Prince Bartos

The date for each set of 3 binary bytes is spread over 4 characters giving us 6 bits per character. 6). Think of it this way 3/4 (putting 3 bytes into 4) means the data is split 75% from each byte to span 4 bytes. Thus, 6 bits utilized per character. Base64 works in blocks of 3 bytes. Padding keeps the correct number of characters when there are not enough bytes in the sequence. Since a little math is involved to determine the encoded size we’ll use this simple function to help us out. It’s pretty self explanatory but if you didn’t read the paragraphs above that explain the math, I highly recommend you go back and do so. Now we need to move the mapping table. Unlike decoding this is an array which we’ll reference by index as we encode. This table is used to turn 3 byte sequences into characters.

One disc would only scan a small portion of the test subject, so a single machine contains two stacks of discs connected by a bar that pivots around a central point. Because there are several transmitter/receiver discs stacked vertically and because these stacks rotate around the person, the device can form a complete picture, from head to toe and front to back. The exact configuration of the software determines the level of detail seen in the final example. For example, a backscatter machine with the most basic version of the software produces a whole-body silhouette of the subject that resembles a chalky sketch. Some details about a person's build and shape are visible in this image. With a privacy algorithm applied, however, the software blurs these details and only highlights potential threats. Millimeter wave scanners also can produce images that reveal a person's unique topography, but in a way that looks like a crudely formed graphite prototype. Since their introduction, the TSA has armed these machines with automated target recognition, or ATR, software, which produces a generic outline of a person -- exactly the same for everyone -- highlighting any areas that may require additional screening.

There, he and his droid forces captured Yarua, Senator Padmé Amidala, and their associates. Shortly after, the droids also captured Yarua's daughter Viiveenn and Kenobi. Once Kenobi was restrained, Grievous interrogated Yarua and Viiveenn about their hidden item. Just then, Kenobi appeared behind Grievous and asked for Yarua and Viiveenn to be released. Grievous responded by drawing his lightsabers and engaging the Jedi in combat. Force pushed by Kenobi, Grievous immediately took Viiveenn hostage, only for Yarua to tackle him into space, sacrificing himself and allowing his daughter to escape along with the Jedi. While successfully escaping from the Separatists, Kenobi assumed Grievous was dead, but Yoda warned him not to underestimate him. Some time later, Grievous launched an assault that failed to capture Outpost 716, forcing Count Dooku to dispatch his personal assassin and apprentice, Asajj Ventress, in another attempt to capture the outpost. Shortly into the war, Grievous met in person with the droid mercenary AD-W4 to hire him to oversee the Separatists' operations on the planet Hissrich.

The Time column in the Query results pane displays the timestamps of your log entries. You can customize the Time column so that only certain parts of the timestamp are visible. This creates more horizontal space so that you can view more information in the log entry. Suppose you're looking through the log entries in your query results and want to quickly skim the results by a certain LogEntry field. Or perhaps you want to group your log entries by a certain field-value pair. You can add summary fields to your results, which appear as chips at the beginning of each log entry line. The Logs Explorer offers default summary fields and custom summary fields. Default summary fields depend on your current query results, and custom summary fields let you select any field in the LogEntry. Summary fields toggle. When this toggle is enabled, the results are displayed in raw-text format. By default, the content of each log entry is truncated to fit into one line.

While using images on your site to get your point across is great, those 1000 words don’t come cheap! They take a lot of resources to serve up. The best approach is to choose the file format that gives you what you need and nothing more. WordPress tries to help in the image optimization department by automatically compressing images, but it doesn’t do much. For that, a dedicated tool like Smush Pro can save you a lot of time and deliver images faster than you ever thought possible. As I was writing this post and learning about WebP images, compression, and other image optimization techniques, I was excited to use my new found knowledge to improve my personal site. I was about to read a lengthy tutorial on how to create WebP images when I learned that Smush Pro does this with the flip of a switch. I also activated the Smush CDN and saw my page load time come way down. Before Smush Pro loading images took 3 seconds on some pages, but after converting to WebPs and using the Smush CDN, the thing would load in under a second. I was blown away. Want to see for yourself how much of a difference Smush Pro can make to your site? Get all of our Pro plugins with a risk-free WPMU DEV membership. Are you feeling more confident in your image choosing abilities now? Did you try any of my tips on your site? How did you page speed improve? Say Hello To The Future Of Image Optimization - Smush 3.0 Is Here! All the good WordPress stuff, once every two weeks.

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