8/1/2023 0 Comments Use little snitchIf you're using your Mac to access any public network. One of the links on the LuLu download page (6 Questions) says: ![]() I buy his stuff (well, it's really donationware) just to support his continued work. The apps are clean, to the point, effective, and easy to manage. LuLu is not only (very) actively developed, the developer is one of the leading Mac security people out there. On a whim, I swapped out LS for Lulu and so far it seems better problem free. It seems perhaps "less intrusive" than LS? Also, we have one shared family iMac that seemed suffer from network freeze situations a lot, couldn't put a handle on it Seemed like an app, like Firfox, just couldn't load web pages. We have a few Macs in the house and I'm trying lulu on two of them. Since then only LuLu and haven't seen the need for anything else. I had Little Snitch in the past, but had problems and gave up on it.can't even remember what. But I'm guessing you're already familiar with that. What weaknesses are there to, say, Lulu? Is it actively developed/updated? I generally like the Objective-See stuff as a rule. ![]() Radio Silence also seems to be a cheaper alternative to Little Snitch.Ĭurious if anyone has recommendations one way or the other. I'm messing with Lulu on another computer and, while clearly having fewer features, it seems like a functional alternative ( and cheaper). So I've been a Little Snitch user for many years and generally happy with it.
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8/1/2023 0 Comments Pokemon scenery 720p![]() With monitors becoming larger and also screen resolution increasing (my next monitor will probably be 27" at 1440p), it gets harder and harder to justify having 480p files. The problem I have with getting 480p files is basically this: I agree it's ok now but in say 2 years, I feel like this is not a good option. ![]() Can't link stuff due to this subs rules but just search pokemon season 1 - 20 on nyaa and you will easily find it. Taking video from the first and combining with subs from the second is the best pokemon you can get. ![]() There's another 640gig rip (dubbed) which has separated. There's raw amazon prime jp rip on Nyaa that is probably the best quality you can find, but it doesn't have subs. Pokemon has always been targeted at kids watching TV and not for streaming services, so you really can't expect anything more from them. Amazon web dl is 23.976 but that's done by cutting frames out which makes panning shots especially choppy. Even any official Bluray (if it ever comes) will be upscaled.Īlso, the 1080p 29.97 web-dl crap is the only crap you will find since everything post Advance Generations was mastered in 29.97. Finding 1080p of Pokemon before s12 is impossible and anything you may find will be upscaled. Bluray of these anime is 1080p but that is upscaled too. Most 1080p anime today is also upscaled from 720p. All anime pre-2015 was mastered in 480p and anything else is upscale. ![]() This chapter will address the arrhythmias listed in the USMLE (United States Medical Licensing Exam) Step 1 content guide on a section-by-section basis. Describe the underlying pathophysiology of an arrhythmia.Distinguish between different forms of common arrhythmias.Sick sinus syndrome and Bradycardia-Tachycardia syndrome are examples. This missed cycle or pause may induce an escape response. Sinus arrest/block and sinoatrial exit block- Sinus node dysfunction, SA node misses one or more cycles. Disease of these fascicles and bundle branches can lead to a left or right bundle branch block, left anterior or posterior fascicular block, bifascicular block or a trifascicular block. The left and right bundle branches taper out to produce numerous Purkinje fibers which stimulate myocardial contraction. The posterior fascicle has dual blood supply and is particularly resistant to ischemic damage. ![]() The left bundle branch is short and splits into the left anterior and posterior fascicle. The AV node terminates at the bundle of His, which splits into the left and right bundle branches in the interventricular septum. A left and right bundle branch block will also cause unsynchronized ventricular contraction, with widening of the QRS complex and create characteristic changes on an electrocardiogram. If the block occurs below the AV node, a ventricular escape rhythm is produced with a rate between 20-40 bpm creating a wide QRS complex. ![]() In most cases, if the block occurs within the AV node, a junctional escape rhythm is produced with a rate between 40-60 bpm, which creates a narrow QRS complex. The location of the block will determine what escape rhythm is produced, such as junctional or ventricular. Disease of the AV node can occur at different locations within and below the AV node, and can cause characteristic blocks such as 1st, 2nd and 3rd degree AV blocks. The AV node has a slower intrinsic rate of 40-60 bpm. The AV node is located within the interatrial septum, with blood supply coming from the RCA in 90% of patients and the LCA in 10% of patients. When the SA or AV node fails to generate a spontaneous impulse, other myocardial tissue can assume the role, such as an atrial, junctional or ventricular focus. Sick sinus syndrome and Bradycardia-Tachycardia syndrome are examples of SA node disease. Disease of the SA node, such as in sinus arrest or sinoatrial exit block, the SA node fails to create an impulse and no atrial contraction is produced. It is the dominant pacemaker and maintains a rate between 60-90 bpm in most adults. The SA node is located at the junction of the right atrium and superior vena cava, with blood supply coming from the right coronary artery in 55% of patients and the left circumflex artery in 45% of patients. ![]() After a brief pause, the stimulus is conducted from the AV node through the bundle of His to the ventricular Purkinje fibers through the left and right bundle branches. In the cardiac conduction system, electrical signals arise from the sinoatrial node spontaneously and travel to the atrioventricular node through the atria.
![]() You can use the primary, the ultrawide and even the macro cameras here. There's a nicely capable Pro mode, where you can tweak the shooting parameters yourself. Or you can tap on the active magnification and slide sideways to reveal even more zoom levels - 2x and 10x, plus a slider for intermediate magnifications. The first one is simply tapping on one of the three dots that represent the ultra-wide, primary, and 2x digital options. On the near end, you have the camera zoom switch that operates in one of two fashions. Next to that hamburger menu, you have a flash mode switch, an HDR switch, an AI toggle, shortcut to Google Lens, and a magic wand with beauty effects and filters. The hamburger menu at the far end is where you'll find additional options, including the Super Macro mode (why here and not a mode in the rolodex?), plus the icon to access the settings. The unused modes will still be in that More tab, but you can switch to a (less intuitive) pull-out pane that's summoned from a line next to the shutter release. You can add, remove, and rearrange modes in the main rolodex by going to the More tab and navigating to the edit button, and you can access that from the settings menu as well. Up and down swipes don't work for switching between the front and rear cameras only the toggle next to the shutter release does that. First, basic operation for changing modes works with side swipes (on the black bezel!), and you can also tap on the modes you can see to switch to those directly. The camera app is a rather straightforward implementation, though it does have its quirks. This one has f/2.4 lens, and the focus is fixed. The selfie camera utilizes a 16MP SK Hynix Hi-1634Q 1/3" sensor with 1.0µm pixels and Quad-Bayer filter. The fourth and final camera on the back is a 2MP OmniVision OV02B1 depth sensor. The macro camera packs a 2MP Galax圜ore GC02M1 sensor behind an f/2.4 lens. Oddly, there is Night Mode here, unlike on the Redmi Note 11 Pro 5G's ultrawide cam. Either way, the focus is fixed at infinity. Some units may come with an 8MP OmniVision OV8856 sensor instead of Sony's IMX355. The ultrawide camera relies on an 8MP Sony IMX355 sensor behind a 16mm f/2.2 lens. The color filter is Nona-Bayer, meaning 9 sensor pixels are combined into one 2.1*µm, and the output resolution is 12MP. The primary camera is the same across all three - it uses a 108MP Samsung ISOCELL HM2 1/1.52" sensor with 0.7µm pixels and 24mm f/1.9 lens. The Redmi Note 11 Pro camera arrangement is a mixture of the Redmi Note 10 Pro and the Redmi Note 11 Pro 5G. A single LED flash is also around this quarter, while a single 16MP sits within the screen's perforation and takes care of your selfies. There is a high-res 108MP primary, an 8MP ultrawide, a 2MP macro, and a 2MP depth camera. The Redmi Note 11 Pro has your typical mid-range four-camera setup on the back. |
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