One of the tools colorists use to make their jobs easier is called a vectorscope, which shows the relationships between colors.

And you can use it, too – even if you’re more concerned with creating video for the web than for screening in theaters.

Vectorscopes are extremely important for evaluating the color quality of your video footage.

A vectorscope is a system that visually shows color and hue changes in your material. It can come in a variety of different forms, but they all measure the same thing: your picture’s color.

The most basic form of a vectorscope is a graph that compares the video signal to a reference signal.

This reference signal can be preset or manually inputted so that you can measure how closely your colors match the desired values.

In addition to displaying color variations, some equipment will also display brightness information on the same screen.

This allows you to get an accurate assessment of both color and brightness values in your picture.

What Is a vectorscope

What Is a vectorscope?

A vectorscope is a tool used to measure and display the color characteristics of video signals.

The vectorscope can measure two different parameters: Chrominance and Luminance.

A vectorscope is designed to display the chrominance (color) portion of a video signal, which represents the brightness and saturation levels.

A vectorscope measures chrominance as it appears on the screen by displaying all of these characteristics simultaneously.

In more techical parlance, the vectorscope is an oscilloscope with an X-Y plot, like a dual-trace oscilloscope, which means that it can measure two electrical quantities at the same time.

The horizontal axis represents the hue (hue), while the vertical axis represents saturation (saturation). The center of the scope is marked with a crosshair, which shows zero hue and zero saturation.




What Is A Vectorscope?

One of the tools colorists use to do their jobs easier is a vectorscope, which shows the relationships between colors.

And you can use it, too – even if you’re more concerned with creating video for the web than screening in theaters.

Vectorscopes are extremely important for evaluating the color quality of your video footage.


A vectorscope is a system that visually shows color and hue changes in your material. 

It can come in various forms, but they all measure the same thing: your picture’s color.

The most basic form of a vectorscope is a graph that compares the video signal to a reference signal.

This reference signal can be preset or manually inputted so that you can measure how closely your colors match the desired values.

In addition to displaying color variations, some equipment will also display brightness information on the same screen.

It allows you to assess both color and brightness values accurately.

What Is A Vectorscope?

One of the tools colorists use to do their jobs easier is a vectorscope, which shows the relationships between colors.

And you can use it, too – even if you’re more concerned with creating images for the web than for print.

Colorists use a vectorscope to ensure colors are placed in the correct position on a ‘color wheel.’

A vectorscope is an essential tool for anyone working in film and television or any field that relies on color. 

It’s a device used to measure the hue and saturation of a video image.

If you’re working with video, it’s important to ensure that your colors are consistent throughout, and the vectorscope helps you do this by providing accurate readings on your footage.

You’ve probably seen the Vectorscope if you’ve ever color-corrected a video. It’s a graph that helps you judge the color balance of your footage.

How Does A Vectorscope Work?

Let’s dig into this mysterious-sounding tool by walking through basic color correction steps. 

It is not an exhaustive tutorial, but it should help you get familiar with some of the most important controls you’ll use to correct your footage.


The vectorscope works like this:

You put a colored disc over a field of white dots. The dots represent levels of red, green, and blue (RGB).

You place the disc over where those three colors overlap, and wireframe outlines appear around the discs.

The more levels of each color that overlap, the darker and fuller the wires around the discs will be, as in this example:

The same thing happens when you put a disc over white – only now there are no RGB levels to measure, so all three wires will be black or “orthogonal,” as they say in the video editing world.

What Is The Purpose Of A Vectorscope?

A vectorscope is an instrument used in television and film production to analyze the chroma information of a video signal. 

The vectorscope can analyze and adjust the color balance, hue, and saturation of individual video signals or entire mixes of signals. 

Many manufacturers of professional video equipment include a vectorscope as part of their display calibration system.


Tape recording systems, such as VCRs, use a vectorscope to select recording modes. 

If the vertical line in the center of the vectorscope display remains centered while the horizontal line floats around that point, you are using an NTSC recording mode. 

You use a PAL recording mode if the horizontal line remains close to the center while the vertical line floats around it. 

The recording mode with better color fidelity is used for higher-quality recordings.

A vectorscope also indicates whether your audio is properly synchronized with your picture. 

Typically, suppose you are playing back a video recorded on another device, and there is no audio present (for example, when watching a DVD). 

The vertical line will “wobble” around the center point because the source material generates no audio signal.

A vectorscope is a video signal monitor that allows you to adjust the color and saturation of your video signal. 

An electronic vectorscope displays these vectors on an oscilloscope-like display, which will show you the brightness and color components of your video signal as a two-dimensional map.

  • Description: The vectorscope displays a graph showing the brightness (Y) and chrominance (C) values of your video signal as a function of time (X). 

As you can see from the image to the right, the vectorscope displays three different colors: red, green, and blue. 

The size of each vector indicates the relative amount of that color in your video signal.

  • Applications: A vectorscope can determine if there are color or brightness problems with a video signal before sending it out to an external device like monitors or recorders. 

It can also help set levels within devices such as switches and routers.

  • Color Bars: Several graticules are available on most vectorscopes, including 4:3 bars, 16:9 bars, and CCIR bars. 

These are all useful for setting levels within the device itself, but they don’t typically match the aspect ratio or resolution of the actual content.

What Is A Video Vectorscope?

A Video Vectorscope is a tool used to analyze the color composition of an image. 

It helps designers know whether their image effectively gets its message across or not.

  • Description: A Video Vectorscope measures the hue, saturation, and luminance values of the pixels of an image, then translate them into a color wheel. 

The video vectorscope also shows how the pixels change over time (for example, when there’s motion in the video).

  • Uses: Video Vectorscopes help determine whether a camera can capture colors accurately and display them properly. 

They are particularly useful for calibrating cameras. 

Designers can use a vectorscope to determine if their image will be as effective as they want it to be when displayed on various devices.

  • How To Use A Video Vectorscope: You’ll need a video vectorscope and a video file to practice with. 

Use your vectorscope to measure different colors in your video frame by placing your mouse cursor over different screen parts. 

You’ll see circles on top of each pixel you hover over. 

The color in that circle represents that pixel’s hue, saturation, and luminance values. 

These values will change depending on where your mouse cursor is placed.

A Video Vectorscope is a tool that can help you better understand the color composition of a video. It is the video equivalent of a Waveform Monitor if you have ever used one. 


The Video Vectorscope helps you read the color levels of your video and stats them in charts and graphs for easy reading.

Tutorial: How To Use A Vectorscope For Color Correction And Matching

It gives you an idea about how your video compares to other videos. It also can help you decide what color space is being used by your camera or software.

A Video Vectorscope will help you see if any color space conversion occurs during the editing process. 

It is a useful tool for matching one shot to another shot or fixing white balance issues with your camera or edit software.

What Should A Vectorscope Look Like?

What Should A Vectorscope Look Like?

The vectorscope of a video monitor is a very useful tool for evaluating and correcting the quality of video signals. 

It is often called a “squiggly line” because it is composed of many straight lines drawn on-screen as the test pattern is viewed. 

The horizontal and vertical center lines, drawn in black, indicate the zero (or starting) point for all other lines. 

These other lines are drawn in color to identify the amplitude or intensity of the video information carried by the signal. 

The voltage levels of the beam current can be scaled to any convenient value using a calibration switch located on the front panel. 

The instrument can display a range from zero to 100 IRE (100% modulation), but typically only 20-80 IRE is used for TV and 0-100 IRE for film work.

What should a vectorscope look like? It is a question that comes up relatively often, so I thought I’d share my thoughts on the matter.


Tristan and I were just talking about this the other day. A number of you have asked about it, and rightly so. 

It’s a common question for newcomers who are getting into color correction.

I’ve researched it and pulled some great resources together for you. 

Some of these have been covered in previous posts – but it’s worth looking at again because the information is valuable.

So let’s take a look at what a vectorscope should show us (and what to do if it doesn’t).

Now that you know the basics of using a vectorscope, you’re probably dying to know what your vectorscope should look like when working on a project, right? 

It depends on what type of footage you’re editing, but here’s a basic breakdown that will give you an idea of what to expect.

Vector Scope Example: Standard Definition Video (SD)

The standard definition video is pretty simple. Your vectorscope should look like one large box surrounding one slightly smaller box. 

The small box should be more towards the top of the vectorscope and have three small boxes inside it; one in the middle and two on either side. 

The large box should also have three small boxes, but these are to the left and right and are mirrored from those in the smaller box.

Trying to get your colors lined up perfectly with SD footage shouldn’t be too hard since there’s not much variation in hue or saturation levels. 

If you’re still having trouble getting things lined up, try adjusting your levels so that the small center box just barely touches both sides of the large outer box.

What Is An Audio Vectorscope?

What Is An Audio Vectorscope?

One of the first things you’ll learn about as you grow a love for all things audio is the concept of frequency. 

This term is used to describe how many times per second something vibrates, which means that everything that makes noise has a frequency. 

If we were to measure the frequency of the sound waves that make up a guitar string being plucked, we would find that they occur at approximately 440Hz. 

It means that 440 vibrations occur every second, or one vibration every 0.02 seconds.


Tuning into 440Hz is quite easy. You can use your ears to do this if you have a built-in set of speakers on your computer or laptop, but I would recommend downloading Audacity if you don’t already have it on your computer – it’s free, and it’ll help us with the next part of this article.

Download Audacity by visiting their official website and clicking on ‘Download Audacity.’ Once downloaded, run the program and open up their preferences menu (this is found in the program’s dropdown menu). 

Here, you should see an option for ‘default sample rate’ – change this from 44100 Hz to 48000 Hz. Windows users may

An audio Vectorscope visualizes the spectral content of a sound in a similar way to a video Vectorscope. 

It is used to analyze the audio characteristics of an audio recording to detect clipping, hum, resonances, or uneven frequency response. 

I’m going to show you how to use this tool for free using Audacity.

Name: The Complete Guide to Public Speaking: How to Present Before an Audience with Confidence

Waveform Monitor And Vectorscope

The Waveform Monitor and the Vectorscope are must-have tools for any color correction suite. 

Colorists use them to analyze the video signal and are an essential part of any color grading workflow.

Before analyzing your video signal, you must put it into a viewable format. Click on the Display dropdown menu in the upper left corner of Resolve and choose Waveform Monitor. 

Your video will now be displayed as a series of bars on the right side of your screen. 

These bars show you how bright each area of your footage is, allowing you to identify highlights, shadows, and other areas where changes need to be made to make your video look its best.

A Vectorscope is a tool that allows you to compare two colors visually. 

It allows you to judge how far apart colors are on the chromatic spectrum and how close they are in hue and saturation. 

The Vectorscope is also useful for judging exposure levels in different parts of your footage and determining if certain colors “pop” or become washed out.

In this post, we will talk about the waveform monitor and vectorscope. These are two very important tools in the colorist’s arsenal. 

The waveform monitor and vectorscope provide a visual representation of the colors in the video signal. 

It can help the colorist adjust colors for better matching, grading, and HDR conversion.

The waveform monitor shows a graph of the luminance values of your video signal as it is playing on your monitor or projected on a large screen. 

The luminance values are displayed as brightness values from black to white, with 16-235 representing black and 16 representing white. A basic waveform monitor will show you the luma information, but more advanced monitors will also show chroma information.

The vectorscope gives you a visual representation of the color in your video signal.

It gives you a graph of where your colors fall on an imaginary triangle that can be split up into red, green, and blue components. 

The x-axis represents red, the y-axis represents green, and the z-axis represents blue, while brightness values range from 0 to 100%. 

The triangle’s three points are represented by 75% red, 50% magenta, and 50% blue.

The most common way to use both of these tools is by

Video Editing Software With Vectorscope

Video editing software using vectorscope. It is a waveform monitor that displays the color information in a video signal. 

It allows the user to see how the image is being distorted by lighting and color problems to fix them, or to see how the signal will be affected by filters such as hue/saturation adjustment or a video filter, so they can check whether these filters will cause unwanted side effects like distortion.

Since the invention of motion pictures, editing has been needed. 

At first, this was done by cutting and pasting film, but today it is done with video editing software. 

Video editing software is used to create movies, television shows, and commercials.

The challenge is to make a piece that pleases the audience while still telling the story in the best way possible. 

It is done with color correction. Color correction involves adjusting hue and brightness and applying filters and effects. 

The result should be natural-looking footage that helps convey the message instead of distracting it. 

The best video editing software for color correction will have a vectorscope to help you tune in on the proper hues.

It is not just the best video editing software on the market, but it is also the easiest to use. 

If you have tried any popular video editing software like Adobe Premiere, Sony Vegas, or Cyberlink Power Director, you will notice that editing videos on Pinnacle Studio are much easier. 

It is mainly because of its intuitive user interface and tools specifically built for non-professional users.

The Vectorscope in Pinnacle Studio has a very simple design. 

It comprises four parts: the waveform display, the color histogram, the vectorscope, and the RGB Parade. 

The RGB Parade is an overlay that shows a graph showing the amount of red, green, and blue colors in a particular frame.

Using a Vectorscope Tutorial

Using a Vectorscope is the best way to make sure your picture is correctly exposed. 

This tutorial will show you how to use a Vectorscope to get the best possible exposure on any video or still picture you are editing.


  • Step 1: Open your picture in Adobe Photoshop
  • Step 2: Open up the Channels Panel, select the RGB channel, copy it by pressing Ctrl+C, and paste it into a new file by pressing Ctrl+V.
  • Step 3: Select the new file, press Ctrl+A to select your whole image, and press Ctrl+C to copy it. 

Press Ctrl+V again to paste it into a new file. I now have two identical images: one with my original RGB values and one with the RGB values from my Vectorscope.

  • Step 4: Set your Vectorscope to have no reds in the graph and adjust your picture to have no reds at all. 

The next step is to set your vectorscope’s black level, so there is no black in the picture, just a greyscale. 

  • Step 5: Finally, you can set your vectorscope’s white level so that there are no

The Vectorscope Shows The Hue And Saturation Of The Image

The Vectorscope shows the hue and saturation of the image. Hue is the color, and saturation is how vibrant the colors are. 

You can use the vectorscope to help you adjust your image to look better on those different devices. 

When you look in the vectorscope, it will be a 2D representation of a 3D cube, which contains all of the colors in your image. 

You will see an outline of a rectangle around part of the cube. These lines represent particular color values that are within your photo. 

The top two lines represent white, the middle two lines represent gray, and the bottom two represent black.

The side of the rectangle represents 100% (full) saturation, while the opposite side represents 0% (no) saturation.

Within these outlines, you will see different angles on each side of the rectangle representing different hues. 

The top angle usually represents red, the middle angle usually represents yellow, and while bottom angle usually represents blue.

If you want to adjust your image to look good on various devices, you need to make sure that you at least match up the hue and saturation values between them. For instance, if you are making an image for an iPhone ad, you should have mostly when looking at your vectorscope.

The Vectorscope is a very important tool. 

This tool will help you determine how many colors are in your image, how saturated or vibrant the colors are, and even the hue of the color. 

The vectorscope is located in the upper-left-hand corner of your After Effects workspace. 

It has an icon that looks like a circle with a crosshair and a few other circles around it.

The Hue/Saturation controls are located in your Video Composition. 

The Vectorscope within that Composition can be used to analyze your Footage and whether or not it has been edited properly within After Effects

If you have been editing footage and it is not displaying correctly on your Vectorscope, you need to adjust your Hue/Saturation settings accordingly.

When you select a layer within After Effects, such as a layer of video footage or a photograph, you will be able to see information displayed within the Vectorscope. 

You will see the layer’s color, how saturated those colors are, and even the Hue of the Color.

The Vectorscope measures the intensity of each pixel against the Red, Green, and Blue (RGB) model of color theory. When looking at each pixel.