MDS | Cuda implementation of Multidimensional Scaling | GPU library

aov.run is returning the p-value associated with the ANOVA run on each of your columns separately. There's only one p-value per ANOVA, so you get one for C1 and one for C2 for a total of two. That's working as expected!

It sounds like you're interested instead in the post-hoc results of the ANOVA, obtained by a Tukey test or something similar. Tukey's HSD will give you the p-value of each comparison separately for 6 comparisons per ANOVA ("Dep.-BP", "Schiz.-BP", "Unaffected control-BP", "Schiz.-Dep.", "Unaffected control-Dep.", and "Unaffected control-Schiz.") and it sounds like you're only interested in the "Unaffected control-BP", "Unaffected control-Dep.", and "Unaffected control-Schiz." comparisons. You can get these by replacing your calls to summary() with tukeyHSD():

It's not exactly the same, but I think it's pretty close.

I brought the varespec data into Python for this. Then tried to mimic the actions that the vegan package (and your code) took. Along those lines, I stuck to the object names you used (for the most part).

There has to be an easier way to do this.

Like the error says, you can't enlist the remote proc execution in your trigger's transaction. So try

I think this does what you're looking for.

In polyfills.ts, comment import '@angular/localize/init'; and add import '../node_modules/@angular/localize/init';

Why not do it using XSLT?

Note, if you've got a series of similar XSLT files and you need to make a similar change to each of them, this is a strong signal that it's time to do some refactoring to improve code re-use. The simplest approach is to extract common code into shared modules that you incorporate using xsl:include. There are other more elaborate approaches, such as generating the XSLT stylesheets from a common master. The fact that XSLT is XML makes manipulating XSLT using XSLT a very viable technique.

LATER

OK, you've taken my suggestion, and you've modified your question to show where you got to and where you got stuck. That's not actually a very good way of taking things forward on SO: if you keep editing the question and I keep editing the answer, then anyone coming here later will find it very hard to follow. Next time, raise a new question.

You've misunderstood how xsl:include works. At the point where you've written xsl:include, replace it with . Put the xsl:include declaration at the top level of the main.xsl stylesheet (as a child of xsl:stylesheet), and in the included module, include a named template .....

There's too much for me to put this in a comment, so I will summarize here. Maybe it will help you, or someone else. I should also mention this is for RHEL EC2 instances behind a corporate proxy (not Arch Linux), but I still feel like it may help. I had to do the following to get puppeteer working. This is straight from my docs, but I had to hand-jam the contents because my docs are on an intranet.

I had to install all of these libraries manually. I also don't know what the Arch Linux equivalents are. Some are duplicates from your question, but I don't think they all are:
pango libXcomposite libXcursor libXdamage libXext libXi libXtst cups-libs libXScrnSaver libXrandr GConf2 alsa-lib atk gtk3 ipa-gothic-fonts xorg-x11-fonts-100dpi xorg-x11-fonts-75dpi xorg-x11-utils xorg-x11-fonts-cyrillic xorg-x11-fonts-Type1 xorg-x11-fonts-misc liberation-mono-fonts liberation-narrow-fonts liberation-narrow-fonts liberation-sans-fonts liberation-serif-fonts glib2

If Arch Linux uses SELinux, you may also have to run this:
setsebool -P unconfirmed_chrome_sandbox_transition 0

It is also worth adding dumpio: true to your options to debug. Should give you a more detailed output from puppeteer, instead of the generic error. As I mentioned in my comment. I have this option ignoreDefaultArgs: ['--disable-extensions']. I can't tell you why because I don't remember. I think it is related to this issue, but also could be related to my corporate proxy.

The catch is option blustore_min_alloc_size cant be set aftet osd is created, you need to create config before creating the cluster.

kubectl create namespace rook-ceph

save below as ceph-conf.yaml

-march native means -march $MY_HARDWARE. We have no idea what hardware you have. For you, that would be -march=skylake-avx512 (SkyLake SP) The results could be reproduced by specifying your hardware architecture explicitly.

It's quite possible that the errors will decrease with more modern instructions, specifically Fused-Multiply-and-Add (FMA). This is the operation a*b+c, but rounded once instead of twice. That saves one rounding error.