Displaying 4 results from an estimated 4 matches for "nstem".
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stem
2017 Nov 01
0
Function to save results
Let's try a simple example.
> # Create a script file of commands
> # Note we must print the results of quantile explicitly
> cat("x <- rnorm(50)\nprint(quantile(x))\nstem(x)\n", file="Test.R")
>
> # Test it by running it to the console
> source("Test.R")
0% 25% 50% 75% 100%
-2.4736219 -0.7915433 -0.1178056 0.7023577 2.9158617
The decimal point is at the |
-2 | 510
-1 | 7631110
-0 | 9...
2017 Nov 01
3
Function to save results
Hi Eric,Thanks for the explanation. Is there a way to save the results automatically after the analysis gets over?. As I recently lost the results, because I didn't save the results. I don't want to run the sink or save command after the analysis is over rather run the command for saving the file before starting to run the analysis, so the file gets saved automatically after the script has
2017 Nov 01
1
Function to save results
...a
?
On Wednesday, 1 November 2017 9:32 PM, David L Carlson <dcarlson at tamu.edu> wrote:
Let's try a simple example.
> # Create a script file of commands
> # Note we must print the results of quantile explicitly
> cat("x <- rnorm(50)\nprint(quantile(x))\nstem(x)\n", file="Test.R")
>
> # Test it by running it to the console
> source("Test.R")
? ? ? ? 0%? ? ? ? 25%? ? ? ? 50%? ? ? ? 75%? ? ? 100%
-2.4736219 -0.7915433 -0.1178056? 0.7023577? 2.9158617
? The decimal point is at the |
? -2 | 510
? -1 | 7631110
? -0 | 99...
2017 Nov 01
0
Function to save results
...ou
Priya
On Wednesday, 1 November 2017 9:32 PM, David L Carlson <dcarlson at tamu.edu> wrote:
Let's try a simple example.
> # Create a script file of commands
> # Note we must print the results of quantile explicitly
> cat("x <- rnorm(50)\nprint(quantile(x))\nstem(x)\n", file="Test.R")
>
> # Test it by running it to the console
> source("Test.R")
0% 25% 50% 75% 100%
-2.4736219 -0.7915433 -0.1178056 0.7023577 2.9158617
The decimal point is at the |
-2 | 510
-1 | 7631110
-0 | 99887...