tg2 | Python web framework with full-stack layer | Web Framework library

Sorry rewriting, but I do this for simplicity:

Without a reproducible example, it is difficult to be sure that this answer will fit to your dataset.

Here, based on few informations you provided, I generate a fake example:

I am not sure why there are four measurements of Triglycerides and weights for each patient.

Assuming that the measurements were taken lets say a month apart (while on the diet and tg0, wgt0 when starting the diet) then you could do one of two things:

1. Take the first and last values (tg0, tg4) and use those as the two groups (a, b). Do the same for wgt0 and wgt4.
2. To get better accuracy we can incorporate the other values by fitting a line of best fit through each patient's Triglycerides levels. And then using the first value of that line of best fit as a and last as b for each patient. Do the same for weights.

Is it the right way If I do the average of tg0 tg1 tg2 tg3 tg4 and wgt0 wgt1 wgt2 wgt3 wgt4 so that i will get 2 columns a and b and do the ttest

If (tg0 tg1 tg2 tg3 tg4) are measurements before the diet and (wgt0 wgt1 wgt2 wgt3 wgt4) are measurements after and they are measuring the same thing (for example weight) then you could do what you propose.

Without a small example of reproducible data, it is hard to propose a good answer but based on the code you wrote, I have the feeling that trying to do the interaction of cultivar with P generates NA, so instead, maybe you should try:

You can use this regex instead:

You've got a couple problems here. First off, you're calculating the e_bottom wrong. You just looked at the height, but the bottom is the height plus the top, and you were trying to do it with strings, not numbers.

@Kaiido's instinct appears to be correct. It does seem to be related to the use of elements in that SVG. If you change the CSS in that SVG to use colours directly, the SVG is rendered much faster.

Eg: all you need to do is copy the colour from the pattern to the associated style:

It is logical that so huge graph looks like a horrifying mess. On FullHD monitor with 5000 nodes for every node one will have not more than:

sqrt(1920 * 1080 / 5000) = 20

An image of 20x20 pixels for node, text label and all possible edges. Moreover, the human brain is very bad in manipulating with this amount of data so, even if one will draw the huge graph, he will not able to analyze it properly.

In your case you have very little amount of source nodes and thousand of target nodes for each source node. You can greatly decrease the size of your graph if you will just remove all target nodes that are linked to only one source node (remember that you will still have this info and you can analyze it later with just printing all target nodes corresponding to particular source node):

Regarding your first issue, it looks like a temporary connectivity issue from your machine or more probably that test computes an IP address for your machine that is not reachable .

This test exists to test ip-spoofing feature by setting the ip source to your machine address.

Run it in gui and see what IP is computed on your machine then try to resolve it.

Regarding ant test-both, yes it would be better, report a bug please.