![]() ![]() ![]() This means that what they pick up overlaps, so the camera can capture a complete sphere of what is going on around it. The two sensors are large 1/2.3-inch backside-illuminated CMOS chips, with 201.8-degree field-of-view lenses each. The feature that lifts the VIRB 360 above the competition, and potentially GoPro’s alternative when it arrives, is the resolution it shoots at. Like the Ricoh Theta S, and most other consumer-grade 360 cameras, the VIRB 360 relies on two sensors facing away from each other, equipped with extreme fisheye lenses. You can hold the camera up above your head to grab panoramic action on the move, or place it on the table or floor to capture events as they go on around it. It’s a neat system adopted by other 360 cameras such as the Samsung Gear 360 and DokiCam, and makes the VIRB 360 very versatile. The legs fold together to make the hand grip, or open out to create the tripod. The latter is used with the tripod hand grip combo. The mounting options clip onto the bottom of the camera and provide either a standard connection for VIRB / GoPro accessories or a tripod screw mount. Alongside the camera itself, there are two different mounting options, plus a mini tripod and a hand grip, although the latter are cleverly combined. The VIRB 360 comes in a deceptively small box, considering how much is packed inside. Now it has beaten GoPro by as much as six months with a 360-degree action camera of its own. Most people know Garmin for its sat navs and sports-tracking products but the company entered the action camera market a couple of years ago with the VIRB range. The second surprise is that this could be the best consumer-grade 360 video camera currently on the market. Uri = new System.Uri(" /./index.The VIRB 360 is the latest action camera from Garmin, and the first surprise is that it shoots video for VR. Public static IEnumerable AllMapProviders Return MapProvider_t.FromKey(MapApi.ApiType_t.eGoogle) ![]() Int32 value_ : Public, SpecialName, RTSpecialNameĪpiType_t eBing = 0 : Public, Static, Literal, HasDefaultĪpiType_t eGoogle = 1 : Public, Static, Literal, HasDefaultĪpiType_t eBaidu = 2 : Public, Static, Literal, HasDefault Struct VirbShared.MapApi+ApiType_t: AutoLayout, AnsiClass, Class, NestedPublic, Sealed, BeforeFieldInit In most cases, we will likely end up with a free account.Īnother alternative is for Garmin to release a new version using Open Streets Maps or similar however, I suspect they'd still end up in a resource usage issue at some point.įor reference, here are the relevant source code blocks: In this vein, we are fully responsible for acquiring our own key and pay for what we use. If Garmin doesn't want to pay up, then there's an easy fix: Garmin needs to release a minor update with a new config setting allowing us to define our own Google Maps API key. The problem appears to be a billing issue. Right now? We can't without Garmin updating their account with Google: The Google Map link embedded into the compiled. ![]() "You have exceeded your request quota for this API." What is the actual error from Google Maps? In other words, Bing may have been supported in the past, but Garmin no longer provides a Bing map editor. Using the "eBing" setting will fallback to the eGoogle setting. Note: The Baidu map is only available if your system's culture (language settings) is set to "zh-Hans" or "zh-Hant", aka Chinese. Using the "eBaidu" setting resolve the map as: Using the "eGoogle" setting resolves the map as: So, I dug into the source code.Īfter de-compiling the VirbEdit.exe source code, I found there are three known map providers for Virb Edit: This looked like an interesting avenue to resolve Google Maps issue that recently started to pop up. Maybe we can edit this string from the file to Bling or something ![]()
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