![]() There’s the green on-air icon, a stretch and squeeze icon, the usual dropdown to select your station or modes, and a Hide/Show Virtual Events icon, that we’ll discuss shortly. ![]() From the left, we have the time stamp, as well as the ETM type (Hard or Soft), time of the ETM, and Actual Gap (the over or under until we hit the desired time). Let’s start by outlining the Zetta On-Air module and some of its features. Sure, we know that we can change the modes, chain types, and that Stop button will take us off the air, but what about the other subtle options that we can control? Did you know that you customize the On-Air module’s fonts and colors or that you can enable Virtual Events? We cover those topics and more on this week’s RCS Live. We’re continuing our “Back to Basics” series with a deep dive into Zetta’s On-Air module.
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![]() Honestly, there are almost four different resolutions in his 200k texture pack.įurthermore, there is another great change for all PvP players, because the ore blocks are outlined. Actually, BedlessNoob claimed that all items and blocks have 128×128 resolution, but that’s not true. In general, it can be said that almost all textures have different resolutions. ![]() ![]() Although the resolution of all swords is 512×512, they are slightly shorter than usual. Compared to other resource packs, the sword blades have a better design. All swords and tools really stand out from the competition. In our opinion, the textures are beautifully designed and you will immediately notice a difference compared to his older packs.įirst, let’s take a look at the great PvP items because in this case, they are one of the most important textures. For a long time, his subscribers have been waiting for the release and now it’s finally available. It’s the official Bedless Noob 200k texture pack. YouTuber BedlessNoob has released something very special for his fans. ![]() For those who want more information on the topic, here are two places you can start your research: ![]() Thus, you end up with something like -9813.04000000003, which contain the full 15 digits of precision possible in Excel.Ī full discussion of how floating-point numbers are maintained in Excel and computers in general can very quickly get extremely technical. Instead, Excel provides an "approximate" result, out to 15 digits (the limits of its precision). When you throw a decimal point into the mix, then storing very large or very small numbers becomes more problematic-Excel just isn't able to store them with absolute precision. Whole numbers can be stored as binary values relatively easily. Computers must store numbers internally as binary values, not as the decimal values we see displayed on the screen. The problem is ultimately related to how Excel works with floating-point numbers. What Fred is witnessing is an artifact of Excel's limitations. ![]() Fred expressed some confusion and concern about the results he received when subtracting certain numbers. ![]() The Smith chart is a chart of normalized impedances (or admittances) in the reflection coefficient plane. This has been accomplished in a rather general tool called the Smith chart. Thus, the following proposition: Build a graphical chart (or an equivalent computer program) capable of representing the reflection coefficient as well as load impedances in some general fashion and you have a simple method of designing transmission line circuits without the need to perform rather tedious calculations. You may also recall, perhaps with some fondness, the complicated calculations which required, in addition to the use of complex variables, the use of trigonometric and hyperbolic functions. ![]() The reflection coefficient, in turn, was defined in terms of the load and line impedances (or any equivalent load impedances such as at a discontinuity). Voltage, current, and power were all related to the reflection coefficient. The reflection coefficient was used to find the conditions on the line, to calculate the line impedance, and to calculate the standing wave ratio. ![]() A look back at much of what we did with transmission lines reveals that perhaps the dominant feature in all our calculations is the use of the reflection coefficient. |
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