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Since both columns are pandas Timestamp, you can do this:

I'm the developer of that package. It should work with lme4::lmer() equations. The issue here is with dropping the intercept but having it vary randomly at higher levels. See this issue for more details.

If you have suggestions for how you would expect the equation to render, I'm open to working out a fix. But for now, equatiomatic::extract_eq() assumes that whatever random effects you have also have corresponding fixed effects.

This is the default behavior. When you show a popup, you tell it where to be places in .y and .x . When you scroll or resize you effectively change the "center" of the window, but you never inform it that it has changed.

What I would try is adding a listener for window resize and onChange re-center the popup.

Sample Code (this is not tested but should work):

You try to assign the repeating image pattern to the whole page body - which is why it continues forever. What you should do instead, is to create two DIVs (optionally wrapped inside a third, outer DIV), one for your text, one for the image, and make the CSS applicable only to the one with image. See this CodePen for an example code:

It is much faster to pass the inner lists to the plot as a whole. As you still want to set the color per k, you can easliy avoid the i loop. Assuming the dimension of i is not negligible, this should speed up the process considerably.

You should define a boolean variable like canJump. when you collide with ground it should be true. When you press space for jump, if your canJump variable true, you can start jump anim then set your canJump variable false

Intel 32 bit is not executable on macOS since Catalina. Every Mac since 2006, except the original Intel Mac mini with Core Solo processor, is 64 bit capable.

Intel: clang -o myTool-x86_64 -mmacosx-version-min=10.15 -arch x86_64 main.c

ARM64: clang -o myTool-arm64 -mmacosx-version-min=10.15 -arch arm64 main.c

FAT binary: lipo myTool-x86_64 myTool-arm64 -create -output myTool

I think there are a number of issues here, more specifically with the Generated Code for the XML.

In Visual Studio, I created a new Class and copied your XML content and used Edit -> Paste Special -> Paste XML as Classes.

Here's the generated code from that exercise:

This creates a zoo object, z, and from that a ts object tt whose columns are the individual series so z$SO2 or z[, "SO2"] is an individual zoo series and tt[, "SO2"] is an individual ts series. Generally it's a better idea to keep the series together and not create a bunch of variables in your workspace but if you want to do it anyways then the for statement at the end will create a ts variable for each column.