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One of the rather surprising additions to the Pixel Watch is the option for you to purchase an LTE-connected version of Google’s first smartwatch. Considering that this is Google’s first attempt at entering the smartwatch market, many didn’t really believe that this would be something that would be available.
However, there are a lot of benefits to having an LTE-enabled Pixel Watch, as it allows you to leave your smartphone behind if you happen to go on a run. This is also helped by the fact that you can pair many of the best Bluetooth earbuds and headphones to the Pixel Watch, so you can still listen to your favorite playlists.Set Up LTE on Pixel Watch
When it comes to those who want to set up LTE on Pixel Watch, you’ll likely be prompted with the option to activate this functionality during the initial setup process. However, in the event that you have to reset your Pixel Watch, or pick one up on the second-hand (or used) market, this option might not appear. Here’s how you can set up LTE on Pixel Watch, even if you skipped past it originally:
From your Pixel Watch, swipe down on the watch face to reveal the Quick Settings panel.
Tap the Settings (cog) icon.
Confirm that the “status” is set to On.
Open the Google Pixel Watch app on the phone paired with your Pixel Watch.
Tap Mobile Network.
Select Set up a new profile.
Tap Set up a new profile via your cellular carrier.
Follow the on-screen instructions to set up LTE on Pixel Watch.
After a few moments, you’ll notice that your Pixel Watch is now connected to LTE, removing the need to be connected to Wi-Fi in order to receive notifications. Depending on your carrier, the process should only take a few minutes.What Carriers Support Pixel Watch LTE?
If you’re interested in picking up Google’s new Pixel Watch LTE for yourself, you might be wondering about carrier compatibility. This is a valid question, as there are some smartwatches that won’t work with all carriers. However, this isn’t the case or a problem with the Pixel Watch, at least here in the United States. Here’s the list of carriers that support the LTE model of the Pixel Watch:
Setting up and using the Pixel Watch LTE should be an easy process, but you will likely find yourself needing to add a line to your account. According to Google, “your watch and your phone must use the same carrier”, meaning that you can’t use the Pixel Watch on Google Fi if your phone is connected to Verizon.What to Do if Pixel Watch Won’t Activate
It should come as little surprise that there are definitely a few bugs to be concerned with when it comes to a first-generation product, such as the Pixel Watch. Ever since its initial release, new Pixel Watch owners are finding themselves unable to activate the LTE on their Pixel Watch. Doing so might result in some error messages such as “eSIM download error” or “something went wrong” when going through the steps.
Thankfully, there is some guidance, at least for Verizon customers, in the event that you can’t activate LTE on Pixel Watch. As a note, these are steps that you can recommend to a customer service representative, and might not work if you try activating the Pixel Watch from the Verizon website or mobile app.
Add a new line of service.
Select customer-provided equipment.
Enter the IMEI number of the Pixel Watch.
When prompted, enable Number Share.
Complete the order by adding a line to the plan.
Open the Pixel Watch app on your paired Android phone.
Scroll down and tap Mobile network.
If the process has been completed properly, then your Pixel Watch should vibrate, showing a “Downloading eSIM” prompt. This should take between one to two minutes, so patience is key here. Provided that the eSIM is downloaded properly, the Pixel Watch should be activated with LTE support.
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Here is an overview of what we’ll cover in this guide:Setting Up Google Tag Manager
Let’s first put your Google Tag Manager account into preview mode.
If you don’t have a version published yet, it will ask you to publish an empty version first.
This opens Google Tag Assistant on another tab. Here, you will connect the Tag Assistant to your site.
Your site should open on another tab, and the debug information in Tag Assistant will come from this page.
We can confirm that the tab is connected to Tag Assistant if there is a popup at the bottom-right corner of the page.
Since we don’t have any tags or variables yet, nothing will fire, and Tag Assistant will be empty. Going back to our Tag Manager, we are notified that a new container version is available.Creating a PageView Tag
There are different types of Pixels you can deploy on your website. In this guide, we’ll teach you how to set up Meta Pixel for PageView event tracking.
For eCommerce sites, you might want to utilize Meta Pixel’s purchase tracking. To not miss out on important conversion data, check out our guide on Meta Pixel Purchase & Conversion Tracking with GTM.
Go to Tags → New.
Next, we’ll configure our tag. An official Meta Pixel template is absent from the list of templates provided by Google, but there is one from the community gallery.
From here, search for “Facebook” in the search bar and select the Facebook Pixel template.
You can see that the community gallery provides multiple templates that we can use. We have templates for the conversions API, customer support, and the Meta Pixel. These can be helpful to you in the future, but for now, let’s select the Pixel template by Facebook Incubator.
Selecting any template opens a window where you can see details such as a brief description of the template, recent changes, and the specific actions the template wants to perform while executing.
A popup will appear, asking if you want to give the template permission to perform a list of specific actions.
The Facebook Pixel template is now installed on our page, and any time we go back to our tag configurations list, we should find this template under the custom tag templates.
Next, we need to provide our Meta Pixel ID.
Go back to Tag Manager and paste our Pixel ID in the space provided.Creating a Variable for your Pixel ID
Before proceeding to our other tag configurations, I recommend saving the Pixel ID in a variable.
A variable is a placeholder we can reuse so that we don’t have to remember the Pixel ID value or keep going back to our events manager to copy it.
The next step is to name our variable. To make it easier to know what variable we have, I’ll have the variable typed first in the name, followed by what variable this is. Since our Pixel ID has a constant value, we will have a constant variable type.
I’ll also put the value at the end to know which specific Pixel ID this is, in case I choose to create more Pixels. Feel free also to follow this naming convention.
Scroll through the list and select Constant.
The two curly brackets enclosing the variable name indicate that we are using a variable.
Next time you create a new Meta Pixel or tag that requires your Pixel ID, you can simply select this variable.
We can now proceed to the remaining configurations. Since the PageView option is selected by default, we won’t have to change anything in the event name. Let’s learn how to apply a trigger.Applying a Trigger
Since we are making a PageView tag, we need this tag to fire on all pages when they are opened. There are a few pre-configured options, and the trigger for all pages is one of them.
Now, all we have to do is name our tag. Like before, the tag name should start with the tool, in this case, Facebook, then event, and lastly the type of event, which is PageView.
Here, we can see that our PageView event has fired successfully.
Great, our Meta Pixel seems to be deploying properly while in preview mode.
Now, the final step on how to set up Meta Pixel is to test and debug it to ensure it is deployed successfully.Testing
A helpful tool that can aid us in testing our Meta Pixel is the Facebook Pixel Helper extension. Installing this extension on Google Chrome can provide information about your Pixel, what events are sent to it, and if something went wrong or was not deployed correctly.
Here, we’ll see details like the setup method, URL called, load time, and Pixel location. We can also see that it has a green check mark, which indicates that the PageView event has been fired correctly.
You will also see that microdata was automatically detected. Meta Pixel has the functionality to go onto the page, scan it, and find any kind of special information on the page itself. This data is not something we can manipulate, but something that Meta tracks automatically.
So, our Facebook Pixel Helper shows us that we have fired our tag correctly and everything should be working. However, we still need to verify if it sends data to Meta.Testing Browser Events
We should look at our events manager and test our browser events.
This will set a cookie to your website that lets it send data over to Meta. Our site will also open in another tab. However, this tab will not be connected to our Tag Assistant. Since our tag is not yet published, the PageView event will not show in the events manager.
If we open the Facebook Pixel Helper extension in this tab, we can also see that there is no Pixel being deployed and nothing could be tracked.
Since the cookie is now set on our browser, we can close this tab and go back to the tab connected to our Tag Assistant.
After refreshing the page, we can see that the Facebook Pixel Helper extension detects Pixels being deployed, as indicated by our extension being colored and a green box showing the number of events detected.
If we go back to our events manager, we can see that the PageView event is now being sent over to Meta.
Great; everything works properly! Let’s submit a live version to deploy this Pixel on all the browsers and all the users coming live to our website.Publishing
This action opens a new window where we can configure our submission. We can provide a name for this version as well as a description.
Now, our PageView tag should be live on our website. We can now exit ourTag Assistant so that our site will no longer be connected to it.
Reload our website on a tab and open our Facebook Pixel Helper extension to see if the PageView event is sending properly.
Now, for our final check, go back to our events manager where we should see another PageView event.
We have now successfully deployed our PageView event tracking for our Meta Pixel.FAQ How do I publish the Meta Pixel changes made in Google Tag Manager?
To publish the changes made in Google Tag Manager, follow these steps:How can I verify if the Meta Pixel is successfully deployed?
You can verify if the Meta Pixel is successfully deployed by using the Facebook Pixel Helper extension. It will show if the Pixel is firing correctly and sending events. Additionally, you can check the Events Manager to ensure that the events are being tracked and received by Meta.What should I do if the Meta Pixel is not working correctly? Summary
Those are the steps on how to set up Meta Pixel using Google Tag Manager. We went through creating a PageView tag, creating a variable for the Pixel ID, and testing our tag using the Facebook Pixel Helper extension and the events manager.
This guide is part of our Meta Pixel Tracking course over at MeasureMasters. If you want to do more with your Meta Pixel, such as how to set up custom events, attach dynamic data to your events, and more, then check out the membership.
Not ready to invest in the membership yet? Check out our complete training guide for Meta Pixel Tracking with Google Tag Manager. Here, you’ll learn three ways of installing Meta Pixels.
If you use an iPhone, iPad, iPod touch, or Mac, AirDrop is the fastest way to share documents, photos, and links with nearby Apple devices. It comes baked into iOS, iPadOS, and macOS, so you don’t need to install anything to get started.
If you’ve yet to use AirDrop, this tutorial will walk you through what you must do to set up Apple’s proprietary file transfer service on your iPhone, iPad, or Mac.
Table of ContentsAirDrop-Compatible Devices
AirDrop is available on all recent iPhone, iPad, and Mac models. These include:
The sending and the receiving device must be AirDrop-compatible. For example, you can’t send a file from your iPhone to a Mac from 2011 or earlier. Additionally, both devices shouldn’t be more than 9 feet apart.Activate Wi-Fi and Bluetooth
If you use an AirDrop-compatible iPhone, iPad, or Mac, you must start by making sure that both the Wi-Fi and Bluetooth radios are active. This also applies to the other device you want to share content with via AirDrop.
On a Mac, select the Wi-Fi and Bluetooth status icons and ensure that both radios are active. If you use a Mac with macOS Big Sur or later installed, open the Control Center to reveal the status icons.
Note: You don’t have to connect your iPhone, iPad, or Mac to a Wi-Fi network to enable AirDrop. Just activating the Wi-Fi radio should suffice.Set AirDrop Preferences
With Wi-Fi and Bluetooth active, you can immediately send documents, photos, and links to other Apple devices wirelessly. However, if you plan on receiving items via AirDrop, you must configure your AirDrop preferences. They consist of the following:
No One/Receiving Off: Stops your iPhone, iPad, or Mac from broadcasting itself as an AirDrop device. You can still send items over AirDrop to another device that has AirDrop set to Contacts Only or Everyone.
Contacts Only: Restricts receiving by AirDrop to contacts only—you will only show up as an AirDrop device if you appear as a contact on the sender’s device. However, the contact card must contain an email address or phone number associated with your Apple ID.
Everyone: Your device is publicly visible. Use this option if you want to receive an item over AirDrop without including the sender as a contact. You may receive unsolicited AirDrop requests, so it’s best to revert to the Contacts Only or No One/Receiving settings as soon as possible.Manage Airdrop Settings – iPhone & iPad
Method 2: Long-press any of the network icons on the Control Center to reveal the AirDrop icon. Then, long-press the AirDrop icon and select your AirDrop preferences. You can also quickly tap the AirDrop icon to turn AirDrop receiving on or off.Manage Airdrop Settings – Mac
Method 1: Open a new Finder window and select AirDrop on the sidebar. Then, set Allow me to be discovered by to No One, Contacts Only, or Everyone.
Method 2: On Macs running macOS Big Sur or later, you can open the Control Center on the menu bar and expand AirDrop. Then, use the AirDrop switch to turn AirDrop receiving on or off or pick between Contacts Only and Everyone.Add or Edit Contacts
If your AirDrop preferences are set to Contacts Only, you must add the sender as a contact to the Contacts app to receive items. To add a contact, open Contacts on your iPhone, iPad, or Mac, tap the Add Contact icon, fill in the details (it must contain the person’s email address or phone number), and tap Done.
If the sender is already listed within the Contacts app, make sure that the card contains the email address or phone related to the iCloud account of the sender. It’s a good idea to sync contacts with your iPhone and Mac or vice versa afterward.Send Files via AirDrop
AirDrop is accessible via the Share Sheet in most native and third-party apps on iPadOS and iOS devices. For example, in the Photos app, select the photo or photos (tap the Select button at the upper-right corner of the screen) you want to share and tap the Share icon (box with an arrow coming out of the top). Then, tap AirDrop and select the person or device you want to send the items to.
Note: While sharing a webpage via a browser, you don’t have to select anything. AirDrop will automatically grab the URL of the open tab.
The same applies to the Mac with stock apps such as Photos, Safari, and Notes—locate and select the Share button and then select AirDrop.
On the AirDrop pop-up that shows up, select the device you want to share files or links with.
You can also transfer files and folders on macOS devices by dragging the items you want into the recipient’s portrait on the AirDrop window in Finder.
Again, the recipient must have their AirDrop preferences set to Contacts Only or Everyone. If it’s the former, your name or email must be present within their Contacts app. The recipient must also accept the transfer. If you AirDrop files to your own devices, you don’t have to accept anything.Receive Files via AirDrop
If you want to receive files via AirDrop, you must have your AirDrop preferences set to Contacts Only or Everyone. When using the former, just make sure to include the sender’s email address or phone number in the Contacts app on your iPhone, iPad, or Mac.
When a person transfers documents, photos, and links via AirDrop, your Apple device will alert you with a prompt or notification—just tap Accept.AirDrop Setup Complete
As you just saw, AirDrop is ridiculously convenient to use with its own set of privacy restrictions. If you also have an Android device, you may want to learn about an equivalent service—Nearby Sharing.
Set up Auto-GPT by installing Python, adding API keys, and installing the tool on your device. You can find installation instructions on our website.. Once set up, Auto-GPT uses GPT-4 to generate and complete tasks.
Are you tired of manually inputting prompts into GPT language models? Well, Auto-GPT is here to make your life easier. Auto-GPT is an autonomous AI tool that can think, plan, and execute actions on its own. It utilizes the GPT-4 API and can be installed on various operating systems, including Windows, macOS, Linux, and Raspberry Pi. In this article, we will guide you through the process of setting up Auto-GPT on your device, so you can start automating your language model tasks and achieving your goals faster.
See More: How much does Auto-GPT cost?
The first step to set up Auto-GPT is to install Python and Pip. Python is a programming language that Auto-GPT is written in, and Pip is a package manager for Python. To install Python and Pip, follow these steps:
Go to the official Python website and download the latest version of Python for your operating system.
Install Python by running the downloaded installer and following the on-screen instructions.
Once Python is installed, open a command prompt or terminal and run the following command to install Pip:
python -m ensurepip –default-pip
Verify that Pip is installed by running the following command:
After installing Python and Pip, the next step is to add API keys to use Auto-GPT. API keys are required to access the GPT-4 API, which is used by Auto-GPT to generate and complete tasks. To add API keys, follow these steps:
Go to the OpenAI website and sign up for an account.
Once you have an account, go to the API keys page and create a new API key.
Copy the API key and save it in a secure location.
Once you have installed Python and Pip and added API keys, you can now install Auto-GPT. To install Auto-GPT, follow these steps:
Navigate to the cloned directory by running the following command:
Install the required dependencies by running the following command:
pip install -r requirements.txt
Set the API key by running the following command:
Verify that Auto-GPT is installed by running the following command:
python -c “import openai; print(openai.api_key)”
To set up Auto-GPT on Raspberry Pi, follow these additional steps:
Set up the basic Raspberry Pi environment by following the official Raspberry Pi setup guide.
Update the Raspberry Pi by running the following commands:
Clone the Auto-GPT repository by running the following command:
Navigate to the cloned directory by running the following command:
Install the required dependencies by running the following command:
Once you have set up Auto-GPT, you can start using it to achieve various goals. To use Auto-GPT, simply set a goal, and the AI generates and completes tasks to achieve that goal. With Auto-GPT, you no longer have to input prompts manually; the tool takes care of everything. It’s important to note that Auto-GPT is an experimental open-source application, so you should use it with caution.
There is no specific information available on the system requirements for Auto-GPT. However, to install Auto-GPT, you need to have Python and Pip installed on your device. Auto-GPT can be installed on various platforms, including Windows, macOS, Linux, and Raspberry Pi. The installation process involves cloning the Auto-GPT repository, installing dependencies, and setting up API keys. Therefore, it is recommended to have a device that meets the minimum requirements for running Python and Pip.
In conclusion, Auto-GPT is a powerful and experimental open-source AI tool that showcases the capabilities of the GPT-4 language model. By allowing large language models to think, plan, and execute actions autonomously, Auto-GPT offers endless possibilities for achieving goals and completing tasks. With the step-by-step instructions provided in this article, setting up Auto-GPT on your device should be a straightforward process. While there is no specific information available on the system requirements for Auto-GPT, it is recommended to have a device that meets the minimum requirements for running Python and Pip. Overall, Auto-GPT is a tool that has the potential to revolutionize the way we interact with AI and opens up exciting possibilities for the future of artificial intelligence.
How to set custom Dynamic Wallpapers on macOS
As a brief background, there are generally three types of Dynamic Wallpapers:
1) Geographic-based files tell macOS your location and then change your wallpaper based on location and time of day. That means that the system even knows that if it is winter at your location, the later day images should be displayed sooner.
2) Time-based files simply tell macOS to change your wallpaper based on the system clock.
3) Light and Dark mode wallpapers merely change based on your system Light and Dark Mode settings. If you set it to Light Mode, you get that image, same with Dark Mode. Naturally, if you have the system set to auto switch between modes, the wallpaper will toggle with the system.
4) Bonus category? Some Dynamic Wallpapers can be built based on your system time and/or geographic location and also include the ability to switch based on your Light-Dark-Mode settings. That is what we have for you today.
Once you have a version of these Dynamic Wallpapers, you need to know how to set it on your Mac. It is fairly simple in macOS Big Sur and later. In previous generations, you needed to jump through some hoops.
Here is the simplest and cleanest way to set Dynamic Wallpapers as your desktop picture:
Create a folder to store just these Dynamic Wallpaper files. Tip: I just created a folder in /Pictures and called it Dynamic Wallpaper.
This adds the Dynamic Wallpaper folder in the lefthand sidebar under the Folders heading.
The system will also separate Dynamic Wallpapers that are just Light and Dark versions in contrast to full-time changing, multi-image image sets like the ones we have for you to download today.
If you have Dynamic Wallpapers from any other source, simply add them to your Dynamic Wallpapers folder via Finder and give the Settings app a minute to catch up. You will see it indexed in the Desktop & Screen Saver section.
There are different ways to make your own Dynamic Wallpapers. If you have any awesome Dynamic Wallpapers, know where to find them, or want to stay up to date on my wallpaper journey, please catch up with me via @jim_gresham, where I curate the iDownloadBlog Wallpapers of the Week collection. We publish photo-quality wallpapers every Sunday for your favorite Apple devices.
The following set of 5K-ready images is featured by the 24 Hour Wallpaper app for macOS. Their desktop app in the Mac App Store includes 93 unique time-based wallpapers. If you are really into Dynamic Wallpapers, you can pick it up for $9.99. They also sell individual packs on their own wallpaper gallery.
Each HEIC file includes about 10+ images that change based on your location, time, and can also dynamically toggle based on Light and Dark Mode. If you want the images to cycle across all images throughout the day, you need to set your macOS system settings to Auto-Mode (not Light or Dark). The following previews just show an early day and evening preview. Download the HEIC file with the link below each preview set.
Dynamic Wallpaper of Big Sur for macOS that changes throughout the day
Dynamic Wallpaper of Miami skyline for macOS that changes throughout the day
macOS Dynamic Wallpaper of Earth from space
Spotify has a huge collection of music and gives users plenty of options for streaming their favorite tracks: you can enjoy Spotify via your web browser or by installing the dedicated smartphone or desktop application. However, these methods don’t always deliver the highest sound quality. Spotify Connect aims to solve this problem by making it possible to play all your favorite tunes via any compatible wireless product, including standalone speakers and soundbars.
In this tutorial you’ll learn how to set up your Raspberry Pi as a portable and inexpensive Spotify Connect device.What you’ll need
To complete this tutorial, you’ll need:
Raspberry Pi running Raspbian. If you don’t already have Raspbian, grab the latest version and flash it to an SD card using Etcher.
Power cable that’s compatible with your Raspberry Pi
External keyboard and a way to attach it to your Raspberry Pi
HDMI or micro HDMI cable, depending on your model of Raspberry Pi
Ethernet cable or connect over Wi-Fi
RCA-to-headphone cable so you can attach your Raspberry Pi to an audio device such as a speaker or stereo, or a USB audio card for higher-quality audio
Subscription to Spotify PremiumRaspbian: Are you running the latest version?
To start, Raspberry Pi should be up and running with the latest version of Raspbian. Boot up your Raspberry Pi and open a Terminal window. Type the following commands:
apt updateInstall the Spotify Client
This tutorial uses Raspotify, a Spotify Connect client specifically designed for Raspberry Pi.
You can now install raspotify:
Raspotify will launch automatically, so you’re ready to start streaming music to your Raspberry Pi!Enjoy Spotify on your Raspberry Pi
You can now send music to your Raspberry Pi from the Spotify desktop or mobile app. In this section of the tutorial, Spotify for Android is being used, so the steps may differ slightly if you’re using an alternative platform.
1. Launch the Spotify app.
2. Select the song you want to play.
3. Tap the “Devices available” section toward the bottom of the screen.
4. In the bottom-left corner, select the little “Devices” icon.
5. Find your Raspberry Pi and give it a tap.
Your Raspberry Pi should now be playing your chosen song!Configuring Spotify Connect
To improve the user experience, you can make several changes to the Raspotify software.
You can edit Raspotify’s settings by running the following Terminal command:
This launches a configuration file in the Nano text editor.
You can make various changes to this file including:
Give your Raspberry Pi a unique name
By default, your Raspberry Pi will have the name “raspotify (raspberry pi).” If you have multiple Raspberry Pis on your network, then you may want to give each device a distinctive name – for example, “Raspberry Pi Kitchen” or “Spotify Connect Client.”
To rename your Raspberry Pi, find the following line:
And make your desired changes – for example, this tutorial uses:
Don’t forget to remove the # symbol!
Save your changes using the Ctrl + X keyboard shortcut, then press the y and Enter keys on your keyboard.
Every time you make a change to the configuration file, you’ll need to restart your Raspotify service by entering the following command into the Terminal:
sudosystemctl restart raspotify
Check the Spotify application on your smartphone or tablet, and you should notice that your Raspberry Pi now has a brand new name.
Boost the audio quality
Bitrate refers to the amount of data that’s processed over a certain amount of time. The higher the bitrate, the better the audio quality, while lower bitrates will consume less data which can be useful if you’re playing Spotify on your smartphone.
The standard bitrate for Spotify Connect is 160 kbps, but audiophiles can unlock high-quality audio by increasing this value to 320. Alternatively, you may want to experiment with Spotify’s “low-quality” bitrate of 96 to see whether you really can tell the difference.
Regardless of whether you’re opting for low-quality (96), medium-quality (160) or high-quality (320), you can control Spotify’s bitrate setting by editing the following line:
Save your changes using Ctrl + X, Y and then Enter. Finally, you’ll need to restart the Raspotify service:
sudosystemctl restart raspotify
Ultimately, the sound quality depends on the audio device you attach to your Raspberry Pi. Don’t forget to make use of these Spotify tips to enhance your listening experience.
Jessica Thornsby is a technical writer based in Derbyshire, UK. When she isn’t obsessing over all things tech, she enjoys researching her family tree, and spending far too much time with her house rabbits.
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