Trending February 2024 # How To Do The Velocity Trend Using Capcut # Suggested March 2024 # Top 10 Popular

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Edits that show a special penchant for manipulation of time or reality never go out of style. But, a masterpiece springs from the union of a maestro’s adeptness in using the instrument at his disposal.

And for TikTok creators, it is a competent editing app like CapCut that paves the shortcut to success for them in creating impressive videos.

So, it is time to step up your game and join the world of TikTok trends with your own Velocity video and we gathered here everything you need to know to make it work.

What is the velocity trend on TikTok?

The Velocity trend on TikTok is the result of TikTokers finding creative ways to warp time with a blend of slow-mo and sped-up frames and embellishing them with stunning flash effects to produce a short video that makes the viewers feel giddy and maybe even a little trippy.

You can do it too if you know how to cut the frames, when to slow them down, when to gear it up a bit, sync it to the beat and how to dash the right amount of flash and contrast effects. And it can all be done in one place with the CapCut video editing app which is available on both Play Store and App Store for free download and use.

End of preface. We are starting the game now.

Related: How to Blur on CapCut: Step-by-Step Guide

How to do the velocity trend using CapCut in 5 steps

Velocity trend videos can be explained as a whole that is greater than the sum of its parts. You need to split videos, apply speed effects, attune them to the rhythm and then bring them all together. But to get create a wholesome impact, you need to learn how to make flawless parts and make them come together organically. 

Step 1: Optimizing the original video

Launch CapCut on your device and tap New project to start a new edit.

Select the video(s) you want to edit from the Albums or Stock videos and hit Add at the bottom right corner of the page.

In the editor, tap Mute clip audio if you do not wish to keep the original sound in the video clip. You can add music during the next phase of editing even if you mute the original audio.

Now, drag the slider at the start of the video to the right on the timeline to trim unwanted frames from the beginning portion of the video.

Similarly, drag the slider at the end of the video to the left to trim out unwanted portions from the ending of the video. You can even use the SPLIT tool to edit out portions anywhere in the video.

Now that you have prepped the video length, you can chop-chop to the audio-visual syncing process.

Step 2: Adding music to the video

Tap the arrow button on the extreme left of the toolbar at the bottom to return to the main toolbar.

Tap Sounds on the tools bar.

On the Add sounds page, you can either search for a song using the search feature or tap a genre title (eg: R & B, Promising, etc. featured at the top to view the categorized songs lists.

In addition, you will see the following tabs at the bottom half of the page– Sign in with TikTok to sync your favored sounds, Your sounds, Recommended, and Favorite sounds.

For demonstration, we shall go with Recommended. Tap a sound to select it and hit the “+” plus button to import it to your editor.

Step 3: Match cut the sound to set the beat to the video

On the editor, tap the timeline of the audio to view the audio edit tools.

Seek the point that you want to crop out from the sound by bringing the white progress line to the point.

Drag the slider to the point to trim the sound.

Now, long press and drag the audio slide on the audio timeline to align it with the video clip (to the beginning of the sound clip which was snipped) and hit Match cut on the tools bar at the bottom of the page.

If you want to add new beats manually, tap + Add beat. If you toggle on Auto-generate, the app will add beats according to the rhythm it has detected for the sound based on the 2 beat rhythm presets — Beat 1 and Beat 2 — already available in the app.

Beat 2 is recommended as it gives a more closely-arranged set of beat nodes than in Beat 1. This is helpful to add effects to the video later. Tap the tick symbol at the bottom of the panel to apply the edit.

These beats show up on the main editor on the audio timeline as regularly paced yellow dots for you to sync your video to the beat.

To sync the video, you can use the split tool to segment the clip and trim out unwanted frames or even speed up a clip to sync to make it meet the pace of the music.

Split the video based on every other yellow dot indicated by the Match cut function. Bring the progress line to the yellow dot and hit Split on the tools bar at the bottom.

Repeat the process at every other yellow dot point to set a regular rhythm for the video as shown below.

Now, you are about to use the velocity curve on each of these clips.

Step 4: Adding velocity speed curve to the video

Tap a clip on the video timeline to select it and hit Speed on the toolbar at the bottom of the page.

You will 2 options — Normal and Curve. Normal is the tool to apply uniform speed change (increase or decrease speed) as done traditionally, but you don’t want that today.

So, hit Curve to get the velocity speed change feature.

Under the Curve tools, you will see the following options — Custom, Montage, Hero, Bullet, Jump Cut, Flash In, and Flash Out.

You can choose any of the presets but they might mess with the rhythm you have set up for your video with the Match cut function and video trimming follow-up in the previous phase; hence it is recommended to go for Custom.

You will see a horizontal line with 5 nodes on it — these are beat nodes that you can manipulate to increase or decrease the speed in different zones in the same video clip. 

Drag a node to bring it up to increase the speed of the designated portion of the video and drag another to bring it down and slow down the speed of another portion of the same video clip.

You can drag them up or down in any order as needed for the video concept, however, you cannot increase or decrease the speed of the points represented by the nodes at the beginning and end of the line.

You can even add or delete new beats to the clip. To add a new beat, go to any point within the 2 beats on the extreme ends of the line, and hit +Add beat at the top right corner of the pane.

To delete a beat, bring the progress slider to any beat (other than the ones at the beginning or end of the line) and hit Delete beat at the top right corner of the panel.

Tap the tick symbol at the bottom right corner to apply the custom velocity curve settings.

Repeat the process for all the other clips that need velocity effect.

Step 5: Adding effects to the video

Flash effect is one of the highlights of the videos in the Velocity trend and there are 3 ways to implement it.

Using a stock effect

Using a stock white video

Adjusting video contrast

Method 1: Create a flash effect using a stock effect

In the editor, tap the arrow button on the extreme left of the toolbar at the bottom of the page to return to the main toolbar. 

Bring the progress line to the point where you wish to add a flash effect and tap Effects on the toolbar at the bottom.

You will see 2 options — Video effects and Body effects. Tap Video effects.

You will see a row of tabs titled Favorites, Trending, Basic, Bling, etc. Tap Trending. scroll down till you see an effect called Black Flash. Tap Black Flash.

To adjust the speed of the Black Flash effect, tap the effect title again.

A popup with a slider to adjust the speed will show up at the bottom of the page. Drag the slider to the left or right to increase or decrease the speed of the effect.

The default speed is fast enough, but you can adjust the speed according to the requirements of the video. Tap the arrow down button at the top right corner of the popup to minimize it.

Tap the tick symbol at the top right corner of the Effects panel to apply the effect and return to the main editor.

On the effects timeline, drag the slider of the Black Flash effect to adjust its duration. Flash effect is best applied when kept to minimal duration (Eg: 0.1- 0.2 seconds of consecutive frames).

After adjusting the duration, tap Copy on the toolbar at the bottom to create a duplicate of the effect.

Another effect overlay will appear right next to the original effect overlay on the overlay timeline.

Drag and reposition the effect overlay to a different point where you wish to add the flash effect in the video.

Repeat the process to add the flash effect everywhere else in the video.

Method 2: Create flash effect using white stock video

Bring the progress line to the point where you want to insert the flash effect. If you do not find a specific point in a glance, every yellow Match cut beat dot shall be used as a point and other spots shall be intermittently dotted with stock white video to intensify the effect.

Find the frame on the timeline and tap Overlay on the toolbar at the bottom.

Tap Add overlay.

Under Stock videos, tap the selection box against the white screen video.

Tap the selection box at the top right corner of the page and hit Add at the bottom right corner.

The stock white video is 5 seconds in length. Drag the slider to trim it or use the split tool to cut off the excess length of the video and shorten it to 0.1 or at most 0.2 seconds.

In this case, we have dragged the slider at the end of the stock video clip on the overlay timeline and trimmed the video short to 0.2 seconds.

Pinch-zoom on the white overlay on the preview screen to fill or fit the screen.

A small tip — in case you lose selection of the overlay after trimming it short, use the progress line to track the overlay point and tap the white overlay on the preview box to select it. You can also pinch-zoom on the overlay timeline to find and select it.

After selecting the overlap, swipe left on the toolbar to find the Opacity function. Tap Opacity once you locate it.

Set the Opacity to a medium range. We have set it to 43. Tap the tick symbol at the bottom to apply the settings.

Now, tap Copy on the toolbar to duplicate the overlay.

A duplicate of the white overlay will appear next to the original one. Tap Copy enough times to create duplicates of the white overlay.

Drag the duplicate white overlays and position them at varying points that need a flash effect highlight. For better precision, pinch zoom on the overlay timeline.

You can either limit them to the yellow beat dots or stack white overlays multiple times in a row for amplifying the flash impact.

Hit the arrow button on the extreme left of the toolbar to apply the changes and return to the main toolbar.

Method 3: Create a flash effect by adjusting video contrast

Tap a clip on the video timeline to select it. Bring the progress line to the point where you want to add a flash effect and tap on the “diamond” (keyframe) symbol on the tools panel above the timeline to add a keyframe.

Bring the progress line to a point past the keyframe and tap  Adjust on the toolbar at the bottom.

Under Adjust, tap Exposure and drag the slider to the maximum to set the exposure to the highest degree. The frames in the clip following the keyframe show a flash effect due to the exposure setting applied to them.

Now, bring the progress line to a point not too further away from it and tap the keyframe symbol on the tools panel above again to add another keyframe. This keyframe will be used as the closing point for the exposure effect.

Bring the progress line to a point past the keyframe and tap Adjust on the toolbar at the bottom. 

Under Adjust, tap Exposure and drag the slider to 0. Hit the tick symbol at the bottom right corner to apply the change.

The keyframes will be marked on the video timeline with a white diamond symbol. To remove a keyframe, bring the progress line over the symbol. The symbol upon selection will turn red on the timeline. Now, tap the keyframe symbol on the toolbar above.

Tap the tick symbol at the bottom right corner of the panel to apply the settings.

That’s it! Once you are happy with the preview, hit the upward-pointing arrow button at the top right corner of the page to save the video to your device.

Custom versus Preset Velocity Speed: How to choose?

Customizing the beats gives you the liberty to manipulate the pace of the frames in the video according to your preference. To create Velocity trend videos, using a Custom speed curve is preferable if you have a very detailed design in mind about how your clips should behave.

On the other hand, presets are the way to go if you want to use some of the most popular speed curve patterns. For instance, the Flash In preset gives a very impactful punch-like motion to the selected clip.

To be blunt, going with presets saves a lot of time you’d otherwise spend adjusting the beat nodes under the Custom mode. But, presets could mess up the sync of the video with the sound used in the background, hence, you might also have to expend some effort to edit the arrangement of beats on preset curves as well. Which to choose is of course a matter of what is demanded by the video. 

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Bytedance Releases Capcut Plugin For Chatgpt

ByteDance, the parent company, has released its popular video editing software CapCut as a plugin for ChatGPT users.

The new plugin leverages generative AI to create everything you need for publishing video content on TikTok and other social channels.

It only takes a one-sentence prompt to describe the video’s theme, topic, or purpose. But for higher-quality results, the more specific and detailed your prompt is, the better.

An Example Of Generating Video With AI Using CapCut And ChatGPT

I used the following prompt to test the plugin: I need a video explaining SEO for beginners.

In its first response, ChatGPT wanted to offer the script idea for the video and confirm the aspect ratio I wanted.

Once I replied with the ratio for a TikTok video, CapCut generated a link to the results. It also gave a link to an email address to give feedback on the video the plugin and ChatGPT generated.

As the video loaded, CapCut offered a quick introduction to its features.

After I logged in with my TikTok account, I could preview or edit the video content.

But first, CapCut sent a disclaimer about who was responsible for any problems caused by the AI output.

CapCut also asked permission to store inputs and outputs for improving training data/AI models.

.Without any specifications beyond my simple idea and the aspect ratio, it generated a video with a script, voiceover, soundtrack, subtitles, and what appears to be a mixture of stock footage and memes.

If you’re curious about how it turned out, here is the video output created by the CapCut ChatGPT plugin. While it’s a great starting point, it has room for improvement.

Using AI For Video Content Creation

The newly released CapCut plugin for ChatGPT users demonstrates a remarkable blend of AI capability and a user-friendly interface, simplifying the process of video creation for users of all skill levels.

With a simple one-sentence prompt, users can produce complete videos with features like voiceover, soundtrack, and a mix of visual elements.

Whether you’re an experienced content creator seeking to automate some aspects of your process or a novice trying to break into the video content world, the CapCut plugin is a tool worth exploring.

Featured image: Tada Images/Shutterstock

How To Switch The Language Of The Page Using Javascript?

Whenever you develop a website or application for a worldwide business, you must also focus on which language your audience can understand. For example, English is an international language, but in some parts of the world, people don’t understand English as they speak German, Spanish etc.

Here, we will learn to switch the language of the web page using JavaScript.

Syntax

Users should follow the syntax below to change the language of the web page using JavaScript.

if (lang == "en") { element.innerHTML = "content"; } else if (lang == "fr") { element.innerHTML = "content"; } else if (lang == "de") { element.innerHTML = "content"; }

In the above syntax, we have written the if-else statement to change the content of the web page according to the language selected. Users need to replace the content with the content of a particular language.

Example 1

In the example below, we added some div element content. Whenever users press any button to change the web page’s language, we invoke the changeLanguage() function by passing the language as a parameter. In the changeLanguage() function, we access the div element and change its content according to the language selected.

function changeLanguage(lang) { let element = document.getElementById(“div”); if (lang == “en”) { element.innerHTML = “Hi How are you! This is written in English.”; } else if (lang == “fr”) { element.innerHTML = “Bonjour Comment allez-vous! Cela est écrit en français.”; } else if (lang == “de”) { element.innerHTML = “Hallo Wie geht es dir! Das ist auf Deutsch geschrieben.”; } }

Example 2

We have created a web page with multiple elements in the example below. Also, we have given the unique id to every element. In JavaScript, we have created the object named ‘languageContent’. In the object, we have stored the language as a key and the content as a value. In the content object, we have used the element id as a key and its content in a particular language as a value.

In the switchLang() function, we access the content of a particular language from the languageContent object and replace the content of all elements on the web page.

let languageContent = { “en”: { “text1”: “This is a sample content”, “language”: “English”, “BrandName”: “TutorialsPoint”, “Programming_lang”: “JavaScript”, }, “fr”: { “text1”: “Ceci est un contenu d’exemple”, “language”: “Français”, “BrandName”: “TutorialsPoint”, “Programming_lang”: “JavaScript”, }, “es”: { “text1”: “Este es un contenido de ejemplo”, “language”: “Español”, “BrandName”: “TutorialsPoint”, “Programming_lang”: “JavaScript”, } } function swithcLang(lang) { for (let key in languageContent[lang]) { document.getElementById(key).innerHTML = languageContent[lang][key]; } }

Users learned to switch the language of a web page using JavaScript. In the first example, we have given a demo of how we can switch between multiple languages.

We can use the second example for the real-time website. Developers need to create a JSON file to store the content rather than in the same files, as real-time apps can have lots of content. After that, they can use for loop to iterate through all elements of the JSON file and update the content of the webpage.

How To Get The Port Number Of The Processes Using Powershell?

Active Connections   Proto  Local Address          Foreign Address        State   TCP    127.0.0.1:9012         DESKTOP-9435KM9:56668  ESTABLISHED   TCP    127.0.0.1:29885        DESKTOP-9435KM9:56733  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58748  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58755  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58766  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58772  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58780  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58782  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58788  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58797  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58799  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58801  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58810  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58815  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58833  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58835  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58836  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58837  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58838  ESTABLISHED   TCP    127.0.0.1:49676        DESKTOP-9435KM9:58843  ESTABLISHED                                                   Active Connections

  Proto  Local Address          Foreign Address        State           PID   TCP    0.0.0.0:135            0.0.0.0:0              LISTENING       1208   TCP    0.0.0.0:445            0.0.0.0:0              LISTENING       4   TCP    0.0.0.0:2869           0.0.0.0:0              LISTENING       4   TCP    0.0.0.0:5040           0.0.0.0:0              LISTENING       7864   TCP    0.0.0.0:5700           0.0.0.0:0              LISTENING       4   TCP    0.0.0.0:16861          0.0.0.0:0              LISTENING       26860   TCP    0.0.0.0:49664          0.0.0.0:0              LISTENING       760   TCP    0.0.0.0:49665          0.0.0.0:0              LISTENING       912   TCP    0.0.0.0:49666          0.0.0.0:0              LISTENING       1704   TCP    0.0.0.0:49667          0.0.0.0:0              LISTENING       2976   TCP    0.0.0.0:49668          0.0.0.0:0              LISTENING       3868   TCP    0.0.0.0:49669          0.0.0.0:0              LISTENING       3996   TCP    0.0.0.0:49670          0.0.0.0:0              LISTENING       720   TCP    127.0.0.1:515          0.0.0.0:0              LISTENING       9276   TCP    127.0.0.1:1001         0.0.0.0:0              LISTENING       4   TCP    127.0.0.1:8884         0.0.0.0:0              LISTENING       4   TCP    127.0.0.1:9012         0.0.0.0:0              LISTENING       15532   TCP    127.0.0.1:9012         127.0.0.1:56668        ESTABLISHED     15532   TCP    127.0.0.1:29885        0.0.0.0:0              LISTENING       26860

We got Process ID (PID) in this table and we can retrieve the processes with PID with Get-Process command and write a program for it which can correlate both.

function Get-ProcessPorts{      [cmdletbinding()]      Param(         [parameter(Mandatory=$True, ValueFromPipeLine=$True)]         [AllowEmptyCollection()]         [string[]]$ProcessName      )      Begin{              Write-Verbose "Declaring empty array to store the output"          $portout = @()                  }      Process{           Write-Verbose "Processes to get the port information"                 $processes = Get-Process $ProcessName             foreach($proc in $processes){                # Get the port for the process.                # Separate each instance                foreach($sport in $mports)                    # Split the netstat output and remove empty lines from the output.                    $LCount = $out[1].LastIndexOf(':')                    $RCount = $out[2].LastIndexOf(':')                    $portout += [PSCustomObject]@{                                    'Process'  = $proc.Name                      'PID' = $proc.ID                      'Protocol' = $out[0]                      'LocalAddress' = $out[1].SubString(0,$LCount)                      'LocalPort' = $out[1].SubString($Lcount+1,($out[1].Length-$Lcount-1))                      'RemoteAddress' = $out[2].SubString(0,$RCount)                      'RemotePort' = $out[2].SubString($RCount+1,($out[2].Length-$Rcount-1))                      'Connection' = $(                         # Checking if the connection contains any empty string.                         if(!($out[3] -match 'd')){$out[3]}                            )                   }                }            }       }       End{       Write-Verbose "End of the program"    } }

Output −

Process  PID Protocol LocalAddress  LocalPort RemoteAddress  RemotePort Connection -------  --- -------- ------------  --------- -------------  ---------- ---------- avp     4252 TCP      127.0.0.1     49676     0.0.0.0        0          LISTENING   avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50304      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50338      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50347      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50357      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50366      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50370      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50375      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50376      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50377      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50378      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50379      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50380      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50385      ESTABLISHED avp     4252 TCP      127.0.0.1     49676     127.0.0.1      50387      ESTABLISHED WINWORD 25852 TCP      192.168.0.107 53584     99.83.135.170  443        ESTABLISHED WINWORD 25852 TCP      192.168.0.107 53592     99.83.135.170  443        ESTABLISHED VERBOSE: End of the program

How To Get The Running Processes With The Wmi Object Using Powershell?

To get the running processes with a WMI object, you need to use class Win32_Process. With this method, you will get more properties than the Get-Process command.

Command Get-WmiObject –Class Win32_Process Output GENUS                    : 2 __CLASS                    : Win32_Process __SUPERCLASS               : CIM_Process __DYNASTY                  : CIM_ManagedSystemElement __RELPATH                  : Win32_Process.Handle="0" __PROPERTY_COUNT           : 45 __DERIVATION               : {CIM_Process, CIM_LogicalElement, CIM_ManagedSystemElement} __SERVER                   : DESKTOP-9435KM9 __NAMESPACE                : rootcimv2 __PATH                     : DESKTOP-9435KM9rootcimv2:Win32_Process.Handle="0" Caption                    : System Idle Process CommandLine                : CreationClassName          : Win32_Process CreationDate               : 20231225011715.424076+330 CSCreationClassName        : Win32_ComputerSystem CSName                     : DESKTOP-9435KM9 Description                : System Idle Process ExecutablePath             : ExecutionState             : Handle                     : 0 HandleCount                : 0 InstallDate                : KernelModeTime             : 5294149218750 MaximumWorkingSetSize      : MinimumWorkingSetSize      : Name                       : System Idle Process OSCreationClassName        : Win32_OperatingSystem OtherOperationCount        : 0 OtherTransferCount         : 0 PageFaults                 : 9 PageFileUsage              : 60 ParentProcessId            : 0 PeakPageFileUsage          : 60 PeakVirtualSize            : 8192 PeakWorkingSetSize         : 12 Priority                   : 0 PrivatePageCount           : 61440 ProcessId                  : 0 QuotaNonPagedPoolUsage     : 1 QuotaPagedPoolUsage        : 0 QuotaPeakNonPagedPoolUsage : 1 QuotaPeakPagedPoolUsage    : 0 ReadOperationCount         : 0 ReadTransferCount          : 0 SessionId                  : 0 Status                     : TerminationDate            : ThreadCount                : 4 UserModeTime               : 0 VirtualSize                : 8192 WindowsVersion             : 10.0.18362 WorkingSetSize             : 8192 WriteOperationCount        : 0 WriteTransferCount         : 0 PSComputerName             : DESKTOP-9435KM9 ProcessName                : System Idle Process Handles                    : 0 VM                         : 8192 WS                         : 8192 Path                       :

How To Screen Record Using Scrcpy

If you are using SCRCPY and would like to screen mirror and record at the same time, this article will show you how to quickly and easily screen record in SCRCPY while screen mirroring to your Windows PC. This will allow you to capture footage in either MP4 or MKV format while using SCRCPY.

Screen recording on mobile devices is a quick and easy process that simply requires you to run an app and tap record, this allows you to record anything and everything on your screen. This is also something that is possible to do using SCRCPY, which a lot of people aren’t away of. Simply fire up SCRCPY and start screen mirroring to your Windows PC while screen recording your phone at the exact same time. You can even choose the output file you want to use. Either MP4 or MKV.

So how exactly do you screen record using SCRCPY? Well, it’s an easy process but one that most people will find intimidating at first. However, once you have done it a couple of times, it’s the easiest thing in the world. Especially if you set up a batch file for SCRCPY to do everything automatically.

How do you screen record using SCRCPY? How to screen record and Mirror using SCRCPY.

In order to screen record using SCRCPY while screen mirroring you’ll need to do the following.

Once the Command window is open, you’ll need to point Command prompt to the folder you have SCRCPY in.

To do this type cd then a space into the command window, then enter the exact location of the SCRCPY folder into Command prompt and press Enter. For me, the command looks like the example below. However, for you, it will more than likely be C: something:

cd D:SCRCPY

Note: If you have your SCRCPY folder on a different drive, not C: you’ll need to change the drive location first. To do this simply type the drive letter followed by a colon ( : ) and press Enter. It should look like this D: If you get stuck there is a video in the SCRCPY Playlist that shows you this process.

Now that Command Prompt is pointing to the correct location, you can enter or copy and paste one of the following commands into the command window and press Enter.

To record in MP4 Format: scrcpy –record=file.mp4

To record in MKV Format: scrcpy -r file.mkv

Once you start the command SCRCPY will open on your device and function normally, however, it will also record everything in the background and save the file in the same folder that you are running SCRCPY from.

Can you run more than one SCRCPY command at once?

You sure can, if you have more than one command option that you would like to enter you can run multiple commands using the same process. However, it’s best to do this using a batch file. This will allow you to create a custom shortcut you can use each and every time you open SCRCPY.

How to create SCRCPY Batch file shortcuts to run multiple commands.

For all our SCRCPY Guides check out our Article List and YouTube Playlist below.

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