The Blood of Dawnwalker Update 1.1 Adds Directional Animal Petting and Over 1,100 Other Improvements and Fixes - IGN

Rebel Wolves really put out something special with The Blood of Dawnwalker, its vampire RPG where you straddle the line between monster and man. Now it’s getting even better with directional animal petting. Yeah, you heard. Similar to Kingdom Come: Deliverance, Dawnwalker’s combat uses directional inputs to attack and defend from different angles during combat. Update 1.1, due out next week, will let you take that system and use it to frantically rub a dog. “What happens when you merge a directional combat system with the ability to pet dogs and cats?” the studio asked. “Directional. Animal. Petting.” The update also adds a consumable item: the Draught of Mind Rebirth. Take a sip and you’ll be able to respec all your upgrade points and try out a different build without starting the game again. Elsewhere, the game is also getting an even easier mode for those who couldn’t get to grips with directional combat, as well as options for larger font sizes for the subtitles. Accessibility is always good. There are also some visual upgrades coming, such as frame generation improvements, better animations and camera movement, improved lock-on and targeting, and better traversal.

It'll also let you suck down a Draught of Mind Rebirth Quick! Hit left scratch ear! Hit down rub belly! Slap right bum pats! Annnnd you've died because you failed to parry a paw coming for you with the force of a vampire's claw. This is how I assume things will go if I boot up The Blood of Dawnwalker once its 1.1 update debuts. Devs Rebel Wolves, in their infinite wisdom, claim to be set to add in "directional animal petting" as part of it.

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IntroductionSurface acoustic wave (SAW) sensors have emerged as versatile platforms for a wide range of sensing applications1,2, including magnetic field detection and electrical current measurement3,4,5,6,7. These devices operate by generating surface acoustic waves on a piezoelectric substrate using interdigital transducers (IDTs)8. The propagating acoustic waves induce periodic strain in an overlying magnetostrictive film. An external magnetic field alters the elastic properties of this film, such as its Young’s and shear modulus, through the \(\:{\Delta\:}E\)-effect and \(\:{\Delta\:}G\)-effect, respectively9. The magnetoelastic SAW interaction with these field-dependent elastic constants modulates the SAW propagation velocity in a delay line setup3,6,7,10 or frequency in a resonator setup11,12. Recent studies have demonstrated limits of detection (LOD), such as 22 pT/Hz1/213, 55 pT/Hz1/214 or 126 pT/Hz1/215 all at 10 Hz for various SAW sensor setups, highlighting the strong potential of this technology for low-frequency magnetic field sensing.