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Rolf Turner

2022-Oct-05 10:06 UTC

[R] Getting "Error in ect, plot.new has not been called yet" despite grouping plot call

What you doing or trying to do is far too complex for my poor feeble
and senile brain to come anywhere near comprehending.  The code that
you present exceeds my complexity tolerance by many orders of magnitude.

I have a suggestion, but.  Strip your code down to the *essentials*.
Construct a simple sequence of plotting commands, with *simple* names
for the pdf files involved.  You should require only two or three such
files and two or three index levels associated with each of your
nested loops.

Run the stripped down code and the source of the problem will almost
surely become clear.

cheers,

Rolf Turner

On Tue, 4 Oct 2022 23:35:09 +0000
"Deramus, Thomas Patrick" <tderamus at partners.org> wrote:
> Sorry to cross-post on Stackoverflow and here but I'm having some
> difficulty.
>
https://stackoverflow.com/questions/73942794/still-getting-error-in-ect-plot-new-has-not-been-called-yet-despite-grouping
> 
> Trying to make a nested loop that produces PDFs off different graphs,
> one for ACF/PACF diagnostics and another for the actual data, based
> on some time-series analyses I'm doing.
> 
> Unfortunately, I keep getting the dreaded: Error plot.new has not
> been called yet
> 
> The code is meant to write a PDF containing the ACF and PACF graphs,
> then do some analyses on the timeseries, and then make a separate PDF
> containing a plot describing the timeseries based on the p-values of
> each test for each individual.
> 
> library(plyr)
> library(dplyr)
> library(ggplot2)
> library(Kendall)
> library(lubridate)
> library(xts)
> library(TTR)
> library(trend)
> library(forecast)
> library(openxlsx)
> 
> Game_Metrics_Word_Task <-
> read.xlsx("GamePack_Analytics_ALL_TIME_Short.xlsx",
"Boggle")
> Game_Metrics_Word_Task <- Game_Metrics_Word_Task %>%
> filter(grepl('1440', StudyId)) Game_Metrics_Word_Task$DeviceTime
<-
> ymd_hms(Game_Metrics_Word_Task$DeviceTime,  tz =
"America/New_York")
> Game_Metrics_Word_Task <-
> Game_Metrics_Word_Task[!duplicated(Game_Metrics_Word_Task[1:2,])]
> 
> Participant_Word_Task <-
> split(arrange(Game_Metrics_Word_Task,StudyId,DeviceTime),
>
arrange(Game_Metrics_Word_Task,StudyId,DeviceTime,StudyId,DeviceTime)$StudyId)
> 
> WordFrame <- data.frame(Participant = c(0), Task = c(0),
> MannKendall_Tau = c(0), MannKendall_P = c(0), Sen_Slope_Value = c(0),
> Sen_Slope_Pval = c(0), Pettitts_CIV = c(0), Pettitts_Pval = c(0),
> ARIMA_Model = c(0), Time_to_Petit = c(0), Number_of_Trials_to_Pettitt
> = c(0), Playtime_to_Petit_seconds = c(0), Time_Start_to_end_days > c(0),
Number_of_Total_Trials = c(0), Total_Playtime_seconds = c(0),
> Learning_rate_days = c(0), Learning_rate_seconds = c(0), Learned_Task
> = c(0))
> 
> for (i in 1:length(Participant_Word_Task)){
>     success_series <- xts(filter(Participant_Word_Task[[i]],
> GameEndReason == "TIMER_UP")$NumberOfSuccesfulWords ,
> order.by=as.POSIXct(filter(Participant_Word_Task[[i]], GameEndReason
> == "TIMER_UP")$DeviceTime)) original_series <-
> xts(Participant_Word_Task[[i]]$NumberOfSuccesfulWords,
> order.by=as.POSIXct(Participant_Word_Task[[i]]$DeviceTime))
> success_decomp <- ts(success_series, frequency >
nweeks(success_series)) original_decomp <- ts(original_series,
> frequency = nweeks(success_series))
> 
>    
pdf(paste("Word_Task_Autocorrelation_plots_for_subject_",unique(Participant_Word_Task[[i]]$StudyId),".pdf"
> ,collapse = NULL, sep = "")) par(mfrow=c(1,2))
>     Autocorrelationplot <- acf(success_decomp, main=paste(""))
>     PartialAutocorrelationplot <- pacf(success_decomp,
main=paste(""))
>     mtext(paste("Word Task Auto and Partialauto correlations for
> subject ",unique(Participant_Word_Task[[i]]$StudyId)), side = 3, line
> = -3, outer = TRUE) dev.off()
> 
>     AutomatedArimaoutputs <- auto.arima(success_decomp)
>     p <- length(AutomatedArimaoutputs$model$phi)
>     #AR component
>     q <- length(AutomatedArimaoutputs$model$theta)
>     #MA component
>     d <- AutomatedArimaoutputs$model$Delta
>     #order of difference
>     WordFrame[i,1] <- unique(Participant_Word_Task[[i]]$StudyId)
>     WordFrame[i,2] <- "Word"
>     WordFrame[i,3] <- MannKendall(success_decomp)$tau[1]
>     WordFrame[i,4] <- MannKendall(success_decomp)$sl[1]
>     WordFrame[i,5] <- sens.slope(success_decomp)$estimates
>     WordFrame[i,6] <- sens.slope(success_decomp)$p.value
>     WordFrame[i,7] <- pettitt.test(success_decomp)$estimate
>     WordFrame[i,8] <- pettitt.test(success_decomp)$p.value
>     WordFrame[i,9] <-
paste("ARIMA(",p,",",q,",",d,")",
collapse > NULL, sep = "") WordFrame[i,10] <-
> difftime(time(success_series[WordFrame[i,7]]),time(original_series[1]))
> WordFrame[i,11] <- tail(which(grepl(success_series[WordFrame[i,7]],
> original_series)), n=1) WordFrame[i,12] <-
>
sum(Participant_Word_Task[[i]]$TotalDuration[1:WordFrame[i,11]])-sum(Participant_Word_Task[[i]]$TotalTimePaused[1:WordFrame[i,11]])
> WordFrame[i,13] <-
>
difftime(time(original_series[length(original_series)]),time(original_series[1]))
> WordFrame[i,14] <- length(original_series) WordFrame[i,15] <-
>
sum(Participant_Word_Task[[i]]$TotalDuration[1:length(original_series)])-sum(Participant_Word_Task[[i]]$TotalTimePaused[1:length(original_series)])
> 
> 
>     simplemovingaverage <- SMA(original_series, n >
nweeks(original_series))
> 
>     if (WordFrame[i,4] <= 0.05 & WordFrame[i,6] <= 0.05 &
> WordFrame[i,8] <= 0.05){ {
>              
pdf(paste(WordFrame[i,1],"_Word_Task_Acquisition.pdf",collapse
> = NULL, sep = "")) plout <-
> plot(original_series,type='l',col='blue',xlab="Date of
> Play",ylab="Number of Successful Words")
> lines(simplemovingaverage,type='l',col='red')
title(paste("Word Task
> Acquisition for Subject", WordFrame[i,1])) abline(v >
index(original_series[WordFrame[i,7]]),lty=2, col='green', lwd=3)
> dev.off() } WordFrame[i,18] <- T
>               WordFrame[i,16] <- (1-(WordFrame[i,10]/WordFrame[i,13]))
>               WordFrame[i,17] <- (1-(WordFrame[i,12]/WordFrame[i,15]))
>     } else {
>               {
>              
pdf(paste(WordFrame[i,1],"_Word_Task_Acquisition.pdf",collapse
> = NULL, sep = "")) plout <-
> plot(original_series,type='l',col='blue',xlab="Date of
> Play",ylab="Number of Successful Words")
> lines(simplemovingaverage,type='l',col='red')
title(paste("Word Task
> Acquisition for Subject", WordFrame[i,1])) dev.off() }
>               WordFrame[i,18] <- F
>               WordFrame[i,16] <- 0
>               WordFrame[i,17] <- 0
>     }
> }
> 
> It will work just fine if I run the lines individually (e.g. set i > 1,
2, ect), and if I comment out abline and title (lines seems to
> work fine). But it will throw the error everytime I try to run the
> loop without these commented.
> 
> Have tried just about everything I could find on the Stack forums to
> run everything as a single argument and I'm just not sure what is
> wrong with it.
> 
> dev.list() spits out:
> 
> pdf
>   2
> following the error.
> 
> With abline and title commented out and lines run individually it's
> NULL.
> 
> Happens in both RStudio
> 
> 2022.07.2+576 "Spotted Wakerobin" Release
> (e7373ef832b49b2a9b88162cfe7eac5f22c40b34, 2022-09-06) for Ubuntu
> Bionic Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML,
> like Gecko) QtWebEngine/5.12.8 Chrome/69.0.3497.128 Safari/537.36
> 
> And R:
> 
> platform       x86_64-pc-linux-gnu
> arch           x86_64
> os             linux-gnu
> system         x86_64, linux-gnu
> status
> major          4
> minor          2.1
> year           2022
> month          06
> day            23
> svn rev        82513
> language       R
> version.string R version 4.2.1 (2022-06-23)
> nickname       Funny-Looking Kid
> 
> 
> My OS:
> PRETTY_NAME="Debian GNU/Linux 11 (bullseye)"
> NAME="Debian GNU/Linux"
> VERSION_ID="11"
> VERSION="11 (bullseye)"
> VERSION_CODENAME=bullseye
> ID=debian
> HOME_URL="https://www.debian.org"
> SUPPORT_URL="https://www.debian.org/support"
> BUG_REPORT_URL="https://bugs.debian.org"
> No LSB modules are available.
> Distributor ID:???Debian
> Description:??????Debian GNU/Linux 11 (bullseye)
> Release:????11
> Codename:???bullseye
>          Icon name: computer-desktop
>            Chassis: desktop
>         Machine ID: 053ebf23707f49c8ad4e0684f4cf19d3
>            Boot ID: d0e6294d3b944286bef10e76c21e6401
>   Operating System: Debian GNU/Linux 11 (bullseye)
>             Kernel: Linux 5.10.0-18-amd64
>       Architecture: x86-64
> 
> 
> Any suggestions would be greatly appreciated.
> 
> --
> 
> Thomas DeRamus (He/Him/His)
> 
> Data Analyst
> 
> Massachusetts General Hospital Brigham
> 
> Alzheimer?s Clinical & Translational Research Unit
> 
> 149 13th Street
> 
> Charlestown, MA 02129
> 
> Phone: 205-834-5066
> 
> Email: tderamus at partners.org<mailto:tderamus at partners.org>,
> tpderamus at gmail.com<mailto:tpderamus at gmail.com>
> 
> 
>
[https://ci3.googleusercontent.com/mail-sig/AIorK4we2sU30P2HyfDQF5hpEjYTt-9FTBK7cAVsP7EenrZ0nsKCf48fuYMtElj6Szn_2fpSPWr66eQ][https://ci3.googleusercontent.com/mail-sig/AIorK4yyY0DlImU0UONJrHTbPc5T3lJj8Kmu8SbDKJJ3XjcX6CgvVsvSueYKwficYFz4zXt6fZV8YIY]
> 
> ?If knowledge can create problems, it is not through ignorance that
> we can solve them.?
> 
> ?Issac Asimov

Deramus, Thomas Patrick

2022-Oct-05 13:32 UTC

head link

[R] Getting "Error in ect, plot.new has not been called yet" despite grouping plot call

Hi Rolf.

I followed your suggestion (though it's probably not as trimmed as it could
be), but the problem unfortunately persists.

Does this make it any clearer or still too many moving parts to make sense of?

rm(list = ls(all.names = TRUE)) #will clear all objects includes hidden objects.

#Loads the packages
library(plyr)
library(dplyr)
library(ggplot2)
library(Kendall)
library(lubridate)
library(xts)
library(TTR)
library(trend)
library(forecast)
library(openxlsx)

#Uses the learningCurve Package from Github:
#https://github.com/AFIT-R/learningCurve
library(learningCurve)

#Only load this if using VS Studio because it changes the plot function
#https://stackoverflow.com/questions/52284345/how-to-show-r-graph-from-visual-studio-code
library(httpgd)
library(languageserver)

#Loads the Excel files to Dataframes and cleans the data
Game_Metrics_Word_Task <-
read.xlsx("GamePack_Analytics_ALL_TIME_Short.xlsx",
"Boggle")
Game_Metrics_Word_Task <- Game_Metrics_Word_Task %>%
filter(grepl('1440', StudyId))
Game_Metrics_Word_Task$DeviceTime <-
ymd_hms(Game_Metrics_Word_Task$DeviceTime,  tz = "America/New_York")
Game_Metrics_Word_Task <-
Game_Metrics_Word_Task[!duplicated(Game_Metrics_Word_Task[1:2,])]

#Splits the dataframe into a tibble containing each participant
Participant_Word_Task <-
split(arrange(Game_Metrics_Word_Task,StudyId,DeviceTime),
arrange(Game_Metrics_Word_Task,StudyId,DeviceTime,StudyId,DeviceTime)$StudyId)

#Generates a blank output dataframe
WordFrame <- data.frame(Participant = c(0), Task = c(0), MannKendall_Tau =
c(0), MannKendall_P = c(0), Sen_Slope_Value = c(0), Sen_Slope_Pval = c(0),
Pettitts_CIV = c(0), Pettitts_Pval = c(0), ARIMA_Model = c(0), Time_to_Petit =
c(0), Number_of_Trials_to_Pettitt = c(0), Playtime_to_Petit_seconds = c(0),
Time_Start_to_end_days = c(0), Number_of_Total_Trials = c(0),
Total_Playtime_seconds = c(0), Learning_rate_days = c(0), Learning_rate_seconds
= c(0), Learned_Task = c(0))

#The number of subjects in the xlsx file
#Reduced to 2 for ease of use
for (i in 1:2){
  #This timeseries only includes the trials where the participant completed the
task
  success_series <- xts(filter(Participant_Word_Task[[i]], GameEndReason ==
"TIMER_UP")$NumberOfSuccesfulWords ,
order.by=as.POSIXct(filter(Participant_Word_Task[[i]], GameEndReason ==
"TIMER_UP")$DeviceTime))
  #This timeseries includes ALL the trials for the sake of plotting
  original_series <- xts(Participant_Word_Task[[i]]$NumberOfSuccesfulWords,
order.by=as.POSIXct(Participant_Word_Task[[i]]$DeviceTime))

  #This is a decomposing process that xts seems to need for plotting.
  #nweeks is needed for xts to plot the x-axis
  success_decomp <- ts(success_series, frequency = nweeks(success_series))
  original_decomp <- ts(original_series, frequency = nweeks(success_series))

  #Values which will be included in the plots
  WordFrame[i,1] <- unique(Participant_Word_Task[[i]]$StudyId)
  WordFrame[i,5] <- sens.slope(success_decomp)$estimates
  WordFrame[i,6] <- sens.slope(success_decomp)$p.value
  WordFrame[i,7] <- pettitt.test(success_decomp)$estimate
  WordFrame[i,8] <- pettitt.test(success_decomp)$p.value

  #The simple moving average that will be overlayed with the plotted data
  simplemovingaverage <- SMA(original_series, n = nweeks(original_series))

  #If the three tests are statistically significant, add a green horizontal like
to value WordFrame[i,7]
  #Which would be where the slope changes in the series
  #Fluid variables have been removed from all pdf() and paste() functions for
ease-of-use
  if (WordFrame[i,4] <= 0.05 & WordFrame[i,6] <= 0.05 &
WordFrame[i,8] <= 0.05){
     {
      pdf(file = "Word_Task_Acquisition.pdf")
      plout <- plot(original_series)
      lines(simplemovingaverage)
      abline(v = index(original_series[WordFrame[i,7]]),lty=2,
col='green', lwd=3)
      title(paste("Word Task Acquisition for Subject"))
      dev.off()
     }
  #If the three tests are NOT statistically significant, generate a plot with NO
horizontal line at WordFrame[i,7]
  } else {
    {
      pdf(file = "Word_Task_Acquisition.pdf")
      plout <- plot(original_series)
      lines(simplemovingaverage)
      title(paste("Word Task Acquisition for Subject"))
      dev.off()
    }
  }
}

________________________________
From: Rolf Turner <r.turner at auckland.ac.nz>
Sent: Wednesday, October 5, 2022 6:06 AM
To: Deramus, Thomas Patrick <tderamus at partners.org>
Cc: r-help at r-project.org <r-help at r-project.org>
Subject: Re: [R] Getting "Error in ect, plot.new has not been called
yet" despite grouping plot call

        External Email - Use Caution

What you doing or trying to do is far too complex for my poor feeble
and senile brain to come anywhere near comprehending.  The code that
you present exceeds my complexity tolerance by many orders of magnitude.

I have a suggestion, but.  Strip your code down to the *essentials*.
Construct a simple sequence of plotting commands, with *simple* names
for the pdf files involved.  You should require only two or three such
files and two or three index levels associated with each of your
nested loops.

Run the stripped down code and the source of the problem will almost
surely become clear.

cheers,

Rolf Turner

On Tue, 4 Oct 2022 23:35:09 +0000
"Deramus, Thomas Patrick" <tderamus at partners.org> wrote:
> Sorry to cross-post on Stackoverflow and here but I'm having some
> difficulty.
>
https://secure-web.cisco.com/1_juqv4RvefQFJofsnOQcQA3Ixge89s4uC26pjoPBaYOSxSLGisKtgUTZkanxeHNRqNmjl30B8wYKfsppHje4T8Su77i7t8UbMKzs3GBKEyQva4yTjPH76Q9-l6tT24bB4qNMPQeFAxrkG5lpozNpGrDIAjfKCMvgS-5Qjs-QmvhWZfo84_3SK9rHhJjJvO9CqXb0MewWwI-dEmkZemjxnliGe_D9nooo7Ebjuw0dpBuMnrdaTzQxDdivsbkujPnrGurdjLARh93RW5IWPszNwaoziRD7P-30McF1PrAP8_yjWrhxQ_S3AgG6k40EoQJU/https%3A%2F%2Fstackoverflow.com%2Fquestions%2F73942794%2Fstill-getting-error-in-ect-plot-new-has-not-been-called-yet-despite-grouping
>
> Trying to make a nested loop that produces PDFs off different graphs,
> one for ACF/PACF diagnostics and another for the actual data, based
> on some time-series analyses I'm doing.
>
> Unfortunately, I keep getting the dreaded: Error plot.new has not
> been called yet
>
> The code is meant to write a PDF containing the ACF and PACF graphs,
> then do some analyses on the timeseries, and then make a separate PDF
> containing a plot describing the timeseries based on the p-values of
> each test for each individual.
>
> library(plyr)
> library(dplyr)
> library(ggplot2)
> library(Kendall)
> library(lubridate)
> library(xts)
> library(TTR)
> library(trend)
> library(forecast)
> library(openxlsx)
>
> Game_Metrics_Word_Task <-
> read.xlsx("GamePack_Analytics_ALL_TIME_Short.xlsx",
"Boggle")
> Game_Metrics_Word_Task <- Game_Metrics_Word_Task %>%
> filter(grepl('1440', StudyId)) Game_Metrics_Word_Task$DeviceTime
<-
> ymd_hms(Game_Metrics_Word_Task$DeviceTime,  tz =
"America/New_York")
> Game_Metrics_Word_Task <-
> Game_Metrics_Word_Task[!duplicated(Game_Metrics_Word_Task[1:2,])]
>
> Participant_Word_Task <-
> split(arrange(Game_Metrics_Word_Task,StudyId,DeviceTime),
>
arrange(Game_Metrics_Word_Task,StudyId,DeviceTime,StudyId,DeviceTime)$StudyId)
>
> WordFrame <- data.frame(Participant = c(0), Task = c(0),
> MannKendall_Tau = c(0), MannKendall_P = c(0), Sen_Slope_Value = c(0),
> Sen_Slope_Pval = c(0), Pettitts_CIV = c(0), Pettitts_Pval = c(0),
> ARIMA_Model = c(0), Time_to_Petit = c(0), Number_of_Trials_to_Pettitt
> = c(0), Playtime_to_Petit_seconds = c(0), Time_Start_to_end_days > c(0),
Number_of_Total_Trials = c(0), Total_Playtime_seconds = c(0),
> Learning_rate_days = c(0), Learning_rate_seconds = c(0), Learned_Task
> = c(0))
>
> for (i in 1:length(Participant_Word_Task)){
>     success_series <- xts(filter(Participant_Word_Task[[i]],
> GameEndReason == "TIMER_UP")$NumberOfSuccesfulWords ,
> order.by=as.POSIXct(filter(Participant_Word_Task[[i]], GameEndReason
> == "TIMER_UP")$DeviceTime)) original_series <-
> xts(Participant_Word_Task[[i]]$NumberOfSuccesfulWords,
> order.by=as.POSIXct(Participant_Word_Task[[i]]$DeviceTime))
> success_decomp <- ts(success_series, frequency >
nweeks(success_series)) original_decomp <- ts(original_series,
> frequency = nweeks(success_series))
>
>    
pdf(paste("Word_Task_Autocorrelation_plots_for_subject_",unique(Participant_Word_Task[[i]]$StudyId),".pdf"
> ,collapse = NULL, sep = "")) par(mfrow=c(1,2))
>     Autocorrelationplot <- acf(success_decomp, main=paste(""))
>     PartialAutocorrelationplot <- pacf(success_decomp,
main=paste(""))
>     mtext(paste("Word Task Auto and Partialauto correlations for
> subject ",unique(Participant_Word_Task[[i]]$StudyId)), side = 3, line
> = -3, outer = TRUE) dev.off()
>
>     AutomatedArimaoutputs <- auto.arima(success_decomp)
>     p <- length(AutomatedArimaoutputs$model$phi)
>     #AR component
>     q <- length(AutomatedArimaoutputs$model$theta)
>     #MA component
>     d <- AutomatedArimaoutputs$model$Delta
>     #order of difference
>     WordFrame[i,1] <- unique(Participant_Word_Task[[i]]$StudyId)
>     WordFrame[i,2] <- "Word"
>     WordFrame[i,3] <- MannKendall(success_decomp)$tau[1]
>     WordFrame[i,4] <- MannKendall(success_decomp)$sl[1]
>     WordFrame[i,5] <- sens.slope(success_decomp)$estimates
>     WordFrame[i,6] <- sens.slope(success_decomp)$p.value
>     WordFrame[i,7] <- pettitt.test(success_decomp)$estimate
>     WordFrame[i,8] <- pettitt.test(success_decomp)$p.value
>     WordFrame[i,9] <-
paste("ARIMA(",p,",",q,",",d,")",
collapse > NULL, sep = "") WordFrame[i,10] <-
> difftime(time(success_series[WordFrame[i,7]]),time(original_series[1]))
> WordFrame[i,11] <- tail(which(grepl(success_series[WordFrame[i,7]],
> original_series)), n=1) WordFrame[i,12] <-
>
sum(Participant_Word_Task[[i]]$TotalDuration[1:WordFrame[i,11]])-sum(Participant_Word_Task[[i]]$TotalTimePaused[1:WordFrame[i,11]])
> WordFrame[i,13] <-
>
difftime(time(original_series[length(original_series)]),time(original_series[1]))
> WordFrame[i,14] <- length(original_series) WordFrame[i,15] <-
>
sum(Participant_Word_Task[[i]]$TotalDuration[1:length(original_series)])-sum(Participant_Word_Task[[i]]$TotalTimePaused[1:length(original_series)])
>
>
>     simplemovingaverage <- SMA(original_series, n >
nweeks(original_series))
>
>     if (WordFrame[i,4] <= 0.05 & WordFrame[i,6] <= 0.05 &
> WordFrame[i,8] <= 0.05){ {
>              
pdf(paste(WordFrame[i,1],"_Word_Task_Acquisition.pdf",collapse
> = NULL, sep = "")) plout <-
> plot(original_series,type='l',col='blue',xlab="Date of
> Play",ylab="Number of Successful Words")
> lines(simplemovingaverage,type='l',col='red')
title(paste("Word Task
> Acquisition for Subject", WordFrame[i,1])) abline(v >
index(original_series[WordFrame[i,7]]),lty=2, col='green', lwd=3)
> dev.off() } WordFrame[i,18] <- T
>               WordFrame[i,16] <- (1-(WordFrame[i,10]/WordFrame[i,13]))
>               WordFrame[i,17] <- (1-(WordFrame[i,12]/WordFrame[i,15]))
>     } else {
>               {
>              
pdf(paste(WordFrame[i,1],"_Word_Task_Acquisition.pdf",collapse
> = NULL, sep = "")) plout <-
> plot(original_series,type='l',col='blue',xlab="Date of
> Play",ylab="Number of Successful Words")
> lines(simplemovingaverage,type='l',col='red')
title(paste("Word Task
> Acquisition for Subject", WordFrame[i,1])) dev.off() }
>               WordFrame[i,18] <- F
>               WordFrame[i,16] <- 0
>               WordFrame[i,17] <- 0
>     }
> }
>
> It will work just fine if I run the lines individually (e.g. set i > 1,
2, ect), and if I comment out abline and title (lines seems to
> work fine). But it will throw the error everytime I try to run the
> loop without these commented.
>
> Have tried just about everything I could find on the Stack forums to
> run everything as a single argument and I'm just not sure what is
> wrong with it.
>
> dev.list() spits out:
>
> pdf
>   2
> following the error.
>
> With abline and title commented out and lines run individually it's
> NULL.
>
> Happens in both RStudio
>
> 2022.07.2+576 "Spotted Wakerobin" Release
> (e7373ef832b49b2a9b88162cfe7eac5f22c40b34, 2022-09-06) for Ubuntu
> Bionic Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML,
> like Gecko) QtWebEngine/5.12.8 Chrome/69.0.3497.128 Safari/537.36
>
> And R:
>
> platform       x86_64-pc-linux-gnu
> arch           x86_64
> os             linux-gnu
> system         x86_64, linux-gnu
> status
> major          4
> minor          2.1
> year           2022
> month          06
> day            23
> svn rev        82513
> language       R
> version.string R version 4.2.1 (2022-06-23)
> nickname       Funny-Looking Kid
>
>
> My OS:
> PRETTY_NAME="Debian GNU/Linux 11 (bullseye)"
> NAME="Debian GNU/Linux"
> VERSION_ID="11"
> VERSION="11 (bullseye)"
> VERSION_CODENAME=bullseye
> ID=debian
>
HOME_URL="https://secure-web.cisco.com/1Ruvt90Q90ixR-GE-RDiKJgzRpfDjlNz-lZTqQQGM8Tf4GAoj5QOfE2vXMaMWxMoexuf1npQrX7uAjFuU2viz28h42RPmHQK7jGDX7BpRLkTNcERyxHVKJTxgYegXo-n9N7rqegcKsrr47xlGmTcMOJcBAqH7SpTPQlYDOGgjz1ErtetQRzUsd-eKs9l4oCVPiF6SKV40C7s_NXm0tuCswL2Jhyfv70-edCtBO_4j9-3dSi5ZdFLYaWsMScnwwxNIGYU2n0vw5NH4GJcZNsv6Scu-r6W8ndJaGL4UmX9J3PX0LrdFyjLbGtA7RqPpKFUQ/https%3A%2F%2Fwww.debian.org"
>
SUPPORT_URL="https://secure-web.cisco.com/1gveQttVrJNRSM85857IiydpLraxrrtJobMyCNkRvQ4V2f00DH67Z0hEa50LLpCVYQvIjMsQZxHAVMZvYQV_Cp2-e82TDZzPY4aSR2td2th3bwuXGxtI7CTgSUudOWgPpmnwVLT5r34EnwXEmwnMoiPVnOEC7slpF1fLGq11wSynuyttcTagMfpN6qdYfgtbu_mz0JOBUecQ-etUQYw5BDmXEKv5JZ_y5Uyt8Q89Kirhi7Hk8FMbCVcxRZpOZZmghxlPMxYaNVIOnln-R0H8J2QIzqE49cQQPKkFZ9O29zpr8odlBXqjObKn24ReYPDhH/https%3A%2F%2Fwww.debian.org%2Fsupport"
>
BUG_REPORT_URL="https://secure-web.cisco.com/1tepDnCjDgHsmvw9Eth-7nfyKi3doVSOFKVzz83wskdyf8lsrEVkG2NYw7am6ePhSFfjQXdDyceMyc21Un-vqTirSQYKdPavRdKJy85HgHMP66Xk-OgxFf-5KXiPzmFreDfuuJlYizGSUNOLcADyNVTCo47xFfRgtB83Hs8j3yYAJFrff7TqNOFWzSzTcfrycio_WSSfbQkLpUl-1xGzg-dvP16tKuwkRr62bkPeydXJC_iH1FfnWv5b1G04au3aFmRTem8t2RS40LPMS9Mh0UmMvHD_9qwX16cFMHQ8U4x9Sp9IUcAFhgnbffOyPQm1C/https%3A%2F%2Fbugs.debian.org"
> No LSB modules are available.
> Distributor ID:???Debian
> Description:??????Debian GNU/Linux 11 (bullseye)
> Release:????11
> Codename:???bullseye
>          Icon name: computer-desktop
>            Chassis: desktop
>         Machine ID: 053ebf23707f49c8ad4e0684f4cf19d3
>            Boot ID: d0e6294d3b944286bef10e76c21e6401
>   Operating System: Debian GNU/Linux 11 (bullseye)
>             Kernel: Linux 5.10.0-18-amd64
>       Architecture: x86-64
>
>
> Any suggestions would be greatly appreciated.
>
> --
>
> Thomas DeRamus (He/Him/His)
>
> Data Analyst
>
> Massachusetts General Hospital Brigham
>
> Alzheimer?s Clinical & Translational Research Unit
>
> 149 13th Street
>
> Charlestown, MA 02129
>
> Phone: 205-834-5066
>
> Email: tderamus at partners.org<mailto:tderamus at partners.org>,
> tpderamus at gmail.com<mailto:tpderamus at gmail.com>
>
>
>
[https://secure-web.cisco.com/1AI4S4rz4bDZGM8naa-19GTAeSORO5ZmNe056Q_nhPRk4JVAzPiRKUBWitBK5TpxoKBLoLvNfoMDanGd1n5Bnf4SJFT7l7HnaLcjjH7oVk2BZdDfCLHo8a8eePvD4XrF2Fw3iuxKgIZY5dwdesP3P8pSvkmVGvyZ-HiEKRetk4uJHhRa6gSgOQ8MbCVKmi6XP1dtozTEH1RpDrFJ4EyevPO52UzaTAY6CR8USLWNbsxXJsnsjUz1G6_4P7B3ULuMu9mEPeQz_GnTrSXTrGZooK_idhoEougti7I8NYV0CS09Yahmp4Fe_vh9wu4Jkdal3/https%3A%2F%2Fci3.googleusercontent.com%2Fmail-sig%2FAIorK4we2sU30P2HyfDQF5hpEjYTt-9FTBK7cAVsP7EenrZ0nsKCf48fuYMtElj6Szn_2fpSPWr66eQ][https://ci3.googleusercontent.com/mail-sig/AIorK4yyY0DlImU0UONJrHTbPc5T3lJj8Kmu8SbDKJJ3XjcX6CgvVsvSueYKwficYFz4zXt6fZV8YIY]
>
> ?If knowledge can create problems, it is not through ignorance that
> we can solve them.?
>
> ?Issac Asimov
The information in this e-mail is intended only for the person to whom it is
addressed.  If you believe this e-mail was sent to you in error and the e-mail
contains patient information, please contact the Mass General Brigham Compliance
HelpLine at https://www.massgeneralbrigham.org/complianceline
<https://www.massgeneralbrigham.org/complianceline> .
Please note that this e-mail is not secure (encrypted).  If you do not wish to
continue communication over unencrypted e-mail, please notify the sender of this
message immediately.  Continuing to send or respond to e-mail after receiving
this message means you understand and accept this risk and wish to continue to
communicate over unencrypted e-mail.

Rolf Turner

2022-Oct-05 22:28 UTC

head link

[R] Getting "Error in ect, plot.new has not been called yet" despite grouping plot call

Your code is still much too complex for my feeble brain.

Without trying to understand very much, I get the impression that the
example is *not* reproducible.  It requires reading in Excel (yeucchh!)
files to which no-one but you has access.

Skip the reading-in completely.  Create toy data using rnorm() instead.
Then someone may be able to help you.

On Wed, 5 Oct 2022 13:32:00 +0000
"Deramus, Thomas Patrick" <tderamus at partners.org> wrote:
> Hi Rolf.
> 
> I followed your suggestion (though it's probably not as trimmed as it
> could be), but the problem unfortunately persists.
If the problem *didn't* persist, then *that* would have been
unfortunate!  The idea is to reproduce the problem in a simpler context
so that one can deduce what is causing the problem!
> Does this make it any clearer or still too many moving parts to make
> sense of?
There are still (far) too many moving parts, for me anyway.  Someone
cleverer than I might be able to see what the problem is.

cheers,

Rolf
> 
> rm(list = ls(all.names = TRUE)) #will clear all objects includes
> hidden objects.
> 
> #Loads the packages
> library(plyr)
> library(dplyr)
> library(ggplot2)
> library(Kendall)
> library(lubridate)
> library(xts)
> library(TTR)
> library(trend)
> library(forecast)
> library(openxlsx)
> 
> #Uses the learningCurve Package from Github:
> #https://github.com/AFIT-R/learningCurve
> library(learningCurve)
> 
> #Only load this if using VS Studio because it changes the plot
> function
>
#https://stackoverflow.com/questions/52284345/how-to-show-r-graph-from-visual-studio-code
> library(httpgd) library(languageserver)
> 
> #Loads the Excel files to Dataframes and cleans the data
> Game_Metrics_Word_Task <-
> read.xlsx("GamePack_Analytics_ALL_TIME_Short.xlsx",
"Boggle")
> Game_Metrics_Word_Task <- Game_Metrics_Word_Task %>%
> filter(grepl('1440', StudyId)) Game_Metrics_Word_Task$DeviceTime
<-
> ymd_hms(Game_Metrics_Word_Task$DeviceTime,  tz =
"America/New_York")
> Game_Metrics_Word_Task <-
> Game_Metrics_Word_Task[!duplicated(Game_Metrics_Word_Task[1:2,])]
> 
> #Splits the dataframe into a tibble containing each participant
> Participant_Word_Task <-
> split(arrange(Game_Metrics_Word_Task,StudyId,DeviceTime),
>
arrange(Game_Metrics_Word_Task,StudyId,DeviceTime,StudyId,DeviceTime)$StudyId)
> 
> #Generates a blank output dataframe
> WordFrame <- data.frame(Participant = c(0), Task = c(0),
> MannKendall_Tau = c(0), MannKendall_P = c(0), Sen_Slope_Value = c(0),
> Sen_Slope_Pval = c(0), Pettitts_CIV = c(0), Pettitts_Pval = c(0),
> ARIMA_Model = c(0), Time_to_Petit = c(0), Number_of_Trials_to_Pettitt
> = c(0), Playtime_to_Petit_seconds = c(0), Time_Start_to_end_days > c(0),
Number_of_Total_Trials = c(0), Total_Playtime_seconds = c(0),
> Learning_rate_days = c(0), Learning_rate_seconds = c(0), Learned_Task
> = c(0))
> 
> #The number of subjects in the xlsx file
> #Reduced to 2 for ease of use
> for (i in 1:2){
>   #This timeseries only includes the trials where the participant
> completed the task success_series <-
> xts(filter(Participant_Word_Task[[i]], GameEndReason =>
"TIMER_UP")$NumberOfSuccesfulWords ,
> order.by=as.POSIXct(filter(Participant_Word_Task[[i]], GameEndReason
> == "TIMER_UP")$DeviceTime)) #This timeseries includes ALL the
trials
> for the sake of plotting original_series <-
> xts(Participant_Word_Task[[i]]$NumberOfSuccesfulWords,
> order.by=as.POSIXct(Participant_Word_Task[[i]]$DeviceTime))
> 
>   #This is a decomposing process that xts seems to need for plotting.
>   #nweeks is needed for xts to plot the x-axis
>   success_decomp <- ts(success_series, frequency >
nweeks(success_series)) original_decomp <- ts(original_series,
> frequency = nweeks(success_series))
> 
>   #Values which will be included in the plots
>   WordFrame[i,1] <- unique(Participant_Word_Task[[i]]$StudyId)
>   WordFrame[i,5] <- sens.slope(success_decomp)$estimates
>   WordFrame[i,6] <- sens.slope(success_decomp)$p.value
>   WordFrame[i,7] <- pettitt.test(success_decomp)$estimate
>   WordFrame[i,8] <- pettitt.test(success_decomp)$p.value
> 
>   #The simple moving average that will be overlayed with the plotted
> data simplemovingaverage <- SMA(original_series, n >
nweeks(original_series))
> 
>   #If the three tests are statistically significant, add a green
> horizontal like to value WordFrame[i,7] #Which would be where the
> slope changes in the series #Fluid variables have been removed from
> all pdf() and paste() functions for ease-of-use if (WordFrame[i,4] <>
0.05 & WordFrame[i,6] <= 0.05 & WordFrame[i,8] <= 0.05){ {
>       pdf(file = "Word_Task_Acquisition.pdf")
>       plout <- plot(original_series)
>       lines(simplemovingaverage)
>       abline(v = index(original_series[WordFrame[i,7]]),lty=2,
> col='green', lwd=3) title(paste("Word Task Acquisition for
Subject"))
>       dev.off()
>      }
>   #If the three tests are NOT statistically significant, generate a
> plot with NO horizontal line at WordFrame[i,7] } else {
>     {
>       pdf(file = "Word_Task_Acquisition.pdf")
>       plout <- plot(original_series)
>       lines(simplemovingaverage)
>       title(paste("Word Task Acquisition for Subject"))
>       dev.off()
>     }
>   }
> }
> 
> ________________________________
> From: Rolf Turner <r.turner at auckland.ac.nz>
> Sent: Wednesday, October 5, 2022 6:06 AM
> To: Deramus, Thomas Patrick <tderamus at partners.org>
> Cc: r-help at r-project.org <r-help at r-project.org>
> Subject: Re: [R] Getting "Error in ect, plot.new has not been called
> yet" despite grouping plot call
> 
>         External Email - Use Caution
> 
> What you doing or trying to do is far too complex for my poor feeble
> and senile brain to come anywhere near comprehending.  The code that
> you present exceeds my complexity tolerance by many orders of
> magnitude.
> 
> I have a suggestion, but.  Strip your code down to the *essentials*.
> Construct a simple sequence of plotting commands, with *simple* names
> for the pdf files involved.  You should require only two or three such
> files and two or three index levels associated with each of your
> nested loops.
> 
> Run the stripped down code and the source of the problem will almost
> surely become clear.
> 
> cheers,
> 
> Rolf Turner
> 
> On Tue, 4 Oct 2022 23:35:09 +0000
> "Deramus, Thomas Patrick" <tderamus at partners.org> wrote:
> 
> > Sorry to cross-post on Stackoverflow and here but I'm having some
> > difficulty.
> >
https://secure-web.cisco.com/1_juqv4RvefQFJofsnOQcQA3Ixge89s4uC26pjoPBaYOSxSLGisKtgUTZkanxeHNRqNmjl30B8wYKfsppHje4T8Su77i7t8UbMKzs3GBKEyQva4yTjPH76Q9-l6tT24bB4qNMPQeFAxrkG5lpozNpGrDIAjfKCMvgS-5Qjs-QmvhWZfo84_3SK9rHhJjJvO9CqXb0MewWwI-dEmkZemjxnliGe_D9nooo7Ebjuw0dpBuMnrdaTzQxDdivsbkujPnrGurdjLARh93RW5IWPszNwaoziRD7P-30McF1PrAP8_yjWrhxQ_S3AgG6k40EoQJU/https%3A%2F%2Fstackoverflow.com%2Fquestions%2F73942794%2Fstill-getting-error-in-ect-plot-new-has-not-been-called-yet-despite-grouping
> >
> > Trying to make a nested loop that produces PDFs off different
> > graphs, one for ACF/PACF diagnostics and another for the actual
> > data, based on some time-series analyses I'm doing.
> >
> > Unfortunately, I keep getting the dreaded: Error plot.new has not
> > been called yet
> >
> > The code is meant to write a PDF containing the ACF and PACF graphs,
> > then do some analyses on the timeseries, and then make a separate
> > PDF containing a plot describing the timeseries based on the
> > p-values of each test for each individual.
> >
> > library(plyr)
> > library(dplyr)
> > library(ggplot2)
> > library(Kendall)
> > library(lubridate)
> > library(xts)
> > library(TTR)
> > library(trend)
> > library(forecast)
> > library(openxlsx)
> >
> > Game_Metrics_Word_Task <-
> > read.xlsx("GamePack_Analytics_ALL_TIME_Short.xlsx",
"Boggle")
> > Game_Metrics_Word_Task <- Game_Metrics_Word_Task %>%
> > filter(grepl('1440', StudyId))
Game_Metrics_Word_Task$DeviceTime <-
> > ymd_hms(Game_Metrics_Word_Task$DeviceTime,  tz =
"America/New_York")
> > Game_Metrics_Word_Task <-
> > Game_Metrics_Word_Task[!duplicated(Game_Metrics_Word_Task[1:2,])]
> >
> > Participant_Word_Task <-
> > split(arrange(Game_Metrics_Word_Task,StudyId,DeviceTime),
> >
arrange(Game_Metrics_Word_Task,StudyId,DeviceTime,StudyId,DeviceTime)$StudyId)
> >
> > WordFrame <- data.frame(Participant = c(0), Task = c(0),
> > MannKendall_Tau = c(0), MannKendall_P = c(0), Sen_Slope_Value >
> c(0), Sen_Slope_Pval = c(0), Pettitts_CIV = c(0), Pettitts_Pval > >
c(0), ARIMA_Model = c(0), Time_to_Petit = c(0),
> > Number_of_Trials_to_Pettitt = c(0), Playtime_to_Petit_seconds >
> c(0), Time_Start_to_end_days = c(0), Number_of_Total_Trials = c(0),
> > Total_Playtime_seconds = c(0), Learning_rate_days = c(0),
> > Learning_rate_seconds = c(0), Learned_Task = c(0))
> >
> > for (i in 1:length(Participant_Word_Task)){
> >     success_series <- xts(filter(Participant_Word_Task[[i]],
> > GameEndReason == "TIMER_UP")$NumberOfSuccesfulWords ,
> > order.by=as.POSIXct(filter(Participant_Word_Task[[i]], GameEndReason
> > == "TIMER_UP")$DeviceTime)) original_series <-
> > xts(Participant_Word_Task[[i]]$NumberOfSuccesfulWords,
> > order.by=as.POSIXct(Participant_Word_Task[[i]]$DeviceTime))
> > success_decomp <- ts(success_series, frequency > >
nweeks(success_series)) original_decomp <- ts(original_series,
> > frequency = nweeks(success_series))
> >
> >    
pdf(paste("Word_Task_Autocorrelation_plots_for_subject_",unique(Participant_Word_Task[[i]]$StudyId),".pdf"
> > ,collapse = NULL, sep = "")) par(mfrow=c(1,2))
> >     Autocorrelationplot <- acf(success_decomp,
main=paste(""))
> >     PartialAutocorrelationplot <- pacf(success_decomp,
> > main=paste("")) mtext(paste("Word Task Auto and
Partialauto
> > correlations for subject
> > ",unique(Participant_Word_Task[[i]]$StudyId)), side = 3, line =
-3,
> > outer = TRUE) dev.off()
> >
> >     AutomatedArimaoutputs <- auto.arima(success_decomp)
> >     p <- length(AutomatedArimaoutputs$model$phi)
> >     #AR component
> >     q <- length(AutomatedArimaoutputs$model$theta)
> >     #MA component
> >     d <- AutomatedArimaoutputs$model$Delta
> >     #order of difference
> >     WordFrame[i,1] <- unique(Participant_Word_Task[[i]]$StudyId)
> >     WordFrame[i,2] <- "Word"
> >     WordFrame[i,3] <- MannKendall(success_decomp)$tau[1]
> >     WordFrame[i,4] <- MannKendall(success_decomp)$sl[1]
> >     WordFrame[i,5] <- sens.slope(success_decomp)$estimates
> >     WordFrame[i,6] <- sens.slope(success_decomp)$p.value
> >     WordFrame[i,7] <- pettitt.test(success_decomp)$estimate
> >     WordFrame[i,8] <- pettitt.test(success_decomp)$p.value
> >     WordFrame[i,9] <-
paste("ARIMA(",p,",",q,",",d,")",
collapse > > NULL, sep = "") WordFrame[i,10] <-
> >
difftime(time(success_series[WordFrame[i,7]]),time(original_series[1]))
> > WordFrame[i,11] <- tail(which(grepl(success_series[WordFrame[i,7]],
> > original_series)), n=1) WordFrame[i,12] <-
> >
sum(Participant_Word_Task[[i]]$TotalDuration[1:WordFrame[i,11]])-sum(Participant_Word_Task[[i]]$TotalTimePaused[1:WordFrame[i,11]])
> > WordFrame[i,13] <-
> >
difftime(time(original_series[length(original_series)]),time(original_series[1]))
> > WordFrame[i,14] <- length(original_series) WordFrame[i,15] <-
> >
sum(Participant_Word_Task[[i]]$TotalDuration[1:length(original_series)])-sum(Participant_Word_Task[[i]]$TotalTimePaused[1:length(original_series)])
> >
> >
> >     simplemovingaverage <- SMA(original_series, n > >
nweeks(original_series))
> >
> >     if (WordFrame[i,4] <= 0.05 & WordFrame[i,6] <= 0.05
&
> > WordFrame[i,8] <= 0.05){ {
> >              
pdf(paste(WordFrame[i,1],"_Word_Task_Acquisition.pdf",collapse
> > = NULL, sep = "")) plout <-
> >
plot(original_series,type='l',col='blue',xlab="Date of
> > Play",ylab="Number of Successful Words")
> > lines(simplemovingaverage,type='l',col='red')
title(paste("Word Task
> > Acquisition for Subject", WordFrame[i,1])) abline(v > >
index(original_series[WordFrame[i,7]]),lty=2, col='green', lwd=3)
> > dev.off() } WordFrame[i,18] <- T
> >               WordFrame[i,16] <-
> > (1-(WordFrame[i,10]/WordFrame[i,13])) WordFrame[i,17] <-
> > (1-(WordFrame[i,12]/WordFrame[i,15])) } else {
> >               {
> >              
pdf(paste(WordFrame[i,1],"_Word_Task_Acquisition.pdf",collapse
> > = NULL, sep = "")) plout <-
> >
plot(original_series,type='l',col='blue',xlab="Date of
> > Play",ylab="Number of Successful Words")
> > lines(simplemovingaverage,type='l',col='red')
title(paste("Word Task
> > Acquisition for Subject", WordFrame[i,1])) dev.off() }
> >               WordFrame[i,18] <- F
> >               WordFrame[i,16] <- 0
> >               WordFrame[i,17] <- 0
> >     }
> > }
> >
> > It will work just fine if I run the lines individually (e.g. set i
> > 1, 2, ect), and if I comment out abline and title (lines seems to
> > work fine). But it will throw the error everytime I try to run the
> > loop without these commented.
> >
> > Have tried just about everything I could find on the Stack forums to
> > run everything as a single argument and I'm just not sure what is
> > wrong with it.
> >
> > dev.list() spits out:
> >
> > pdf
> >   2
> > following the error.
> >
> > With abline and title commented out and lines run individually
it's
> > NULL.
> >
> > Happens in both RStudio
> >
> > 2022.07.2+576 "Spotted Wakerobin" Release
> > (e7373ef832b49b2a9b88162cfe7eac5f22c40b34, 2022-09-06) for Ubuntu
> > Bionic Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML,
> > like Gecko) QtWebEngine/5.12.8 Chrome/69.0.3497.128 Safari/537.36
> >
> > And R:
> >
> > platform       x86_64-pc-linux-gnu
> > arch           x86_64
> > os             linux-gnu
> > system         x86_64, linux-gnu
> > status
> > major          4
> > minor          2.1
> > year           2022
> > month          06
> > day            23
> > svn rev        82513
> > language       R
> > version.string R version 4.2.1 (2022-06-23)
> > nickname       Funny-Looking Kid
> >
> >
> > My OS:
> > PRETTY_NAME="Debian GNU/Linux 11 (bullseye)"
> > NAME="Debian GNU/Linux"
> > VERSION_ID="11"
> > VERSION="11 (bullseye)"
> > VERSION_CODENAME=bullseye
> > ID=debian
> >
HOME_URL="https://secure-web.cisco.com/1Ruvt90Q90ixR-GE-RDiKJgzRpfDjlNz-lZTqQQGM8Tf4GAoj5QOfE2vXMaMWxMoexuf1npQrX7uAjFuU2viz28h42RPmHQK7jGDX7BpRLkTNcERyxHVKJTxgYegXo-n9N7rqegcKsrr47xlGmTcMOJcBAqH7SpTPQlYDOGgjz1ErtetQRzUsd-eKs9l4oCVPiF6SKV40C7s_NXm0tuCswL2Jhyfv70-edCtBO_4j9-3dSi5ZdFLYaWsMScnwwxNIGYU2n0vw5NH4GJcZNsv6Scu-r6W8ndJaGL4UmX9J3PX0LrdFyjLbGtA7RqPpKFUQ/https%3A%2F%2Fwww.debian.org"
> >
SUPPORT_URL="https://secure-web.cisco.com/1gveQttVrJNRSM85857IiydpLraxrrtJobMyCNkRvQ4V2f00DH67Z0hEa50LLpCVYQvIjMsQZxHAVMZvYQV_Cp2-e82TDZzPY4aSR2td2th3bwuXGxtI7CTgSUudOWgPpmnwVLT5r34EnwXEmwnMoiPVnOEC7slpF1fLGq11wSynuyttcTagMfpN6qdYfgtbu_mz0JOBUecQ-etUQYw5BDmXEKv5JZ_y5Uyt8Q89Kirhi7Hk8FMbCVcxRZpOZZmghxlPMxYaNVIOnln-R0H8J2QIzqE49cQQPKkFZ9O29zpr8odlBXqjObKn24ReYPDhH/https%3A%2F%2Fwww.debian.org%2Fsupport"
> >
BUG_REPORT_URL="https://secure-web.cisco.com/1tepDnCjDgHsmvw9Eth-7nfyKi3doVSOFKVzz83wskdyf8lsrEVkG2NYw7am6ePhSFfjQXdDyceMyc21Un-vqTirSQYKdPavRdKJy85HgHMP66Xk-OgxFf-5KXiPzmFreDfuuJlYizGSUNOLcADyNVTCo47xFfRgtB83Hs8j3yYAJFrff7TqNOFWzSzTcfrycio_WSSfbQkLpUl-1xGzg-dvP16tKuwkRr62bkPeydXJC_iH1FfnWv5b1G04au3aFmRTem8t2RS40LPMS9Mh0UmMvHD_9qwX16cFMHQ8U4x9Sp9IUcAFhgnbffOyPQm1C/https%3A%2F%2Fbugs.debian.org"
> > No LSB modules are available.
> > Distributor ID:???Debian
> > Description:??????Debian GNU/Linux 11 (bullseye)
> > Release:????11
> > Codename:???bullseye
> >          Icon name: computer-desktop
> >            Chassis: desktop
> >         Machine ID: 053ebf23707f49c8ad4e0684f4cf19d3
> >            Boot ID: d0e6294d3b944286bef10e76c21e6401
> >   Operating System: Debian GNU/Linux 11 (bullseye)
> >             Kernel: Linux 5.10.0-18-amd64
> >       Architecture: x86-64
> >
> >
> > Any suggestions would be greatly appreciated.
> >
> > --
> >
> > Thomas DeRamus (He/Him/His)
> >
> > Data Analyst
> >
> > Massachusetts General Hospital Brigham
> >
> > Alzheimer?s Clinical & Translational Research Unit
> >
> > 149 13th Street
> >
> > Charlestown, MA 02129
> >
> > Phone: 205-834-5066
> >
> > Email: tderamus at partners.org<mailto:tderamus at
partners.org>,
> > tpderamus at gmail.com<mailto:tpderamus at gmail.com>
> >
> >
> >
[https://secure-web.cisco.com/1AI4S4rz4bDZGM8naa-19GTAeSORO5ZmNe056Q_nhPRk4JVAzPiRKUBWitBK5TpxoKBLoLvNfoMDanGd1n5Bnf4SJFT7l7HnaLcjjH7oVk2BZdDfCLHo8a8eePvD4XrF2Fw3iuxKgIZY5dwdesP3P8pSvkmVGvyZ-HiEKRetk4uJHhRa6gSgOQ8MbCVKmi6XP1dtozTEH1RpDrFJ4EyevPO52UzaTAY6CR8USLWNbsxXJsnsjUz1G6_4P7B3ULuMu9mEPeQz_GnTrSXTrGZooK_idhoEougti7I8NYV0CS09Yahmp4Fe_vh9wu4Jkdal3/https://ci3.googleusercontent.com/mail-sig/AIorK4we2sU30P2HyfDQF5hpEjYTt-9FTBK7cAVsP7EenrZ0nsKCf48fuYMtElj6Szn_2fpSPWr66eQ][https://ci3.googleusercontent.com/mail-sig/AIorK4yyY0DlImU0UONJrHTbPc5T3lJj8Kmu8SbDKJJ3XjcX6CgvVsvSueYKwficYFz4zXt6fZV8YIY]
> >
> > ?If knowledge can create problems, it is not through ignorance that
> > we can solve them.?
> >
> > ?Issac Asimo

R help - Oct 2022 - Getting "Error in ect, plot.new has not been called yet" despite grouping plot call

[R] Getting "Error in ect, plot.new has not been called yet" despite grouping plot call

[R] Getting "Error in ect, plot.new has not been called yet" despite grouping plot call

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