xm | tiny compiler

I have a mask from which I get the contours information using

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I use d3 with types definition from @types/d3. I have a method that operates with the union of Selection and Transition. The argument could be either one. Both Selection and Transition types have the selectAll method. But when I try to apply selectAll to the union, I get the following error:

This expression is not callable. Each member of the union type '{ (): Selection; (selector: null): Selection; (selector: undefined): Selection<...>; (selector: string): Selection<...>; (selector: ValueFn<...>): Selection<...>; } ...' has signatures, but none of those signatures are compatible with each other.

Here is an example of code that gives this error:

I'm new to python so the code may not be the best. I'm trying to find the minimum Total Cost (TotalC) and the corresponding m,k and xM values that go with this minimum cost. I'm not sure how to do this. I have tried using min(TotalC) however this gives an error within the loop or outside the loop only returns the value of TotalC and not the corresponding m, k, and xM values. Any help would be appreciated. This section is at the end of the code, I have included my entire code.

I am trying to pass one Python object as an argument to a function that I am evaluating in the background with parfeval. The Python object is an instance of a Python class, and I detail it below. However, to reproduce the error, I will exemplify with a Python dictionary... However, simply using struct(pydict) would not work because I would lose all the attributes and methods in the Python class.

Assume the Python dictionary is

Originally I tried lzcnt but that doesn't seem to work on a mac. I'm working with someone who is using the apple M1 CPU which is ARM64v8.4

In this arm document which list ARM 8 it appears clz supports using 0

CLZ Xd, Xm
Count Leading Zeros (64-bit): sets Xd to the number of binary zeros at the most significant end of Xm. The result will be in the range 0 to 64 inclusive.

The CPU we originally support is x86-64 which has _lzcnt_u64

Both instructions appear to return 64 if the value is 0. Specifically "0 to 64 inclusive" on ARM and the intel site suggest it too (and confirmed by my code)

However GCC says the below

Built-in Function: int __builtin_clzll (unsigned long long)

Similar to __builtin_clz, except the argument type is unsigned long long.

Can I safely use 0 or does this builtin use a different instruction? I tried on clang and the sanitizer stop the program and told me it is a problem which was surprising to me.

How should I get the leading zero count when I want to get 64 if I pass in 0 like these two instructions do

(Fig. 3a, b, Extended Data Fig. 3a, b and Supplementary Table 1). After 48 h, more than one-third of the transcriptome was differentially expressed (>5,000 genes; 405 genes encoding for proteins in the extracellular region, Gene Ontology (GO) accession 0005576), significantly overlapping with the gene expression changes of A375 tumours in vivo after 5 days of vemurafenib treatment (Fig. 3a, b and Extended Data Fig. 3c). Similar extensive gene expression changes were observed in Colo800 and UACC62 melanoma cells treated with vemurafenib and H3122 lung adenocarcinoma cells treated with crizotinib (Extended Data Fig. 3d). Despite different cell lineages, different oncogenic drivers, and different targeted therapies we observed a significant overlap between the secretome of melanoma and lung adenocarcinoma cells (P < 9.11 × 10−5)

The original paper

I would like to see similar to the figure f where it shows the intersection and significance overlap. To achieve that i got this code working till the intersection part but I dont know how to run the significance part.

Evening All,

I would like to build a function (Get_Trading_Book_Based_On_Other_Fields) which updates a single column (trading_book) based on three columns inputs. My code: