Inlet | Bret Victor inspired slider & color picker plugin

I ended up using the approach mentioned in the question because i couldn't find anything better after looking around. Adding this step decreased the throughput of my application as expected, but there are approaches to increase that can be used. Check these awesome blogs by Colin Breck -

• https://blog.colinbreck.com/maximizing-throughput-for-akka-streams/
• https://blog.colinbreck.com/partitioning-akka-streams-to-maximize-throughput/

To summarize -

1. Use Asynchronous Boundaries for flows which are blocking.
2. Use Futures if possible and add callbacks to futures. There are several ways to do that.
3. Use Buffers. There are several types of buffers available, choose what suits your needs.

Other than these, you can use inbuilt flows like -

1. Use "Broadcast" to broadcast your events to multiple consumers.
2. Use "Partition" to partition your stream into multiple streams based on some condition.
3. Use "Balance" to partition your stream when there is no logical way to partition your events or they all could have different work loads.

You could use any one or multiple things from above options.

I guess you're using Next.js by saying that self it not available on server side globalThis MDN

You could found a related issue on react pixi repo. Supposedly, you can try import no SSR Next.js.

In Dymola your code runs but with a lot of warnings. Initializing the pipe pressures makes it run without warnings — for example, pipe.p_a_start=1460000 and pipe.p_b_start=1400000.

Another thing, you could declare the convective elements and fixed temperatures as an array like this:

The convective heat transfer of the fluid inside the pipe can be specified with the parameter HeatTransfer in the Assumptions tab of the DynamicPipe model. The drop-down menu gives you different heat transfer correlations to choose from. The default IdealHeatTransfer has no (convective) thermal resistance — that is the temperatures of the fluid volumes are equal to the heatPort temperatures. You might want to use LocalPipeFlowHeatTransfer which models the fluid convective heat transfer under both laminar and turbulent conditions.

As for your second question: Since the DynamicPipe model is discretized in nNodes segments, when you connect the pipe to the wall model (discretized in n segments) you are asked which segments to connect. Accepting the default [:] pipe segments 1:nNodes are connected to wall segments 1:n. Obviously, the number of wall and pipe segments should be equal. In the wall model you could set n=pipe.nNodes.

The default value of nNodes is 2. If you want to use only one segment you also need to change the model structure of the pipe with the parameter modelStructure to one different from av_vb. This parameter can be found in the Advanced tab.

You need to use the position argument. I've defined a slightly different version for you, that does what you need.

You need the color and fill to be assigned according to imaging_date

[EDIT] TL;DR You basically need to work around calling Scala vararg method from Java. You can do it like this using scala.collection.mutable.ArrayBuffer

Message order. You have a fanning output on the [f] object. Use a trigger [t b f] (short for [trigger bang float]) to make the order explicit. If you see an atom with multiple connections on one output, that's a red flag! Always use trigger objects, because without them the order in which you made the connections will be the order in which the messages will be sent. That's not visible in the patch, so it should be avoided!

Read more about message order in the documentation of Pd

There is another issue in your patch. Consider this case: If NotasPor0it is 8 and the counter is at 6, then NotasPor0it is changed to 4, the select object [sel] will never trigger the reset function of the counter idiom and continue to count... To avoid this issue, you could use a 'larger as' [>] symbol, or solve it with modulo (%) as seen in the screenshot.

A Balance is a fan-out shape that emits to the first available output. Considering you are zipping the flows in the next step, what you need is a Broadcast. It will fan-out to all outputs when all of them are available.

Also, the builder can add any of the shapes that are a Graph, this includes Flow. You don't have to use a custom shape for that.

The updated code: