openmolecules.org Forum: Functionality » Why is clustering limited up to 10000 molecules?

Home » DataWarrior » Functionality » Why is clustering limited up to 10000 molecules?

Show: Today's Messages :: Polls :: Message Navigator

Re: Why is clustering limited up to 10000 molecules? [message #252 is a reply to message #159]

Wed, 22 March 2017 11:34

dataviz
Messages: 5
Registered: November 2016

Junior Member

Hello
it is indeed true that to be able to run the cluster function on a dataset larger than 10,000 would be really great considering all the new data available today... This can be done externally but Warrior is so convenient that in a future release, it really would be nice...
Sincerely

Report message to a moderator

[Message index]

		Why is clustering limited up to 10000 molecules? By: Nastasia on Wed, 22 July 2015 16:37
		Re: Why is clustering limited up to 10000 molecules? By: thomas on Thu, 23 July 2015 21:40
		Re: Why is clustering limited up to 10000 molecules? By: avkitex on Sun, 28 February 2016 19:03
		Re: Why is clustering limited up to 10000 molecules? By: thomas on Thu, 03 March 2016 21:49
		Re: Why is clustering limited up to 10000 molecules? By: avkitex on Thu, 03 March 2016 21:54
		Re: Why is clustering limited up to 10000 molecules? By: thomas on Fri, 04 March 2016 22:24
		Re: Why is clustering limited up to 10000 molecules? By: dataviz on Wed, 22 March 2017 11:34
		Re: Why is clustering limited up to 10000 molecules? By: thomas on Thu, 30 March 2017 20:35
		Re: Why is clustering limited up to 10000 molecules? By: E3ubiquitinligase on Thu, 10 January 2019 21:46
		Re: Why is clustering limited up to 10000 molecules? By: thomas on Fri, 11 January 2019 00:00
		Re: Why is clustering limited up to 10000 molecules? By: E3ubiquitinligase on Fri, 11 January 2019 07:21

Previous Topic:	X = Y line in plot
Next Topic:	Clear category filters

Goto Forum:

-=] Back to Top [=-

[ Syndicate this forum (XML) ] [

] [

]

Current Time: Mon Jun 09 01:08:10 CEST 2025

Total time taken to generate the page: 0.06498 seconds