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Something Special [v0.1.13]
Apologies - this is indeed a bug in ExAC. AC_Het should be Number=. and unfortunately this is the best way to do this at the moment, since its a semi-complicated field: in reality, it's something like Number="G minus R" but since something like that does not exist in the spec, we'll have to settle for '.' and one will have to parse it manually.
I just found the version number of ExAC, and it is actually v4.2! This cannot be a version issue, now. Can you explain how it's possible for ExAC to have a bug? For example, why did you paste the line above? Sorry if I'm missing something obvious!
We are happy to announce that the v0.1.13 patch is now live! We were originally going to just release a Mech Dino, but we fixed a lot of bugs that players were reporting, and took the weekend to make those fixes and improvements.
To use the latest registered (stable) version of ITensors.jl, use update ITensors in Pkg mode or import Pkg; Pkg.update("ITensors"). We will commonly release new patch versions (such as updating from v0.1.12 to v0.1.13) with bug fixes and improvements. However, make sure to double check before updating between minor versions (such as from v0.1.41 to v0.2.0) because new minor releases may be breaking.
Your package should already be set up as a git repository by the PkgTemplates commands we started with. We recommend using Github or similar versions control systems for your packages, especially if you plan to make them public and officially register them as Julia packages.
You might notice that the time to load ITensors.jl (with using ITensors) and the time to run your first few ITensor commands is slow. This is due to Julia's just-in-time (JIT) compilation. Julia is compiling special versions of each function that is being called based on the inputs that it gets at runtime. This allows it to have fast code, often nearly as fast as fully compiled languages like C++, while still being a dynamic language.
The process is done automatically, and puts some compiled binaries in your /.julia directory. The goal is to decrease the time it takes when you first type using ITensors in your next Julia session, and also the time it takes for you to first run ITensor functions in a new Julia session. This helps the startup time, but currently doesn't help enough. This is something both ITensors.jl and the Julia language will try to improve over time.
Here, the type of the storage of A is changed in-place. It starts as an Empty storage, a special trivial storage. When we set an element, we then allocate the appropriate storage. Allocations are performed only when needed, so if another element is set then no allocation is performed. More generally, this allows ITensors to have more generic in-place functionality, so you can write code where you don't know what the storage is until runtime.
Internally, this is rewritten by Julia as a call to broadcast!. ITensors.jl overloads this call (or more specifically, a lower level function copyto! written in terms of a special lazy type that saves all of the objects and operations). Then, this call is rewritten as
The B78XH keeps on going strong and with that a new stable version has been released. This version introduces fixes for ND with more stability and less frame heavy - and v0.1.13 includes other things as seen on the changelog below:
The direct download link to v0.1.13 can be found under links, where both the latest stable and the latest DEV Version can be found.Keep in mind that DEV Version will continue to get more frequent updates, until another stable version is ready for release.
v0.1.15, 15a, 15b, 15c - fix glance view, add Venu Mercedes-Benz, Venu 2S, Venu Sq Music, add Venu2 plus, fenix7, descent mk2 and epix 2v0.1.14 - update Venu image sizev0.1.13 - update to block explanation display while downloading imagev0.1.12 - update background image save to reduce widget timeoutv0.1.11, 11a - save intermediate data to reduce web interaction, added scroll workaround for VA4 fw bugv0.1.10, 10a, 10b - add connection alert, reduce image size for devices with less memory, adjust scrollingv0.1.9, 9a - detect video contentv0.1.8, 8a, 8b - add glance viewv0.1.7, 1.7a, 1.7b, 1.7c - add a page indicator to explanation view, update explanation view, add copyright infov0.1.6 - fix returning from notification while viewing explanationv0.1.5 - fixed stale image issuev0.1.4, 4a, 4b, 4c, 4d - fix issue with odd characters in explanation and timezone issuev0.1.2, v0.1.3 - add additional device supportv0.1.1 - Updatev0.1.0 - Initial release"; var appWhatsNewMoreLabel = "More"; v1.0, a add devicesv0.1.15, 15a, 15b, 15c - fix glance view, add Venu Mercedes-Benz, Venu 2S, Venu Sq Music, add Venu2 plus, fenix7, descent mk2 and epix 2v0.1.14 - update Venu image sizev0.1.13 - update to block explanation display while downloading imagev0.1.12 - update background image save to reduce widget timeoutv0.1.11, 11a - save intermediate data to reduce web interaction, added scroll workaround for VA4 fw bug
In Go, main is actually a special package name which indicates that the package contains the code for an executable application. That is, it indicates that the package contains code that can be built into a binary and run.
The module path act as a canonical identifier for a module. Ideally it should be unique and something that is unlikely to be used by anyone else, in any other project. In the command above I've used lucky-number.alexedwards.net as the module path, but it could be (almost) any string value.
In the Go community it's conventional to base your module path on a URL that you own or control. So, for this example, a good module path would be something like lucky-number.alexedwards.net or github.com/alexedwards/lucky-number.
Important: In most cases, your module path doesn't need to be a 'real' functioning URL with something hosted at it. It's really just an arbitrary string which acts as a unique identifier for your module.
Note: The directory name internal has a special behavior in Go. Any packages which live under a directory called internal can only be imported by code inside the parent of the internal directory. In this example, it means that any packages nested under internal can only be imported by code inside our lucky-number directory.
As an aside, if you are ever looking at a go.mod file and wondering why something is listed as a dependency you can use the $ go mod why command. For example, if you wanted to find out why golang.org/x/sys is an indirect dependency for the lucky-number.alexedwards.net module you could run:
Lastly, there's no right or wrong way to organize your import statements in Go. No single convention has really emerged in the Go community, so I recommend just picking something that works for you and being consistent with it.
Within each group, go fmt will automatically sort the imports alphabetically for you. I like having aliased imports as a final standalone group because it helps to draws attention to them and highlight to the reader that 'there is something a little bit unusual going on here' with them. 041b061a72