n64 | Int64 object for javascript | Wrapper library

I had this same problem and I got an answer here.

It's is because the line you read is always followed by a \n character. You need to remove it. Hence, just replace that last part of your code with this. .strip() will do for you. str(current_location).strip("\n")

Whenever you read a line from a text file, it adds a \n character to tell that new line started from there. You need to remove that while printing or it will mess up with your current statement

You could store your vectors in a list:

How's this?

One MIPS calling convention has the caller allocate stack memory space for all the parameters despite that the first 4 parameters (at least) are actually passed in registers.

This means that the called function can store $a0, $a1, $a2, $a3 to the stack, expecting that those memory locations are available.

When a function calls another function, then as a caller it should also allocate those same 4 words of stack space.  A function that calls another will need at least a minimal stack frame anyway, so having it allocate those 4 extra words is free in terms of prologue and epilogue.

Part of older calling conventions would tend to include support for varargs (variadic functions) that may not even be properly declared in C code as such.  Allowing functions to store their parameters back to caller-allocated memory allows all the arguments to be flushed to memory and be contiguous, which is important for varargs functions.  And doing it for all functions is overkill but simplifies some issues.

See https://courses.cs.washington.edu/courses/cse410/09sp/examples/MIPSCallingConventionsSummary.pdf for a picture of the stack frame that includes the 4 words for the register arguments.

In practice I believe that the reservation of 4 words for the callee to use in the caller's stack space is highly overrated, and as evidence would note that this has been dropped in RISC V, for example.

Some Intel systems use a red zone instead, which says that the system agrees not use your stack space within a certain small distance below the stack pointer (i.e. in the unallocated space of the stack).  This makes sense on intel as the return address is automatically written to memory so doesn't need to be separately pushed like on MIPS, yet these systems also benefit from some pre-allocated stack space for simple functions to use without necessarily setting up a stack frame (i.e. the red zone).

Your data structure in yaml looks like this

This should work: df[~df["platform"].isin(n)] This will show the data frame masked where rows don't contain anything in list n

I think a histplot would be a better way to visualize this problem if "ultimately, what i want to show is how the total sales of each title differs across platforms" This shows the frequency of games with standard deviations (grouped by game) in 0.1 bins. You can pass ddof=0 to not return NaN values, but that will change the standard devation of all values.

Try this

I'm pretty sure pandas.DataFrame.groupby is what you need: