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The Holy Roger Coin (ROGER) is the leading cryptocurrency coin? ROGER is developed with a focus on outing scams, being The Holiest Roger and trolling all Fake Rogers Symbol: ROGER Algorithm: Scrypt Github: The Holy Roger Coin Logo: ROGER Logo Explorers: ROGER Explorer, chainz.cryptoID Explorer Mining Pool: ROGER Mining Pool Paper Wallet Generator: ROGER Paper Wallet Address Generator Halvening: ROGER Block Reward Halving Countdown BitcoinTalk: ROGER BitcoinTalk Announcement CoinGecko: ROGER on CoinGecko Exchanges: AltMarkets.io Introducing Roger Radio radio.theholyroger.com Join any of our community channels for all the ROGERs you can dream of. IRC: #TheHolyRoger on Freenode Discord: TheHolyRoger Discord Retreat TheHolyRoger Discord.me Keybase: TheHolyRoger Keybase Team Telegram: TheHolyRoger Telegram Group Reddit: ROGER Reddit Twitter: @RogerConsortium Premine: 15,000,000 ROGER Current Supply: Live Coin Supply Max Supply: 99,000,000 ROGER Software Releases AUR (Arch Linux user repository): Roger Core Node/Wallet builds for Arch Linux GitHub builds: Roger Core Node/Wallet builds for Windows/Mac/Ubuntu Whitepaper Premine 15,000,000 ROGER to be distributed to the community. 5,300,000 ROGER left Reserve addresses Current reserve Old reserve

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HOW TO CHOOSE A CAREER Define your interests  Think about your ideal career. Ask yourself what you would do if you didn't have to work? If you had a considerable amount of money and could do whatever you wanted, what would you do? The answers to this question can give you (at least, partly) an idea of what you should do. Suppose you want to be a music star, then pursue a career in sound engineering or music composition. These careers are easy to follow, so you'll be more likely to be successful and make it on your own in the future. If you want to travel the world, consider becoming a flight attendant. It is a great way to earn a living while fulfilling your dream of traveling the world. Define your hobbies It is effortless to turn your hobbies or an activity you enjoy into a career. Many hobbies lead to jobs and everyday needs. Think about what you like to do and how you could turn these activities into a career. For example, consider becoming a video game designer, a programmer, or a quality control specialist if you like video games. If you like drawing or creating art, consider becoming a graphic designer. If you like sports, consider pursuing a career in teaching and becoming certified as a coach. Think about the subjects you loved at school For example, if you loved chemistry, you can pursue a career to become a lab technician or pharmacist. If you enjoyed English classes, consider becoming a newspaper editor or editor. For example, people who liked to write a lot, now are perfect editors at https://www.wowessays.com/. Define your skills Think about the skills that make you stand out. Excellent skills in a particular field can lead to an outstanding career in the future. Skilled labor is usually in demand, so you won't have much trouble finding a job. However, you may need to take additional studies. For example, carpentry, auto repair, construction, and electrical work all benefit from skilled people with their hands or in fixing things. Similarly, these jobs tend to be stable and well-paying.Other skills (such as cooking) can also quickly become a profession. There are also jobs for people with the ability to communicate and help others. People who communicate and interact with others can pursue careers in social service, marketing, or other related business careers.If you are the type of person who cares for others, consider pursuing a nursing career or working as an administrative assistant or office manager. Ask for feedback If you don't know, ask! Sometimes people have a hard time seeing the areas of life in which they excel. If you don't think you have skills, ask your parents, family, friends, or teachers what areas they think you would excel in. Their ideas may surprise you! Explore yourself Sometimes, to figure out what you should do with your life, you need to know yourself better. If you want a career that makes you truly happy, you need to fully understand the things you want and the things you enjoy doing. For some people, this means taking a break to decide what things are essential. Doing this is not wrong, so don't feel bad. It is more vital that you determine as soon as possible what you want to do with your life, rather than getting involved in a profession that makes you hate your existence. Think about a way of starting a career Think about the careers you can easily pursue. Some examples would be: working for the same company as one of your parents, working in a family business, or working for a friend. If your options are limited, your best alternative may be to choose a career that you can start pursuing quickly. Make a dream board It is a beautiful tool for organizing your aspirations. It can also help hold you accountable as you strive to achieve your goals. Look for images on the internet or in magazines, and paste them on your dream board. Choose inspirational quotes and also add miniature items, if you wish. Conclusion Often, people don't immediately know what career is best for them. Likewise, most people take several years to establish themselves in their chosen profession. Don't feel like you're taking too long! If you don't like your career, change it! Changing careers is possible for anyone, although it sometimes requires extra effort (especially if you are a bit older).It's not the end of the world if you choose a career different from your childhood dream. If you have a job that at least doesn't make you miserable and at the same time secures you and your family's future, you'll be surprised how happy you can be with your life and your career.  

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3D Modeling and 3D Printing 3D Modeling for 3D Printing Whether you’re looking at prototyping or designing something creative, 3D printing can easily help bring your idea to life. To exploit the potential of rapid prototyping to its fullest, you’ll need to know how to design 3D files. These files can be designed using a Computer-Aided Design (CAD) software application. These applications are already being heavily used in product design and modeling. While the basic principles of 3D modeling across all design verticals remain the same, there are a few aspects of designing that need to be considered while modeling for 3D printing. Modeling for 3D printing is slightly different from 3D modeling for renders. The 3D printing experts at Divide By Zero have developed key design tips to help you achieve perfection and accuracy in 3D printing your prototypes and models. 1. Consider minimum wall thickness Minimum wall thickness is defined as the minimum required thickness that your model should have at any given point. The minimum printable wall thickness depends on the printing technology and material chosen. Read the design guides for the material of your choice carefully (explained in the next section). Remember, in some cases maximum wall thickness can also cause problems. You need to understand how to assign the wall thickness for every surface of your 3D model. This step might be a bit different in each 3D modeling software. However, it is crucial for preparing a 3D print. Visualize, analyze and think about your design. If it has weaker sections, think about adding design elements to support and reinforce them. Also, consider how the size of your object will influence the required wall thickness. 2. Consider printing material guidelines Every printing material is different. Materials can be brittle or strong, flexible or solid, smooth or rough, heavy or light, and so on. An object should ideally be designed for a specific material. For example, if you know that you want to print your 3D model in ceramic, there are specific material-related design recommendations that you need to take into account such as supporting overhanging parts, strengthening elements that are sticking out, rounding off corners, etc. The choice of your printing material only pre-determines some of the basic design guidelines that you need to stick to. Some materials have good strength and hardness and hence thin walls can be made with that material. However, for some materials such as ABS, the walls should be thick to prevent cracking and breakage post 3D printing. So, the designer should structure the models according to the properties of the material to be printed. It also helps if a technically sound personnel of the team guides the designer during the actual drawing/developing process. 3. Design to avoid or minimize supports Although support algorithms are improving all the time, support material can leave ugly and unwanted marks on the outer surface of your prints. Support material can also be time consuming to remove. To avoid this, it is best to design your models so that they are 3D printable without support. 4. Model must be watertight The model must be completely closed or ‘watertight’, as it is more commonly referred to. You can achieve this by adding a 3D mesh suitable for 3D printing. The option to create mesh is easily available in most 3D designing software applications. This process needs to be done before the model is exported as an STL file, as it can be difficult to spot and fix problem areas once the model has been converted. This problem can also occur during file translation from one modeling system to another. 5. Consider STL file resolution For 3D printing, the most common file format is Standard Triangle Language (STL). In simple words, your design will be translated into triangles in the 3D space. Most 3D modeling software applications have the option to export your designs to an STL file and set the desired resolution. The following is a visual representation of different file resolutions from extremely high (left) to quite low (right): 6. Printing technology limitations The basic chemical characteristics of printing materials is different. So, the technologies that are used for printing each of these material is also different. The best example of this is interlocking parts. In materials such as ABS, polyamide, alumide, or rubber-like you can print interlocking parts. While in others material such as gold, silver, bronze, or resin, interlocking may not be possible. The reason behind this is not the material itself, but the technology that is used for printing each of these materials. 7. Design a strong base With typical desktop 3D printers, the model is printed one layer at a time. The plastic 3D printing filament (typically PLA or ABS) is melted and extruded onto a surface, known as the bed. It is critical that this first layer adheres to the bed for the duration of the print. Many a times, prints fail during the first layer, due to lack of adhesion. You need to ensure that you have a strong enough base designed into your model. This will ensure your 3D printing models are strong, robust, and durable. Make sure that the base has the following characteristics: Make sure you have enough surface area to create positive adhesion to the printer bed. Adding a raft in your printing software application can also help with this. Make sure you have a wide enough base to support model and avoid tipping over during the printing process. Make sure that the base of the model is strong enough to resist warping caused by different cooling rates. 8. Thicken Vulnerable Areas Outstretched appendages from the core of your model might snap off during or after printing, if the point of contact or joint is too thin. The following is an example of the same, with arrows pointing towards vulnerable areas in the 3D modeled cat. Areas where thinner parts such as the tail, ears, and legs connect to the main body need additional thickness. For example, if you are printing a character, pay close attention to wrists, shoulders, neck, and ankles. During the production process, some materials are very delicate when printed and can break during handling or cleaning. In some cases, an air blaster is used to remove any support material. For example, if you are printing a character, pay close attention to wrists, shoulders, neck, and ankles. During the production process, some materials are very delicate when printed and can break during handling or cleaning. In some cases, an air blaster is used to remove any support material. You need to consider whether or not your model can survive the 3D printing process. You might need to rework the pose of your character in order to bring appendages back to the core, to create support wires over free wires. This will add to the strength of your model. At Divide By Zero, we understand the 3D modeling for 3D printing can be tricky. It is is crucial to know that there cannot be a no-one-size-fits-all approach. If you follow the 3D modeling tips mentioned above carefully, your 3D models are sure to turn out as envisioned.. if you find the more information plesae go on my website https://treemech.xyz/design-engineer-software-skills/ thanks, keep share and like.

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