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I struggled with the very time consuming task of trying to make good looking flow charts using Word and finally found online flow charting software - Lucidchart. Very easy to use, a free trial period and minimal cost if you want to keep using it. I have also found it very useful to use for other processes, such as work instructions, metal detector deviations and customer complaints. You may want to take a look at it.

When I first started using Visio, there was a slight learning curve, but I can make simple flow diagrams pretty quickly now. Our processes have so many twists and turns that I had to learn how to use Visio very well.

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For complex flowcharts, I would certainly go with a specialized software than a Microsoft Office offered options. Amongst the software, I would certainly vote for VIZIO, and suggest converting that to your program that would house the final details.

The configs are saved in the Xbox Cloud along with your sim settings. If you want to export your scripts, you can do so using the FlowShare executable in the install folder (in Community or in the Orbx Library) or here: 4. Sharing scripts (Flow Pro) parallel42/flow-documentation Wiki GitHub

I'm working on writing a tutorial for some of my users to practice flow modeling. I grabbed the mouth of the St. Louis river in Duluth, thinking it would be a topographically interesting area with lots of rivers and streams. So far so good. I downloaded a 1m DEM from the state's database which looks pretty good. I start to run into problems actually running the flow model though.

Now be caution on the elevation difference that you want. In my example I produced a 10 unit elevation difference in a 5x5 unit raster. Be realistic or be dramatic if you want to help nature along or cause torrents of water flow

Auto layout feature is available in the integration flow editor of SAP Cloud Integration with 5.47.x/6.39.x release to beautify and format integration flow in an attractive and easy understandable way. To know more, you can refer the help documentation.

Integration flow might become huge and complex. This led to bad experience for the integration developer from the flow readability standpoint. Look at the below example. Readability is completely distorted.

This is one flow? Any issues with having multiple separate inputs and outputs in one flow?

If not, this is incredible!

Loving the true/false and then all bits - so much thought has gone into this and it looks so nice as well.

Probably will look to gradually migrate most of my flows over to advanced ones over the next few months and pretty much re-write my home automation!

Anything mentioned about the advanced ones using more memory/cpu or whatever, advice around numbers of flows etc?

I also made a flow for my sunscreens using a light sensor, insight trends app (unfortunately no longer available), buienradar app and a virtual switch (automatic on/of and rain on/of). With the insight trends app I calculate the average lux over the last 12 minutes to prevent the screens from going up and down every time. It works very well. Before the Advanced Flow I had made it with 5 different flows.

That triggers another question. If I place the boolean check after the WHEN card, the flow will stop executing there if the check is false. That is nicely seen in the test mode. But, will that terminate the flow, or will the flow continu when - for instance after 5 minutes - the boolean is changed?

A flowchart is a diagram that shows the sequence of steps and decisions needed to perform a process. Each step in the sequence is noted within a diagram shape. Steps are linked by connecting lines and directional arrows. This allows anyone to easily and logically follow the process from beginning to end.

Sometimes there are storms that threaten to undo us entirely, and other days life is as smooth as glass, still and serene. This is the life of any mother, with the ebb and flow of her days dictated entirely by the small people in her charge. The key is embracing each season, with each of its unique challenges.

Hi im pretty sure this might be impossible but im looking to sense a water flow averaging at 400ml/min but will probably want to go lower 100 or 200ml/min and hopefully less than 300$ but it seems theres pretty much nothing that can do is this possible? If so how?/with what? Thanks

Should also mention its ethanol and water so the density will vary slighty

Some people want to use a pump with a valve and a flow meter to measure the amount of liquid that will be added to something else. For something like that, a peristaltic pump or a dosing pump can do the same.

For dry gas: go to mouser.com and you can find them. Sensirion seems to have nice flow sensors. Omron is cheaper. The Omron D6F series have a 100ml/min sensor: D6F-P0001A1. That one can easily be connected to a 5V Arduino board.

That sensirion sensor seems very good but it might be slightly too low although I could have another use. I know its hard to find fluid sensors at flow rates that are low and not thousands of dollars I did find this however

The UF08B100 is a 0 to 8L/minute Ultrasonic Flowmeter with ABS black and Polylac PA-757 case, glass filled plastic tube, 8-core PVC sheathed 100cm long standard connection and pulse or analogue output. This UF series flowmeter design provides a high...

Although I am skeptical of the accuracy at the low end of the flow rates, although I can deal with large inaccuracies. It says 95% accurate but I don't know if that is even at lower limits But yes its difficult.

It's minimal flow rate is 100 ml/min. It might be inaccurate below 100 ml/min or it might not work at all below 100 ml/min. You could ask the manufacturer about its behaviour. Perhaps it is possible to make a curve or table in software for a specific sensor to compensate the inaccuracy.

I just wanted to comment that this is pretty annoying. I have a large workflow and just hit a bug where a "Java Edit Variable" node was assuming that a flow variable was new. But then I created a variable far upstream with the same name. Now that node crashes. It would have been much better if I could have deleted that flow variable upstream after I was done using it.

You may have figured this out already, but the workaround I use whenever I create a new variable with a Java Snippet node that might be used multiple times in a workflow is to precede the JS node with a Java Edit Variable node. The Java Edit Var node should be configured to create a new variable of the same type and name of the variable in the Java Snippet node. Connect the Java Edit Var node to the left "mickey mouse ear" i.e. flow variable inport of the Java Snippet node. Now when you add the same named output variable in the Java Snippet node it should be configured to replace the already existing variable instead of create a new variable. This prevents you from getting the error about the JS node trying to create a new variable that already exists.

Right now I have a growing number of flow variables. It would be nice to have something like the Column Filter node but for flow variables, so that I will only see the variables that I think I need for further downstream processing.

I use a wrapped node, which protects the scope of any flow variables within it, and use quickform nodes to provide configuration options. These allows for parameters and selections of input table values.

I have found that with this any corruption of flow variable from different parts of the workflows can be prevented. I also use call local workflow node to create factories so I can have a generic workflow that passes control to local workflows to deal with anything specific. This keeps the scope of the flow variables precise to where it is needed.

What pressure are you running your CO2 at how far from the keg are the flow meters attached? Also, with that size input, do you just have your lines connected directly to the flow meter or is there some type of adapter involved?

A couple of notes - it looks like the pull up resistors are needed.

And the pulses / ticks per ml is a lot less than the previous flow meters I was using. I still need to do a bit of fine tuning but it looks around 0.5 pulses / ml. Or 1 pulse per 2ml.

So I found this page and the URL of the Uxcell flow meter does not exist anymore, but I find the similar model in a shape like de Aspen Flow meter. So I search for flow meters in this shape and found the YS-S201C. I ordered 2 for about 10USD, and praying to work.

The feature wall stand-up was becoming a daily team status report, and in the RTE's view, we needed to be talking about the work. With this in mind, he redesigned the dashboard with a view to visualising the flow (or lack thereof) of the work through the system. He was also determined to improve the capture of cycle time metrics, with the intention of one day moving away from story point-based estimation and instead using the past performance of the system as a key factor in determining future performance.

The RTE convinced me that the new wall was worth trying, but I didn't want to lose the capacity view. In the end, he waited until I was away from the office for a couple of weeks, then replaced the capacity wall with the feature flow view, and chaos ensued. We no longer had a capacity view, and it quickly became apparent that our ability to visualise capacity was key to enabling the Pipeline to manage expectations and smooth the flow of demand to the feature teams. While the feature flow helped development services expose what was happening to them, it caused a problem for the pipeline, which still had to maintain a relationship with the business and ensure the survival of the teams. Creating harmonious change is not easy. (Many months later, this would get resolved through our improved rolling wave planning and reunification sessions, which emerged from our experiment with PI Planning.) e24fc04721