ESS - Revision history

Holocronweaver at 20:24, 3 July 2020

2020-07-03T20:24:48Z

Holocronweaver at 20:24, 3 July 2020

2020-07-03T20:24:39Z

Bozhidar: Reverted edits by 37.59.80.67 (talk) to last revision by 115.242.172.67

2012-06-24T19:39:45Z

Reverted edits by 37.59.80.67 (talk) to last revision by 115.242.172.67

37.59.80.67: Anh con may voi nhau nhin di

2012-06-24T15:20:43Z

Anh con may voi nhau nhin di

115.242.172.67 at 08:46, 30 March 2012

2012-03-30T08:46:54Z

115.242.172.67: Created page with "'''ESS'' (The Emacs Speaks Statistics) ([http://ess.r-project.org/ ESS]) mode provides a tight integration of the powerful [http://www.r-project.org/ GNU R] statistics system ..."

2012-03-30T06:54:22Z

Created page with "'''ESS'' (The Emacs Speaks Statistics) ([http://ess.r-project.org/ ESS]) mode provides a tight integration of the powerful [http://www.r-project.org/ GNU R] statistics system ..."

New page

'''ESS'' (The Emacs Speaks Statistics) ([http://ess.r-project.org/ ESS]) mode provides a tight integration of the powerful [http://www.r-project.org/ GNU R] statistics system into Emacs. In addition, ESS has support for [http://www.sas.com/ SAS], BUGS (Bayesian Uniform Gibbs Sampler) and JAGS (Just another Gibbs Sampler). Finally, it also provides an equally tight integration with S-plus, direct descendant of the S language created by John Chambers at Bell Labs. It comes with an editing mode for .R files providing syntax highlighting as well as an interactive R console based on the Emacs comint mode.

ESS also provides (along with Auctex) a superior editing environment for noweb files, (typically files with an Rnw extension). These files mix R code and LaTeX text and markup and can be used to facilitate reproducible research. Important commands for Sweave mode are M-n-s, which runs all the code-blocks in a Rnw file, M-n-w which copies the code chunk at point, and M-n-k, which kills the code chunk at point.

ESS also provides an interface to the R help system. Help for any topic can be accessed using C-c C-v and typing the name of a function or operator. A new buffer containing the source code for the function at point can be created using C-c C-d.

[[Org]] Mode can also be used to work with [http://orgmode.org/worg/org-contrib/babel/languages/ob-doc-R.html R source code blocks].

[[Category:Statistics]]

← Older revision		Revision as of 20:24, 3 July 2020
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	[[Category:Statistics]]		[[Category:Statistics]]
−
−	~~test~~

← Older revision		Revision as of 20:24, 3 July 2020
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	[[Category:Statistics]]		[[Category:Statistics]]
		+
		+	test

← Older revision		Revision as of 19:39, 24 June 2012
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−	~~Hello my friend heres my new gig easy as it looks Ill send u~~ a ~~total~~ of ~~5350++ backlinks to your website in 2 tiers~~. ~~This gig its~~ for ~~1 website~~ and ~~up to 5 keywords~~. ~~First tier to your main website 350 page rank 1~~-~~5 and~~ the the ~~second tier of 5000 profile backlinks pointing~~ to ~~your first tier~~.~~Ill send u a report~~ in a ~~txt~~ file ~~in less than 48 hours~~.~~Any question just send me~~ a ~~private message~~	+	'''ESS'' (The Emacs Speaks Statistics) ([http://ess.r-project.org/ ESS]) mode provides a tight integration of the powerful [http://www.r-project.org/ GNU R] statistics system into Emacs. In addition, ESS has support for [http://www.sas.com/ SAS], BUGS (Bayesian Uniform Gibbs Sampler) and JAGS (Just another Gibbs Sampler). Finally, it also provides an equally tight integration with S-plus, direct descendant of the S language created by John Chambers at Bell Labs. It comes with an editing mode for .R files providing syntax highlighting as well as an interactive R console based on the Emacs comint mode.
		+
		+	ESS also provides (along with [[AucTex]]) a superior editing environment for noweb files, (typically files with an Rnw extension). These files mix R code and LaTeX text and markup and can be used to facilitate reproducible research. Important commands for Sweave mode are M-n-s, which runs all the code-blocks in a Rnw file, M-n-w which copies the code chunk at point, and M-n-k, which kills the code chunk at point.
		+
		+	ESS also provides an interface to the R help system. Help for any topic can be accessed using C-c C-v and typing the name of a function or operator. A new buffer containing the source code for the function at point can be created using C-c C-d.
		+
		+	[[Org]] Mode can also be used to work with [http://orgmode.org/worg/org-contrib/babel/languages/ob-doc-R.html R source code blocks].
		+
		+	[[Category:Statistics]]

← Older revision		Revision as of 15:20, 24 June 2012
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−	~~'''ESS'' (The Emacs Speaks Statistics) ([http://ess.r-project.org/ ESS]) mode provides~~ a ~~tight integration~~ of ~~the powerful [http://www.r-project~~.~~org/ GNU R] statistics system into Emacs. In addition, ESS has support~~ for ~~[http://www.sas.com/ SAS], BUGS (Bayesian Uniform Gibbs Sampler)~~ and ~~JAGS (Just another Gibbs Sampler)~~. ~~Finally, it also provides an equally tight integration with S~~-~~plus, direct descendant of~~ the ~~S language created by John Chambers at Bell Labs. It comes with an editing mode for .R files providing syntax highlighting as well as an interactive R console based on~~ the ~~Emacs comint mode~~.	+	Hello my friend heres my new gig easy as it looks Ill send u a total of 5350++ backlinks to your website in 2 tiers. This gig its for 1 website and up to 5 keywords. First tier to your main website 350 page rank 1-5 and the the second tier of 5000 profile backlinks pointing to your first tier.Ill send u a report in a txt file in less than 48 hours.Any question just send me a private message
−
−	~~ESS also provides (along with [[AucTex]])~~ a superior editing environment for noweb files, (typically files with an Rnw extension). These files mix R code and LaTeX text and markup and can be used to facilitate reproducible research. Important commands for Sweave mode are M-n-s, which runs all the code-blocks in a ~~Rnw~~ file~~, M-n-w which copies the code chunk at point, and M-n-k, which kills the code chunk at point~~.
−
−	~~ESS also provides an interface to the R help system. Help for any topic can be accessed using C-c C-v and typing the name of~~ a ~~function or operator. A new buffer containing the source code for the function at point can be created using C-c C-d.~~
−
−	~~[[Org]] Mode can also be used to work with [http://orgmode.org/worg/org-contrib/babel/languages/ob-doc-R.html R source code blocks].~~
−
−	~~[[Category:Statistics]]~~

@@ Line 1: / Line 1: @@
 '''ESS'' (The Emacs Speaks Statistics) ([http://ess.r-project.org/ ESS]) mode provides a tight integration of the powerful [http://www.r-project.org/ GNU R] statistics system into Emacs. In addition, ESS has support for [http://www.sas.com/ SAS], BUGS (Bayesian Uniform Gibbs Sampler) and JAGS (Just another Gibbs Sampler). Finally, it also provides an equally tight integration with S-plus, direct descendant of the S language created by John Chambers at Bell Labs.  It comes with an editing mode for .R files providing syntax highlighting as well as an interactive R console based on the Emacs comint mode.
-ESS also provides (along with Auctex) a superior editing environment for noweb files, (typically files with an Rnw extension). These files mix R code and LaTeX text and markup and can be used to facilitate reproducible research. Important commands for Sweave mode are M-n-s, which runs all the code-blocks in a Rnw file, M-n-w which copies the code chunk at point, and M-n-k, which kills the code chunk at point.
+ESS also provides (along with [[AucTex]]) a superior editing environment for noweb files, (typically files with an Rnw extension). These files mix R code and LaTeX text and markup and can be used to facilitate reproducible research. Important commands for Sweave mode are M-n-s, which runs all the code-blocks in a Rnw file, M-n-w which copies the code chunk at point, and M-n-k, which kills the code chunk at point.
 ESS also provides an interface to the R help system. Help for any topic can be accessed using C-c C-v and typing the name of a function or operator. A new buffer containing the source code for the function at point can be created using C-c C-d.