The Six Priorities Determine Where the Eye Looks First | Persuasive Visuals (2024)

This chapter is from the book 

This chapter is from the book

Techniques of Visual Persuasion: Create powerful images that motivate

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This chapter is from the book

This chapter is from the book 

Techniques of Visual Persuasion: Create powerful images that motivate

Learn More Buy

All things being equal, when looking at an image, we look at faces first. But, things are rarely equal, either by accident or by intent. What if there is more than one face in the image? What if there’s only one face but it’s obscured? What if the face is really small? That’s where these priorities come in; they help us guide the viewer’s eye to where we want it to look first.

I’m indebted to Norman Hollyn who first introduced this concept of visual hierarchy to me, though I’ve modified his order and definitions. Our brain is hardwired to process images in a specific order. We will refer to this list often as we create images because it determines the order in which our audience looks at elements within the image. (In fact, for easy reference, you’ll find these listed at the start of each section in this book.)

When looking at still or moving images, such as Figure 2.2, the eye goes through a “checklist” of where to look first, then second, and so on. I call this checklist “The Six Compositional Priorities that Determine Where the Eye Looks First.” That is, ah, a mouthful, so I’ll abbreviate this as the “Six Priorities.” The eye looks at an image and the elements in it in a specific order, based on these priorities:

1

Movement

2

Focus

3

Difference

4

Brighter

5

Bigger

6

In front

If something is moving, our eyes look there first. If nothing moves, we look at that which is in focus. If everything is in focus, we look at that which is different. And so on. We look at elements that are higher on this list before we look at elements that are lower. These priorities are not only used for images or video; they also apply to how we look at the world around us in real life.

Let me illustrate each of these.

The Six Priorities guide the eye of the viewer so they see what you want them to see in the order you want them to see it.

It is impossible to overemphasize the importance of movement. Long before we learned to write, we were hunters—or being hunted. Our brains are hardwired to pay attention to anything that moves. Our first thought is, “Is that food, or are we food?” Movement always gets our attention.

Obviously, still images don’t “move” as video does. However, we can imply movement, even in a still image. This implied movement often makes for a more compelling image. (When we create video, movement becomes an effective tool for attracting and guiding the eye of the viewer. I’ll cover this in Section 3, “Persuasive Moving Images.”)

Movement is hard to show in a book. For example, if Figure 2.3 were a film, your eye would go first to the lead horse because it is moving and bigger. Here in the book, the image implies movement. A great deal of commercial photography—especially fashion—uses implied movement to attract the eye.

FIGURE 2.3 Movement. The eye is drawn to movement or, in the case of a still image, the illusion of movement. (Image Credit: pexels.com)

Next, our eye goes to that which is in focus. If everything in the image is in focus, which happens with most smartphone shots, the eye skips to the next lower priority. But, if the focus varies within the image, our eye sees the object that is in focus before anything else, other than movement. This is why so many ads and movies present images where only a small portion of the frame is in focus. It tells the eye where it should look first.

Figure 2.4 illustrates this. The frame is filled with people, but we see the laughing woman first because she is the only one in focus.

FIGURE 2.4 Focus. Why does your eye see the smiling woman first? Because focus is more important than brightness or position. (Image Credit: Rene Asmussen / pexels.com)

Next, the eye goes to that which is different. This is why the black puzzle piece in Figure 2.2 attracted your attention. The entire image was white except for that one piece. Different could be a different gender or color or shape or…well, just about anything. Our eye instantly spots something that is out of place, or different, from the surroundings.

In Figure 2.5, you saw the rectangular color palette first because every other shape in the image was either curved or lighter in color. In other words, the simple difference of the color palette was enough to attract our attention first.

The Six Priorities Determine Where the Eye Looks First | Persuasive Visuals (3)

FIGURE 2.5 Difference. Your eye went first to the square of colors because it is different, in shape, color, and size, than anything else in the frame. (Image Credit: pexels.com)

Continuing down our list of priorities, if there’s no movement, everything is in focus, and all the elements are similar, our eye goes to that which is brighter. This explains why so many headlines in digital images are white. White attracts the eye, as you can see in Figure 2.6. (So does black against a white background, as in Figure 2.2, but that’s because black is different compared to the white background, and difference ranks higher.)

FIGURE 2.6 Brighter. Your eye went first to the woman on the left, because she is brighter than anything else in the frame.

In fifth position is size; the eye tends to look at the biggest element in the frame first. In Figure 2.7, as the woman looks back at the camera, she is the largest element in the frame. (She is also in focus, which also helps guide the eye.) We see her first and then look over her shoulder into the room to see what the meeting is about.

FIGURE 2.7 Bigger. Your eye went first to the woman on the left, because she is bigger than anything else in the frame. (Image Credit: Elle Hughes / pexels.com)

It is common to combine multiple priorities in a single image to make sure that the eye goes where you want. It is the rare image where only one priority is used.

In the end, if all else is equal, our eye goes to the object in front. In Figure 2.8, all the men are roughly the same height and size. They are all wearing similar clothes. So, where does our eye go first? To the person in the front.

FIGURE 2.8 In front. Your eye went to the man in front. When other criteria are missing, equal or not relevant, your eye goes to the subject in front. (Image Credit: Clarita Alave / pexels.com)

The Six Priorities are really helpful in understanding how to catch and control the eye of the viewer. The eye doesn’t stop exploring an image after its first look; rather, it explores the image based on the Six Priorities. By designing your image and text with these in mind, you can guide the viewer to see what you want them to see in the order you want them to see it.

Elements of the Six Priorities are rarely used by themselves; combining multiple priorities in the same image drives home where the eye needs to look first. We frequently use a “V” shape when positioning (called “blocking”) actors in dramatic or dance scenes, as you can see in Figure 2.9. Positioning the lead actor or singer at the front of the V, combined with a slightly different—and, often, brighter—costume and increased lighting guarantees that the audience will focus on the person the director wants you to watch, in this case, the lead singer.

FIGURE 2.9 These concepts can be combined. Your eye must go first to the woman in front, because she is also brighter and bigger than any other person in the shot. (Image Credit: Cottonbro / pexels.com)

Our number one goal is to capture and retain the eye of the viewer so that we can deliver our message. Applying the Six Priorities can help you better control where the viewer’s eye will look first, then second, and then third as it checks down elements on the list.

The Camera’s Field of View

The field of view of a camera, unlike our eye, is in the shape of a V, or a cone, as shown. This is one of the main reasons that groups are blocked as a V; there just isn’t enough room for everyone to be in front.

In this illustration, Actor 1 is front and center, and Actors 2 and 3 are visible over the first actor’s shoulder. Actor 4, even though closest to the camera, is invisible because it is outside the field of view of the lens. Video crews take advantage of this field of view to place audio operators, cue cards, or props that need to be close to the talent but not visible.

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The Six Priorities Determine Where the Eye Looks First | Persuasive Visuals (2024)

FAQs

The Six Priorities Determine Where the Eye Looks First | Persuasive Visuals? ›

The eye flow starts at the top-left end of the fold, then moves horizontally to the right end. After it, the eye flow moves diagonally to the bottom-left end of the fold, followed by horizontal movement to the bottom-right end. The Z-pattern eye flow demands keeping important elements at the corner of the page.

What are the six steps of vision in order? ›

How Does the Eye Work?
  • Step 1: Light enters the eye through the cornea. ...
  • Step 2: The pupil adjusts in response to the light. ...
  • Step 3: The lens focuses the light onto the retina. ...
  • Step 4: The light is focused onto the retina. ...
  • Step 5: The optic nerve transmits visual information to the brain.
Oct 11, 2020

Where does the eye go first in graphic design? ›

The eye flow starts at the top-left end of the fold, then moves horizontally to the right end. After it, the eye flow moves diagonally to the bottom-left end of the fold, followed by horizontal movement to the bottom-right end. The Z-pattern eye flow demands keeping important elements at the corner of the page.

Where does the eye go first on a printed page? ›

In the Western World, we read designs according to two common hierarchical patterns: The Z Pattern — In designs without much text, our eye starts scanning from top left to top right, then diagonally down to bottom left, stopping at the bottom right.

Where do people look first on a page? ›

1. The top-left corner gets the attention first. When users land on your site, their eye path starts from the upper-left corner and moves down and right from there.

What are the 6 stages of vision? ›

The main stages are:
  • Reception.
  • Transduction.
  • Transmission.
  • Selection.
  • Organization.
  • Interpretation.
Oct 25, 2021

What are the 6 cardinal points of the eye? ›

The eye, like every compound optical system, has six important reference points (and planes)—the so-called cardinal points. These are the two principal focal points, designated as F1 and F2 ; the two principal points, P1 and P2, and the two nodal points, N1 and N2.

Where does the eye look first in an image? ›

If something is moving, our eyes look there first. If nothing moves, we look at that which is in focus. If everything is in focus, we look at that which is different.

What are the steps of how the eye sees an image? ›

When light hits the retina (a light-sensitive layer of tissue at the back of the eye), special cells called photoreceptors turn the light into electrical signals. These electrical signals travel from the retina through the optic nerve to the brain. Then the brain turns the signals into the images you see.

Where the artist draws your eye to first? ›

The “center of attention is also called the focal point. A painting can have a main focal point with secondary focal points. Contrast creates emphasis and determines the focal point. This can be contrast in color, value, texture, shape, space or line.

What part of the eye is where image processing begins? ›

Retina: This is your eye's on-ramp. It's made up of two types of photoreceptors, rods and cones, which are neurons that detect light. Rods are on the periphery of your retina. They process low levels of light and motion; cones, mainly in the center of your retina, distinguish color and detail.

In what order does the eye respond to a visual image? ›

Final answer: The eye responds to a visual image in the order of cornea and pupil, lens, retina, optic nerve, and brain processing in the occipital lobe.

Where do readers look first in eye tracking? ›

Users first read in a horizontal movement—usually across the upper part of the content area. This initial element forms the F's top bar.

What color catches the eye first? ›

In the daylight, the most visible color is a wavelength of 550nm; a color between green and yellow. Our eyes catch red, orange, and yellow the fastest.

What attracts the eye? ›

Bright, vivid colors tend to grab our attention more quickly than muted, pastel hues because our brains are immediately drawn to bright, bold colors that stand out against their surroundings.

Which part of the face do people look at first? ›

"For the majority of people, the first place we look at is somewhere in the middle, just below the eyes," Eckstein said. One possible reason could be that we are trained from youth to look there, because it's polite in some cultures. Or, because it allows us to figure out where the person's attention is focused.

What are the steps of visual processing in order? ›

Three stages of visual processing determine how internal noise appears to an external observer: light adaptation, contrast gain control and a postsensory/decision stage.

What is the correct order of the process of vision? ›

The correct order of the eye-to-brain pathway of vision is Retina, Optic Nerve, Thalamus, Occipital Lobe. Light entering the eye is converted into electrical impulses by the retina, transported to the thalamus by the optic nerve, processed, and then sent to the occipital lobe for interpretation.

What is a 6 vision? ›

Many people refer to 'perfect' vision as '6/6' or '20/20' (US notation measured in feet), but this is not strictly true – these terms refer to 'average' vision. If you achieve a vision measurement of 6/6, this means that you can see at a distance of 6m what an average person also sees at the same distance.

How vision works step by step? ›

Normal Vision
  1. Light enters the eye through the cornea. ...
  2. From the cornea, the light passes through the pupil. ...
  3. From there, it then hits the lens. ...
  4. Next, light passes through the vitreous humor. ...
  5. Finally, the light reaches the retina.

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