18,
               28.03, 6.91, 77.82, 22.23, 73.23, 95.21, 27.11, 37.01,
34.88, 28.15, 11.27, 15.67, 96.08, 89.52, 28.6, 8.22, 23.55,
               59.2, 36.38, 41.38, 0.4, 56.82, 32.35, 20.6, 18.13,
8.15, 1.08, 9.85, 1.07, 37.75, 97.6, 7.16, 8.51, 4.42,
               0.15, 1.28, 7.42, 71.15, 9.39)
ll <- c(70.65, 42.69, 37.58, 31.96, 34.49, 38.96, 56.57, 27.22, 35.45,
37.28, 20.17, 19.08, 54.41, 52, 120.04, 31.5, 40.94, 37.34,
        10.06, 63.21, 18.55, 34.21, 51.45, 54.58, 1.88, 70.21, 145.86,
52.85, 14.38, 25.96, -25.57, 63.65, 86.72, 41.04, 41.94, 28.03,
        26.85, 26.23, 19.41, 15.73, 29.25, 36.75, 26, 22.9, 36.86,
38.83, 8.27, 17.19, 41.73, -45.94, 24.26, 25.55, 34.86, 26.59, 45.9,
        -39.72, 52.08, -10.12, -12.26, 0.0399999999999991, 30.61,
3.65, -27.25, 60.06, 34.35, 3.96, 101.87, 47.61, 55.36, 46.56, 91.88,
44.09,
        -23.69, 74.95, 56.94, 58.91, 81.4, 129.31, 86.55, -17.03,
53.95, 109.63, 41.48, 26.08, 209.78, 110.74, 59.07, 29.27, 88.2,
39.57,
        -22.3, 25.59, 27.14, -12.64, 43.64, 44.16, 52.42, 45.9, 44.79,
7.88, 47.21, 33.48, 44.88, 1.92, -20.95, 46.76, 35.33, 31.02,
        40.08, 10.81, 205.76, 31.24, -6.25, 74.66, 54.31, -33.63,
-2.20999999999999, 54.47, 19.12, 103.66, 43.93, 116.55, 53.61, 4.23,
        12.9, 35.1, 136.29, 98.56, 235.94, 27.23, 126.46, 28.32,
40.46, 38.85, 40.68, 25.61, 31.22, -5.22, 57.33, -14.53, 72.46, 36.94,
        41.53, -32.15, 90.75, 111.74, -13.19, -29.87, 49.35, 26.67,
6.31999999999999, 25.97, 42.09, -22.82, 33.77, -14.23, -39.21, 28.89,
        19.99, 32.12, 36.85, 51.73, 36.33, -38.08, -30.52, 27.4,
45.78, 42.45, 32.8, 50.62, 17.62, 32.6, 1.18, 18.65, 33.4, 33.87,
38.85,
        43.92, 32.15, 50.93, 19.25, -18.6, 34.84, 36.99, 42.58, 46.85,
34.72, 42.58, -18.15, 39.61)
ul <- c(106.35, 55.31, 44.42, 34.04, 35.51, 51.04, 133.43, 32.78,
46.55, 90.72, 23.83, 38.92, 63.59, 90, 135.96, 46.5, 43.06, 56.66,
        161.94, 136.79, 119.45, 53.79, 54.55, 77.42, 130.12, 71.79,
176.14, 85.15, 30.62, 34.04, 159.57, 134.35, 171.28, 146.96, 56.06,
37.97,
        29.15, 35.77, 32.59, 30.27, 30.75, 45.25, 44, 23.1, 39.14,
47.17, 21.73, 24.81, 48.27, 148.94, 43.74, 26.45, 51.14, 38.41, 72.1,
        156.72, 69.92, 135.12, 128.26, 118.96, 90.39, 116.35, 155.25,
159.94, 75.65, 128.04, 292.13, 119.39, 254.64, 105.44, 158.12, 135.91,
169.69,
        93.05, 134.06, 65.09, 82.6, 146.69, 120.45, 131.03, 222.05,
189.37, 72.52, 81.92, 281.22, 271.26, 202.93, 162.73, 263.8, 50.43,
174.3,
        40.41, 46.86, 114.64, 44.36, 55.84, 55.58, 86.1, 53.21,
172.12, 85.79, 51.52, 89.12, 110.08, 128.95, 53.24, 54.67, 166.98,
59.92,
        92.19, 218.24, 48.76, 142.25, 167.34, 105.69, 147.63, 165.21,
201.53, 134.88, 135.34, 208.07, 251.45, 148.39, 201.77, 163.1, 164.9,
143.71,
        273.44, 358.06, 36.77, 241.54, 43.68, 49.54, 51.15, 47.32,
146.39, 98.78, 127.22, 94.67, 138.53, 199.54, 131.06, 118.47, 144.15,
127.25,
        120.26, 121.19, 147.87, 108.65, 41.33, 142.68, 82.03, 55.91,
132.82, 78.23, 132.23, 151.21, 83.11, 94.01, 101.88, 93.15, 74.27,
67.67,
        154.08, 148.52, 84.6, 62.22, 89.55, 151.2, 123.38, 100.38,
33.4, 114.82, 83.35, 74.6, 70.13, 55.15, 46.08, 51.85, 53.07, 94.75,
176.6,
        49.16, 54.01, 51.42, 47.15, 37.28, 57.42, 124.15, 58.39)
my.data <- data.frame(cluster, type, target, sample, average, stdev,
ll, ul, stringsAsFactors = FALSE)

library(lattice)
library(latticeExtra)

  useOuterStrips(
    strip = strip.custom(par.strip.text = list(cex = 0.75)),
    strip.left = strip.custom(par.strip.text = list(cex = 0.75)),
    stripplot(
      average ~ type|target+cluster,
      panel = function(x,y,col,...)
        panel.superpose(x,y,col=col,...),
      panel.groups = function(x,y,col,...){
        panel.stripplot(x,y,col=col,...)
        m <- median(y)
        panel.segments(x0 = x[1] -.5, y0 = m,
                       x1 = x[1] +.5, y1 = m,
                       col=col, lwd=2
        )
      },
      my.data,
      groups = type,
      pch=1,
      jitter.data = TRUE,
      main = "Group-wise",
      xlab = expression(bold("Target")), ylab = expression(bold("Reading")),
      col = c("grey", "green", "red"),
      par.settings = list(strip.background =
list(col=c("paleturquoise", "grey"))),
      scales = list(alternating = FALSE, x=list(draw=FALSE)),
      key = list(
        space = "top",
        columns = 3,
        text = list(c("Blank", "Negative", "Positive"), col="black"),
        rectangles = list(col=c("grey", "green", "red"))
      )
    )
  )

______________________________________________
[hidden email] mailing list -- To UNSUBSCRIBE and more, see
https://stat.ethz.ch/mailman/listinfo/r-help
PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
and provide commented, minimal, self-contained, reproducible code.

______________________________________________
[hidden email] mailing list -- To UNSUBSCRIBE and more, see
https://stat.ethz.ch/mailman/listinfo/r-help
PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
and provide commented, minimal, self-contained, reproducible code.

______________________________________________
[hidden email] mailing list -- To UNSUBSCRIBE and more, see
https://stat.ethz.ch/mailman/listinfo/r-help
PLEASE do read the posting guide http://www.R-project.org/posting-guide.html
and provide commented, minimal, self-contained, reproducible code.