My input file:
[code]
Number of Z Number of Data1 Data1 % Number of Data2 Data2 %
0 704512099 99.74% 704423913 99.73%
1 1550142 0.22% 624685 0.09%
2 164297 0.02% 145942 0.02%
3 21515 0.00% 81941 0.01%
4 9238 0.00% 59188 0.01%
5 10501 0.00% 49658 0.01%
6 6376 0.00% 43846 0.01%
7 5000 0.00% 40841 0.01%
8 6433 0.00% 34587 0.00%
9 4755 0.00% 33504 0.00%
10 4091 0.00% 33285 0.00%
11 3429 0.00% 33837 0.00%
12 2764 0.00% 34835 0.00%
13 2489 0.00% 34453 0.00%
14 2804 0.00% 31327 0.00%
15 1968 0.00% 32287 0.00%
16 2582 0.00% 30906 0.00%
17 1903 0.00% 27054 0.00%
18 2121 0.00% 30662 0.00%
19 1712 0.00% 26963 0.00%
20 1471 0.00% 31382 0.00%
21 952 0.00% 29512 0.00%
22 866 0.00% 26077 0.00%
23 1224 0.00% 27945 0.00%
24 1382 0.00% 25433 0.00%
25 1332 0.00% 19203 0.00%
26 881 0.00% 19143 0.00%
27 1322 0.00% 18623 0.00%
28 1058 0.00% 17360 0.00%
29 923 0.00% 20834 0.00%
30 1353 0.00% 16154 0.00%
31 1213 0.00% 13968 0.00%
32 903 0.00% 13947 0.00%
33 1022 0.00% 14658 0.00%
34 606 0.00% 12764 0.00%
35 540 0.00% 12996 0.00%
36 650 0.00% 9628 0.00%
37 1368 0.00% 10950 0.00%
38 1052 0.00% 9096 0.00%
39 1342 0.00% 8425 0.00%
40 1019 0.00% 6792 0.00%
41 745 0.00% 6302 0.00%
42 794 0.00% 6771 0.00%
43 658 0.00% 6267 0.00%
44 968 0.00% 6898 0.00%
45 1448 0.00% 6082 0.00%
46 800 0.00% 6429 0.00%
47 579 0.00% 5019 0.00%
48 624 0.00% 6921 0.00%
49 660 0.00% 5435 0.00%
50 163 0.00% 4631 0.00%
51 0 0.00% 4353 0.00%
52 0 0.00% 3794 0.00%
53 0 0.00% 2839 0.00%
54 0 0.00% 1864 0.00%
55 0 0.00% 1947 0.00%
56 0 0.00% 1867 0.00%
57 0 0.00% 1953 0.00%
58 0 0.00% 1516 0.00%
59 0 0.00% 1678 0.00%
60 0 0.00% 1632 0.00%
61 0 0.00% 2980 0.00%
62 0 0.00% 1813 0.00%
63 0 0.00% 2036 0.00%
64 0 0.00% 1706 0.00%
65 0 0.00% 3027 0.00%
66 0 0.00% 1706 0.00%
67 0 0.00% 3197 0.00%
68 0 0.00% 1500 0.00%
69 0 0.00% 2183 0.00%
70 0 0.00% 1118 0.00%
71 0 0.00% 1486 0.00%
72 0 0.00% 1453 0.00%
73 0 0.00% 1266 0.00%
74 0 0.00% 870 0.00%
75 0 0.00% 791 0.00%
76 0 0.00% 1767 0.00%
77 0 0.00% 766 0.00%
78 0 0.00% 1161 0.00%
79 0 0.00% 753 0.00%
80 0 0.00% 892 0.00%
81 0 0.00% 907 0.00%
82 0 0.00% 890 0.00%
83 0 0.00% 749 0.00%
84 0 0.00% 1134 0.00%
85 0 0.00% 1160 0.00%
86 0 0.00% 3891 0.00%
87 0 0.00% 1643 0.00%
88 0 0.00% 390 0.00%
89 0 0.00% 100 0.00%
[/code]
Desired output image
[code]
http://r.789695.n4.nabble.com/file/n4448762/ScreenHunter_01_Mar._06_12.42.jpg
[/code]
Only the first, second, and forth column is used to plot the barplot
Code that I try:
[code]
read.table("data.stats.txt", header=TRUE, sep="\t")
data <- read.table("data.stats.txt", header=TRUE)
data[,1]
data[,2]
data[,4]
[/code]
Thanks for any advice
--
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Sent from the R help mailing list archive at Nabble.com.
On 03/06/2012 03:49 PM, R_beginner_starter wrote:> My input file: > ... > http://r.789695.n4.nabble.com/file/n4448762/ScreenHunter_01_Mar._06_12.42.jpgHi R_beginner_starter, If you don't really need the 3D effect, you can get more or less that plot with this (br is your data): library(plotrix) barp(t(br[,c(2,4)])) However, this is not a very good looking plot. Perhaps if you did this: barp(log(rbind(br[,2]+1,br[,4])),height.lab=c(0,10^c(5,10,15,20))) it might be more informative. You can get a 3D effect with barp, but I don't think it would add much. Jim