#(the design has been simplified via the logic of—)

[ckret2]

So y'all know the Gravity Falls production bible that leaked three weeks ago. Someone in one of my discord servers pointed this out:

And, naturally, that spawned an entire AU.

AU Concept: Ford was kicked out instead of Stan and takes a job as a trucker to makes ends meet since he couldn't go to college, while still studying the weird and anomalous however he can.

Ford driving around from quirky small town to quirky small town, drifting through the liminal spaces of truck stops, meeting odd people in isolated diners, seeing strange things out on the road—a deer with too many eyes bounding across a two-lane highway, a flirty woman at a rest stop who doesn't blink or breathe, mysterious lights in the sky at night, inhuman growls on the CB or 50-year-old broadcasts on the radio—and taking notes when he stops for gas or food.

Aside from having gotten kicked out before graduating high school, Ford's the same person he is in canon.

He's still an ambitious guy, and here "ambitious" means working hard and saving as much money as he can—so, a long haul owner-operator who spends weeks at a time on the road. (He goes through a LOT of educational audiobooks.) Plus, this is the easiest way for him to get to travel the country; and since it looks like his "travel the world" dreams with Stan are dead, he'll take what he can get.

Since he's never in the same spot long and carries his life in a truck, almost all of Ford's research is in his journal. His bag of investigation supplies has an instant camera, a portable tape recorder, a thermometer, a flashlight, rubber gloves, and a few zip lock bags—and that's about it. It has to share space with all his clothes, toiletries, and nonperishable food when he's on the road. He doesn't have much opportunity to closely examine anything odd he finds, unless he's lucky enough to run into something when he can stop for the night. He has to cram his paranormal research around the side of his full-time job.

He doesn't live in Gravity Falls, but he knows it exists. Every time he moves—to Chicago, to Nebraska, to California—he seems to inch closer. He currently lives in Portland and usually hauls loads between the Pacific Northwest and Chicago or New York. He stops at the truck stop outside Gravity Falls when he can and has gone fishing in town a few times. He doesn't have the benefit of extensive research to know that this is the weirdest town in the world; but it seems pretty weird to him, there are local rumors about the town, and he's had some weird experiences in the area.

Plus, he can't explain it, but it's like the town's calling to him. He wants to move there, but it'd put him over an hour outside of Portland where the nearest jobs are. Maybe if somebody chucked him like $100k to build a cabin in the woods; but what are the odds of that?

He does know Fiddleford. Truck broke down somewhere and Fiddleford kindly pulled over to fix it on the fly. They looked at each other, had mutual knee-jerk "dumb trucker/hillbilly" reactions, and within ten minutes both went "oh wait you're the most brilliant genius i've ever met." Fiddleford's living the same life he was in canon before Ford called him to Gravity Falls—with his family in California, trying to start a computer company out of his garage—but they make friends and keep in contact.

One time Ford stops at a kitschy roadside knickknack store that also sells new agey magic things—crystals, tarot cards, incense, etc. He bought a "lucky" rearview mirror ornament that looks like an Eye of Providence in a top hat and hung it from his cab fan, and ever since then he's had weird dreams whenever he sleeps in his truck.

Things I don't know yet: what Stan's up to; or why Ford's the one who got kicked out. I tend to believe that in canon Stan wasn't just kicked out because he ruined Ford's college prospects, but rather because the family thought he deliberately sabotaged Ford; so in this AU, Ford would've been kicked out over a proportionate crime.

[contrivedchaos]

So I had a crack idea by combining to previous crack ideas so crack^2. So Sera and Carmilla have been having their secret affair since Carmilla fell when suddenly Carmilla gets pregnant via magic angel stuff. (Also so no design changes happen we will assume angel dna packs a lot more variety in it.) Anyway Carmilla panics because she is going to be a mom and doesn't know what to tell her lover she decides she doesn't want to force Sera to choose between her and well heaven so keeps quiet about it probably stops seeing Sera for a few months till after Odette is born. Than a few years later it happens again and Clara is born and Sera still doesn't know she has two kids in hell. Anyway things go on until suddenly Sera gets pregnant and has the similar dilemma of should I tell her and let her know she has a child in heaven she won't be able to see since she doesn't like the idea of raising a baby in hell. Unfortunately or fortunately depending on your point of view the elders of heaven find out Sera had been having premarital sex with a fallen angel no less but had gotten pregnant and given birth to Emily. They decide to get rid of the angel and her baby and drop them off in hell. Eventually they get to Carmilla's house and Sera explains what happened and takes them in she probably also at this point comes clean about the fact that she had to kids as well and introduces Sera to her other daughters. They forgive each other keeping secrets and promise not to do it again and are formally together. Carmilla probably also proposes and marries Sera at some point after all they've been together for like thousands of years and have 3 kids it feels like the right at this point. Also I assume angels age significantly slower than humans do so while this could take years in my head like 10 Odette is like only like 3 years old in human years at the oldest maybe even younger so Sera thankfully doesn't miss all of their childhoods.

Crack idea squared, you weren't kidding. I'd even say crack idea cubed. This would convolute the canon so much, but significantly simplify the parentage for Emily and the girls, LOL. 😂

Angel DNA can do whatever the heck it wants. There is no logic or reason behind it. Maybe angels have no protection against having magic kids. They just happen. That would be such a logistical nightmare, though. Can you imagine?

[deltaponline]

Sulzer launches next generation controller for optimized performance of wastewater pumping stations

  Network pumping stations invariably encounter challenging conditions, and operators can face an uphill struggle to maintain reliability and low operating costs. BlueLinQ Pro, the latest addition to the Sulzer pump controller lineup, uses an intuitive, quick setup wizard for simplified configuration and uses experience-designed presets to solve complex operating scenarios.

Operators can interact seamlessly via the 7” touchscreen and use the integrated variable frequency drive (VFD) control to maximize pump efficiency and reduce energy costs. The new BlueLinQ Pro offers excellent scalability and is capable of controlling up to six assets including pumps, mixers and valves for the most effective operations. Plug-and-play performance The Sulzer BlueLinQ Pro offers advanced control features and a setup wizard that improve pump availability and reduce energy consumption - all within a small footprint that makes retrofitting easy. Built-in best efficiency point (BEP) and proportional integral derivative (PID) control logic functionality ensures that all pumps in the station operate as close to peak efficiency as possible. This reduces running costs and minimizes stress on the mechanical components.

Smart control functionality provides multiple features that optimize pump operations and minimize the need for interventions from the maintenance team. The ability to calculate in and outflows, measure the speed of level changes and vary pump start and stop points ensures each pumping station operates to its full potential. This includes the addition of mixers and valves, which can also be included in the control logic delivered by the BlueLinQ Pro. Sulzer is setting a new standard for pumping station controllers. Simple module installation and configuration optimizes any retrofit by using multiple preset features to enhance performance. Round-the-clock remote monitoring and detailed analytics provide enhanced insights that support maintenance projects and minimize unnecessary call-outs. Simplifying complex tasks With so many very similar pumping stations in each network, the variety of controllers across sites can add unnecessary complexity for operators. The inherent flexibility of the BlueLinQ controller makes it ideal for many locations. Once the first station has been configured, all the settings can be easily transferred to others using the SD memory card facility, minimizing commissioning time. To further enhance the benefits of the BlueLinQ Pro, modern communications protocols offer excellent connectivity and remote access possibilities to maximize the effectiveness of operators and technicians. Centralized monitoring and programing ensure valuable staff and resources are only dispatched when absolutely necessary. In all, the features of this unique pump controller from Sulzer can support strategies to reduce operating costs, maximize reliability and optimize the productivity of the whole network. www.sulzer.com Ifat 24 Munich: Hall B1, Stand 321/420 Read the full article

[jcmarchi]

The Next Frontier: How 3D Printing is Revolutionizing Manufacturing - Technology Org

New Post has been published on https://thedigitalinsider.com/the-next-frontier-how-3d-printing-is-revolutionizing-manufacturing-technology-org/

The Next Frontier: How 3D Printing is Revolutionizing Manufacturing - Technology Org

3D printing, also known as additive manufacturing, has gained significant popularity in recent years, revolutionizing the manufacturing industry. The concept of 3D printing dates back to the 1980s when it was first introduced as a rapid prototyping technology. However, it is only in the past decade that 3D printing has gained widespread recognition and adoption in various industries.

The growing popularity of 3D printing can be attributed to its ability to create complex and customized objects with ease. Traditional manufacturing methods often involve multiple steps and processes, which can be time-consuming and costly. 3D printing simplifies the manufacturing process by directly creating objects layer by layer from a digital design, eliminating the need for molds or tooling.

The central piece of a 3D printer – illustrative photo. Image credit: Christian Englmeier via Unsplash, free license

The History of 3D Pringting

The concept of additive manufacturing has existed since the 1940s. In 1945, sci-fi author Murray Leinster described a machine that could “make drawings in the air” and output plastic parts layer-by-layer in his short story “A Logic Named Joe.” However, it took a few more decades for this vision to become reality.

1980s: Early Prototyping

In 1981, Dr. Hideo Kodama of Nagoya Municipal Industrial Research Institute invented one of the first working rapid prototyping systems. It used photopolymers that could be cured by UV light to build parts additively.

In 1984, Charles “Chuck” Hull filed a patent for stereolithography (SLA), which described an additive manufacturing process using photopolymers cured layer-by-layer by UV lasers. He later co-founded the company 3D Systems to commercialize SLA 3D printers.

In 1986, Carl Deckard, an undergraduate at the University of Texas, filed a patent for selective laser sintering (SLS), another 3D printing process that used a laser to fuse powder material. Deckard’s patent was licensed by DTM corporation, which released the Sinterstation 2000, the first SLS machine, in 1992.

In 1989, S. Scott Crump invented fused deposition modeling (FDM) and patented the technology. This process used a heated nozzle to extrude thermoplastic filament material layer by layer. Crump later commercialized it through the company Stratasys, which he co-founded.

1990s: Industry Growth

In 1992, 3D Systems released the SLA-250, which was the first commercially available 3D printer. Meanwhile, Stratasys introduced their first commercial FDM 3D printer in 1992 as well.

Through the 1990s and 2000s, the industry saw rising adoption and usage of additive manufacturing for rapid prototyping across automotive, aerospace, medical, consumer goods and other industries. Both established corporations and startups expanded the capabilities of 3D printing during this period.

2000s: Patent Expiration, Desktop 3D Printers

A significant milestone came in 2009 when key SLA patents expired, opening up the technology. This allowed for the rise of desktop SLA 3D printers like the Form 1, developed by startup Formlabs in 2012.

The expiration of FDM patents around 2010 similarly saw a wave of open source FDM/FFF desktop 3D printers like the RepRap, inspiring companies like MakerBot. This drove increased adoption of desktop 3D printing.

The Basics of 3D Printing: How it Works and its Advantages

The process of 3D printing involves several steps. First, a digital design of the object is created using computer-aided design (CAD) software. This design is then converted into a format that can be read by the 3D printer. The printer then builds the object layer by layer using various materials such as plastic, metal, or even biological materials.

One of the key advantages of 3D printing is its ability to create complex geometries that are difficult or impossible to achieve with traditional manufacturing methods. Traditional methods often involve subtractive processes, where material is removed from a larger block to create the desired shape. In contrast, 3D printing is an additive process, where material is added layer by layer to create the final object.

Another advantage of 3D printing is its ability to create customized products. With traditional manufacturing methods, producing customized products can be expensive and time-consuming. However, with 3D printing, each object can be easily customized by simply modifying the digital design before printing.

From Prototyping to Production: How 3D Printing is Changing the Manufacturing Process

One of the key roles of 3D printing in manufacturing is in the prototyping stage. Traditionally, prototyping involved creating molds or tooling, which can be expensive and time-consuming. With 3D printing, prototypes can be created quickly and cost-effectively, allowing for faster iteration and refinement of designs.

However, 3D printing is not limited to prototyping alone. It has the potential to replace traditional manufacturing methods in certain applications. For example, in industries such as aerospace and automotive, where complex geometries are often required, 3D printing can offer significant advantages over traditional methods. By eliminating the need for molds or tooling, 3D printing can reduce costs and lead times while enabling the production of lightweight and optimized components.

Customization and Personalization: The Power of 3D Printing in Meeting Customer Demands

One of the key advantages of 3D printing is its ability to create customized products. Traditional manufacturing methods often involve producing large quantities of identical products, which may not meet the specific needs or preferences of individual customers. With 3D printing, each product can be easily customized to meet the unique requirements of each customer.

This ability to create customized products has a significant impact on the customer experience. Customers today are increasingly looking for personalized products that reflect their individual tastes and preferences. By offering customized products, companies can differentiate themselves from their competitors and build stronger relationships with their customers.

Reducing Costs and Waste: The Economic Benefits of 3D Printing in Manufacturing

One of the key advantages of 3D printing is its potential to reduce manufacturing costs. Traditional manufacturing methods often involve multiple steps and processes, each adding to the overall cost of production. In contrast, 3D printing simplifies the manufacturing process by directly creating objects from a digital design, eliminating the need for molds or tooling.

By reducing the number of steps and processes involved in manufacturing, 3D printing can significantly reduce costs. This is particularly beneficial for small and medium-sized enterprises (SMEs) that may not have the resources to invest in expensive molds or tooling. With 3D printing, SMEs can compete with larger companies by offering customized products at a lower cost.

In addition to reducing costs, 3D printing also has the potential to reduce waste. Traditional manufacturing methods often result in significant material waste, as excess material is removed during the production process. With 3D printing, only the required amount of material is used, minimizing waste and reducing environmental impact.

Sustainability and Environmental Impact: How 3D Printing is Helping to Reduce Carbon Footprint

In addition to reducing waste, 3D printing also has the potential to reduce carbon footprint. Traditional manufacturing methods often involve transporting raw materials and finished products over long distances, resulting in significant carbon emissions. With 3D printing, products can be manufactured locally, reducing the need for transportation and lowering carbon emissions.

Furthermore, 3D printing enables the use of more sustainable materials. For example, bio-based materials can be used in 3D printing, reducing reliance on fossil fuels and minimizing environmental impact. Additionally, 3D printing allows for the optimization of designs, resulting in lighter and more efficient products that require less energy to produce and use.

The Role of 3D Printing in Industry

The impact of 3D printing on various industries is significant. In the healthcare industry, 3D printing has revolutionized medical device manufacturing by enabling the production of customized implants and prosthetics. In the aerospace industry, 3D printing has been used to create lightweight components that improve fuel efficiency and reduce emissions.

The potential for 3D printing to disrupt traditional manufacturing industries is also significant. For example, in the automotive industry, 3D printing has the potential to transform the production of spare parts. Instead of maintaining large inventories of spare parts, manufacturers can simply 3D print the required parts on demand, reducing costs and lead times.

The Future of Manufacturing

The potential for 3D printing to revolutionize the manufacturing industry is immense. As the technology continues to evolve and improve, we can expect to see even greater adoption of 3D printing in various industries. The ability to create complex and customized objects with ease will continue to drive the growth of 3D printing in manufacturing.

However, there are also challenges and opportunities associated with 3D printing in manufacturing. One of the key challenges is the need for skilled operators who can design and operate 3D printers effectively. Additionally, there are regulatory challenges that need to be addressed, particularly in industries such as healthcare where safety and quality standards are critical.

The Challenges of 3D Printing in Manufacturing: Overcoming Technical and Regulatory Hurdles

One of the key technical challenges of 3D printing in manufacturing is the limited range of materials that can be used. While 3D printing has made significant advancements in recent years, there are still limitations in terms of the types of materials that can be used. For example, metals such as titanium and aluminum are commonly used in traditional manufacturing methods but are more challenging to 3D print.

Another technical challenge is the need for post-processing and finishing. While 3D printing can create complex geometries with ease, the surface finish of 3D printed objects is often rough and requires additional processing to achieve the desired quality. This can add time and cost to the manufacturing process.

In addition to technical challenges, there are also regulatory challenges associated with 3D printing in manufacturing. In industries such as healthcare, where safety and quality standards are critical, there is a need for regulatory frameworks to ensure that 3D printed products meet the required standards. This includes the need for validation and certification processes to ensure the safety and efficacy of 3D printed medical devices.

The Impact of 3D Printing on Supply Chain Management: Opportunities and Challenges

The potential for 3D printing to disrupt supply chain management is significant. With traditional manufacturing methods, products are often manufactured in one location and then transported to various distribution centers or retail stores. This can result in long lead times and high transportation costs.

With 3D printing, products can be manufactured locally, reducing the need for transportation and lowering lead times. This has the potential to transform supply chain management by enabling companies to produce products on demand, reducing inventory costs and improving responsiveness to customer demands.

However, integrating 3D printing into supply chain management also presents challenges. For example, companies will need to invest in 3D printing infrastructure and develop new processes and workflows to support on-demand manufacturing. Additionally, there may be challenges in terms of intellectual property protection and ensuring product quality and consistency across different manufacturing locations.

The Future of 3D Printing in Manufacturing: Emerging Trends and Technologies

The future of 3D printing in manufacturing is promising, with several emerging trends and technologies driving its growth. One of the key trends is the development of new materials that can be used in 3D printing. Researchers are exploring the use of materials such as graphene, carbon fiber, and biodegradable polymers, which offer improved strength, durability, and sustainability.

Another emerging trend is the development of multi-material and multi-color 3D printing technologies. Currently, most 3D printers can only print objects using a single material or color. However, researchers are working on developing printers that can print objects using multiple materials or colors simultaneously, opening up new possibilities for complex and customized designs.

The Promise of 3D Printing in Revolutionizing Manufacturing

3D printing has the potential to revolutionize the manufacturing industry. Its ability to create complex and customized objects with ease, reduce costs and waste, and promote sustainability makes it an attractive option for manufacturers across various industries.

While there are challenges and opportunities associated with 3D printing in manufacturing, the promise of this technology is immense. As the technology continues to evolve and improve, we can expect to see even greater adoption of 3D printing in manufacturing, leading to a more efficient, sustainable, and customer-centric manufacturing industry.

3D printing is transforming manufacturing across industries in revolutionary ways. Its ability to rapidly prototype designs, create complex geometries, enable mass customization, reduce waste, and distribute production is disrupting traditional processes. Companies are adopting 3D printing to accelerate product development, unlock new design possibilities, produce specialized components, and manufacture goods on-demand. While the technology does have some limitations currently, advancements around speed, materials, and costs are helping address these.

Overall, 3D printing provides unmatched flexibility that is spurring a manufacturing revolution. It allows for more sustainable production methods with less waste and emissions. As the capabilities of 3D printing continue to advance, its applications will expand even further. Forward-thinking companies that leverage this technology now will gain key competitive advantages. Adoption is still in early phases, signaling immense room for growth. 3D printing is undoubtedly redefining manufacturing as we know it and enabling the factories of the future.

[dvtuk]

Mobile App Development For Home Windows

If the applying very visible, getting an IDE with a good UI designer is crucial. This will speed up development significantly, that means more time could be spent doing the enterprise logic quite than the nuances that may encompass the UI. Choose a company that has been in the market for some time, as no amount of theoretical data mobile app development financial services can substitute actual experience. It’s best to hire a company with industry-specific experience or one which had built an app with an analogous function because the one you want. Start creating unique content material that's useful for your goal group and clearly linked to the mission of your app.

We can provide assist via cellphone & email previous to attending, throughout and after the course. Delegates new to Marketing or those that are inside a junior marketing position. This offers insurance mobile app development your group a fantastic alternative to come back together, bond, and focus on, which you'll not get in a regular classroom setting.

Our staff has built a variety of client-side purposes and web sites, from scratch. Also, we designed a scalable and extensible middleware as a wrapper across the legacy system. We’ve introduced apps to life in a quantity mobile app development services of sectors which have transformed processes and set new industry standards for the way manufacturers and customers interact on mobile.

Appcelerator is another great tool that can be used to make each native and hybrid apps. Many programmers like this method since it simplifies their work and requires fewer strains of code. Appcelerator’s main characteristic is its user-friendly open market, where anyone can purchase and promote pre-built apps, modules, and extensions. Developers don’t have to make mobile app development use of some other person interface tools besides those that include the platform. By using SDK, the answer ensures that packages are stored up to date regardless of the working system version on the user’s system. Testing - after the development of mobile app, subsequent comes the section of testing.

Are you in search of a dependable mobile software development company? Contact our skilled team — we are going to help your corporation build a profitable mobile technique and create convenient banking mobile app development omnichannel experience for all of your clients and clients. Leverage our robust portfolio in pharma and mHealth in your custom mobile application development project.

[pakhi88]

Top 10 Data Modeling Tools You Must Know in 2022

In today's article, we will understand the 10 most popular data modeling tools which you must familiarize yourself with if you wish to work in the tech domain. Let's get started.

Archi

Enterprise Modelers and Architects of all experience levels can benefit from the Archi modeling toolkit, an open-source data modeling tool. Insurance companies, banks, businesses, industries, EA consultants, educational institutions, and students all use Archi. New users of ArchiMate or those looking for a free, cross-platform ArchiMate modeling solution can get started with it without breaking the bank. The most potent release of the ArchiMate language, 3.1, is supported by Archi. As one of the most popular ArchiMate modeling tools, Archi also lets you easily make any ArchiMate element in any ArchiMate view.

Draw.io

If you're just starting out, Draw.io is a great free option. It's the bare bones of diagramming in Confluence teams. The capability to work in layers when creating diagrams is one of draw.io's most useful features. The ability to quickly switch between different iterations of your diagram is a major benefit of using layers.

PoweDesigner

PowerDesigner is widely regarded as the go-to tool for handling intricate datasets. PowerDesigner is a well-known data modeling application that shows how a model-driven strategy may strengthen a company. Businesses can now efficiently shape their enterprise information architecture by editing, analyzing, and displaying metadata. PowerDesigner integrates commercial acumen with rigorous database design solutions via several data modeling tools. Over sixty different relational database management systems are supported.

Edraw Max's Database Model Diagram

Database Model Diagram in Edraw Max is a top-tier tool due to its efficiency and accuracy. Database Model Diagram can be created with this free and open-source program. Pre-made, detailed, and feature-rich forms simplify routine operations. A database's conceptual, logical, and physical models can be broken down with the help of this tool, which may emphasize graphical representations of these models. An ER diagram could be used in the procedure to label the various parts of the system and demonstrate their interdependencies.

IBM InfoSphere Data Architect

Data integration architecture can be made more manageable and quicker with the help of IBM InfoSphere Data Architect, a data modeling tool for BI and statistics. Services, applications, data structures, and procedures can all be brought into harmony with the help of this potent data modeling tool. Having a firm grasp on data assets can increase output, shorten time to market, and foster collaboration and integration across teams. This utility allows for the importing and exporting of specialized maps. The software can also automatically determine the structure of different data sources by analyzing their metadata. Therefore, both physical and logical data models can be created. Data Studio and Query Workload Tuner are only two of the many IBM products that are compatible with IBM InfoSphere Data Architect.

LucidChart

Lucidchart is a web-based, collaborative application for making database diagrams in the cloud without the need for significant software downloads, so it can facilitate quick iterations. You might potentially save a lot of time by using this tool instead of doing the work by hand.

PgModeler

PgModeler is a free and open-source graphical user interface (GUI) and modeling tool for the PostgreSQL database management system.

Visual Paradigm

To aid the product development team in their pursuit of speedy application development, Visual Paradigm serves as an outstanding modeling and diagramming tool. Managing and designing IT systems has never been easier than with Visual Paradigm, a cross-platform application that is both powerful and user-friendly. The software development platform it offers is unprecedented in its ability to help programmers make programs that are more efficient, more robust, and less expensive. It's a one-stop shop for the Model-Code-Deployment planning process, and it integrates well with other CASE tools and the majority of the industry's leading IDEs.

MapBusinessOnline

A unique feature of this program is its capacity for mapping, which facilitates the creation of sales maps and the expansion of businesses in the most efficient way. Gasoline cost reduction and output improvement are just two of the many possible outcomes of constructing territory maps. Additionally, MapBusinessOnline can provide easily digestible analytical data.

HeidiSQL

If you're looking for a data modeling tool but don't want to shell out the cash, this is your best bet. There are no costs associated with using HeidiSQL. The data modeling tool has a ton of features, including the ability to connect to several servers in one window, edit tables in bulk, and import text files. In addition, HeidiSQL is compatible with many different database management systems. Fortunately, you may use one of the many data modeling tools to help you extract meaningful information from large datasets.

Final Words

We reach the final parts of today's article on the top 10 data modeling tools to understand. If you feel data and numbers are something you feel comfortable working with, data science will help you build a great future. Skillslash can help you get into it with its Full Stack Developer Course In Mumbai . It's also popularly known for providing the best Data Science Course In Kolkata with placement guarantee. Contact the support team to know more.. Contact the support team to know more.

[terrapiner]

Android grid autosport image

#Android grid autosport image full

#Android grid autosport image for android

However there are some issues that hold it back from being at the forefront of mobile simulation racing games.

#Android grid autosport image for android

There’s no Google Play review score since the app hasn’t been released for Android phones and the developers have said there are no plans to do so, which has annoyed even more people.Īssetto Corsa Mobile features many licensed cars with detailed interior views as well as circuits that were in the main version. The reaction to the pricing has been mostly positive but aside from that Assetto Corsa Mobile hasn’t gone down well with players as it currently has an average rating of 2.6 out of 5 stars at the time of writing on the Apple App Store. By comparison most apps now go for a free-to-play model and centre the design of the game around encouraging players to splash out via microtransactions, put simply, in-game spending. The focus on realism was brave, as was the decision to sell it as a premium app at an upfront price of £4.49.

#Android grid autosport image full

Given the quality and dedication to simulation that the full release has, it would be an affront to the brand if the mobile game didn’t try to capture the simulation focus of its bigger brother. That’s not even the only big-budget, console racing series to lend its name to that style of mobile racing game as Forza Street is similar in that it is a game where you simply time when to press the screen and that simple action influences your car’s performance in the race.īy comparison, Assetto Corsa Mobile has been touted as an entry point to sim racing and it’s a proper driving game where you can have full control of the steering, braking and accelerating and there’s assists such as ABS and traction control you can turn on or off. There is also undeniable logic in creating a heavily simplified racing game that is designed specifically so that players can complete races quickly and easily when out and about. It sounds simple in concept and it is, although that is in keeping with the deliberate move by its sister title Project CARS 3 to try and attract a broader audience. So you tap to change gears, hold to brake and the rest of the time you do nothing while the game accelerates and steers your car for you. On one side of the coin there’s the casual and accessible Project CARS GO which requires players to time when to tap their phone or tablet screens. Those are where the similarities end though since both Project CARS GO and Assetto Corsa Mobile have aimed for almost polar opposite ends of the spectrum in terms of everything from realism to monetisation. This year alone both Project CARS and more recently Assetto Corsa dipped their toes into the massive mobile gaming market with spin off titles.

[dragonheartftherpays]

Twi’lek Skin Color Genetics

Hello naughty children, a few weeks ago I spent five hours or so hashing out how Twi’lek skin color works genetically, and now I’m here to make that everyone’s problem. This is going to be a very long post, so I do apologize for that, feel free to hit J on desktop to skip. But it’s interesting, and it’s actually worked for every canon Twi’lek family I’ve tried it for so far (not that there are many to try), so here we go!

And yes, I made APA citations for this. Because I’m a nerd.

How Does Twi’lek Skin Pigmentation Work, Anyway?

Because it’s not as simple as humans. After all, Twi’leks come in a huge range of colors. The first challenge I had to deal with was figuring out how exactly Twi’lek skin coloration works in terms of pigmentation, before I could even start to figure out the genetics behind that.

See, in Earth mammals, most if not all pigmentation comes from melanin. Melanin comes in two forms, eumelanin (black/dark brown) and pheomelanin (reddish), and between the two of them in various concentrations melanin can produce colors ranging between black, brown, gray, red, yellow, and tan (Douma 2008).

Problem: Twi’leks, obviously, come in a lot more colors than that. See, mammals don’t generally produce blue or green pigments. However, you know what does produce green and blue colors? Reptiles and amphibians.

(No, I’m not suggesting Twi’leks are reptiles or amphibians, put that pitchfork down. They can hybridize with Humans, I think it’s pretty solidly canon that they’re mammals.)

So how do reptiles and amphibians produce blue and green colors? Well, instead of their coloration being based solely on melanin like us, many reptiles and amphibians have cells called chromatophores, cells containing certain types of pigments. Chromatophores generally come in three layers, from top to bottom: xanthophores, which contain yellow pigments called pteridines, iridophores, which don’t contain a true pigment but instead contain platelets which reflect mostly bluish light through physical structure and thus act as a blue “pigment,” and melanophores, which produce melanin. The topmost layer can also contain erythrophores, which contain reddish-orange/orange pigments called carotenoids (aka the reason you’re always told that if you eat enough carrots you can turn orange). Between differing amounts of each of these cells and their respective pigments, the three layers of chromatophores can produce a wide array of colors (Douma 2008).

Wide enough to cover all known wild type (naturally occurring, without mutation or intentional genetic manipulation via breeding) Twi’lek skin colors? Let’s find out.

Thanks to Wookieepedia, we do have a list of canon colors Twi’leks can come in, although I take issue with some of them (Twi’lek 2020).

Known wild-type colors: blue, green, tan/pale, orange, pink, purple, teal, yellow Known mutations: Albinism, leucism, red (erythrism?), vitiligo

Cosdra seems to have vitiligo, but it might be paint - it’s hard to tell (Cosdra 2019). Technically, since pink/red eyes do exist as a wild type in Twi’leks, it’s possible Bib Fortuna isn’t actually albino and just happens to have white skin and red eyes, but given how rare white skin seems to be and how he’s portrayed, I’m assuming him to be albino (Bib Fortuna 2020). Leucism, partial loss of pigmentation that most often results in white skin/hair/fur and dark eyes, is also a guess, technically speaking. We see what appears to be leucism in Lyn Me, with “true white” skin and dark eyes, but it’s not confirmed officially; however, due to how rare white skin seems to be, I am comfortable assuming Lyn Me to be an example of a leucistic Twi’lek (if she isn’t, she may instead be an EnEnii genotype with very little melanin production, as discussed later) (Lyn Me 2020).

Wookieepedia claims Twi’leks can have black skin, but it doesn’t have a citation, and I took the time to click through the entire list of canon Twi’lek characters and didn’t find a single black-skinned Twi’lek (”true black,” not dark-skinned). If a Legends character exists with “true black” skin, I feel comfortable assuming that to be an example of a melanism mutation or something similar, rather than a wild type color morph, due to its rarity.

Red being labeled a mutation is interesting, and I believe it’s technically Legends instead of strictly canon material, but I also didn’t find any counterexamples in canon, which leads me to believe it may as well be considered canon (Lethan 2020). I’ll talk more about the “true red” color mutation later in this post.

For now, we have a list of wild type skin colors. Can chromatophores, with variation between the various pigment cells, account for all the different colors Twi’lek skin can take on?

The answer is yes.

I didn’t take the time to chart out a hypothetical melanophore variation chart, since in most phenotypes how much of each type of melanin is present merely affects the saturation and brightness of the dominant color. Anyway, I imagine melanophore genetics would be more similar to human skin color genetics to begin with.

But Dragon, I hear you ask, I don’t see teal on this chart! Patience. We’re getting there. Because in order to talk about teal skin color, we have to talk about the actual genetics - teal comes from two incompletely dominant alleles being expressed together, rather than being a trait with its own allele.

So let’s get into the genetics, then!

The Genetics Behind It All

I’m going to put the Punnett square hell I went through beneath a cut at the bottom of this post for anyone who’s interested in seeing my evidence for this conclusion, and for everyone else I’m just going to put my conclusions.

I’ve assigned each allele an abbreviation, although they don’t display properly on Tumblr because I don’t know how to do subscript and superscript or if Tumblr supports that in the first place:

Ex: Xanthophores (yellow pigment) present. Ee: Erythrophores (reddish-orange/orange pigment) present. En: Neither xanthophores nor erythrophores present/both nonfunctional.

I: Iridophores (blue “pigment”) present. i: Iridophores not present/nonfunctional.

For the purposes of figuring out this system, I actually used a hybrid family, the Lawquanes.

Wait, hold on, why a hybrid family? Well, first off because they’re the ones who started all this, because someone pointed out how the hell did a pink mom and Human dad end up with a teal-and-tan child and an orangey-tan child? So I wanted to answer that question in a way that also fit any other canon Twi’lek families.

However, using this family had another advantage, as I quickly realized: because Cut Lawquane, the father of the children, is Human, we know his genotype for the purposes of the relevant first two layers of chromatophores: he doesn’t have them. He’s homozygous for both non-expression traits: EnEnii. That simplified figuring out the genotypes of the children and his wife a ton - in fact, I’m not sure it would have been possible to extrapolate those answers, if not for the fact that we know his genotype for these traits 100% for certain.

So without putting you through the whole process, this is what I came to:

Suu Lawquane (mother): EeExIi (pink phenotype) Cut Lawquane (father): EnEnii (tan/melanin-only phenotype) Shaeeah Lawquane (daughter): ExEnIi (teal phenotype*) Jek Lawquane (son): EeEnii (orange/tan phenotype**)

* I’m not dealing with the patching Shaeeah has going on because I’m assuming that’s an effect of hybridization on her phenotype, since we haven’t seen markings like that on any canon full-blood Twi’leks. I’m assuming teal to be her “base” phenotype as far as Twi’lek genes go, since teal obviously isn’t a color we see in Humans. ** I’m genuinely not sure whether to call that skin color orange or tan, nor do I know whether Ee or En is dominant or if they even have a simple dominance relationship - more on that in a moment - so I’m leaving that be. The point stands.

So these are the rules of dominance we end up with:

1. I (iridophores present) is dominant over i (no iridophores present/functional). Evidence: Suu Lawquane must be heterozygous Ii in order to have produced both a teal (I phenotype) and tan/orange (i phenotype) child with her homozygous ii husband. Furthermore, Shaeeah would be yellowish-tan if i were dominant over I, since she must be heterozygous due to having a homozygous ii father and yet displaying the I trait as her phenotype.

2. Ex and En are incompletely dominant with each other. Evidence: this is how you get teal children, a mix between blue (EnEn) and green (ExEx). An EeEx x EnEn pairing is capable of producing an ExEn child (Shaeeah), which tracks with this logic.

3. Ee (erythrophores present) is dominant over Ex (xanthophores present). Evidence: Suu Lawquane must be heterozygous EeEx in order to have produced both a teal (ExEn phenotype) and an orange/tan (Ee and/or En phenotype) child with an EnEn husband while still displaying the Ee phenotype (pink) herself. Since she displays a strong Ee phenotype and must also have an Ex allele, the Ee allele must therefore be dominant over the Ex allele.

These rules can be applied to other Twi’lek families, as well - for instance, the Syndullas (not counting Jacen Syndulla, both because he wouldn’t be an interesting addition due to his Twi’lek influence being Also A Green Phenotype and because I will never forgive Rebels for that horrible boring hybrid design) work out to:

Cham Syndulla: EeExii (orange phenotype) Tislera Syndulla: ExExIi or ExExII (green phenotype, not enough data to prove conclusively whether she’s heterozygous Ii or homozygous II) Hera Syndulla: ExExIi (green phenotype)

Because En and Ex are incompletely dominant, neither Tislera nor Hera can be ExEn, and they must be homozygous ExEx because Ee is dominant over Ex. Because Ee is dominant over Ex and his daughter must be homozygous Ex, Cham must therefore be EeEx, showing the Ee phenotype but carrying the recessive Ex allele which he passed on to his daughter.

There is one small problem: We still don’t know for sure the relationship between Ee and En. I just don’t have enough data to figure it out. I went through the entire list of canon Twi’lek characters on Wookieepedia and didn’t find a single family with the right color combinations and enough data to figure it out. I even went through some Clone Wars crowd shots in hopes of finding some, only to discover that apparently the Clone Wars series doesn’t really use child models in their crowd shots, only adults. Maybe someday I’ll go through the entire list of Legends Twi’lek characters in hopes of finding a family with the right genetics to solidify my guesses, but for now, all I have to go on is how common various phenotypes are. Which isn’t perfect, because how common a trait is doesn’t necessarily have anything to do with whether it’s dominant or recessive if it’s an advantageous trait, but it’s all we have. My current hypothesis is that En is dominant over Ee, because blue and tan are both more common phenotypes than purple and orange, but that wouldn’t hold up to the standards of biology by any stretch of the imagination. I simply don’t have enough data to give you a better answer, unfortunately. Maybe some of the new media coming out, like the High Republic series, will give me that - I don’t know. They might not even have a simple dominance relationship; they might be incompletely dominant with each other like Ex and En are, producing bluish-purple, though I find this unlikely given the phenotypes we’ve seen in Star Wars media thus far.

So Why is Red Skin a Mutation?

It’s an oddly specific thing to be labeled a mutation, because you’d think it would just be a variation of the Ee-i phenotype, which normally produces orange or reddish-orange. In order for this to make sense, we have to assume one of two scenarios:

a) Erythrophores in Twi’leks are typically more orange than red, or b) The melanin produced in orange Twi’leks (the Ee-i phenotype) prevents a “true red” from showing as the final skin tone.

In the first option:

1) True red is produced by an erythrophore mutation that causes the carotenoids produced to be more red than normal.

In the second option:

2) True red is produced by a lack of melanin, leaving the final visual color completely dependent on the red/reddish-orange carotenoids rather than mellowing it to orange, or 3) True red is produced by a mutation in the melanophores that cause them to produce only a very red pheomelanin with no eumelanin to balance it out.

Alternatively to both of these:

4) True red is produced by a mutation in the xanthophores in a Twi’lek lacking iridophores (the Ex-i phenotype), causing them to produce a true red pigmentation rather than the yellow pteridines they would normally produce.

Even in Legends, as far as I could find, we don’t have any families of Lethan Twi’leks (Twi’leks with the true red mutation), so I have no evidence to support any of these possibilities (Lethan 2020). However, in any of these cases, the mutation would be rare, not only because the genetic mutation itself is rare, but also because it must occur simultaneously with a specific set of other conditions to produce the true red coloration: 1) and 2) must occur in conjunction with the Ee-i phenotype (and in the case of 1, presumably with melanin that’s light enough to not obscure the true red coloration), 3) must occur either with the Ee-i or En-i phenotype, and 4) must occur in conjunction with the Ex-i phenotype. Since I is dominant over i and seems to be the more common trait, that helps explain why the true red mutation(s) is/are so rare.

Bonus: Why Do Twi’leks Come In So Many Colors, Anyway?

(This section is entirely conjecture and headcanon on my part.)

Because, really, most species tend to consolidate until they’re almost identical color-wise, because the environment tends to select for a given color scheme. However, there are instances in which this is not the case. Personally, my headcanon explanation for this is that Twi’leks as a species tend to have a preference for the unique - if you’re the only person in a group with your skin color (or some other notable physical characteristic), you’re more likely to be found attractive than if you’re in a group of people with the same skin color (or other physical characteristic). This is a form of negative frequency-dependent selection, in which the fitness of a given trait or genotype decreases as it becomes more common (Frequency-Dependent Selection 2020). Negative frequency-dependent selection is itself a form of balancing selection, which serves to actively maintain multiple alleles in a population rather than selecting preferentially for one trait (Balancing Selection 2020).

(What’s the evolutionary advantage behind finding the unique attractive? Who knows. But the point is, it is feasible, and negative frequency-dependent selection is something we see out in the real world.)

In Conclusion

In conclusion, it turns out there actually is a system that works consistently to predict the genotypes and phenotypes of Twi’lek families, with the small exception of not having enough data to determine the dominance relationship in one out of the four allele pair relationships yet. If you know of a canon or Legends Twi’lek family, feel free to try to apply this! If it doesn’t seem to work, feel free to poke me about it, and I’ll see if I can make it work - if I can’t, I’ll have to take another look at the system. (Heck, apply it to your own OCs and see if it works, if you want - or use it to predict offspring traits of various pairings, if you like.) I learned a good bit about chromatophores and pigmentation in animal biology while doing this, and I hope you enjoyed the ride and maybe learned something too. Reblogs are always appreciated if you enjoyed yourself, found this interesting, or learned something! Thank you for reading! (And don’t forget, if you’re interested in reading about the process of how I figured all this out, the screenshots of that are below the cut!)

References

Bib Fortuna. (2020, April 4). In Wookieepedia: the Star Wars Wiki. Retrieved April 20, 2020, from https://starwars.fandom.com/wiki/Bib_Fortuna.

Balancing Selection. (2020, April 18). In Wikipedia. Retrieved April 20, 2020, from https://en.wikipedia.org/wiki/Balancing_selection.

Cosdra. (2019, September 9). In Wookieepedia: the Star Wars Wiki. Retrieved April 20, 2020, from https://starwars.fandom.com/wiki/Cosdra.

Douma, M., curator. (2008). Biological Pigments. In Cause of Color. Retrieved 30 March 2020 from http://www.webexhibits.org/causesofcolor/7I.html.

Frequency-Dependent Selection. (2020, April 15). In Wikipedia. Retrieved April 20, 2020, from https://en.wikipedia.org/wiki/Frequency-dependent_selection.

Lethan. (2020, April 13). In Wookieepedia: the Star Wars Wiki. Retrieved April 20, 2020, from https://starwars.fandom.com/wiki/Lethan

Lyn Me. (2020, April 4). In Wookieepedia: the Star Wars Wiki. Retrieved April 20, 2020, from https://starwars.fandom.com/wiki/Lyn_Me.

Twi'lek. (2020, April 20). In Wookieepedia: the Star Wars Wiki. Retrieved April 20, 2020, from https://starwars.fandom.com/wiki/Twi%27lek.

Bonus: The Process

Because y’all deserve to see my screaming in full. This was a five-hour process, do remember. Everything from hereonout has been just copy-pasted from the Discord server where I liveblogged the process of figuring this system out. Some things I said at various points were wrong, because that’s how the process works. Please note that I was also using different notation for the top-layer alleles at this point: E instead of Ee, X instead of Ex, and e instead of En. This did get confusing at one point because I forgot that it was X (Ex) and e (En) that had the more complicated dominance relationship and not E (Ee) and e (En), which was my fault.

[calesmiththealchemist]

CaleSmith = Alchemist

I am called The Keeper by some...

Tonight I present to you a rare glimpse into the elite - whom to me are of as low an intellectual I’ve ever seen - and I can’t believe what they’ve done has worked so damn well. Anyway — this is ...

How they Lie to you

What I look to do with wisdom is share it in a non-demanding and tolerant way. I would never care about marketing myself or the topic, nor would I bombard anyone with secrets long since hidden from public view that could, if applied as prescribed, allow us to level up in ways far exceeding monetary gain...even if I possessed secrets that could demand such a price*, i would not proceed down that road of service to self and repeat the mistakes of the past 12,000+ years we are living in today. Further, I wouldn’t use the amazing gifts of knowledge Handed down to me in order to make noise at you or act as if I’m better because of it, and certainly not to make money – no, instead I’ll use it as intended —> to provide insights and useful information that help you to find your own truth as it did for me. All one can do for another is ask questions, give impulses and share their own experiences.

I don’t have answers for you, because I know that you have to find the answers yourself inside of you, nor do I claim that my way is the only right way. In lieu of this, I encourage you to find out for yourself what you resonate with, and what is the right way for you, but know that if I’m ever able to be of assistance, I’d take the time to answer your questions when you are struggling, but ultimately i will leave it up to you. I think one thing any teacher must ask themselves is, ‘Am I helping those with me into independence and not keeping them adequately guarded against co-dependence?’ This is of paramount importance because we will never find our answers externally. We carry them all inside of us.

Again as it bears repeating —> We will never find our answers externally. We carry them all inside of us.

There is no other truth than our own. And it changes, as we move forward and raise our frequency, and expand our consciousness. It simplifies more and more, until the questions just stop and are replaced by a deep inner knowing. So just be aware, despite the struggles, wobbles, and insecurities, to not fall into another loop of co-dependency.

Your story is like no other. You will have to walk your own path and have to find your own answers. Under any context - should you find yourself blindly following someone else, you are still acting from a place of fear, not from self-love. Once this changes permanently and you master self-love then it will be clear: The only person to follow is YOU.

Today we stand on the precipice to the Age of Aquarius —> Nothing like this has ever been witnessed before in the history of humankind. We have arrived at the most important intersection in world history; our choices will define the unfolding of our future. It is important that all people try to stay as positive and optimistic as possible; however, still too many switch on their Dancing Colored Box every night to become indoctrinated with lies from the MSM-fear mongers with their misleading images and carefully chosen constructs ...

To the uninitiated ~ I don’t say that statement in judgment or to instigate anyone with an opposing viewpoint, viz: There is no anger, no provocation, no judgment, no fears, no buttons you could push on me, because I do not resonate with these frequencies. I’m here to simply hold space for you upon your readiness, and will not be triggered by anything.

It MUST be emphasized that I do 100% intend for anyone who reads this to know that it is Stated like the undeniable and objective fact that it is ~ the Media lies🤥 and 90%+ of you are under various forms of mind control 😲, but don’t worry It’s not our fault and it doesn’t mean you’re a weakling that cowardice produces - let’s start with the fact we are all ignorant - and let’s remember what ignorant means - not this puzzling remix of the word that = an insult ... for ignorant carries strongly negative connotation and as with many words these days - I’m at a loss as to why - for all it means is uninformed. It means we have never been told or educated properly - how does that make you feel now? I suspected this may soften the sting a bit - so we should all be ok with escaping the failure label and instead we were simply failed. As our parents before us were, and as their parents before them.

Every single one of us below the elite were biogenetically engineered into this ignorance - so it’s nothing to be mad about or take offense to, we never had a chance! It’s the design of the system as a whole to churn out (figuratively speaking) deaf, dumb, and blind human beings ...

Until now — I don’t like time predictions but I’d feel insulated saying the longest one can stay in the main illusion is another 12-36 months — and that’s very optimistic for the ones still in the dream state. Anyway —> as the frequencies and collective consciousness rises every second of every day - the choice of ignorance will be taken from you... it’s a fact - it will happen - it’s simply when and not if. I offer this as merely information I’ve come across so do with it as you please —> you’d rather move with the internal alchemical changes and self care necessary using a cadence that aligns with the integration required by your powers of observation, will, reasoning, and ultimately—discernment.

If not now, when?

If not you, then who?

you either have static intelligence or fluid intelligence in this life from this NOW moment forward - which is it for you? Are you finished with all research required to fuel your belief system - or will you opt for an ever expansive approach to assimilate all information crossing your consciousness by examining the field for any newfound possibility or potential of life plus validating the X-Y-Z axis for every current belief ?!

To me, I understand that beliefs are, in a very real sense, the birthing chambers for our reality, so I want to ensure mine aren’t limiting, but At the same time they must be undeniably possible, although I’m unconcerned with what the Probability May be — as I think the whole idea of probability kills as much or more potentialities than the lack of belief ... it’s damn close I tell you ~ factoring anything but a certain probability in with a belief is, to me, the exact same thing as not believing.

There is no wrong answer - but I trust you know the one thing that can always be counted on via the universe is motion - it never rests and so my choice was easy - as above, so below and as within, so without. I mirror this great cosmic dance in order to nurture and maneuver with the outpouring/inpouring light that surrounds us all the time.

that I have no urge to convince anyone of - when you’ve plumbed the depths I have - it’s as much a certainty as gravity.

for it is a solo journey we must all take...and all will eventually. Nonetheless, once accepted, this offering of Knowledge being held for you patiently by our cosmic brethren will give you any answer you seek, but more importantly, you’ll gain a glimpse into our collective future where

the polarities are harmonized

the complexities are simplified

&

the paradoxes have their solution

which is why i present the recipe of how they lie:

A Fallacy is: "An unsound argument, or mode of arguing which, while appearing to be decisive of a question, is in reality not so; or a fallacious statement or proposition in which the error is not readily apparent." Sophistry is a Fallacy used to deceive others. Sophistry employed to deceive others regarding their moral obligations of rules of conduct is frequently called Casuistry.

Here follows a collection of the more common forms of Fallacy, with a brief description of the particular character of each, and an indication of the particular point of each in which the false-reasoning is hidden.

The Fallacy of "Begging the Question." This particular form of Fallacy consists of one assuming as a proven and accepted fact something which has not been proved, or which, at least, would not be accepted by the other person were it put squarely before him in the form of a plain question. The gist of this form of Fallacy may be said to be in "the unwarranted assumption of a premise, usually the major premise."

A writer gives as an example of this Fallacy through the following argument expressed as a syllogism: "Good institutions should be united; Church and State are good institutions; therefore, Church and State should be united." The above argument may seem quite reasonable and logical at first thought, but a more careful examination will disclose the fact that the Major Premise, viz., "Good institutions should be united," is a mere impudent assumption lacking proof, and not likely to be accepted if presented plainly and considered carefully. It "sounds good" when stated blandly and with conviction (principally because we accept the Minor Premise), but there is no logical warrant for the assumption that because institutions are "good'' they should be "united." Question the Major Premise, and the whole chain of reasoning is broken.

Many public men habitually violate the laws of sound reasoning in this way: they boldly assert a fallacious premise, and then proceed to reason or argue logically from it, the result being that their hearers are confused by the apparently logical nature of the whole argument and the soundness of the conclusion, overlooking the important fact that the basic premise itself is unwarranted and unsound.

Such argument and reasoning is rotten at the core. These men proceed on the principle attributed to Aaron Burr, that "Truth is that which is boldly asserted and plausibly maintained." They carry into practice the policy of one of Bulwer's characters, who said: "Whenever you are about to utter something astonishingly false, always begin with: 'It is an acknowledged fact, etc.,' or 'It is admitted by all,' or 'No thinking person denies.' " Bulwer also makes this character say: "Sir Robert Fulmer was a master of this manner of writing. Thus with a solemn face that great man attempted to cheat. He would say: 'It is a truth undeniable that there cannot be any multitude of men whatsoever, either great or small, but that in the same multitude there is one man among them that in nature hath a right to be King of all the rest—as being the next heir of Adam!' "

In all reasoning and argument, therefore, be sure to first be sure to establish the "reasonableness" of the premises, or basic facts. It is true that no reasoning or argument is possible unless we agree to assume as reasonable, or proved, a certain general or particular proposition; but we are always entitled to take the benefit of the doubt in such a case by challenging the reasonableness of the principle or premise seemingly fallaciously advanced to support the subsequent argument of chain of reasoning. Once admit, or allow to pass unchallenged, a fallacious premise, and you may be led by the nose into an intellectual quagmire or morass, where you will sink up to your neck, or perhaps over your head. A fallacious premise is like a rotten foundation of a building—that which is erected thereon may have been carefully built, and be of sound material, but nevertheless, the whole building is unsafe, dangerous, and not fit for habitation.

A writer has given us the following basic rules of sound reasoning and argument: "(1) Clearly define your terms, and insist upon your opponent doing likewise; (2) Establish the correctness, or reasonableness, of your premises, and insist upon the other side doing the same; (3) Then observe the laws of sound reasoning from premise to conclusion."

The reader will be surprised to discover how many popular ideas, beliefs, and general convictions are based upon arguments and reasoning which "beg the question" grossly in stating their Major Premise.

The Fallacy of Reasoning in a Circle. This form of Fallacy consists in assuming as proof of a proposition the very same proposition itself, stated however in another form ("same in substance, different in form"): For example, the following proposition: "This man is a rascal because he is a rogue; he is a rogue because he is a rascal." (There is here, of course, no proof here that the man is either a rascal or a rogue.) This may sound foolish, but many arguments are no sounder, and are based on the same general principles. Here is an "explanation" given under this fallacious principle: "We are able to see through glass, because it is transparent; we know that it is transparent, because we can see through it."

Here are more complex forms: "The Republican Party is the right party, because it advocates the right principles; the Republican principles are the right principles, because they are advocated by the right party." Or again: "The Church of England is the true Church, because it was established by God; it must have been established by God, because it is the true Church." Or, again "The prophet was inspired; we know that he was inspired because he, himself, so stated, and being inspired he must have spoken only the truth."

As a writer has said: "This particular form of Fallacy is most effective and dangerous when it is employed in long arguments, it being often quite difficult to detect its presence in long discourses in which the two statements of the same thing (in different form) are separated by other words and thoughts.''

Irrelevant Conclusion. This Fallacy consists in injecting into the Conclusion something not contained in the Premises. For example: "All men are sinners; John Smith is a man; therefore, John Smith is a horse thief." Many solemn statements made by public men, and others, are really quite as absurd as that just stated, though the absurdity is often lost sight of in the extended statement, and complicated presentation, aided by the solemn, positive air of authority assumed by the speaker. A more plausible form is as follows: "All thieves are liars; John Brown is a liar; therefore, John Brown is a thief." In this last, the statement ignores the fact that while "all thieves are liars," all liars are not necessarily thieves. Remember the old saying: "All biscuits are bread; but all bread is not biscuit."

False Cause. This fallacy consists in assuming a false relation of Cause and Effect between things merely occurring at the same time at the same place; a Coincidence is not necessarily a Cause. There follow typical examples: "The cock crows just before sunrise; therefore, the cock-crow causes the sun to rise." Or, "The Democratic administration was accompanied by bad crops; therefore, the Democratic Party in power is the cause of bad crops, and therefore should be kept out of power." Or, "Where civilization is highest, there we find the greatest number of high silk hats; therefore, high silk hats are the cause of high civilization." In the same way, a symptom or a consequence of a condition is often mistaken for the cause of the condition.

Burden of Proof. It is a favorite device of sophistical reasoners to attempt without due warrant to throw the Burden of Proof upon the opponent; particularly when this is employed to establish the truth of the sophist's contention, because the opponent is unable to "prove that it isn't true." The absurdity and fallacious nature of this is more clearly perceived when the proposition is illustrated by a ridiculous example, as for instance: "The moon is made of green cheese; this must be admitted by you to be true, because you cannot prove the contrary." The answer to such a fallacious argument is, of course, the statement that the Burden of Proof rests upon the person making the statement, not on his opponent; and that Proof does not consist in the mere absence of disproof, but rather in the positive evidence advanced to support the proposition advanced. In this connection one recalls the old story about the lawyer in court who produced three men who swore that he saw John Doe strike Richard Roe; whereupon the other side offered to produce a hundred men to swear that they didn't see him do it—this sounded well until it was shown that none of the hundred men were present on the scene of the fight at all.

Abuse of Opponent. It is no argument, or true reasoning, to abuse the opponent, or the general character of those holding contrary opinions. This is a direct evolution of the ancient argument of beating the opponent over the head with a club, and then claiming a logical victory. Likewise it is not a sound argument, nor logical reasoning, to appeal from the principle under consideration to the personal practices of the person advocating the practice. For instance, a man arguing the advantages of Temperance may be very intemperate himself; but to point to his intemperate habits is no proof or argument that the principle of Temperance is incorrect. Many a man fails to live up to the principles he teaches to be correct. It may be logically argued, in the above case, that belief in Temperance does not always cause a man to be temperate; but there is no proof here that the practice of Temperance is not advisable—in fact, the man's habits may even be urged as an argument in favor of Temperance, rather than against it. The Fallacy is readily detected when one considers that the man may change his habits so as to square with his belief; and in such case it cannot be held that a change in the man's habits changes the principle from untruth into truth. A proposition is either true or untrue, regardless of the personal character of the persons advocating or presenting it.

Prejudice. Prejudice is "an unreasonable predilection for, or objection to, anything; especially, an opinion or leaning adverse to anything, without just grounds, or before sufficient knowledge." Prejudice arises from Feeling, not from Reason. Take away from Prejudice the Feeling element therein, and there is little left to it. When we form judgments from Feeling, we frequently perpetrate Fallacy. And, yet, the average person performs the greater part of his decisions, and makes the greatest number of his judgments, in this way—he is ruled by Prejudice rather than by Reason.

A writer says: "Many persons reason from their feelings rather than from their intellect. They seek and advance not true reasons, but excuses. They seek to prove a thing to be true, simply because they want it to be true. The tendency is to see only those facts which agree with our likes, or are in line with our prejudices; and to ignore the other set of facts. Such persons unconsciously assume the mental attitude which may be expressed as follows: 'If the facts do not agree with my pet theories or prejudices, so much the worse for the facts.' "

Another writer says: "Nine times out of ten, to argue with any man on a subject that engages his emotions is to waste breath. His mind is not open to logical persuasion. His emotions first determines his opinion and then prompt his logical faculties to devise plausible excuses for it. There is a thing that psychologists call a 'complex.' It consists of an idea charged with emotion, and it operates as a sort of colored screen in front of the mind. A man whose emotions are deeply engaged on one side of a question may think that he is reasoning about it. But, in fact, he may be incapable of reasoning about it, because whatever impressions his mind receives in that connection come through his complex and take no color. His logical faculties operate only by way of inventing plausible defenses for the judgment his emotions have already formed. It is impossible to change his position in any respect by reasoning, because reason cannot touch his mind until his emotions have dealt with it and made it conform to their color. Whenever you talk to a person with a strong bias on any particular subject, which bias does not coincide with your own bias, talk to him about something else.

Illogical Deduction. There are a number of phases of Fallacy arising from the violation of the technical rules of the Syllogism, which violation results in deduction opposed to the principles of logic. These points are too technical to be considered in detail here, and the reader who wishes to pursue the subject further is referred to some elementary text-book on the subject of Logic

Adonai

[acmaintenanceindubai01]

AC maintenance: 7 Problems Solved by Ac Maintenance in Dubai for Conveying Systems

Whether you’re specifying a new conveying system or looking to upgrade your existing material handling operation, Ac Maintenance in Dubai offer solutions to help you:

1.       Capitalize on your space

2.       Adapt to application needs

3.       Keep communications open

4.       Enhance safety and security

5.       Maximize performance

6.       Simplify systems

7.       Maintain productivity

AC Repair Customers from all over the UAE are asked to book an Appointment from our online platform www.acmaintenanceindubai.ae. AC Repair Customer can book AC Maintenance Appointment from our marketplace exclusively at discounted prices and save time and money on AC maintenance.

Ac Maintenance technology for conveyors has taken a big step forward, offering opportunities to address these challenges, while reaping key benefits such as improved productivity, performance, connectivity, and security. Read on to learn how modern AC Rapier can help overcome these common problems.

1.Capitalizing on your space

If you need to centralize your AC Rapier in one or two high density, single control panels, Ac Maintenance in Dubai come in a book format, 45 and 60 mm (1.77 and 2.63 in.) wide. The book format is planned to be straddling side-by-side to save important space on the installation footprint. If you have distributed drives in small control panels, the compact format – 72 to 180 mm (2.83 to 7.08 in.) wide can fit panel depths up to 200 mm (7.90 inches). The dense format mounts straight on the conveyor or mixes into existing machines. These two form issues fit almost any claim or machine layout.

2.  Adapting to application needs

Don’t get locked into a single operating model for your AC Repair. In its place, choose one that grips both open- and closed-loop control. An open-loop control system acts entirely based on, and the output does not affect the control action. With a closed-loop regulator, the drive uses the encoder feedback in its control algorithm to know what products to give the motor to run at the desired speed and torque. What’s more, Ac Maintenance can also pair with three-phase synchronous, as well as asynchronous motors and reluctance motors. The latter motors have been shown to improve efficiency and save energy.

3.  

Keeping communications open

Staying current with today's increasingly connected industrial environments requires equipment that can integrate with various network topologies. Ac Maintenance in Dubai has a variety of embedded standard protocols to accommodate conveying applications such as Ethernet protocols like Modbus TCP, Ethernet/IP, Profane, Ether CAT, and Powerlink to increase their productivity and efficiency. And legacy protocols such as CAN open, PROFIBUS DB, and Device Net. Expect Ac Maintenance in Dubai to integrate easily with any automation architecture.

4.   

Enhancing safety and security

Ac Maintenance in Dubai is designed with worker safety in mind. To comply with global machine safety standards (i.e. EN ISO 13849-1), you can find embedded safe torque off (STO) as standard and a full range of optional safety modules like safe stop category 1 (SS1), safe stop category 2 (SS2), safe operating stop (SOS), safe maximum speed (SMS), safely limited speed (SLS), guard door locking (GDL), safe direction (SDI), and safe brake control (SBC). Ac Maintenance contains lots of important system data and connected systems need up-to-date cybersecurity. So, look for AC Maintenance that offers certifications like Achilles level 2 ensuring the security of industrial automation controls through a comprehensive cybersecurity certification specification.

5.    

Getting the best performance

Dynamic conveying applications, like high-speed sortation, require Ac Maintenance with rapid acceleration or settling time and optimized speed bandwidths of up to 400 hertz. Some state-of-the-art drives also offer a 1-millisecond application cycle time for more dynamic performance. The heavy-duty forms of these drives also have the volume to high overloads of up to 220 percent of nominal torque without cooperating performance or care. The upfront additional cost is outweighed by the system performance improvements and reliability.

6.  

Simplifying systems

Ac Maintenance AC Repair can streamline and simplify conveyor systems by reducing the number of components with built-in functions. For instance, you can minimize the need for programmable logic controllers (PLCs) by using onboard programmable logic functions that help integrate an AC drive into a specific application. You can also avoid other devices with choices for rich borders, expanded I/Os, pulse train Input/output control (PTIs/PTOs), and fixed encoders. These drives also support simple application functions like master-slave and positioning mode, among others. They are also adaptable and scalable for a wide range of motor control.

7.   Maintaining productivity

Advanced Ac Maintenance minimizes set-up time and trade unplanned downtime for productive uptime. Choose a drive that integrates easily with a single plug-in connector for both power and control wires. Field device type/device type manager (FDT/DTM) technology ensures interoperability, and one-button motor identification auto-tuning cuts commissioning time. Ac Repair can interconnect maintenance-oriented information via the web server and cloud connectivity to minimize unplanned downtime and reduce maintenance costs.

Should something go wrong, state-of-the-art drives permit the automated transfer of device configurations, so your operation can be up-and-running again in less than 15 minutes? Defective device replacement (FDR) service permits fast machine retrieval with quick device spare and mechanical transfer of PLC configurations. Looking for solutions that can help meet the needs of your smart, high-performing conveying systems?  Ac Maintenance in Dubai can help solve your AC Repair challenges.

Ac Maintenance Customers can get AC Repair Services through our reliable online marketplace. www.acmaintenanceindubai.ae is the tastiest way to book Ac Maintenance in Dubai.

[audreycj-things]

[𝓫𝓵𝓸𝓰 𝓽𝔀𝓸]   My Top Five I.T. Career Choices

Are you a current or aspiring student of the information technology department? Are you having trouble with what job to take once you’ve completed your four years of torture college? If that’s two yeses, you’re in luck because in this blog post, I’ll be sharing with you the possible careers I’m considering on taking after I graduate.

But before that, let me share with you how I became a part of the Computer Studies department in the first place!

A Back Story of My Career Dilemmas  

Roughly three years ago, upon approaching my senior high school years, I was dead set on taking the path towards becoming a lawyer. Hence, I enrolled under the Humanities and Social Sciences strand. (I no longer remember why I wanted to take up law though.) A few self-evaluations later, I realized I wanted to become a medical professional, specifically a neurosurgeon. I can attribute this to familial expectations, the many Korean dramas I watched, and my desire to improve the country’s healthcare system, to help people, and to be one of the few doctors with nice handwriting. And so, I shifted to the STEM strand up until I graduated.  

During my last few months in senior high, I underwent personal dilemmas on what I really wanted. Amidst my extended family’s career expectations for me, my wise mother constantly reminded me the reality of medical professionals’ work. She emphasized the importance of your college program being a product of your own choice rather than everyone else’s expectations. And so, I was no longer sure of what program to take in college. At this point, I was already panicking, especially after seeing how confident my peers were with what career they had in mind. All I knew is that I was completely clueless of what to become and that I am a fairly versatile individual who always tries her best in whatever situation and opportunity she’s thrown in. (I’m known to be a jack-of-all-trades type of person.)

Seeing my struggle, my mom recommended me to consider the I.T. field. As a college professor and her university’s official representative to local and international seminars, she has witnessed and understood the potential and significance of professions under this field. Although hesitant at first—mostly because I haven’t been too exposed to opportunities that allow me to acquire advanced computer-related  skills (not including the ones I learned in my basic education’s computer classes)— I gave her suggestion some thought and decided that I shall take up the challenge.

And so, here I am, enrolled as a Computer Science student in the tech savvy Malayan Colleges Mindanao.

My Top Five I.T. Career Choices

Before anything else, allow me to explain briefly about the I.T. field that I plan to be a part of. This is for you to be able to catch up with what I’m trying to say, especially since there are going to be various technical terms from here on. And who knows? I might spark your interest in giving this career path a try!

According to Computer Science Online, the information technology industry operates across a range of industries, such as healthcare, finance, education, and entertainment. Broadly, information technology can be defined as the use of computing via various components (e.g. hardware, services, software) to develop, manage, transform, share and store information in different forms. Careers in information technology deal with the design, creation, management, and maintenance of the varied components of the system, including software, hardware, networks, systems integration, and multimedia.

     [1]   COMPUTER PROGRAMMER

The number one thing that I absolutely want to become is to be a computer programmer.

Following Technopedia’s definition, a computer programmer is a skilled professional who codes, tests, debugs, and maintains the comprehensive instructions known as computer programs that devices should follow to execute their functions. Computer programmers also conceptualize, design, and test logical structures to solve computer issues. Programmers make use of specific computer languages like C, C++, Java, PHP, .NET, etc. to convert the program designs developed by software developers or system architects into instructions that the computer could follow. They often refer to code libraries for simplifying their coding and might build or make use of computer-aided software tools to automate the coding.

I’ve always been awestruck of how coding works. It amazes me how a series of words and symbols arranged in a definite order will result to apps, websites, and other various software—even this word document I’m using under Microsoft Office! It’s surreal how each element of this software functions in such a smart and creative manner, especially when you know it as merely words and symbols in its raw form. I want to be able to do this by developing and learning all the knowledge and skills a good programmer should possess. Afterall, one should aim for excellence first; success will follow.

     [2]   SOFTWARE DEVELOPER

Another career that I would love to have is to be a software developer. 

According to CollegeGrad, software developers are the creative minds behind computer programs. Some develop the applications that allow people to do specific tasks on a computer or another device. Others develop the underlying systems that run the devices or that control networks. Software developers oversee the entire development process for a software program, including testing and maintenance. They design the program and then give instructions to programmers, who write computer code and test it.

Admittedly, I prefer doing the back-end job of a programmer. I don’t really love leading a team in a somewhat creativity-based project. However, the idea of initiating and facilitating the coming-to-life process of a computer program seems incredibly fulfilling. If ever I do become a software developer, I would probably create a computer program that will be of use to hospitals and schools. In fact, my mother encourages me to consider developing an enrollment system someday. No pressure.

     [3]   DATABASE ADMINISTRATOR

My third option is to become a database administrator.

According to Learn How to Become and Wikipedia, database administrators are responsible for establishing databases for organizations in all sectors of the economy in accordance with their specific needs in order to ensure that data is readily accessible for efficient and effective use by anyone with permission to use it. They use specialized software to store and organize data. Their role may include capacity planning, installation, configuration, database design, migration, performance monitoring, security, troubleshooting, as well as backup and data recovery.

A database administrator’s job appeals to my perfectionism. The idea of being in-charge of keeping everything organized is a huge but ultimately fulfilling challenge.  

     [4]   CYBER SECURITY CONSULTANT

Another career I have in mind is to be a cyber security consultant.

Top Universities emphasizes that maintaining cyber security in the modern world has become increasingly important, so a cyber security consultant’s role focuses on understanding the risks to the security of information or data. I would have to analyze where security breaches may occur or have occurred, and restore or reinforce systems against such breaches, to ensure that confidential data is protected. This role could include ‘ethical hacking’, meaning deliberately attempting to hack into my employer’s network to expose any weaknesses. Alternatively, I could work as a computer forensics analyst or investigator to combat the increasing phenomenon of cyber-crime.

I can attribute my attractions towards this career to the movies I’ve watched that portray hacking (or anything of the sort) to be cool. In several action movies, I always felt excited when seeing characters getting out of a tight, life-and-death situation with their cyber security-related skills. Although now I know that there’s more to this job than hacking—which they only do for testing reasons, otherwise it would be a crime—it still appeals to that part of my self that craves for thrill. In hindsight, the chances of coming across serious cyber security situations (like a government cyber security breach) here in the Philippines is quite low compared to other countries, so I guess my thrill-seeking self won’t be too satisfied if I work locally.

     [5]   GAME DEVELOPER

My last and fifth career choice is to become a game developer.

According to Top Universities, game developers produce games for personal computers, games consoles, social/online games, arcade games, tablets, mobile phones, and other handheld devices. This role splits into two main parts. First, there’s the creative side of designing a game and dealing with the art, animation, and storyboarding. Second, there’s the programming side, using programming languages such as C++.

I fit into the second part of developing game—the programming part. Although I’d rather invest on computer programs that are of use to the community, helping create a game seems like a fun way to apply coding. In hindsight, games are not just limited to the “fun” aspect because they offer more benefits than entertainment, so I guess I’m still helping the community in a way. I play games myself, especially the MOBA (Multiplayer Online Battle Arena) game called League of Legends. I understand and have experienced that one can learn, acquire, and hone skills (like strategy planning, enhanced reflexes, analysis) from playing games, especially complex ones. Furthermore, one can create and maintain friendships with games, as well as improve their self-confidence.

OVERALL...

Computer programmer, software developer, database administrator, cyber security consultant, game developer… whatever my career will be, I hope I’ll love what I’ll do and contribute something to the betterment of the community.

I also hope to prove some family members wrong about IT-related jobs being insignificant, that graduates under this program just “end up in computer shops.” While managing and maintaining a computer shop is a noble job, there’s so much more to the professions under I.T. that are constantly being overlooked and taken for granted. We are literally living in the digital age, yet many people still don’t appreciate this field enough. Hopefully, I’ll be able to enlighten and inspire people to try this career path and be a part of the tech savvy community.

Wish me luck in my journey!

[bunkershotgolf]

Ben Hogan Golf Unveils New-Look Website Featuring

HoganFit Club Recommendation Tool and 3-D Golf Club Imaging Technology

Offering Hand-Crafted Premium Forged Golf Clubs with Free Customization,

BenHoganGolf.com Provides Serious Golfers Worldwide with a One-Stop Shopping Destination

Coming off its best sales month in recent history, Ben Hogan Golf Equipment Company has unveiled a visually contemporized website  at www.BenHoganGolf.com in an effort to simplify, yet enhance, the visitor’s experience.  The purchasing process for micro-manufactured,  premium forged golf clubs has been optimized through a number of new features,  including a new HoganFIT (https://benhogangolf.com/pages/hoganfit) club recommendation tool, and the addition of 3-D golf club imaging technology.

“Our new PTx PRO irons, GS53 driver and fairway woods and Ben Hogan Precision Milled Forged Putters have been exceptionally well received by serious golfers around the globe.  Our web traffic is greater than ever and demand for some of our products outpaces supply,” said Scott White, CEO, Ben Hogan Golf Equipment Company.  “Our website is our life blood, and it is critical for us to provide a first-class online shopping experience.  While we continually update and improve our site, there is no better time to unveil our new-look and introduce the HoganFIT club recommendation tool and 3-D imaging technology.  These new features  will allow golfers to get up close with our entire product line and better determine which products will work best for them.”

HoganFIT is a simple 3-step club recommendation tool that allows golfers to create a player profile, provide  basic information about their current swing and playing tendencies, and then receive a high-level recommendation on the Ben Hogan golf equipment that will optimize their game. HoganFIT utilizes proprietary algorithms and logic technology to provide recommendations on the various iron models, long-iron replacement options (e.g. hybrids and/or utility irons), and wedges.  A separate recommendation module for drivers and fairways will be added soon.

Additionally, the Company has added 3-D imaging technology for all products.  This new feature allows golfers to view all products much more comprehensively online.  Visitors will be able to view golf club heads as they rotate to better visualize the nuances in head designs, including blade length, top line thickness, offset, and graphics.

White adds, “Selling directly to serious golfers at BenHoganGolf.com has proven to be a highly successful business strategy for the Company but, more importantly, it’s a convenient, efficient and cost-effective way for serious golfers to purchase great golf equipment.  Since golfers can’t experience our products through traditional retailers, it’s important that we provide them with other options to do so.  The HoganFIT System is meant to be another tool to help golfers better understand our product line and find the products that will help them play their best golf.  And, now that we’ve added 3-dimension images of our products to the website, consumers will be able to experience our products in almost the same way as if they were holding them.”

Today, exclusively through www.BenHoganGolf.com  serious golfers can purchase 100% forged clubs for about half of the price of competitive tour-quality equipment  sold through traditional retail channels.  Buying directly from the Ben Hogan Golf Equipment Company saves a golfer hundreds of dollars per purchase, as compared to buying name brand premium  golf clubs at retail, where  high margins, mark-ups and other costs are passed onto the consumer, via the final sale price.

Better yet, Ben Hogan Golf remains firmly committed to Mr. Hogan’s mission to "design and manufacture the best golf clubs in the world" with "the most exacting tolerances modern machinery will allow."  All products are designed specifically for serious and accomplished golfers, and are hand-crafted using Ben Hogan Golf’s proprietary club building process. The Company’s team of craftsmen, some of whom worked with Mr. Hogan directly for many years, builds each individual club and set of irons one at a time, to exacting, individual specifications.  Mass production techniques are not utilized at Ben Hogan Golf Equipment Company.

Complementing the new HoganFIT club recommendation tool and no-charge customization on all club orders, Ben Hogan Golf offers a number of consumer-centric programs, including: free domestic shipping on orders over $250.00, flat-rate international shipping and a low or no-cost financing program.

And, recognizing that many golfers want to personally experience equipment before they purchase, the Company offers a simple, risk-free Demo program, as well as a Trade-UP program where golfers can offset the cost of their purchase by selling used equipment back to the Ben Hogan Golf Equipment Company. The Company reports that over 70% of people who try Ben Hogan Golf equipment via the Demo Program end up making a purchase.

Keep up-to-date with all of the latest Ben Hogan Golf news on social media:

Twitter @BHGolfEquipment /Facebook @BenHoganGolfEquipmentCompany /Instagram @BenHoganGolf

[taww]

Review: Wells Audio Commander Preamplifier & Innamorata II Amplifier

With everyone and their extended families wanting to be audio reviewers, we have been inundated with volumes of positive commentary. As a reviewer, you are dependent upon manufacturers to provide you with equipment to audition and write about. If a writer wants to be around after that initial written review, the pressure is great to submit something popular to the publisher, specifically, coverage that will keep the review sample spigot flowing. After all, what manufacturer seeking to gain a foothold in the industry is going to send their precious product to someone they think may disseminate component coverage less than favorable about them? That’s a question I need not answer on your behalf…

The days of writers like Pearson, Holt and Aczel are, unfortunately, gone. And while I may long to once again profit from their pearls of audio wisdom, only their memories exist. From my first published review in January of 1989, I can’t tell you how many times I’ve wondered how Harry would describe a particular sonic quality, how Gordon might compare one component to another or in what manner, like Peter, I may employ my use of words so efficiently as say what others could not, but in half the space. What those great writers of the past had, which we see none of today, was the self-assuredness not to fear penning the critical review…after all, they were known as critics.

Wells Audio

Jeff Wells is a kindly gentleman that has been in the business of audio retailing for better than 16 years. Not a classically trained electrical engineer, Jeff has obviously picked up considerably knowledge during his years in the trade, either directly, or by osmosis. He also knows where to go for good advice as he has chosen Scott Franklin as a mentor. Scott is considered a bit of a tube guru, having credited to his name any number of well known and respected tube designs. I expect that the basic tube circuits in the Commander have the Franklin touch, with Jeff choosing the parts list and the overall appearance of the preamp and amp. One thing is for sure, you are not going to mistake the Wells Audio gear for anything else made today, or yesterday for that matter. Warranty for both products is three years, including parts and labor.

Commander Preamplifier (USD $3,999)

The first thing one observes when seeing the Commander for the first time is the large round viewing window smack dab in the middle of the face plate. Behind it is what many call “a magic eye” vacuum tube. It glows green and changes with the adjustment of the volume control (which I did via remote). I could not discern what value the magic eye might be of, but it looked pretty enough.

The young ones, persons not old enough to remember the turn of the century, call it “steampunk.” That’s exactly how I viewed the appearance and operation of the Commander preamp. At a time when smooth operation and silky feel to controls are the key descriptive terms being used with todays’ high-end audio electronics, along comes the Wells Commander preamp that seems to have no end to its unique appearance and odd noises that emanate from it. With every change of volume comes a “clickity” sound that I’ve never heard before as part of a high-end component. Initially I thought that I might have broken it, but everything seemed to continue working, so I didn’t worry about it. Furthermore, @miy-taww assured me that some units simply work that way. (Yup, this is the sound of an attenuator based on conventional mechanical relays. The exact nature of the clicking depends on how the control logic is implemented. @miy-taww)

As far as I know, the acrylic exterior of the Commander is a first. The black reflective surface shines like a polished black mirror, making picture taking a real task. I like the fact that acrylic resonates much less than the standard metal exterior plates found with most amps and preamps. On the other hand, acrylic affords the component no effective RFI/EMI shielding.

Commander Pros: Setting the preamp up was cake, basically plug and play…the remote even came with batteries in it. Another positive was the ability to use a set of balanced inputs in addition to the standard RCA inputs. The unit also had balanced output jacks, coming in handy for use with my balanced Pass XA30.5 power amplifier. 

The Commander is a solid imager with good depth of image, all placed upon a wide and panoramic stage. Tone quality, especially in the mids, is true and natural. And while this is a preamp utilizing tubes, tubes it does not sound like. The softish, melodramatic approach promoted by some tube products is completely missing here, as the Commander, instead of being soft, has an ability to capture, as well as anything I’ve heard, the transient speed of a plucked steel stringed guitar. This leading edge quality is also apparent in percussive strikes and snare hits, yes it can be an exciting experience listening with this preamp. Listening to rock and roll as well as jazz, on more than one occasion the transient speed of this unit compelled me to query if perhaps Wells alone had gotten this aspect to reproduction correct. 

Lastly, when one looks under the hood of the Commander, and then considers the price of it, in light of the unconventional use of parts and construction layout, the obvious question becomes, “How did they do this for the price charged?”  

Commander Cons: I enjoy using remote volume controls, however, this unit’s clunky nature and lack of responsiveness was a turn off to me. Sometimes, when moving the volume up, the actual output would first go down and them up. 

Musically, the frequency extremes were rather odd and not wholly to my liking. These two things, I think, are related: The speed and attack heard in the midrange also resulted in an upper octave that was in many cases more forward than I am attracted to while striking me as grainy. I described the highs with the Commander to one friend as “crunchy.” The bass, it seemed to me, was similarly flawed, but in different ways. Listening to recordings with a healthy amount of bass in them, it was all there, i.e., I felt that I could hear all of the bottom three octaves frequency wise. At the same time, however, the bass lacked deep down energy. 

Initially, I wondered if my choice of power cords was pushing the preamp in the directions just described. I tried cords from Audience, JPS, DH Labs and Twirling Gerbil. Though I heard changes in the performance, none of those cords locked in with the Commander. Finally, I went with the factory supplied cord, which performed as well as any of the above; forming the basis for the comments here and above. 

Lastly, while I had great success using the balanced jacks on the back of the preamp, the standard RCAs didn’t always work consistently. This needs to be looked into by Jeff and in my opinion, simplified internally. The some days the jacks would work, some days, not, drove me crazy.

Conclusion. In my opinion, the Commander preamplifier from Wells Audio is not a finished product, bugs need to be addressed. The potential to be a stunning performer is all there, particularly when the Scott Franklin influence is considered. I consider it a diamond in the rough. I look forward to observing the progress Wells Audio makes with this product. Presently, I cannot recommend it.

Innamorata II Power amplifier (USD $7,000)

Taking the same visual cues as the Commander preamplifier, the Innamorata II is a large, heavy power amp. Rated at 150 wpc into 8 Ohms, the amp is said to put out 210 wpc into 4 Ohms. The amp is a beautiful gloss black, with a single round meter located dead center on the faceplate. Centering the meter is a large gold bezel that you will love or hate, all depending on your fashion sense. Jeff told me of his plans to make the amps’ exterior parts completely out of acrylic materials, everything save the heatsinks. I think Wells may be on to something here as fabricating may be less expensive that way, the product will weight less and the appearance can be pretty stunning in any color you desire. Finally, even though the sibling preamplifier has balanced outputs, the power amplifier cannot accommodate balanced connectors (which struck me as odd).

Innamorata Pros: Lots of power delivered effortlessly. Power cords were not an issue with the amp. Regardless of what I used, this amp forged a straight line forward sounding good under all conditions. I ended up using the Twirling Gerbil amp cord, the combo performing in a positive manner that was in every instance musical. 

What I generally like about a well designed solid state power amp is its unflappable performance with a variety of loudspeaker loads. And so I can report that I listened to this amp with a variety of speaker loads, all the way from 4 Ohms, to a small monitor with a wandering load of 8 to 16 Ohms. As you know, all speakers present an amp with a variety of impedances depending on frequency. With many speakers, things can get a little hairy at resonance, the Innamorata stayed tight and fast in the bass, while never sounding washed out. Pace and bloom were actually strong parts of this design. You know an amp has something going for it when during listening sessions you keep asking yourself. “What’s it going to do with this album? I’ve got to hear it with this other album.” This amp had me anticipating what new positive twist it might put on a recording heard many, many times before. 

Another positive aspect of this amps’ performance was the natural and organic way it handled vocals. Voices at the front of the stage did not jump forward; instead they sounded real, and usually within an aura of natural ambiance. Backup as well as background vocals were similarly tangible and pleasant to listen to.

Innamorata Cons: My biggest complaint with amp is the fact that it quit working after the first listening session. I had been listening to it in one system and enjoyed the results obtained. I then wanted to insert the Wells amp in a second system. I have a tall four wheeled cart that allows me to pick up the amp, put it on the cart and then wheel it off without having to bend over. I moved the amp one day to see how it would perform in a new listening environment. When I sat it down in the new system the right channel refused to come up. I sent it back to Jeff. He told me that an internal cable had come loose and he merely had to put it right and all was well. Solder the connection and the problem does not arise. 

Musically, there’s not a lot to complain about. For more money there are better sounding solid state power amps. I take that position not because the Wells does much wrong, but because some amps are simply exceptional in one regard or another. Those exceptional amps may have slightly more air then the Wells, or a little more bloom upon the stage, but for the money, this is a good amplifier, though not in the same sonic class as the Pass XA30.5 that I compared it to.

Conclusion. I enjoyed using this power amplifier. A no-surprise design, it is quiet when you turn it on, and when you turn it off there are no driver threatening burps or releases of DC. In other words, don’t worry if the power is, for any reason, discontinued. It does concern me that the right channel went down during my auditioning period. A consumer electronics device that retails for $7,000.00 has an obligation to operate in a worry free manner. Audio components are meant to be enjoyed, as they are necessary to the playback of music in the home. A power amplifier situated in the home of an audiophile is not a tool in the manner of a tone generator or scope, it is something more, very much more. And, as the price of a component increases, the obligation of a manufacturer to produce a glitch free product increases in a linear fashion. That said, no one is perfect, making mistakes is human, and the error which lead to the failure of the right channel in this case was nothing other than a contact coming apart – nothing blew, no sparks, no fried resistors, and I have no doubt that that Jeff Wells remedied the situation so as to never have this happen again. 

I, therefore, must conclude that when a person lays down their hard earned dollars for a new Innamorata II, he or she will have an amplifier well worth the outlay, and one capable of bringing home the heart and soul of the music in a way that will bring years and years of musical satisfaction and pride. A power amplifier done well.

[sprintwebdesign]

Design: 10 Tips for a Flawless Layout

Design: 10 Tips for a Flawless Layout https://ift.tt/2IXq9gI Mattie Reynolds

While each web designer or web development company has a different plan for building a website, there is a list of what to do in common for most such projects. We created this checklist that we made with the essential items in the construction of a good web interface that is consistent, easy to use and aesthetically pleasing.

Space between elements, personalized quality images, effective internal search tools, and creative ways to invite the user to the interaction. These are the elements that together define the user experience that accesses one of your pages.

Creating Infallible Layouts

We will present here ten elements that you should prioritize on your site, followed by practical examples of each of them and tips on how to use it in your next site creation project . We’ll see what little details make all the difference.

1. Spacing

Spacing is one of the most important elements in layouts . The space dictates the visual flow up to and speed of reading (or readability). Designers are beginning to use space in ways we have not seen on the internet in the past decade mainly because of the popularization of touch screens.

There should be a consistency in spacing and space relations. Similar elements should include similar spacing. The amount of space between the lines of a paragraph should follow a pattern (or proportions), as well as the size of the margin around the images.

Space is also important when creating a focal point for the perception of the interface. An image or block of text surrounded by white space may appear to be larger and more important than one allocated along with other blocks of information and in a tighter part of the layout.

It is also worth remembering that space should not necessarily be white. It refers to the absence of elements and may well be a dark background color or a well applied texture.

Choose the center element, such as a menu, form, or a featured image. White space can highlight this element in the visual hierarchy.

Make sure the information is organized in a way that includes consistent spaces between the elements. If a content block replicates across multiple pages and site sessions, its spacing must remain the same.

Make each button or block of content stand out with due weight in the information hierarchy.

Do not divert the user’s attention to unimportant blocks. One part of the layout should not dispute attention with another at the same time.

2. Navigation

Navigation should not be complicated! It should be easy to identify and use. It is also important to keep the navigation menus simplified, so they do not overload the user with a lot of information.

Web browsing also includes tools that help users stream through the site. Sites with parallax effect , for example, often include arrows that guide the user. A layout should be user-friendly . The easier it is for people to navigate your site, the more likely it is to get what you’re looking for before you leave.

Swing. The more menu items, the lower the depth, and the less, the more hierarchy levels displayed. Balance the navigation.

Use conventional navigation patterns . The user will not study a manual to learn how to use your site. The main menu of a site is in the header; the main logo is usually a link to the home; and so on.

Keep a standard for the weight and position of the links. The user expects to find a consistent experience. You also need to know at what level of the hierarchy a page is (the deeper, the more specific) and always have the option to return.

Give feedback. Tell the user where in the site he is currently browsing. Breadcrumbs are the most appropriate layout block for this – position them discreetly in a visible position without scrolling (above the fold).

Create interactive solutions with javascript and css – sticky headers, which remain on the screen as the user performs page scrolling, are a simple solution to keep browsing always within easy reach.

3. About Us

The “About Us” page should tell users who you are and what you do . It can be used to present the company’s philosophies and goals, or how the site was developed. It can also be the right place for positive testimonials and reviews of users and customers, as well as company success stories. This type of page can also serve directing the user to related pages and social networking profiles.

The biggest problem with the “about us” pages is that they tend to stay long and very descriptive. Keep the page as straightforward as possible; give users only the information they need to be interested in the business, not bored. Remember to keep the design interesting and invite them to get to know the rest of your site.

Use the “About Us” page to give your brand more personality. Photos of the team and place of business lend credibility to the brand. Consider an employee centered approach in the About Us and Team pages.

Tell your story. Storytelling is more than conveying information; it is surprising, provoking empathy and generating interest.

Remember that people today do not have that much time, so be brief and direct. Use image media and videos to communicate subjective values ​​and sensations without prolonging too much.

Invite the user to know the rest of the site. Add links to strategic site sessions.

4. Contact

Contact information appears in two of the most common ways: at the top or bottom of the site or on the “Contact Us” page or similar.

Either of these ways can work well, depending on the information architecture of your site. The key is to do it in a highly visible way. Presenting information like phone, address or a form to contact the site owner is the best way to give legitimacy to your project. It is frustrating for the user to try to contact you and not succeed (unless it is purposeful).

Add contact information in places always visible. This information can be displayed in the form of links to planned actions (eg, Send a message, Make a call). Buttons for automatic message via WhatsApp have been gaining popularity in sites of various niches, especially for the mobile user .

If you get customers at a physical address, include the location (a map widget like Google Maps, for example, it’s fine), if you get a lot of contacts over the phone, leave the phone in a prominent area.

Consider adding a form so the user can send emails straight from your site (and do not forget the success and error pages).

5. Call to Action

What is the purpose of your site? Your website is the gateway to your business, and you should build it thinking about what it should be most efficient. Whether it is a sale of products, services or some information gathering, you must ensure that it is being designed to meet this conversion and the invitations to that interaction should be direct and obvious – no question.

Some of the tips we’ve given here help guide you in the right direction. Dropbox, for example, is very interested that you register early, so you already propose this right on the first page. And you, are you directing your homepage to get your conversion as fast as possible?

Direct and persuasive call-to-action writing  . A striking title accompanied by a short and explanatory caption with an image, button or form.

Position the  calls-to-action  on the home page and above the fold.

Buttons should be of contrasting colors and say exactly what they are for: Buy Now, Participate, Download, Sign Up .

Conversion buttons can be repeated along the page if the user has not engaged at all.

6. Search

Not everyone has the time to search for specific content by site navigation, so search is such an important tool. Draw the search box in a discreet and easy-to-use form, but make sure the box is large enough and always visible. If you want an icon for the search use the magnifying glass without fear, it is a universal icon.

The most popular search box location (in the west) is at the top and the right.

Prioritize the simple and straightforward box design, which will be at the top of your page for search. Add advanced filtering options only when strictly necessary . Leave the search field visible whenever possible.

Do not forget the layout of the results listing.

Perform search tests, checking if the results are ideas for the search context. An example of a serious mistake would be a virtual store, whose search primarily presents blog posts rather than product pages.

7. Footer

The footer is a way to summarize your site and bring forward pages that relate to the institutional part of your company, such as social networks, address and contact. Because its location is at the bottom of the page, it is also the ideal space for a small site map, relevant links and a brief description of what the site is.

Make the footer simple and useful . When creating a footer that exposes links or buttons, the important thing is to be visually integrated with the site. It may even have a much more minimalist touch than the whole, but give it a personality.

Repeat information found elsewhere on the site (the search field on the site may be at the top of the page, in the main index, and again in the footer, for example).

Enter elements previously mentioned in this post if there is no other logical place for them in the layout.

See other footer tips in this cool post we have prepared.

8. Buttons

Every button on a website should be recognized as a button (know what Affordances are ). They must have the same effects regardless of their location or purpose. Creating a set of different buttons can be a challenging task in the case of sites with many clickable items. Consider creating a button kit to maintain consistency and visual cohesion throughout the site.

Do not forget to use statistics tracking tools like Crazyegg or Google Analytics to measure with A / B tests that button colors or sizes are giving more result.

Develop a unique set of buttons for your site that is easily replicated. It should be consistent across all pages.

Provide a large and comfortable click area. The mobile user should have no difficulties in touching.

Perform A / B tests to measure the efficiency of each button. Try changing the text, colors, and position in the layout, and measure the impact of those adjustments on the conversion rate.

9. Pictures

People love to see things in action. Create stunning visuals to please users on your site. Good pictures or illustrations are an easy way to do this. With a small set of great photographs you can display products, people, or anything to encourage the engagement of users in your website or app .

As the internet is at a stage where the weight of images is not a factor that compromises access to the site, we have more freedom to use higher resolution images, but remember to offer an alternative to mobile devices. Also be careful when using image banks ( stock images ) as a source for your site does not lose identity.

Look for a photographer or illustrator to develop and create a unique set of images. If using free stock image media, consider adding a color or effect filter so that they are, to a certain extent, unique to your site.

Offer a unique visual experience. Consider transitions and done in JavaScript or CSS.

Capriche in the resolution of the images , always with an eye on the final file size .

10. Web Fonts

Once upon a time … The time when the web was ordered by a restricted set of sources because the options that were recognized by most browsers were very limited (Arial and Verdana, who never?). Today this limitation no longer exists and we have great Open Source tools to use a much wider range of unique fonts like  Google Web Fonts  or Adobe Fonts .

However, native fonts are still very important for two reasons: compatibility and performance, so do not abuse loaded fonts and take advantage of those already available in the system. Webfonts can also be important for positioning the website in search engines (SEO) if used in place of images that would have text to say something.

Use a service with a library of free fonts, such as Google Web Fonts.

Avoid too many font variations in layout. The need to load multiple weights from the same typographic family can degrade the performance of the site.

Using webfonts to pass a message will usually be more effective than loading an image for the same purpose. Decrease page weight and better meet web accessibility standards.

Conclusion

These are 10 tips that we consider very important for the design in a blog project, virtual stores and institutional sites here in Man Machine. They will certainly help you in creating a layout that helps you achieve your brand goals and also serves the visitors.

To make an incredible layout you have to take into account the typography, colors in the interface and use a responsive design . But let’s take it easy, one step at a time. The basics you’ve already learned here

Make the best layout the world has ever seen. Do you have any tips to share with us? Leave in the comments!

The post Design: 10 Tips for a Flawless Layout appeared first on Web designing Bangalore.

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