caas | web service for checking and visualising compliance status

Coming up with an answer after some more investigation:

1. The flag isCompositeDesign has indeed a direct effect on the way links are processed, see 2

2. The flag is set if all linked files, including the host file are bundled in a zip file. If a zip file is used depends on the way the links are hosted, see below.

We found the following sources that adress this flag:

stackoverflow discussion: Here, Bret Thompson asks in a comment:

What controls if a BIM 360 project publishes "Composite" files or not?

Dion Moult answers:

I believe it is due to two factors: 1) are there links, and 2) are the links at a particular version which is not the latest

He also refers to this discussion, where bogdan.ciobanu goes into detail:

When a model is published, if any linked models are High Trust (directly linked from the source folder) and the latest version of the linked model is not published, Revit Cloud Worksharing will include the linked models as a zip so that the extractor has all the data it needs. If a newer version of the host model is published and the linked model version is already published then no zip is created.

Try this xpath to get all the news links from that page.

It turns out that Register-PackageSource silently fails when using a v3 uri but works with a v2 uri.

Works:

https://www.myget.org/F/[FEED]/auth/[API_KEY]/api/v2

Doesn't work:

https://www.myget.org/F/[FEED]/auth/[API_KEY]/api/v3/index.json

I think you're thinking of the maximum view distance as being consistently 900 units away from the camera/eye position. If that was the case, it wouldn't be a clipping plane at all, it would be a curve - a sector of a sphere.

In reality the view frustum is a truncated pyramid made up of 6 planes. When the far plane is set to 900, then the view distance for the pixel in the centre of the view is 900, but the view distance at the corners is much higher (how much higher depends on the FOVs - you could work it out with a bit of trig).

So as you turn your camera left and right, an object approx 900 units away from the camera will come in and out of view as it intersects the far plane.

To use SSO with BIM360 Classic Field, you need to create a Forge developer account, and follow the steps below you should be able to log in with Autodesk ID and by extension SSO:

1. Follow the steps in from this tutorial and get a forge access token

2. After getting the access token, you can call POST api/login_by_forge_token and get a Field internal ticket. Here is the API documentation, but it's not listed on Field API documentation currently since it's for our enterprise customers only.

Ok, here is one way to obtain what you want in about 2min. Some tickers are bad, that's why it crashes.

Here's the code. I use joblib for threading or multiprocess since it doesn't work in my env. But, that's the spirit.

I suggest you to look do it using BeatuifulSoup.

You just need to scape the webpage. Selenium is useful when you need a real browser to click, input values, navigate to other pages ect...

With BeatifulSoup it will be easyer and faster.

You can do something like this:

The nature of unit quaternions and the way they map to 3D rotations means they can describe each 3D rotation value in two ways - as q(r, v') and as q(-r, -v') (imagine them as axis-angle rotations - inverting both the axis and the angle leads to the same 3D rotation).

Quaternions are actually points on a 4D unit spherical surface, and these two values represent anti-podal points on that sphere.

For a slerp (or nlerp) of two quaternions to follow the shortest path, the corresponding 4D points have to lie on the same hemisphere of the 4D sphere (this is also the reason why a weighted average of more than 2 quaternions doesn't have a unique solution). This maps to a non-negative dot product, and is usually something tested for in the interpolation code.

Simply negating one of the source quaternions will give you a point "on the opposite side of the 4D sphere", and lead to interpolation "the long way around" (and explains why negating the interpolation parameter leads to the same result).

You can use pandas itself to do this. You have messed up with the import statement. Here is how you do it correctly: