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Pink Salt Trick Recipe For Weight Loss: Drop 5–8 Pounds Naturally?
The pink salt trick is a morning drink with Himalayan pink salt, lemon, and water to boost hydration and digestion. It supports weight loss Mix 8–10 oz warm filtered water, ¼ tsp Himalayan pink salt, ½ tbsp lemon juice or raw apple cider vinegar, and optional ½ tsp honey. Stir until dissolved and sip on an empty stomach. Pink salt trick recipe for weight loss is trending these days because this pink salt drink provides hydration, balances electrolytes and hence gives a bit of metabolic boost. No expensive supplements required. >>>@ Click to Order Pink Salt Trick Recipe At a Discounted Price! Himalayan pink salt is a type of rock salt mined from the Punjab region of Pakistan. Its distinctive pink hue comes from trace minerals like iron, magnesium, potassium, and calcium. Unlike regular table salt, which is heavily processed and stripped of nutrients, pink salt is often praised for its natural composition and potential health benefits. It’s been a staple in wellness circles for years, touted for its ability to improve hydration, support digestion, and even balance electrolytes. But can it really help you lose weight? Let’s explore the trend that’s taking TikTok by storm. >>>@ Click to Order Pink Salt Trick Recipe At a Discounted Price! The Pink Salt Weight Loss Trend On TikTok, the “pink salt trick” typically involves drinking a glass of warm water mixed with a small amount of Himalayan pink salt first thing in the morning. Proponents claim this simple ritual can: Boost metabolism Reduce water retention and bloating Curb cravings Improve digestion Why People Are Talking About It Let’s face it—today’s health trends are driven by simplicity and social proof. When influencers and holistic wellness experts share something that “changed their mornings,” it goes viral fast. The Pink Salt Trick Recipe checks all the boxes: easy to make, affordable, natural, and rich in benefits (real or perceived). And unlike juice cleanses or harsh detox kits, this method feels both safe and sustainable. >>>@ Click to Order Pink Salt Trick Recipe At a Discounted Price!
Java Brain REVIEWS and ComplaintS :An Honest Customer 2025 Review
Positive feedback: Java Brain boasts an impressive 4.8 out of 5-star rating based on over 86,345 reviews, with a high level of user satisfaction. Java Brain is a supplement that combats neuroinflammation and supports mental clarity, memory, and focus. It has received positive reviews from users >>@ Click here to 0Rder Java Brain from the official website Java Brain is a cutting-edge supplement that aims to enhance cognitive performance while supporting natural brain health. In a world where brain fog, fatigue, headaches, sleep disruption, and anxiety have become all too common, finding an effective solution is essential. 1 Bottle – $69: 30-day supply with no savings + shipping charge 3 Bottles – $147 ($49 each): 90-day supply with $30 in savings + shipping charge 6 Bottles – $234 ($39 each): 180-day supply with $120 in savings + free shipping Where To Buy Java Brain and How Much Does It Cost? If you’re looking to get your hands on Java Brain, the best course of action is to Java Brain. This is the only place you can ensure that you’re receiving the authentic formula, specifically designed to deliver the promised benefits. >>@ Click here to 0Rder Java Brain from the official website Is Java Brain vegan-friendly? Absolutely, Java Brain is proudly 100% vegan! This means it contains no animal products, dairy, or additives that could conflict with a plant-based lifestyle >>@ Click here to 0Rder Java Brain from the official website
vkCreateGraphicsPipelines() returns VK_ERROR_UNKNOWN
I've developed an application named "mirror_ball" for Quest/Quest 2 using the Oculus SDK and NDK. When I run it from the Android Studio debugger (click the right pointing green arrow) all I see on the headset is a black screen with 3 white dots. When I look at the Logcat output, I see the following near the end: 01-18 18:03:09.425 4986 5020 E mirror_ball: [18:03:09.425][Error ] VkResult failure [-13] 01-18 18:03:09.425 4986 5020 E mirror_ball: Origin: vkCreateGraphicsPipelines(m_vkDevice, VK_NULL_HANDLE, 1, &pipeInfo, nullptr, &pipe) 01-18 18:03:09.425 4986 5020 E mirror_ball: Source: ../../../../graphicsplugin_vulkan.cpp:959 A VkResult value of -13 according to vulkan_core.h equates to VK_ERROR_UNKNOWN. According to the Khronos vulkan specification this is not a valid return code from this function. From https://registry.khronos.org/vulkan/specs/1.3-extensions/man/html/vkCreateGraphicsPipelines.html: Return Codes On success, this command returns VK_SUCCESS VK_PIPELINE_COMPILE_REQUIRED_EXT On failure, this command returns VK_ERROR_OUT_OF_HOST_MEMORY VK_ERROR_OUT_OF_DEVICE_MEMORY VK_ERROR_INVALID_SHADER_NV It's curious because when I compile and run the same code with the Monado OpenXR SDK using the vulkan driver that comes with my Ubuntu Linux laptop, the application runs perfectly, no such error is reported. My experience is that if the code builds and runs with Monado, it usually works just fine with the Oculus SDK/NDK. Any suggestions as to what might be causing this error? Thanks, Jeffrey Haran
FPS Settings
Dear Meta team, please consider reintroducing the ability to manually set the refresh rate (e.g. 60 / 72 / 90 / 120 Hz) on Quest devices. This option was available until late 2023 and was extremely helpful for WebXR/WebGL development. Now, Quest 3 forces 90 Hz by default, which causes: High GPU/CPU load for low-performance apps Frame drops and stuttering in WebXR More heat and battery drain Unnecessary complexity for clients (SideQuest setup etc.) This feature is essential for many enterprise and browser-based experiences. A simple toggle in developer settings or browser flags would already help a lot. Thank you for considering this request.Unreal - Use Take Recorder with Live Link for Hand Tracking as Motion Capture?
Hi everyone, I'm trying to record an animation in Unreal using the Hand Tracking of the Quest 3 and 2 as a motion capture and once recorded I need to export the animation for future use. When I record with the Take Recorder, the only things that move are the rotation and location of the Motion Controller Components. I searched for a Live Link connection but found only the tracking for body and face with Quest 2. Is there a function for recording the Skeletal Mesh movements of the hand with the Take Recorder? (I found this Post similar to my question but didn't know how to record the bone transforms.) Is there a Live Link connection for the Hand Tracking? I'm using the Meta XR plug-in and already set it for Hand Tracking only.
Problem with OVROverlayCanvas UI shifts after resume from sleep mode
Platform: Meta Quest 3 Unity Version: 6.0.37 Meta SDK Version: 76.0.0 (com.meta.xr.sdk.core) XR Backend: OpenXR Rendering: URP Issue Type: UI / Overlay behavior after suspend-resume cycle :question_mark:Problem: I'm using `OVROverlayCanvas` to render a UI overlay in VR, which works fine initially. However, after the user **suspends the device (sleep mode) and resumes**, the overlay behaves incorrectly: - The UI appears to **move with the user’s view** or “sticks to the face”. - Even though the canvas GameObject retains its original transform, the overlay seems to be rendered in a wrong reference frame. --- :white_heavy_check_mark: What I’ve already tried: - Called `SetFrameDirty()` and `UpdateOverlaySettings()` on resume (`OnApplicationFocus`, `OnApplicationPause`). - Restored original `transform.position` and `rotation`. - Avoided `SetActive(false)`. - Reparented temporarily to force matrix recalculation (this sometimes helps). - Ensured the canvas is not under the OVRCameraRig or CenterEyeAnchor. - Only one `OVROverlayCanvas` is active. --- 🔍Additional Notes: - Using `CanvasShape = Flat`. - Using `OverlayType = Underlay`. - This issue only happens after suspend/resume. Not reproducible during normal runtime. --- 💬 Question: Is this a known issue with OVROverlayCanvas in Quest 3? - Is there any **official workaround or best practice** to force correct projection/rendering after resume? - Should I manually re-initialize the overlay or recreate the canvas entirely? - Would switching to a standard `World Space Canvas` avoid this behavior? Thanks in advance for any suggestions or insights!
casting issue MQDH
i have 5 meta quest 2 each and every is casting on other pcs with same cable.but neither of them is casting on my one particular pc.on this particular i have tried everything i have reinstall the complete window.i have reinstall the drivers.i have reinstall the mqdh.i have tried each and every possible way.whenever i click on casting button in mqdh casting window is not launching. ----Casting Issue Video Link https://drive.google.com/drive/folders/1WBjY7PlxRA-_MCUsyzzpoly3Ptvu75UX?usp=sharingOpenXR API to trigger Guardian Room-Scale setup
Hi, We’re shipping a Unity app on Meta-OpenXR 2.1 and would like to let users switch from *Stationary* to *Room-Scale* without leaving the app. - `OVRBoundary.RequestBoundarySetup()` solves it on the Oculus XR Plugin path, but no equivalent exists on the OpenXR provider. Questions: 1. Can you confirm there is currently no OpenXR API to invoke the “Define Play Area” wizard? 2. Is Meta planning to expose a `BoundarySetup` extension in future releases? 3. What workflow do you recommend to stay 100 % OpenXR (e.g. Boundary Visibility + on-screen guidance)? Thanks!
Meta Quest Hand tracking working without OpenXR, just Ultraleap tracking plugin and no Leap Motion S
## Summary: Hello everyone, I'm a Junior Developer trying to understand what is happening here as I have never used Unreal Engine before. Somehow, there is a VR build made for Leap Motion sensors that allows me to use Oculus native hand tracking via Quest Link, but it seems that the only pc that allows this to happen is mine, while the other 5 or 6 pcs we have tried this simply just won't let the hand tracking work. ## Details: First of all, we are building VR simulators at the company I'm currently working, we mainly use Unreal Engine with Oculus and Vive for displays, and Leap Motion sensors for hand tracking. We have never build an VR app with Unreal Engine that uses Meta's native hand tracking, I was testing a Build that only has the Ultraleap Tracking Plugin version 4.11.0 And then somehow, I was able to use the hand tracking from a Meta Quest 3 headset without connecting a Leap Motion sensor. My coworkers claim that this has never worked before for a build using Unreal 5.2, so what I'm looking for right now is an answer on how is this posible only on my pc and how can we replicate this on other pcs. Also if there is a consistent way of using Meta's hand tracking in Unreal Engine 5, I would like to know. I don't know if this is something obvious or not, as this is my first time working whit Unreal Engine. ## Software versions: So in order to investigate the cause of this, we tried testing in others pcs with the exact same software without any positive results: - Meta Quest Link version 77.0.0.574.329 - Ultraleap Tracking software version 5.20.0 - Meta Quest 3 using v77 *(Note that we used the same VR headset on every pc and the same Link Cable)* - Pc windows Build using Unreal Engine 5.2.1 I hope this explanation of the problem is clear, if not please feel free to ask.
