How to Screenshot on Windows? 6 Easy Ways

• Print Screen (PrtSc): Press it to copy your full screen to the clipboard. Paste it into apps like Paint and save.
• Alt + PrtSc: Captures only the active window. Paste and save.
• Win + PrtSc: Automatically saves a full-screen screenshot as a PNG in Pictures > Screenshots.
• Snipping Tool: Use Win + Shift + S to snip specific areas, windows, or full screens, with built-in editing options.
• Xbox Game Bar: Press Win + G to snap screenshots, especially for gaming. Images save in Videos > Captures.
• Greenshot: A free tool for advanced features like scrolling webpage captures.

For automation, PowerShell scripts let you schedule screenshots or capture specific areas. Tools like Latenode streamline screenshot organization, cloud storage, and text extraction for efficient workflows.

Method	Shortcut	Best For	Save Location
Print Screen	PrtSc	Full-screen quick copies	Clipboard (manual save needed)
Alt + Print Screen	Alt + PrtSc	Active window snapshots	Clipboard (manual save needed)
Win + Print Screen	Win + PrtSc	Auto-saving full-screen captures	Pictures > Screenshots
Snipping Tool	Win + Shift + S	Custom regions & editing	Flexible save options
Xbox Game Bar	Win + G	Gaming or app screenshots	Videos > Captures
Greenshot	Customizable hotkey	Advanced features like scrolling	Configurable settings

Start with the basics or explore advanced tools. Screenshots are just a shortcut away!

How to Screenshot on PC

1. Print Screen Key Methods

The Print Screen key provides straightforward ways to capture your screen with minimal effort.

Full Screen Screenshots

To capture your entire desktop, simply press the PrtSc (or similar) key. This action copies the screen image to your clipboard. To save it:

• Press PrtSc to take the screenshot.
• Open an application like Paint.
• Use Ctrl + V to paste the image.
• Save the file in your desired format.

This method is quick and ideal for capturing everything visible on your screen at once [3].

Single Window Screenshots

For capturing only the active window, use Alt + PrtSc. This shortcut:

• Focuses solely on the active window, excluding the taskbar and other background elements.
• Copies the image directly to your clipboard.

This is particularly useful when you need to document specific applications or dialog boxes without distractions [4][5].

Quick Save with Win+PrtSc

The Windows key + PrtSc shortcut offers a faster way to capture and save your screen instantly as a PNG file [2]:

• Screenshots are saved automatically to C:\Users\[Your Username]\Pictures\Screenshots.
• The screen briefly dims, signaling that the capture was successful.
• Files are named sequentially, such as Screenshot(1).png, Screenshot(2).png, and so on.

If you're using OneDrive, your screenshots may also sync to the cloud, making them accessible from multiple devices [6]. On some laptops, you might need to press Fn along with this shortcut [7].

Next, we’ll dive into more advanced screenshot options using dedicated tools like the Snipping Tool.

2. Snipping Tool Guide

The Snipping Tool goes beyond simple screenshot options, offering versatile capture modes and built-in editing tools to suit various tasks [10].

Screenshot Types

The Snipping Tool provides four distinct ways to capture your screen [8]:

• Rectangular Snip: Select a specific area by drawing a rectangle around it [11].
• Free-form Snip: Trace around objects or irregular shapes for more customized captures [8].
• Window Snip: Grab an entire application window, including its borders and content [11].
• Full-screen Snip: Take a snapshot of your entire screen [11].

You can access the Snipping Tool by:

• Pressing Windows key + Shift + S [8][9]
• Searching for "snipping tool" in the Start menu
• Using the Run command (Win + R) and typing "snippingtool" [9]

Once you've taken a screenshot, the tool automatically opens an editor to let you annotate and enhance your image.

Edit and Mark Up

The built-in editor provides several annotation tools, including a ballpoint pen, highlighter, shapes, and an eraser [11]. Additionally, the "Text Actions" feature offers advanced capabilities:

• Extract text directly from your screenshots.
• Redact sensitive information, such as phone numbers or email addresses, automatically [11].

After making your edits, you can save or share your screenshots with ease.

Save and Share

The Snipping Tool offers flexible options for saving and sharing:

• Save Options: Choose the format that best fits your needs:
  • PNG: Ideal for screenshots with text or sharp details.
  • JPG: Best for photos or images with rich colors.
  • GIF: Suitable for simple visuals with limited colors.
• Share Features: Share your captures through:
  • Direct email integration
  • Copying to the clipboard
  • The Windows share menu
• Advanced Integration: The latest version includes screen recording capabilities and seamless connections to Paint and Clipchamp for further editing [8][12].

3. Snip & Sketch Features

Snip & Sketch is Microsoft's updated screenshot and annotation tool, designed as a modern alternative to the classic Snipping Tool [13][14].

Keyboard Shortcut

The fastest way to take a screenshot is with the shortcut Windows key + Shift + S [14]. This brings up a small toolbar at the top of your screen, offering four snipping options:

• Rectangular: Select a rectangular area by dragging.
• Freeform: Create a custom shape by drawing freely.
• Window: Capture a specific open window.
• Fullscreen: Take a screenshot of the entire screen [15][8].

Once you capture a screenshot, the image is automatically copied to your clipboard. A notification will appear - clicking it opens the editor for further adjustments [13]. This shortcut works smoothly on both traditional and touch-enabled devices.

Touch and Pen Features

For touch-enabled devices, Snip & Sketch includes tools like a pen, pencil, highlighter, and ruler, allowing you to easily annotate your screenshots [16][17].

Notification Center Access

If you dismiss the initial notification, you can still find your screenshot in the Notification Center. From there, you can open, copy, share, or save it as needed [1][13].

4. Xbox Game Bar Screenshots

The Xbox Game Bar, integrated into Windows 10 and 11, extends the operating system's screenshot capabilities by offering tools to capture both images and videos. This feature is particularly useful for gamers, content creators, and anyone needing to document multimedia activities [18].

Opening the Game Bar

To access the Xbox Game Bar, press Windows key + G. The overlay will appear as a floating toolbar, allowing you to capture content without disrupting your workflow [18][19]. If you're launching the Game Bar for the first time in a specific application, you might see a prompt asking you to confirm recording by checking the box labeled "Yes, this is a game" [19].

Capturing Screenshots and Videos

The Xbox Game Bar provides two straightforward ways to take screenshots.

• Keyboard Shortcut: Press Win + Alt + PrtScn while the target window is active. This instantly captures the screen and shows a "Screenshot saved" notification. Clicking the notification opens the folder where the screenshot is stored [18].
• Game Bar Toolbar: Alternatively, press Win + G to open the Game Bar and click the "Take screenshot" button. If prompted to "Enable gaming features for this app to record gameplay", check the box and retry the action. Screenshots are saved as PNG files in the %UserProfile%\Videos\Captures folder, which can be accessed via This PC > Videos > Captures [18][19].

In addition to screenshots, the Game Bar supports video recording, making it a handy tool for tutorials or gameplay clips. Before recording, ensure your system meets the necessary hardware requirements.

System Requirements for Video Recording

While the Game Bar can capture screenshots on most systems, video recording requires specific hardware capabilities. Your PC must support encoders like Intel Quick Sync H.264, NVIDIA NVENC, or AMD VCE [20]. If your system doesn’t meet these requirements, you’ll see a message stating, "Sorry, this PC doesn't meet the hardware requirements for recording clips" [20].

For systems with multiple video cards, ensure the primary monitor is connected to a compatible card. Updating video card drivers may also resolve compatibility issues. Additionally, confirm that the Xbox Game Bar is enabled in Windows settings, and activate system audio in the Game Bar settings if you want to include computer sounds in your recordings. These steps ensure you can make full use of the Game Bar’s features based on your system's configuration.

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5. Greenshot Features

Greenshot is a powerful screenshot tool that goes beyond the basics, offering advanced capture and editing features tailored to professionals like project managers, software developers, technical writers, and testers. With over 5 million downloads on SourceForge [21], this open-source application provides a robust yet lightweight solution for handling screenshots with precision.

Running quietly in the background, Greenshot can be accessed through the system tray or customizable hotkeys. Its built-in image editor allows users to instantly annotate, highlight, or redact sensitive information right after capturing a screenshot. Whether you need to grab a specific region, an individual window, or the entire screen, Greenshot eliminates the need for additional editing software.

Long Page Screenshots

One standout feature of Greenshot is its ability to capture entire scrolling webpages in Internet Explorer [23]. This is particularly helpful for documenting lengthy web content, creating detailed tutorials, or saving full articles for future reference.

To take a scrolling screenshot, simply open the webpage, activate Greenshot via the taskbar icon or hotkey, and select "Capture Internet Explorer." You can fine-tune settings such as capture delay, output format, and destination folder to suit your workflow. Once the capture is complete, review the full screenshot and save it to your desired location.

Save Options

Greenshot offers a variety of save and export options to fit different workflows. Screenshots can be saved as files, printed, copied to the clipboard, attached to emails, sent to Microsoft Office programs, or even uploaded to photo-sharing platforms. After editing, you can easily access the file path or open the directory by right-clicking the status bar.

For those who need advanced customization, Greenshot uses .ini files to manage settings. It reads from three configuration files - greenshot-defaults.ini, greenshot.ini, and greenshot-fixed.ini - with the last file taking precedence. This hierarchy allows administrators to enforce specific settings across teams [22].

Plugin Support

Greenshot’s plugin system enhances its functionality, making it adaptable to a range of needs. For instance, the External Command Plugin lets users send screenshots to other programs via the command line [24]. This feature streamlines workflows by automating tasks like advanced editing or direct uploads to cloud services. As your requirements evolve, you can add plugins to expand Greenshot’s capabilities while keeping the application lightweight and efficient.

Next, we’ll look at scripting solutions for automating screenshot capture.

6. PowerShell Screenshot Scripts

PowerShell offers a practical way to automate screenshot capture, making it a valuable tool for system administrators and advanced users. Brien Posey, a Bestselling Technology Author and 20-time Microsoft MVP, shares:

"As a PowerShell enthusiast, I rely on scripts to automate everything from routine maintenance to complex management tasks in my IT environment." [25]

This capability proves useful for tasks like system monitoring, documenting workflows, or capturing evidence during troubleshooting.

Unlike conventional screenshot tools, PowerShell leverages .NET Framework classes for screen capture. This involves loading specific assemblies, gathering screen data, creating bitmap images, executing the capture, and saving the output to a designated location. This structured approach is ideal for scenarios requiring repeatable captures or remote monitoring.

Basic Commands

PowerShell screenshot scripts rely on two key .NET assemblies - System.Drawing and System.Windows.Forms - which handle bitmap creation and screen data retrieval. The process involves creating a graphics object that copies the screen content into a bitmap, which is then saved as an image file.

Here’s a basic example of a script that captures the entire screen and saves it as a BMP file [27]:

<span class="hljs-built_in">Add-Type</span> <span class="hljs-literal">-AssemblyName</span> System.Windows.Forms
<span class="hljs-built_in">Add-Type</span> <span class="hljs-literal">-AssemblyName</span> System.Drawing
<span class="hljs-variable">$Screen</span> = [<span class="hljs-type">System.Windows.Forms.SystemInformation</span>]::VirtualScreen
<span class="hljs-variable">$Width</span>  = <span class="hljs-variable">$Screen</span>.Width
<span class="hljs-variable">$Height</span> = <span class="hljs-variable">$Screen</span>.Height
<span class="hljs-variable">$Left</span>   = <span class="hljs-variable">$Screen</span>.Left
<span class="hljs-variable">$Top</span>    = <span class="hljs-variable">$Screen</span>.Top
<span class="hljs-variable">$bitmap</span>  = <span class="hljs-built_in">New-Object</span> System.Drawing.Bitmap <span class="hljs-variable">$Width</span>, <span class="hljs-variable">$Height</span>
<span class="hljs-variable">$graphic</span> = [<span class="hljs-type">System.Drawing.Graphics</span>]::FromImage(<span class="hljs-variable">$bitmap</span>)
<span class="hljs-variable">$graphic</span>.CopyFromScreen(<span class="hljs-variable">$Left</span>, <span class="hljs-variable">$Top</span>, <span class="hljs-number">0</span>, <span class="hljs-number">0</span>, <span class="hljs-variable">$bitmap</span>.Size)
<span class="hljs-variable">$bitmap</span>.Save(<span class="hljs-string">"C:\Users\username\Desktop\MyFancyScreenshot.bmp"</span>)
<span class="hljs-built_in">Write-Output</span> <span class="hljs-string">"Screenshot saved to:"</span>
<span class="hljs-built_in">Write-Output</span> C:\Users\username\Desktop\MyFancyScreenshot.bmp

This script automatically detects the entire virtual screen area, including multiple monitors if connected. To use it, replace "username" with your Windows username or adjust the file path to your preference.

For those needing JPEG output with better compression, Posey offers this alternative [25]:

<span class="hljs-built_in">Add-Type</span> <span class="hljs-literal">-AssemblyName</span> System.Drawing 
<span class="hljs-built_in">Add-Type</span> <span class="hljs-literal">-AssemblyName</span> System.Windows.Forms

<span class="hljs-variable">$OutputPath</span> = <span class="hljs-string">"C:\\Temp\\PowerShellScreenCapture.jpg"</span>

<span class="hljs-comment"># Get the screen resolution</span>
<span class="hljs-variable">$ScreenResolution</span> = [<span class="hljs-type">System.Windows.Forms.Screen</span>]::PrimaryScreen.Bounds

<span class="hljs-comment"># Create a bitmap with the same resolution as the screen</span>
<span class="hljs-variable">$Bitmap</span> = <span class="hljs-built_in">New-Object</span> System.Drawing.Bitmap <span class="hljs-variable">$ScreenResolution</span>.Width, <span class="hljs-variable">$ScreenResolution</span>.Height

<span class="hljs-comment"># Create a graphics object from the bitmap</span>
<span class="hljs-variable">$Graphics</span> = [<span class="hljs-type">System.Drawing.Graphics</span>]::FromImage(<span class="hljs-variable">$Bitmap</span>)

<span class="hljs-comment"># Copy the screen to the bitmap</span>
<span class="hljs-variable">$Graphics</span>.CopyFromScreen(<span class="hljs-variable">$ScreenResolution</span>.Location, [<span class="hljs-type">System.Drawing.Point</span>]::Empty, <span class="hljs-variable">$ScreenResolution</span>.Size)

<span class="hljs-comment"># Save the screen capture</span>
<span class="hljs-variable">$Bitmap</span>.Save(<span class="hljs-variable">$OutputPath</span>, [<span class="hljs-type">System.Drawing.Imaging.ImageFormat</span>]::Jpeg)

<span class="hljs-comment"># Clean Up</span>
<span class="hljs-variable">$Graphics</span>.Dispose()
<span class="hljs-variable">$Bitmap</span>.Dispose()

This version focuses on the primary screen and includes proper memory cleanup using the Dispose() methods, making it suitable for single-monitor setups or when capturing the main display.

Timed Screenshots

For continuous monitoring, screenshots can be automated at regular intervals by wrapping the capture code inside a loop. Adding timestamps to filenames ensures files are saved in chronological order and prevents overwriting.

Here’s an example for periodic captures:

<span class="hljs-variable">$Counter</span> = <span class="hljs-number">1</span>
<span class="hljs-keyword">while</span> (<span class="hljs-variable">$true</span>) {
    <span class="hljs-variable">$Timestamp</span> = <span class="hljs-built_in">Get-Date</span> <span class="hljs-literal">-Format</span> <span class="hljs-string">"yyyy-MM-dd_HH-mm-ss"</span>
    <span class="hljs-variable">$OutputPath</span> = <span class="hljs-string">"C:\Screenshots\Capture_<span class="hljs-variable">$Timestamp</span>.jpg"</span>

    <span class="hljs-comment"># Insert screenshot capture code here</span>

    <span class="hljs-built_in">Write-Host</span> <span class="hljs-string">"Screenshot <span class="hljs-variable">$Counter</span> saved: <span class="hljs-variable">$OutputPath</span>"</span>
    <span class="hljs-variable">$Counter</span>++
    <span class="hljs-built_in">Start-Sleep</span> <span class="hljs-literal">-Seconds</span> <span class="hljs-number">300</span>  <span class="hljs-comment"># 5-minute intervals</span>
}

This setup generates uniquely named files with timestamps, creating a clear sequence of captures. You can adjust the sleep interval to match your monitoring needs.

Script Settings

PowerShell screenshot scripts can be tailored to meet specific requirements, such as resolution, format, and save location. For instance, you can set the output path to a local directory or a network location using UNC paths [26]. When capturing screenshots on remote systems through tools like PDQ Deploy, ensure a user is logged in and has write permissions for the target directory [26].

Supported image formats include JPEG, PNG, and BMP:

• JPEG: Ideal for frequent captures due to smaller file sizes.
• PNG: Maintains high image quality.
• BMP: Offers maximum compatibility but results in larger files.

You can also modify the bitmap dimensions or CopyFromScreen parameters to capture specific screen areas or custom resolutions.

Integration with Latenode

These scripts can be further enhanced with Latenode, which simplifies file organization and advanced analysis. Using Latenode, you can automate tasks such as:

• Monitoring screenshot folders.
• Automatically categorizing images based on content.
• Triggering notifications when specific visual patterns are detected.

For example, you could create workflows that combine PowerShell screenshot scripts with tools like Slack, Google Drive, and image recognition AI to streamline your monitoring and documentation processes. Whether for IT management or troubleshooting, Latenode adds efficiency to your screenshot workflows.

Screenshot Method Comparison

Windows provides several ways to take screenshots, each catering to different needs in terms of ease of use, editing capabilities, and file management. Here's a breakdown of the most popular methods and their features.

The Print Screen key is the simplest option, copying the entire screen to the clipboard. However, saving the image requires manually pasting it into an editor like Paint or Photoshop. For added convenience, you can set up OneDrive to automatically save these screenshots.

Using Alt + Print Screen, you can capture only the active window, leaving out the rest of the desktop. This method is ideal for focused captures but also requires an external editor to save the image.

Windows Key + Print Screen takes a step further by automatically saving the screenshot as a PNG file in the Screenshots folder. A quick screen dim confirms the capture, making it a hassle-free option for full-screen grabs.

The Snipping Tool, accessed via Windows Key + Shift + S, offers more flexibility. You can select rectangular areas, freeform shapes, active windows, or the entire screen. This tool also includes basic annotation features and Optical Character Recognition (OCR) for extracting text from images. Screenshots can be saved directly or copied to the clipboard for further use.

The Xbox Game Bar, triggered by Windows Key + G, is designed with gamers in mind. It automatically saves screenshots to the Videos/Captures folder and works seamlessly with any application, making it a convenient choice for capturing gameplay or app windows.

Here’s a quick comparison of these methods:

Method	Accessibility	Editing Features	File Saving	Best For
Print Screen	Simple (single key)	None (requires editor)	Clipboard only	Quick full-screen copies
Alt + Print Screen	Simple (two keys)	None (requires editor)	Clipboard only	Active window capture
Win + Print Screen	High – auto-saves	None	Auto-saves PNG to Screenshots	Instant full-screen capture
Snipping Tool	Medium (shortcut)	Basic annotation, OCR	Flexible save options	Custom region captures
Xbox Game Bar	Medium (gaming focus)	None	Auto-saves to Videos/Captures	Gaming and app capture

For quick, full-screen captures, Print Screen and its combinations are straightforward and efficient. If you need to capture specific areas or add annotations, the Snipping Tool offers more control and functionality. For those working with games or application windows, the Xbox Game Bar provides a tailored experience.

Advanced users looking for additional features, such as scrolling screenshots, might find third-party tools like Greenshot to be a valuable addition. Ultimately, the best method depends on your specific needs, whether you're a casual user or a professional content creator.

Latenode Screenshot Automation

Taking a screenshot is just the beginning; the real challenge lies in organizing, analyzing, and sharing those captures efficiently. Latenode simplifies this process by automating screenshot management, seamlessly connecting your Windows captures to cloud storage, AI tools, and team collaboration platforms.

File Organization

With Latenode, managing screenshot files becomes effortless. Workflows are triggered automatically whenever new screenshots are added to designated folders. The platform integrates with cloud storage services like Dropbox and Amazon S3, ensuring your screenshots are backed up and sorted based on custom rules. Using its visual builder, you can design file management workflows with JavaScript and APIs - no advanced coding required [29]. Beyond simple organization, Latenode can also extract and process text embedded within your screenshots.

AI Text Analysis

Screenshots often contain hidden text that can be incredibly valuable. Latenode leverages AI tools to extract this data through optical character recognition (OCR) and advanced content analysis. Powered by ChatGPT models from OpenAI, this feature allows you to extract text from screenshots in about 11 seconds, costing approximately $0.0019 per run [31]. For added flexibility, the AI Copilot can assist in building custom workflows by generating JavaScript code to handle specific text analysis tasks [32]. This capability enables you to integrate extracted data into broader workflows, connecting it with other applications for further automation.

App Connections

Latenode extends automation by linking your screenshots to over 300 workflow apps for seamless sharing and processing [29]. For example, it can extract error details from screenshots to generate support tickets or capture web application images using headless browser automation. In real-world applications, new files in Dropbox could trigger Mailchimp campaigns, instantly sharing updates with your audience [29]. Similarly, support-related screenshots can update Amazon S3 archives and create Zendesk tickets for effective follow-up [30]. The platform operates on a pay-per-compute model, where charges are based on execution time [28].

Summary and Tips

Selecting the right screenshot method depends on your specific needs and how you work. Windows offers a variety of tools, ranging from quick keyboard shortcuts for basic tasks to advanced options for more complex or repetitive captures.

For quick and straightforward captures, consider these options:

• Print Screen: Copies the entire screen to your clipboard.
• Windows Key + Print Screen: Automatically saves a full-screen capture as a PNG.
• Alt + Print Screen: Captures only the active window.

The Snipping Tool (launched with Windows Key + Shift + S) provides greater flexibility, allowing you to choose between rectangular, freeform, window, or full-screen modes. This versatility makes it suitable for nearly any screenshot scenario.

To stay organized, create a dedicated Screenshots folder and use clear, descriptive filenames like 2025-05-23_Excel-Formula-Error.png. This practice makes it easier to locate specific files later.

For specialized tasks, tools like Greenshot can capture scrolling pages, while PowerShell scripts allow for timed screenshots. Gamers may find the Xbox Game Bar particularly useful for capturing gameplay.

It’s also essential to think about security when sharing screenshots. Always review your captures to ensure no sensitive information is visible. Use editing tools to blur or redact any private details before sharing.

Automation can revolutionize how you manage screenshots. As highlighted in the Latenode integration section, connecting your Windows captures to cloud storage, AI tools, or team collaboration platforms can save time and effort. This approach eliminates the need to manually sort, analyze, or share files, making your workflow far more efficient.

FAQs

How can I easily organize and store my screenshots on Windows?

To keep your screenshots tidy and easy to find on a Windows system, consider these straightforward approaches:

• Use built-in shortcuts: Press Windows Key + PrtScn to instantly save a full-screen capture to the "Screenshots" folder within your "Pictures" library.
• Try the Snipping Tool: This handy tool allows you to capture specific areas of your screen and save them wherever you prefer. You can even customize the default save location in its settings for added convenience.
• Organize with folders: Set up folders based on projects, dates, or purposes, and use clear, descriptive file names for your screenshots. This simple habit makes locating them later a breeze.

These tips can help you maintain an organized system, making your screenshots readily available whenever you need them.

What are the advantages of using third-party tools like Greenshot instead of Windows' built-in screenshot options?

Third-party tools like Greenshot bring a range of benefits that go beyond what Windows' built-in screenshot options provide. For example, Greenshot allows users to annotate screenshots right after capturing them. You can add text, arrows, and shapes directly to the image - perfect for creating tutorials or emphasizing critical details. By comparison, tools like the Windows Snipping Tool offer only basic editing features, often requiring you to use additional software for more detailed edits.

Another standout feature of Greenshot is its customizable hotkeys and settings. These options let users tailor the tool to fit their workflow, saving time and effort - especially for those who take screenshots regularly. This flexibility offers a level of convenience and control that Windows' default tools simply don’t match, making Greenshot a go-to choice for users seeking more advanced functionality.

How can I automate screenshots on Windows using PowerShell?

You can set up automated screenshots on Windows using PowerShell, allowing you to capture your screen at regular intervals or during specific events. Here's a straightforward way to get started:

Step 1: Add Required Assemblies

To enable screen capture functionality, include the necessary assemblies in your PowerShell script:

<span class="hljs-built_in">Add-Type</span> <span class="hljs-literal">-AssemblyName</span> System.Drawing
<span class="hljs-built_in">Add-Type</span> <span class="hljs-literal">-AssemblyName</span> System.Windows.Forms

Step 2: Capture and Save the Screenshot

Define where the screenshot will be saved and use the following code to capture your screen:

<span class="hljs-variable">$OutputPath</span> = <span class="hljs-string">"C:\Temp\Screenshot.jpg"</span>
<span class="hljs-variable">$ScreenResolution</span> = [<span class="hljs-type">System.Windows.Forms.Screen</span>]::PrimaryScreen.Bounds
<span class="hljs-variable">$Bitmap</span> = <span class="hljs-built_in">New-Object</span> System.Drawing.Bitmap <span class="hljs-variable">$ScreenResolution</span>.Width, <span class="hljs-variable">$ScreenResolution</span>.Height
<span class="hljs-variable">$Graphics</span> = [<span class="hljs-type">System.Drawing.Graphics</span>]::FromImage(<span class="hljs-variable">$Bitmap</span>)
<span class="hljs-variable">$Graphics</span>.CopyFromScreen(<span class="hljs-variable">$ScreenResolution</span>.Location, [<span class="hljs-type">System.Drawing.Point</span>]::Empty, <span class="hljs-variable">$ScreenResolution</span>.Size)
<span class="hljs-variable">$Bitmap</span>.Save(<span class="hljs-variable">$OutputPath</span>, [<span class="hljs-type">System.Drawing.Imaging.ImageFormat</span>]::Jpeg)
<span class="hljs-variable">$Graphics</span>.Dispose()
<span class="hljs-variable">$Bitmap</span>.Dispose()

This script captures the primary screen and saves the image as a JPEG file to the specified location.

Step 3: Automate with Task Scheduler

To run the script automatically at specific intervals, such as every hour, set it up in Windows Task Scheduler. This allows you to schedule the script to execute without manual intervention, making it a powerful tool for monitoring or documentation.

By combining PowerShell scripting with Task Scheduler, you can efficiently automate screenshot capture on Windows, saving time and ensuring consistency.

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