![]() Juvederm is an injectable gel filler with a base of hyaluronic acid that effectively replaces volume loss in the face. If you’re considering investing in lip injections, we recommend the Juvederm range. There are several different types of fillers we recommend to help improve your appearance. It’s also a helpful tool if you’re worried about the effects of aging, because our faces tend to lose volume over time. Adding fillers can help contour the lower part of your face by enhancing your natural features. There is nothing more beautiful than full, plump lips. We can’t wait to partner with you on your journey. Want to learn more about facial contouring with fillers? Request an appointment today. We have more than 30 years of experience in the world of plastic surgery and know how to make injectable fillers work best for you. Michael Manuel, and Alaska’s top injector, Sara Dunlap, RN. We’re Alaska’s leading medical spa, headed by Board Certified plastic surgeon, Dr. Fillers can help lift tissue, smooth skin and define your features.ĪK Beautiful You is here to help you feel the best you can feel, every day. Put simply, it uses fillers to enhance the natural features of your face to give it a plump and youthful look. In other words, we make the most of our natural features to ensure we’re feeling confident as we start each day.įacial contouring uses the same principles, which is why it’s become increasingly popular in recent years. We learn to make our eyes seem larger, our noses smaller, our lips look fuller. We learn how to enhance our waists, lengthen our bodies and flatter our assets. The implementation is similar for all languages, allowing a easy comparison.Facial Contouring With Fillers: Is It Right For You? March 31, 2020Īs we grow up, we learn how to dress for our bodies. Here are code examples demonstrating the algorithm in the most popular programming languages such asĪnd Microsoft's VBS. Splitting up these bits into 4 groups of 6bit creates the following 4 decimal values: 38, 58, 11 and 41.Ĭonverting these into ASCII characters using the Base64 encoding table translates them into the ASCII sequence "m6Lp". Let's say we want to convert three bytes 155, 162 and 233. Naturally, this character can only appear at the end of encoded data. Because these artificial trailing '0's cannot be encoded using the encoding table, we introduce a 65th character: '=' to represent '0'. The solution is to add the missing bytes by using a byte value of '0' to create the final 3-byte group. What happens when the last sequence of data bytes to encode is not exactly 3 bytes long? If the size of the original data in bytes is not a multiple of three, we might end up with only one or two remaining (8-bit) bytes. To ensure the encoded data can be properly printed and does not exceed any mail server's line length limit, newline characters are inserted to keep line lengths below 76 characters. The ASCII conversion of 3-byte, 24-bit groups is repeated until the whole sequence of original data bytes is encoded. Technically, there is a 65th character '=' in use, but more about it further down. ![]() * - Base64 Encoding/Decoding Table - */Ĭhar b64 = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" In our programs, we can simply define this table as a character array. The ASCII characters used for Base64 are the numbers 0-9, the alphabets 26 lowercase and 26 uppercase characters plus two extra characters '+' and '/'. The algorithm's name Base64 comes from the use of these 64 ASCII characters. Because the ASCII standard defines the use of seven bits, Base64 only uses 6 bits (corresponding to 2^6 = 64 characters) to ensure the encoded data is printable and none of the special characters available in ASCII are used. The first step is to take the three bytes (24bit) of binary data and split it into four numbers of six bits. ![]() These 3 bytes are then converted into four printable characters from the ASCII standard. A byte consists of eight bits, so Base64 takes 24bits in total. There, Base64 was used to create printable text again after binary e-mail data that was generated during the e-mail encryption process.īase64 encoding takes the original binary data and operates on it by dividing it into tokens of three bytes. Use cases are encoding UID's for use in HTTP URL's, encoding encryption keys and certificates to make them safely portable through e-mail, display them in HTML pages and use them with copy and paste.īase64 is sometimes also refered to as PEM, which stands for Privacy-enhanced Electronic Mail. Base64 encoding is used to convert binary data into a text-like format that allows it to be transported in environments that can handle only text safely.
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