Re: Gadget Wide Beta Download
Sanora Ngueyn
Apple just released the second developer beta for iOS 14 today, Tuesday, July 7. The update comes 15 days after Apple seeded developers the first iOS 14 beta, which introduced home screen widgets, picture-in-picture, and 4K YouTube support, among more than 200 other features.
Apple released this update for iOS 14 at 10 a.m. PDT. If you're a seasoned beta tester, you might know Apple usually seeds new iOS updates at this time. However, it's important to note this update is only for registered developers. If you're a public beta tester, you'll need to wait for Apple to release the public beta.
Normally, Apple releases the public update three hours to one day after releasing a developer beta. However, things are different with a major release like iOS 14. Apple confirmed the public beta is coming sometime in July, but we just don't know exactly when.
The Apple Worldwide Developers Conference kicks off with exciting reveals and new opportunities. Join the developer community for an in-depth look at the future of Apple platforms, directly from Apple Park.
I, too, was excited about Screentime for my two teenage daughters. I'm sure Screentime will continue to become more reliable as we progress through subsequent betas. As parents, we've resorted to keeping their phones in our room at night. We hope to not have to do this for much longer.
The quirky gadget, also known as a big bubble veil, was pioneered in Germany to help protect the endangered harbour porpoise, the only cetacean species living in its North Sea and Baltic Sea. The bubble curtain was designed around the porpoise's specific needs and traits, lowering wind farm construction noise to a threshold deemed safe for the species, based on scientific research. Its proven muffling effect may also benefit other marine mammals that are vulnerable to noise, such as seals.
The bubble curtain is now widely used by northern European countries racing to build more offshore wind farms as part of their efforts to curb CO2 emissions and fight global warming. Countries including the Netherlands, Germany, Denmark and Belgium have pledged to turn the North Sea into "the world's largest green power plant", aiming to jointly increase their offshore wind capacity there to 300GW by 2050. At the same time, they are under pressure to reduce the potential impact of wind farm construction noise on marine creatures, for whom sound is everything.
In response to the scientific findings, countries including Germany, Denmark and the Netherlands have introduced porpoise-shielding rules and guidelines for wind farm developers. Germany's regulations, which researchers have called "the strictest worldwide", include mandatory noise thresholds and the use of technologies such as the bubble curtain. According to a 2019 analysis, the German restrictions sparked "unprecedented innovation" in measures that substantially reduced noise pollution while allowing wind farm development to continue.
Hollandse Kust Zuid, a recently launched Dutch wind farm with 139 turbines, used a double bubble curtain to buffer pile-driving noise from the construction of each of the 7m-wide (23ft) foundations in 2021 and 2022.
Some experts caution that the current noise-reducing measures may not be sufficient to protect an already stressed harbour porpoise population from the wider impact of ever bigger wind farms and turbines, with more intense construction noise.
The @arcgis/coding-components package will eventually contain a wide range of tools, resources, code editors and utilities that support coding. Currently, only the Arcade editor component is supported, which allows the end user to create Arcade expressions that drive aspects of your map or app within your solution.They will have the same experience editing their Arcade expressions as they do in Map Viewer and the Arcade playground.
* Sliders in fan control panel might not display correctly.
Workaround: you can still drag at the correct position of sliders on each row to adjust fan speed.
This was fixed since Big Sur beta 8.
Setting the shortcut context to Qt::ApplicationShortcut has a serious flaw. It will not work in modal dialogs. So if you want a trully real pan-application-wide shortcut, then you need to override application's notify() method. The alternative is to install event filter for the application object but that I suspect would be slower and requires slightly more code. With notify() it is very simple:
The Business Analyst widget in ArcGIS Experience Builder is out of beta in the February 2023 release of ArcGIS Online. The BA widget packs a significant number of new capabilities and it has been redesigned to allow various customization options.
If you have any existing ExB apps with the old BA Infographic (beta) widget, please read this Esri Community article: Important changes to Experience Builder apps with Business Analyst Infographic (beta) widget.
We are introducing two modes to allow you create a customized experience for your end users based on your business needs. The Workflow mode is a new functionality that provides the end user with step-by-step panels for defining location or geography and then running an infographic. If you are transitioning from the BA widget in Web AppBuilder (WAB) to Experience Builder, this is the mode you want to explore. The Preset mode was the default option in the BA Infographic (beta) widget, which allowed embedding an infographic with preconfigured settings. The Preset mode has been redesigned and contains several new enhancements.
Regarding betas, I've never experienced anything breaking in a way that made anything in HubSpot unusable. Not even close. You might find that the feature you're testing the beta for does not work exactly as expected, that it's not fully fledge yet. While it's possible that something outside of the beta might break, it's very unlikely and I've never experienced it.
Hi Karsten and thanks for your answer. We have the relevant enterprise level for this. Can I enable beta only for me (a single user) for this or dows it need to be account wide? (if it is account wide, what are the risks of enabling beta?)
I too would love to be able to report on sub item time tracking. Frustrating that we have to record all time on the parent item. I know subitem time floats up but we have a lot of parent items so need to run a company wide report.
I echo the sentiments in this thread and I would love for one of the Monday.com community staff to give us an idea if this has been looked at yet or have any indication when it will be looked at/delivered/up for beta testing?
The BigPicture add-on that includes Gantt may be useful. This add-on works with BigGantt natively and will allow you to add a gadget to your dashboard. You can use that to see the results from your Gantt charts. Hopefully that helps. Let me know if that does not meet your usage requirements.
Polarized beams are available for selected element, which is produced using optical pumping technique. A beta-NMR setup may be placed downstream of BECOLA to accept the polarized beam. The beta-NMR setup consists of a dipole magnet (Hmax = 0.5 T), sample holder and a radio-frequency (RF) coil, and an RF system with a resonant system and a 300 W amplifier. A multi-RF application is also available. A user provided experimental device may be used as well to accept polarized beams.
The NMR Apparatus consists of a small electromagnet with a 4-inch gap between pole faces. A foil is place at the center of the pole gap to catch the fast-moving radioactive beam. Surrounding the foil is a pair of plastic scintillator telescopes used to detect beta particles emitted from the captured radioactive beam. The telescopes are placed on the north- and south-pole faces of the electromagnet. Small, multi-turn copper coils placed around the implantation foil are used to introduce radio-frequency waves into the sample.
A beta-NMR spectrum is obtained by determining the ratio of the counting rates in the north and south beta detectors as a function of the incoming frequency of the radio waves. At resonance, a deviation of this north/south counting ratio is observed. The frequency of the radio waves required to reach resonance is directly related to the magnetic strength of the radioactive nucleus.
Typically, large samples are required for conventional NMR and magnetic resonance imaging experiments. However, by detecting the emitted beta particles from the radioactive sample, a sensitivity gain of over 14 orders of magnitude is realized by beta-NMR measurements over conventional NMR. Successful beta-NMR measurements have been completed with sample sizes as small as a few hundred radioactive nuclei implanted per second.
The central silicon implantation detector in the beta counting system is divided into 40 horizontal and 40 vertical strips, effectively providing 1,600 independent silicon pixels. Each pixel is used to detect the incoming radioactive beam, and the location and time of the event is recorded. Subsequent beta radiations that occur when the nuclear isotopes undergo decay are correlated in software with previous implantations using the stored position and time information. Beta decay properties that can be deduced using this device include half-lives, branching ratios, and decay energies.
Traditional beta-decay studies involved the collection of a bulk sample, whose overall decay was monitored as a function of time. By using a highly segmented silicon implantation detector, direct correlations can be made between individual radioactive isotopes and their emitted beta particles. When a beam particle implants into a pixel of the segmented silicon detector, information is recorded on a computer that helps identify the particle by mass and nuclear charge. In addition, the absolute time of the event is recorded. After some delay, a second event, corresponding to the beta decay of this particle, is detected in the same pixel. The energy of the beta particle and the absolute time of the event are recorded. The time difference between implant can be used to extract the beta decay half-life of the nuclear species.
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