clock24.plot/radial plot: Fixed

Dear All,
One hand. Many thanks!! The code run as soon as I loaded lubridate.

Please can you guide me on how to relate this code to my actual data.
My actual data is looking like:
2005/01/01 00:00   4009
2005/01/01 01:00   3969
2005/01/01 02:00   3946
2005/01/01 03:00   3975
2005/01/01 04:00   3960
2005/01/01 05:00   3974
2005/01/01 06:00   3971
2005/01/01 07:00   3970
2005/01/01 08:00   3962
2005/01/01 09:00   3992
2005/01/01 10:00   3955
2005/01/01 11:00   3963
2005/01/01 12:00   3965
2005/01/01 13:00   3947
2005/01/01 14:00   3959
2005/01/01 15:00   3978
2005/01/01 16:00   3967
and it runs for many years.

Many thanks for time.
Ogbos

On 4/22/16, David L Carlson <dcarlson at tamu.edu> wrote:

Looks like you forgot to load the lubridate package

library(lubridate)

You are calling functions days(), hours(), minutes(), seconds(), and

hour()

which all come from that package.

-------------------------------------
David L Carlson
Department of Anthropology
Texas A&M University
College Station, TX 77840-4352

-----Original Message-----
From: R-help [mailto:r-help-bounces at r-project.org] On Behalf Of Ogbos

Okike

Sent: Friday, April 22, 2016 2:05 PM
To: Ulrik Stervbo
Cc: r-help at r-project.org
Subject: Re: [R] clock24.plot/radial plot

Kind Experts,
Many thanks for your guide. I have tried to figure out something that
can help me plot my own data using the examples you referred me to. I
copied part of the code as:

set.seed(44)
N=500
events <- as.POSIXct("2011-01-01", tz="GMT") +
              days(floor(365*runif(N))) +
              hours(floor(24*rnorm(N))) +  # using rnorm here
              minutes(floor(60*runif(N))) +
              seconds(floor(60*runif(N)))
hour_of_event <- hour(events)
# make a dataframe
eventdata <- data.frame(datetime = events, eventhour = hour_of_event)
# determine if event is in business hours
eventdata$Workday <- eventdata$eventhour %in% seq(9, 17)
library(circular)
eventdata$eventhour <- circular(hour_of_event%%24, # convert to 24 hrs
      units="hours", template="clock24")
rose.diag(eventdata$eventhour, bin = 24, col = "lightblue", main =
"Events by Hour (sqrt scale)",
    prop = 3)
I tried to run the above but got an error message: "Error in
eval(expr, envir, enclos) : could not find function "days"
I was thinking that if I could run this code, I can see what is doing
and then start trying to see if I can adapt it to solve my problem.

Thank you so much for further assistance.
Ogbos


On 4/22/16, Ulrik Stervbo <ulrik.stervbo at gmail.com> wrote:

I use ggplot2 for all my plotting needs where you can make plots

circular

with the coord_polar. Maybe this will help you along:

http://rstudio-pubs-static.s3.amazonaws.com/3369_998f8b2d788e4a0384ae565c4280aa47.html

On Fri, 22 Apr 2016 at 08:31 Ogbos Okike <giftedlife2014 at gmail.com>
wrote:

Dear All,
I am trying to generate a circular/radial plot. The script below has a
result I am looking for:
testlen<-rnorm(24)*2+5
 testpos<-0:23+rnorm(24)/4
 clock24.plot(testlen,testpos,main="Test Clock24
(lines)",show.grid=FALSE,
  line.col="green",lwd=3)
 if(dev.interactive()) par(ask=TRUE)
 # now do a 'daylight' plot
 oldpar<-clock24.plot(testlen[7:19],testpos[7:19],
  main="Test Clock24 daytime (symbols)",
  point.col="blue",rp.type="s",lwd=3)
 # reset everything
 par(oldpar)

I tried to play with the script to work with my data. I read my data:
swe<-scan("onedaydata",list(dates="",time="",count=""))
dates<-swe$dates
times<-swe$time
count<-swe$count.
I tried to replace testlen<-rnorm(24)*2+5 with testlen<-count and
oldpar<-clock24.plot(testlen[7:19],testpos[7:19], with
oldpar<-clock24.plot(testlen[0:23],testpos[0:23], but nothing worked.
The format of my data is 2005/01/01 00:00   4009
2005/01/01 01:00   3969
2005/01/01 02:00   3946
2005/01/01 03:00   3975
2005/01/01 04:00   3960
2005/01/01 05:00   3974
2005/01/01 06:00   3971
2005/01/01 07:00   3970
2005/01/01 08:00   3962
2005/01/01 09:00   3992
2005/01/01 10:00   3955
2005/01/01 11:00   3963
2005/01/01 12:00   3965
2005/01/01 13:00   3947
2005/01/01 14:00   3959
2005/01/01 15:00   3978
2005/01/01 16:00   3967
2005/01/01 17:00   3978
2005/01/01 18:00   3988
2005/01/01 19:00   4043
2005/01/01 20:00   4026
2005/01/01 21:00   3996
2005/01/01 22:00   3967
2005/01/01 23:00   3969
2005/01/02 00:00   3976
2005/01/02 01:00   3969
2005/01/02 02:00   3955
2005/01/02 03:00   3984
2005/01/02 04:00   3971
2005/01/02 05:00   3960
2005/01/02 06:00   3951
2005/01/02 07:00   3948
2005/01/02 08:00   3954
2005/01/02 09:00   3948
2005/01/02 10:00   3960
2005/01/02 11:00   3964
2005/01/02 12:00   3962
2005/01/02 13:00   3959
2005/01/02 14:00   3950
2005/01/02 15:00   3972
2005/01/02 16:00   3984
2005/01/02 17:00   3983
2005/01/02 18:00   3982
2005/01/02 19:00   3987
2005/01/02 20:00   3989
2005/01/02 21:00   3975
2005/01/02 22:00   3956
2005/01/02 23:00   3975
2005/01/03 00:00   3946
2005/01/03 01:00   3944
2005/01/03 02:00   3915
2005/01/03 03:00   3901
2005/01/03 04:00   3893
2005/01/03 05:00   3854
2005/01/03 06:00   3824
2005/01/03 07:00   3790
2005/01/03 08:00   3770
2005/01/03 09:00   3794
2005/01/03 10:00   3778
2005/01/03 11:00   3803
2005/01/03 12:00   3801
2005/01/03 13:00   3800
2005/01/03 14:00   3783
2005/01/03 15:00   3789
2005/01/03 16:00   3804
2005/01/03 17:00   3781
2005/01/03 18:00   3785
2005/01/03 19:00   3772
2005/01/03 20:00   3777
2005/01/03 21:00   3766
2005/01/03 22:00   3775
2005/01/03 23:00   3779
2005/01/04 00:00   3798
2005/01/04 01:00   3806

A sample of the plot I want is attached. My data is quite large.
Thanks for your time.
Best wishes
Ogbos