similar to: lines and legend

Is there a simpler way then the solution to the one that was posted here? I'm not very proficient with legend, and I don't understand this solution. All I have is two or more lines on one plot that I want to put a legend on and I can't figure out how to do it from the examples. Can you give a very simple example? It does not have to be fancy!! I have never worked with a

Please excuse me if this is a very basic question and I am just misunderstanding the basic structure of R. Right now, I am writing everything in a buffer (emacs) and then copying it into R when it is correct. Is there a way to save a file of commands and then just type the file name or something in R and have the commands executed within R? Anna

I would like to do a one way anova and then a tukeyHSD. I have three vectors A,B and C. In a previous help message, I was told to do the following for the anova: y = c(A,B,C) group = factor(rep(a:3,c(7,9,13))) #provided there a 7 elements in A,9 in B and 13 in C and then anova(lm(y~group)) Looking at the tukeyHSD method it looks like it wants the aov method which I don't understand.

Does anyone know of some methods already programmed up ( ie freeware : ) ) in R for the post hoc methods in anova. Particularly Scheffe's method or Tukey's? Anna

Is there a modulus operator in R? Anna

I didn't explain myself well. You are right about not needing a list on the right hand side of the equation below. What I end up with is a list of arrays. Now what i would like to do is to access the individual elements in the arrays in the list. For example, when I type, y[[1]], I just get the whole first array. How do I get the first element in the first array for instance? Is

I know how to print my own labels along the x axis: plot(1:10,xlab = "My label", axes = FALSE) axis(1,at=seq(1,10,by=2),labels=c("first","second","third","fourth","fifth")) Is there a way to make the labels print vertically along the axis rather than horizontally? (I'm not sure if this is even going to look all right, but I

I am totally confused as to how to use anova. I have three vectors and would like to use anova on them but I don't understand how lm or glm comes into play. In matlab, you just give the three vectors. Why isn't it the same in R? Any help would be greatly appreciated. Anna

I've tried looking at ?colors and ?palette and if I'm understanding it correctly, I'm supposed to type in (for example) palette(rainbow(13)) before I type in my plot (of 13 lines) if I want 13 different colors. But this does not work. Other things that i have tried besides rainbow give me errors. Am I just doing something completely wrong? Anna

I have a plot with 13 lines and R repeats colors. Is there any way to make R not repeat colors, or is this just a fundamental limitation on R's part to say have only 8 colors that it can use? Anna

I have two separate questions. The first is when I use xlab, the labels on my tic marks disappear. Is there a way to make them reappear? Also, is there a way to make my own labels for the tick marks? My second question is, after I have spent a lot of time getting my plot to look just right, I want to save it to a file, but the only way I seem to know how to do it is to first use

I am trying to make an array of lists. I don't think that I am doing it right however because I cannot access the individual elements of the lists once I have created the array of lists. Can someone help? for(i in 1:3){ y[[i]] = list(name[((i-1)*index+1):(i*index)]) } Anna

I've been programming in one directory and recently switched to another directory. It appears that in doing so I've uncovered a problem. My environment was saving something so that my code would work and now I don't know how to fix it. I have the following bit of code: for(i in 1:index){ indexList = lst[i] for(j in 2:jobs-1){ indexList =

Hi, # For publications, I am not allowed to repeat the axes. I have tried to remove the axes using: # yaxt="n", but it did not work. I have not understood how to do this in ggplot2. Can you help me? # I also do not want loads of space between the graphs (see below script with Dummy Data). # If I could make it look like the examples on the (nice) examples page: #

Hi, Dummy data script and scripts are attached below. I would like to change the plot to look like this:

Hi, Kindly let me know if I posted a wrong question in the forum. I want to draw a splom plot with different symbols in plot. My command is as follows: splom(~ log10(splomData[2:3]), groups = programs, data = splomData, panel = panel.superpose, key = list(title = paste(splomLoop,"Programs of Hog Analysis (Sorted by LR(GB))"), panel = panel.superpose, columns =

I don't know how to retain my row labels. I read in a table with row labels, ie: Price Floor Area Rooms 52. 111. 830 5 54. 128. 710 5 47.4 101 1000 4 ... but then I need to transform the data raggedRidzeros <- function(x){ y = list(ridzeros(x[[1]])) for(i in 2:length(x)){ y = c(y,list(ridzeros(x[[i]]))) } y } (where ridzeros is a function

Hello everyone, I'm stumped. I'd like to create a scatterplot matrix with circular reference lines. Here is an example in 2d: library(ellipse) set.seed(1) dat <- matrix(rnorm(300), ncol = 3) colnames(dat) <- c("X1", "X2", "X3") dat <- as.data.frame(dat) grps <- factor(rep(letters[1:4], 25)) panel.circ <- function(x, y, ...) { circ1

Sorry Folks, I'm sure I could suss out the answer myself but I need it soon ... ! 1. Given a set of 4 variables X,Y,Z,W in a dataframe DF, I make a scatter-plot matrix using splom(DF). 2. I do all regressions of U on V using lm(U~V), where U and V are all 12 different ordered pairs from X,Y,Z,W. 3. Now I would like to superpose the regression lines from (2) onto the corresponding

Hi, I am trying to produce a 30x30 lattice grid. The 30 variables naturally fall into three groups of ten and I would like to add thicker axis lines around these to highlight this. However, I can only do this separately, so far, and I don't know how to superimpose the grid with the thicker lines (separating the 10x10 groups) onto the overall grid of all 30x30 plots. I enclose a