triton | Development repository for the Triton language and compiler | GPU library

re

(?=...)

Matches if ... matches next, but doesn’t consume any of the string. This is called a lookahead assertion. For example, Isaac (?=Asimov) will match 'Isaac ' only if it’s followed by 'Asimov'.

(?<=...)

Matches if the current position in the string is preceded by a match for ... that ends at the current position. This is called a positive lookbehind assertion. (?<=abc)def will find a match in 'abcdef', since the lookbehind will back up 3 characters and check if the contained pattern matches.

Demo: (?<={).*(?=})

It means to match strings beginning with { and ending with }

Looking at the conversion script seems like dets is a combo of boxes plus score

You just need to get from element with dragstart and to element with event.target then clone those nodes, use replaceChild twice to replace them. Remember to attach events again because cloneNode does not copy event listeners

Try adding this :

Try to put the selection in the store`s load handler:

I think a lot of what you did, specifically around data wrangling, was not necessary, especially since you called d3.hierarchy() and d3.cluster() afterwards. I've replaced this with d3.stratify (which deals with hierarchical data that is not yet in the right format).

I've also replaced d3.cluster with d3.tree() because it was unclear to me why you'd want to use d3.cluster here. Your data has multiple parents, multiple roots and even floating nodes, and d3 is not meant to deal with that. My workaround has been to attach pseudonodes to every level, so as to make sure that there is only one node and that all nodes are at the right level at all times. To make sure the links were drawn correctly, I've written a custom getLinks function, that can deal with multiple parents.

I've also written a custom link generator that draws the links somewhat in the way that you want them. d3 doesn't offer much of flexibility here, but you can use the source code for inspiration.

Edit

I've changed the logic to be more focused on which "partners" got a child, so both links to the same child are on the same level - like in your picture. I've also drawn the nodes based on how many partners they have, and have given every link an offset so the lines are more distinct.

I've sorted the nodes so that the real pro-creators are at the top (Zeus), which gives a more balanced and less crowded view.

Just add the command after the echo "$line":

I found this issue in grep (BSD grep) 2.5.1-FreeBSD (this is the default version that ships on Mac High Sierra).

Fixed by using Gnu Grep ggrep (GNU grep) 3.4. instead.

Installed via brew install grep.

Note that this version of grep is now called ggrep.

well, Hashicorp should address this as an possible example when the error is thrown,

I used this on the consul server side :