unity3d | Unity3d docker image for running commands | Continous Integration library

I'm of course not sure because we don't have the source code for these internal methods but I'm pretty sure they would not use Quaternion which would be pretty imperformant but rather use pure and simple float based math like sinus, cosinus etc something that in c# would look somewhat similar to e.g. the solution mentioned here

Please try the following code to disable your button:

What I'm understanding is either you want to have an array of places for your object to go, or you want the object to move a set amount each time you press a button. I will gives an example and an explanation for each of these.

1. You want to move an object to different points, and not a specific amount each time. First off, you could use an array, and fill it with the places for the object to go, in order. Then, you could have a public variable for looping through the array everytime you press the button. Now, instead of Input.GetKey("s"), which has several problems, you want Input.GetKeyDown(KeyCode.S), because GetKeyDown only fires when you press the key, and GetKey fires every frame the key is pressed. You also want KeyCode, because that's what the KeyCodes are made for. Example code:

The issue is that the type ReadOnlySpan as well as the Span itself do only exist in

• .NET 5.0, 6.0 Preview 3
• .NET Core 2.1, 2.2, 3.0, 3.1
• .NET Standard 2.1

But Unity uses .NET Framework 4.x where these types do not exist at all.

So in Unity you can only use the byte[] overloads.

As an alternative to the Span you can use ArraySegment which works quite similar - yet is a bit more work and not as "secure" as the ReadOnlySpan overloads.

The ArraySegment alone is actually pretty "dumb" and nothing more than a simple struct storing the array, an offset and a count. It comes with no own "magic" .. you have to do things "manually" yourself, in particular e.g. update the count when you change the offset (that was the point that bothered me the most ^^)

That won’t work, PackageManager APIs help you check for any valid packages/apps installed using a package name lookup.

Since the library is in the class path for your own package the only way to reference these ids at runtime would be to have a workflow to record these during compilation and expose it to your application at runtime.

Following approaches are viable:

1. Expose library metadata in build config/resources (https://developer.android.com/studio/build/gradle-tips#simplify-app-development)

2. Custom gradle plugin to capture all libraries in classpath into assets which can be read at runtime, something similar to https://github.com/google/play-services-plugins

With (1) you can’t scale it for multiple libraries conveniently so it’s only useful for very specific needs.

(2) might require some customisations for your usecase (adding version info) but is definitely scalable.

It looks like the problem is at code level. If the file shows in photoscene, but has a zero filesize, it means that the file was allocated, but the "upload protocol" is wrong. From my humble experience, it is usually due to wrong content-type or file upload.

I am not very "tech savvy" in Unity, nor in C#, but my suggestion would be to try uploading it not as "multipart/form-data", but rather as "application/x-www-form-urlencoded".

Just try something like this outside Unity in vanilla C# env:

Consider using a private constructor to force the static field to be initialized with a value when the SingletonTest object is created by the CLR.

Although Unity normally doesn't recommend using constructors with MonoBehvior because they're supposed to be scripts(among other Mono and Unity Quirks). I found this works great for my use cases for singletons(such as static editor Dictionarys that hold loaded metadata etc...

I believe this should answer your question - if you have more issues with this implementation, just let me know.

Firstly, remove all code with resizing. Unity's component UI system is very powerful when used properly. Almost anything you would want to achieve with dynamic UI can be done using just components.

Firstly, your container holding the text should have a Horizontal Layout Group or a Vertical Layout Group attached to it. Turn off all toggle boxes except for Control Child Size - Height. Set the width of this container to whatever you want the width to be, the text will fill to this size.

Along with a layout group (you can choose either one, but as your text is vertical you can use a vertical layout group), you will need a Content Size Fitter with the Horizontal Fit set to Unconstrained and the Vertical Fit set to Preferred Size.

It should look something like...

Now moving onto the text component, you can use a Unity.UI.Text component or a TMPro.TMP_Text component, either one will work. In this example, I am using the vanilla Unity.UI.Text. Simply type whatever message you would like in the text field and your parent container should resize to the text field. If you are dynamically setting this text often, you might need to force Unity to rebuild the layout group of your parent object to rescale.

An example snippet of this could look like...

You can always change the order of event calls between certain types via the Script Execution Order.

However, most of the time I'd claim whenever you need to do this, it's due to a design flaw.

What I would rather do in your case would be

• Decide which of your scripts shall be the responsible actor. It uses the other script to tell it what to do.

In your case I see two main options

1. Either only Mover is the actor and checks for collision, checks for the Obstacle component and checks condition. Then it tells the Obstacle to get set to Hitted. Obstacle is only a reactor here.

2. Or Obstacle is the actor and checks for the collision, checks if it was already hit, check for the Mover component. Then it tells the Mover to increase the hit counter. Mover is only a reactor here.

With which one you want to go depends on personal preferences and the design of the rest of your project.

For the option 1

Obstacle: