screenpoint | Project an image centroid to another image using OpenCV | Computer Vision library

I do not know where you got the MouseBehavior from, but it might be incompatible with Plot. I think the easiest way is to create your own behavior that fits your requirements, since you already have a working code-behind solution. If you translate it into a behavior, it would look like this.

It's been a long time I do not work with 3.xx API. Anyways maybe this example that I made for you can help you. The idea is basically listen to click events on the feature layer to catch selected graphics and then added to selected collection. When adding just check if the desire keys are pressed.

I think you're overthinking things a bit.

Here's the query you need:

The problem occurs when you call FindAttackAngle(_attackangle) The reason is that Vector2 is a structure, not an object. You can read about the difference between passing structures as parameters versus passing objects as parameters here

The TLDR version of that linked article is that if you pass a structure variable into a method, it is passed by value. That means that if you change the structure's fields inside the method, the structure will still have its original values outside of the method. Objects, by contrast, are passed by reference, which is why changes to their properties inside the method will be reflected outside the method (which is what you're expecting to happen).

To fix this, specify that you want to pass by reference like this:

You can get the CoordinateFormatter as below

Okey I found the answer, and it was simple:

• Create an empty gameobject and make it the parent of the moving object.
• Apply the rotations to the parent, so the child has no rotations.
• Attach the code to the child, but use "transform.localposition" instead of "transform.position".

In the new version of the API, 4.x, what usually was a the GraphicLayer purpose (handling client side features) became part of FeatureLayer or other layers like GeoJSONLayer or CSVLayer.

Now, the recomendation is to use FeatureLayer,

It is generally preferred to construct a FeatureLayer with its source property when working with client-side graphics since the FeatureLayer has more capabilities than the GraphicsLayer, including rendering, querying, and labeling.

ArcGIS JavaScript API - GraphicLayer

In regard to visualization, your could use clustering on FeatureLayer.

Take a look at this example I made for you base on ArcGIS JavaScript Examples - Point clustering.

You can find the sample code for finding the corresponding world coordinates in the Forge Digital Twin code: https://github.com/petrbroz/forge-digital-twin/blob/master/public/scripts/extensions/issues.js.

Live demo: http://forge-digital-twin.autodesk.io/ (try the flag icon in the toolbar).

Inject HttpClient to in your service.