mastodon.social is one of the many independent Mastodon servers you can use to participate in the fediverse.
The original server operated by the Mastodon gGmbH non-profit

Administered by:

Server stats:

347K
active users

#labplot

0 posts0 participants0 posts today
Replied in thread

@JustEnoughDucks

Some benefits of #LabPlot:

👉 an interactive environment with a graphical user interface,
👉 ease of use for non-programmers,
👉 built-in tools for data analysis, statistics, regression, and curve fitting,
👉 platform integration that may offer a better experience than running Python scripts,
👉 possibility to run #Python, #Maxima, #R, #Octave and other languages inside LabPlot's computational notebooks.

Take a look at LabPlot's features:

➡️ labplot.org/features

labplot.orgFeatures – LabPlot

An example analysis of a #learning process with #LabPlot dev (P-chart).

@labplot@lemmy.kde.social @opensource

👉 The process is off the target and has large variation. Variation always creates costs.
👉 The point outside the limits is evidence that assignable causes with dominant effects are present and the process will behave UNPREDICTABLY.

'With an unpredictable process, PREDICTION IS FUTILE, but action may be taken to move the process closer to its full potential.' D.J. #Wheeler

Today I posted my first "Issue" / Bug Report to the amazing #FreeSoftware data analysis tool, #LabPlot . I am using it on Windows at work, to make nice graphs for my classes, and try to push it as hard as possible, to discover issues, and be able to make suggestions to improve usability.

So, I hope the issue I found will help the team improve the product, and I hope I will be able to give useful feature suggestions based on my experience.

@LabPlot

How to visualize #server #metrics in #RealTime via #TCP in @LabPlot ?

@labplot@lemmy.kde.social @sysadmin@lemmy.world @sysadmin@lemmy.ml @cybersecurity

The purpose of this simple tutorial is not to position #LabPlot against dedicated applications, but rather to show how its "Live Data" functionality can be used to read and visualize data in real time.

👉 docs.labplot.org/en/tutorials/

#LabPlot is a FREE, open source and cross-platform Data Visualization and Analysis software accessible to everyone. In LabPlot your #data is yours alone!

In this short video you can learn how to quickly import your data into #LabPlot and visualize it.

Boosts appreciated! :boost_love:🚀

@opensource @openscience @alternativeto @9to5linux @omgubuntu

➡️ youtube.com/watch?v=Ngf1g3S5C0

#LabPlot at the service of #science and #researchers!

@labplot@lemmy.kde.social

Boosts appreciated! :boost_love:🚀

We're pleased to know that #LabPlot was used in this recent study on ceftazidime-avibactam (CZA) tolerance/persistence:

▶️ link.springer.com/article/10.1

SpringerLinkCeftazidime-avibactam tolerance and persistence among difficult-to-treat KPC-producing Klebsiella pneumoniae clinical isolates from bloodstream infections - European Journal of Clinical Microbiology & Infectious DiseasesPurpose Tolerance and persistence occur “silently” in bacteria categorized as susceptible by antimicrobial susceptibility testing in clinical microbiology laboratories. They are different from resistance phenomena, not well-studied, and often remain unnoticeable. We aimed to investigate and characterize ceftazidime-avibactam (CZA) tolerance/persistence in 80 Klebsiella pneumoniae isolates from bloodstream infections. Methods We used the Tolerance Disk Test (TDtest) to detect CZA tolerance/persistence and investigate the avibactam (AVI) influence on them, and time-kill assays with minimal duration for killing (MDK) determination to characterize/differentiate CZA tolerance from persistence, for selected isolates. Whole genome sequencing was performed for 49/80 selected isolates to investigate genes related to beta-lactam tolerance/persistence and resistance as well as phylogeny studies. Results Tolerance/persistence to CZA was detected in 48/80 (60%) isolates, all extensively drug-resistant (XDR) or multidrug-resistant, carbapenem-resistant K. pneumoniae (CRKp), KPC producers, and previously categorized as susceptible (not resistant) to CZA. No heteroresistance was detected. CZA tolerance/persistence occurred due to ceftazidime tolerance/persistence and was not related to AVI in the CZA combination. 5/11 isolates were characterized as CZA-tolerant and 5/11 as CZA-persistent. The single (1/11) XDR and CRKp non-KPC producer was truly susceptible. All the CZA-tolerant/persistent isolates (ST11, ST258, ST340, ST437, ST16, ST17, and ST307) harbored the carbapenemase-encoding gene blaKPC−2. Mutation in only two genes (rpoS and degQ) related to beta-lactam tolerance/persistence was found in only 7/49 CZA-tolerant/persistent isolates, suggesting the presence of yet unknown beta-lactam tolerance/persistence genes. Conclusion Among the K. pneumoniae bloodstream isolates studied, 60%, previously categorized as susceptible to CZA, were, actually, tolerant/persistent to this antibiotic, all these KPC producers.

Do you know why did the minus sign break up with the hyphen? Because it just couldn't handle the relationship—it was always too negative!😉

@labplot@lemmy.kde.social

Boosts appreciated! :boost_love:

Or, maybe, it's because we simply realized which minus sign symbol should be used in #LabPlot. 🙂

In the [dev] version we now use the minus sign symbol instead of the hyphen.

🚀 invent.kde.org/education/labpl