Try davk + theme(axis.text.x = element_text(hjust = .5), axis.text.y = element_text(hjust = .5, vjust = .5), panel.border = element_rect(fill = NA)) ...
android,padding,achartengine,linegraph
I solved with this code: // * ASSIX Y * renderer.setYLabels(0); renderer.setYLabelsPadding(35); renderer.setYLabelsAlign(Align.RIGHT); // Y max renderer.setYAxisMax(dashboard.maxNumberOfContent()); // set ASSY numbers label int unit = dashboard.maxNumberOfContent() / 5; for (int i = 0; i <= 5; i++) { String yLabel = "" + unit * i; renderer.addYTextLabel((unit*i), yLabel); } renderer.addYTextLabel(dashboard.maxNumberOfContent(),...
The DataPoints of a Line Chart are connected so it is not possble to really break it apart. However each segment leading to a DataPoint can have its own color and that includes Color.Transparent which lends itself to a simple trick.. Without adding extra Series or Annotiations, your two questions...
The simple way to achieve your goal is: Create a chart with single data series for Q1 Right-click on the chart, select "Select Data..." option and then Add Series for another data range (Q2) 3). Repeat this for the rest. Regards...
Here's a plunk with the fixed code: http://plnkr.co/edit/Xj2ZyxqrY2PJVV0FML26 There were several issues here. Firstly, your data wasn't sorted by date (earliest to latest), which was preventing the bisectYear function from working properly (it was always returning 1). Fixed by adding: data.sort(function(a, b) { return a.Year - b.Year; }); Secondly, your...
I completely rewrote your code using aes the way it is supposed to be used together with manual scales. # sample data df <- data.frame(condition = rep(LETTERS[1:4], each = 5), E = rep(1:5, times = 4), avg = rnorm(20), se = .3) # plotting command ggplot(data = df, aes(x =...
Thanks, everyone, that greatly helped. I struggled a little with controling the linetype and the colours, because I needed the black dotted line to overlay the green solid line. But it worked out, in the end: library(ggplot2) library(reshape2) mydf <- data.frame(M = c("M1", "M2", "M3", "M4", "M5"), C1=c(49, 14, 8,...
The trick is to reshape your data (using melt from the reshape2 package) so that you can easily map colours and linetypes to gen. # Your data - note i also added an extra comma after the fifth column in row 6. # It would be easier if you gave...
c#,wpf,linegraph,dynamic-data-display
To update your LineGraphs, you have to use the ObservableDataSource object instead of the CompositeDataSource. With this object, you can use the method AppendAsync(). public partial class MainWindow : Window { public ObservableDataSource<Point> source1 = null; public MainWindow() { InitializeComponent(); this.Loaded += MainWindow_Loaded; } private void MainWindow_Loaded(object sender, RoutedEventArgs e)...
The simple bit of splitting your data into Sig0 and Sig1 is done with an if statement in your measure expression. sum(if(Name='Sig0',Value)) Same for Sig1. That will draw this graph. You'll have to do the time to normal date conversion yourself. ...
Problem circumvented With the help of my colleague and the use of geom_tile() instead of geom_line() the graph is now exactly as I want it to. require("ggplot2") data1<-read.csv("ObserversBehaviour.csv", ",", header=T) Frames<-data1[["Frames.M01"]] Obs.lab<-paste0("Observer",0:10) Obsy <- sort(rep(1:11,4528),decreasing=F) Obsvalue <- stack(data1[,c(Obs.lab)]) ObsData2 <- expand.grid(Frames=data1[["Frames.M01"]],Obs.lab=paste0("Observer",0:10)) ObsData2$Observer = Obsy ObsData2$Assessment = Obsvalue$values GraphObserve <-...