Process Data Diagram Puns

Process Flow Diagram:

https://preview.redd.it/pwp6kssnldc81.jpg?width=5313&format=pjpg&auto=webp&s=3cf24795d5ca2644f6cd12d5b11bc80da6756a5d

This system is designed to perform a baseline ore processing chain through:

1. Universal Macerator
2. Ore Washing Plant
3. Thermal Centrifuge
4. Universal Macerator
5. Combine partial byproducts into full dusts
6. Output final products / bypass any materials that are not designated for processing

Additional system functionality:

1. Filter and Macerate selected non-ore materials
2. Filter and process specific ores through mercury & sodium persulfate chemical baths to boost select byproduct production
3. Filter and process gemstone ores through sifting to maximize solid gem material output
4. Multistep process and extract Endstone, Moon Dirt, and Moon Rock to retrieve rare elements
5. Filter and refine Cinnabar Dust, Cobaltite Dust, Dark Ashes, Galena Dust, Garnet Sand, Marble Dust, Netherrack Dust, Pyrite Dust, Realgar Dust, Red Garnet Dust, Redstone Dust, Sphalerite Dust, Tetrahedrite Dust, Vanadium Magnetite Dust, and Yellow Garnet, into their base components
6. Filter and macerate chipped gemstones into dust

Energy Distribution Layout:

https://preview.redd.it/xlin67dtldc81.png?width=1920&format=png&auto=webp&s=0ffcbc90f1f335b77f7bb18d0879f09e248a30aa

Top Layout, 1-8:

https://preview.redd.it/bp90v9vuldc81.png?width=1913&format=png&auto=webp&s=5b642077390cefcdc5415d525737515a3a692bb1

Top Layout, 9-16:

https://preview.redd.it/6s2wzvvvldc81.png?width=1881&format=png&auto=webp&s=0cb3fb8fa8ed2573885cfc72e7b4b9a96fe5e0dc

Left Side:

https://preview.redd.it/dasf6hmwldc81.png?width=1920&format=png&auto=webp&s=7338f3171c190034d2785936660d817d6cafbfb5

Right Side:

https://preview.redd.it/ymbii8jxldc81.png?width=1920&format=png&auto=webp&s=6074e9f72317a856d7eab4f402618ccbbbbef241

Back:

https://preview.redd.it/tiamsta0mdc81.png?width=864&format=png&auto=webp&s=42aa47d558a3a0faefa853899defb82e4b5bc268

Top:

https://preview.redd.it/8cz0pef3mdc81.png?width=1268&format=png&auto=webp&s=283ea72a24260f47d2f43c2539ba5b2d1d2ba9e8

*Alternate Machine, Multiblock Sifter (MV):

https://preview.redd.it/ql0v3ub4mdc81.png?width=959&format=png&auto=webp&s=d8aaaf9d7e74dbc4d7f90d847933d8c00ed3a2db

Other Information:

• The dimensions of the SMRE are in general 16 blocks

I'm somewhat familiar with augmenting real-life images to get a larger and more generalisable dataset for building a ML model. But when it comes to maps or engineering diagrams, how can I build a model such that it looks at the legend to know the existing elements and identify them in the image?

Say, I have a map like this image, what model/tool should I use that can look at the legend, learn that there are 5 components (or categories) in the map, learn the patterns of the components and calculate the number of pixels in the image for each component based on the pattern? Also, I can read the text in the legend with any OCR model, but is there any model that I can use to associate the extracted text with the colour from the legend?

If the legend has plain colours like this, I guess I can use any computer vision model to extract the colours and calculate the number of pixels for each colour. But how can I do the same for grayscale patterns? The final objective is to calculate the area of the actual land based on the number of pixels calculated, resolution of the image and the scale of the map.

When TLS is used with TCP, is DATA, DATA|ACK and ACK actually being used? Because when I google for diagrams where TCP and TLS is combined, they only show the normal 3 way handshake with SYN, SYN|ACK and ACK.. And nothing is indicating that this occurs on the TLS layer instead either? Confused and tried to google for many hours.

hey everyone,

'The diagram illustrates the steps and tools used in the making process of cement and the use of cement in the production of concrete which is necessary for the building process.'

Do you think that this sentence is grammatically correct? I tried to re-paraphrase this sentence:' 'The diagram below shows the stages and equipment used in the cement making process and how cement is used to produce concrete for building process.'

To be clear, I get at a high level how UART's, SPI, and I²C works and it's not hard to imagine there are plenty of other communication protocols; that's not what I'm asking about. What I want to understand at a low level is how, after the information is received by the receiver device, it's then displayed to the user on a display. How does it go from electrical impulses to images on a screen?

If that's too big of a topic to properly answer here, it'd be really helpful if you could even just tell me the right terminology to start Googling so I can dig into the topic on my own. Right now I'm not even sure how to find good information on it by Googling.

Edit: I'm an electrical engineering student and I'm already fairly solid on digital logic design and circuit analysis, including how transistors are used to implement logic circuit and the basics of how semiconductors work from my classes. My course on logic design ended with us building a schematic for a microcontroller circuit, and my second semester of circuits spent a lot of time on transistors and we learned how a bit about CMOS circuits. I remember a specific homework problem was to show in a diagram how NMOS/PMOS (don't remember which) transistors could be used to build an adder circuit.

Currently, I'm doing a firmware engineer testing co-op and I've been assigned a project to write a program to send information to a microcontroller and they have me doing a lot of self study to give me the background knowledge/skills needed to do that. I started with learning about serial communication methods including SPI and I²C. As I was pondering today what exactly my firmware will need to do, I realized I was missing the layer of abstraction explaining how information is actually displayed in a readable format. I get the serial communication protocols, more or less and I get how, in terms of the math, it makes sense that the received information can be represented via a timing diagram. What I don't get is what's happening with the hardware to take the data sent as electrical impulses and turn them into an image.

I am looking for a software or method for generating architectural diagrams (system diagrams, component diagrams) from structured information on systems and their relationships. Let me explain.

Let's imagine an enterprise context with hundreds of components shared between dozens of departments and projects.

• Structured information by component: a table in a db, an excel, a json array, etc. With a practical way of importing, adding and modifying information.
• Relationships: dependencies between components such as REST APIs, SOAP Web Service, Kafka Event, SFTP, import, export, etc.
• Ability to add tags to systems and relationships, e.g. FE Layer, BE Layer, Data Layer, Deprecated, Dismissed, DapartmentA, DepartmentB, Hosted externally, etc.

The final objective is to generate a diagram of the current architecture (dedicated to the specific use-case) from the filters applied, for example:

• All components that have relations of type X with component Y, up to depth N.
• All components with tags: DepartmentA (and its relations up to depth N), FE Layer, BE Layer.
• Possibility of choosing which component properties to display in the diagram, e.g.: Name, ID, description, language (Java, .NET, NodeJS, etc.).
• If a component needs to be decommissioned, I want to immediately see with which and how many other components it has integrations

Do you use or know of anything like this?

It’s becoming more and more common to have 5-6 rounds of screening, coding test, case studies, and multiple rounds of panel interviews. Lots of ‘got you’ type of questions like ‘estimate the number of cows in the country’ because my ability to estimate farm life is relevant how?

l had a company that even asked me to put together a PowerPoint presentation using actual company data and which point I said no after the recruiter told me the typical candidate spends at least a couple hours on it. I’ve found that it’s worse with midsize companies. Typically FAANGs have difficult interviews but at least they ask you relevant questions and don’t waste your time with endless rounds of take home
assignments.

When I got my first job at Amazon I actually only did a screening and some interviews with the team and that was it! Granted that was more than 5 years ago but it still surprises me the amount of hoops these companies want us to jump through. I guess there are enough people willing to so these companies don’t really care.

For me Ive just started saying no because I really don’t feel it’s worth the effort to pursue some of these jobs personally.

I hope you all could potentially help, I wondered if there was a smart way to show data flows between various systems with a drill down into datasets?

Hi all,

I am looking for recommendation to generate a process diagram or workflow.

I had taken a look at bpmn.js. It seems I must generate specific bpmn notation which is a pain (or maybe I got no idea).

If anyone can point me in the direction 😀

Working in R&D can sometimes be a pain in the a*, especially when designing a process that would fit the whole team. I've heard about and have worked on projects where there were no daily meetings, no discussion about technology across the team, and it was kind of free-form till the due date. Enforcing rules on data scientists often backfires with their productivity too.

How do you tackle such a problem in strictly research & development areas?

This system is designed to perform a baseline ore processing chain through:

1. Universal Macerator
2. Ore Washing Plant
3. Thermal Centrifuge
4. Universal Macerator
5. Combine partial byproducts into full dusts
6. Output final products / bypass any materials that are not designated for processing

Additional system functionality:

1. Filter and Macerate selected non-ore materials
2. Filter and process specific ores through mercury & sodium persulfate chemical baths to boost select byproduct production
3. Filter and process gemstone ores through sifting to maximize solid gem material output
4. Multistep process and extract Endstone, Moon Dirt, and Moon Rock to retrieve rare elements
5. Filter and refine Cinnabar Dust, Cobaltite Dust, Dark Ashes, Galena Dust, Garnet Sand, Marble Dust, Netherrack Dust, Pyrite Dust, Realgar Dust, Red Garnet Dust, Redstone Dust, Sphalerite Dust, Tetrahedrite Dust, Vanadium Magnetite Dust, and Yellow Garnet, into their base components
6. Filter and macerate chipped gemstones into dust

Process Flow Diagram:

https://preview.redd.it/zx79anqwocc81.jpg?width=5313&format=pjpg&auto=webp&s=c946f1104fe18dbbdc980cbe4becfdbf5d36aa52

Electrical Distribution Layout:

https://preview.redd.it/8vxkdfmzocc81.png?width=1920&format=png&auto=webp&s=38045b9a2fad7039c88bdad16e1780f6ff2800eb

Top Layout, 1-8:

https://preview.redd.it/x6eyphl0pcc81.png?width=1913&format=png&auto=webp&s=1fd08a64dde6a8757ee8c1f3fec04ebd5bff8886

Top Layout, 9-16:

https://preview.redd.it/ax5h0qg1pcc81.png?width=1881&format=png&auto=webp&s=718c8bf75b971d00785fc5ec6be589326fadd876

Left Side:

https://preview.redd.it/amhlny17pcc81.png?width=1920&format=png&auto=webp&s=09fab9ea4407df30d44fe0723a4e40ea2a1b1903

Right Side:

https://preview.redd.it/g20xzzv7pcc81.png?width=1920&format=png&auto=webp&s=8b2c34a1811ce180e7954768ee969b1dbe500cb1

Back:

https://preview.redd.it/2iyggeibpcc81.png?width=864&format=png&auto=webp&s=773838ef5f27e2ed04562594354df4eee5d802d0

Top:

https://preview.redd.it/rzvdhshcpcc81.png?width=1268&format=png&auto=webp&s=d4308133adb5c9d4edcc9187b8d6537af15beedc

*Alternate Machine, Multiblock Sifter (MV):

https://preview.redd.it/u38qu7kppqc81.png?width=959&format=png&auto=webp&s=e9ea8ff016c6eb5154b92ca9ee187f86c51fe92a

ISO view of full assembly with Multiblock sifter:

https://pre