R forecast autoplot or hchart











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would like to do multiple arima time series plot for each - Cooked and market - as shown in the image below. Have tried both autoplot and hchart but both does not work. Please advise and assist. Any help would be very much appreciated.



forecast1<-ts(lapply(arima, function(x) forecast(auto.arima(x), level=95)))

autoplot(forecast1)
hchart(forecast1)


Data:










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  • 2




    Right now we can't tell exactly what your problem is or what you want your finished chart to look like - could you please edit your question to include reproducible data, specify what you mean by "does not work" (error message? or plot doesn't look as expected?), and show us what you want the plot to look like.
    – Jan Boyer
    Nov 9 at 16:29










  • Need a lot more info
    – jlbriggs
    Nov 11 at 18:17















up vote
0
down vote

favorite












would like to do multiple arima time series plot for each - Cooked and market - as shown in the image below. Have tried both autoplot and hchart but both does not work. Please advise and assist. Any help would be very much appreciated.



forecast1<-ts(lapply(arima, function(x) forecast(auto.arima(x), level=95)))

autoplot(forecast1)
hchart(forecast1)


Data:










share|improve this question




















  • 2




    Right now we can't tell exactly what your problem is or what you want your finished chart to look like - could you please edit your question to include reproducible data, specify what you mean by "does not work" (error message? or plot doesn't look as expected?), and show us what you want the plot to look like.
    – Jan Boyer
    Nov 9 at 16:29










  • Need a lot more info
    – jlbriggs
    Nov 11 at 18:17













up vote
0
down vote

favorite









up vote
0
down vote

favorite











would like to do multiple arima time series plot for each - Cooked and market - as shown in the image below. Have tried both autoplot and hchart but both does not work. Please advise and assist. Any help would be very much appreciated.



forecast1<-ts(lapply(arima, function(x) forecast(auto.arima(x), level=95)))

autoplot(forecast1)
hchart(forecast1)


Data:










share|improve this question















would like to do multiple arima time series plot for each - Cooked and market - as shown in the image below. Have tried both autoplot and hchart but both does not work. Please advise and assist. Any help would be very much appreciated.



forecast1<-ts(lapply(arima, function(x) forecast(auto.arima(x), level=95)))

autoplot(forecast1)
hchart(forecast1)


Data:







r highcharts arima forecast






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share|improve this question













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edited Nov 9 at 22:21









s_t

2,9552928




2,9552928










asked Nov 9 at 16:02









Joyce

12




12








  • 2




    Right now we can't tell exactly what your problem is or what you want your finished chart to look like - could you please edit your question to include reproducible data, specify what you mean by "does not work" (error message? or plot doesn't look as expected?), and show us what you want the plot to look like.
    – Jan Boyer
    Nov 9 at 16:29










  • Need a lot more info
    – jlbriggs
    Nov 11 at 18:17














  • 2




    Right now we can't tell exactly what your problem is or what you want your finished chart to look like - could you please edit your question to include reproducible data, specify what you mean by "does not work" (error message? or plot doesn't look as expected?), and show us what you want the plot to look like.
    – Jan Boyer
    Nov 9 at 16:29










  • Need a lot more info
    – jlbriggs
    Nov 11 at 18:17








2




2




Right now we can't tell exactly what your problem is or what you want your finished chart to look like - could you please edit your question to include reproducible data, specify what you mean by "does not work" (error message? or plot doesn't look as expected?), and show us what you want the plot to look like.
– Jan Boyer
Nov 9 at 16:29




Right now we can't tell exactly what your problem is or what you want your finished chart to look like - could you please edit your question to include reproducible data, specify what you mean by "does not work" (error message? or plot doesn't look as expected?), and show us what you want the plot to look like.
– Jan Boyer
Nov 9 at 16:29












Need a lot more info
– jlbriggs
Nov 11 at 18:17




Need a lot more info
– jlbriggs
Nov 11 at 18:17












1 Answer
1






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I took the step of turning the data into a time series before using the forecast algorithm. Then printing the chart is just a matter of using apply on the new list that is generated. Please see the code below.



Year <- seq(2012, 2018)
Cooked <- c(157.4, 157.2, 168.8, 192.3, 201.8, 233.4, 241.2)
Market <- c(51.7, 44.9, 49.5, 53.6, 57.2, 54.1, 53.5)
df <- as.data.frame(cbind(Year, Cooked, Market))
ts_df <- ts(df[, -1], start = 2012, frequency = 1)

library(forecast)
forecast1<-lapply(ts_df, function(x) forecast(auto.arima(x), level=95))

lapply(forecast1, function(x) autoplot(x))


I recommend in future questions, putting the data together in a similar script to help us help you.






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    up vote
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    down vote













    I took the step of turning the data into a time series before using the forecast algorithm. Then printing the chart is just a matter of using apply on the new list that is generated. Please see the code below.



    Year <- seq(2012, 2018)
    Cooked <- c(157.4, 157.2, 168.8, 192.3, 201.8, 233.4, 241.2)
    Market <- c(51.7, 44.9, 49.5, 53.6, 57.2, 54.1, 53.5)
    df <- as.data.frame(cbind(Year, Cooked, Market))
    ts_df <- ts(df[, -1], start = 2012, frequency = 1)

    library(forecast)
    forecast1<-lapply(ts_df, function(x) forecast(auto.arima(x), level=95))

    lapply(forecast1, function(x) autoplot(x))


    I recommend in future questions, putting the data together in a similar script to help us help you.






    share|improve this answer

























      up vote
      0
      down vote













      I took the step of turning the data into a time series before using the forecast algorithm. Then printing the chart is just a matter of using apply on the new list that is generated. Please see the code below.



      Year <- seq(2012, 2018)
      Cooked <- c(157.4, 157.2, 168.8, 192.3, 201.8, 233.4, 241.2)
      Market <- c(51.7, 44.9, 49.5, 53.6, 57.2, 54.1, 53.5)
      df <- as.data.frame(cbind(Year, Cooked, Market))
      ts_df <- ts(df[, -1], start = 2012, frequency = 1)

      library(forecast)
      forecast1<-lapply(ts_df, function(x) forecast(auto.arima(x), level=95))

      lapply(forecast1, function(x) autoplot(x))


      I recommend in future questions, putting the data together in a similar script to help us help you.






      share|improve this answer























        up vote
        0
        down vote










        up vote
        0
        down vote









        I took the step of turning the data into a time series before using the forecast algorithm. Then printing the chart is just a matter of using apply on the new list that is generated. Please see the code below.



        Year <- seq(2012, 2018)
        Cooked <- c(157.4, 157.2, 168.8, 192.3, 201.8, 233.4, 241.2)
        Market <- c(51.7, 44.9, 49.5, 53.6, 57.2, 54.1, 53.5)
        df <- as.data.frame(cbind(Year, Cooked, Market))
        ts_df <- ts(df[, -1], start = 2012, frequency = 1)

        library(forecast)
        forecast1<-lapply(ts_df, function(x) forecast(auto.arima(x), level=95))

        lapply(forecast1, function(x) autoplot(x))


        I recommend in future questions, putting the data together in a similar script to help us help you.






        share|improve this answer












        I took the step of turning the data into a time series before using the forecast algorithm. Then printing the chart is just a matter of using apply on the new list that is generated. Please see the code below.



        Year <- seq(2012, 2018)
        Cooked <- c(157.4, 157.2, 168.8, 192.3, 201.8, 233.4, 241.2)
        Market <- c(51.7, 44.9, 49.5, 53.6, 57.2, 54.1, 53.5)
        df <- as.data.frame(cbind(Year, Cooked, Market))
        ts_df <- ts(df[, -1], start = 2012, frequency = 1)

        library(forecast)
        forecast1<-lapply(ts_df, function(x) forecast(auto.arima(x), level=95))

        lapply(forecast1, function(x) autoplot(x))


        I recommend in future questions, putting the data together in a similar script to help us help you.







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered Nov 9 at 16:42









        Richard Lusch

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