Op Art Drawings Easy Illusions to Draw Step by Step

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The artistic style usually called "op art" (due to its use of optical illusions) developed during the 2nd half of the 20th century, but information technology has deep roots in art history.^[1] By utilizing geometry, repetition, and color patterns, op fine art oftentimes looks like it's jumping off the page or wants to suck you into the canvas. Past following some unproblematic instructions, you can easily make your own op art—and information technology'due south too easy to customize the process and make the op art distinctively yours!

1. 1

   Depict a wavy line horizontally beyond the page. Go far look similar rolling hills or gentle waves running beyond the middle of the page. Create random undulations and avoid making sharp angles (like mountain peaks).^[two]

   • The more "waves" you make, the more complex your finished drawing will appear. Start with about iii-iv waves if you lot're a beginner.

2. 

   2

   Place eight dots forth the line—two near the edges, half-dozen randomly spaced. Place a dot on the wavy line within virtually 1 in (2.5 cm) from the left edge of the newspaper, and identify another i within about i inch (2.5 cm) from the right edge. Describe the other vi dots in betwixt these 2, wherever you lot feel like putting them!^[3]

   • In your head, label these dots "ane" through "8" from left to correct—only don't jot the numbers on the page!
   • To increase the complexity, add more dots—but eight is good for a beginner.

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   3

   Depict arches above the wavy line that connect the dots. In other words, draw an upwardly-curved curvation (like a rainbow) that starts at dot 1 and ends at dot 2. Practice the same between dots 2 and iii, and so on. Also start arches at dot i and dot 8 that disappear off the border of the page.^[iv]

   • Vary the arches in superlative, making them about 0.25–0.five in (0.64–i.27 cm) high. The smaller in height they are, the more than complex your drawing volition announced.

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   4

   Echo the arches once more and again until they extend off the page. Draw a new arch on top of the initial arch betwixt dots one and two (like a double rainbow!), and exercise the aforementioned between dots 2 and 3 and so on. Go on doing this over and over once again until all the arches above the wavy line run off the top of the page.^[five]

   • The arches can vary in top as you go, but endeavour to continue them within the 0.25–0.5 in (0.64–1.27 cm) peak range if that's what yous started with.
   • Creating arches on arches may get a flake boring, so effort to have fun with it! Watch closely to see how your op art is starting time to announced!

5. 

   5

   Replicate the arch pattern below the wavy line equally well. Follow the verbal same procedure under the wavy line as you did in a higher place information technology. The "upside-down rainbows" don't accept to exist mirror images of the arches above them, but keep them within the aforementioned full general height range.^[6]

   • By the fourth dimension you're done, your paper should be filled with arches upon arches!

6. 

   six

   Colour the spaces between a unmarried stack of arches in a 3-color pattern. For case, use red to color the space between the wavy line and the arch between dots 1 and 2. Then, apply blue to color the gap to a higher place the beginning arch and below the 2nd curvation, and black to color the gap to a higher place the second curvation and below the third i. Keep repeating this until yous go off the top of the page.^[7]

   • For an added 3-D issue, color more darkly around the edges of each gap, and more lightly near the center. This creates an appearance of low-cal and shadow.

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   7

   Mirror the coloring blueprint above the wavy line on the stack of arches straight below. Since (for case) you lot colored the arches in a reddish-blue-black pattern in a higher place dots 1 and two, colour the arches below dots 1 and 2 in a blue-black-ruby pattern.^[8]

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   8

   Repeat the coloring process for each stack of arches above and below the line. For example, color the curvation stack higher up dots 2 and iii in a bluish-black-ruby-red pattern, and the arches below dots ii and 3 in a blackness-ruby-bluish pattern. The goal is to avert having sequent gaps in the same colour, although it won't ruin your picture if this happens occasionally—information technology's art, after all!^[9]

   • If you lot'd rather have a more than random arroyo to your coloring, that'due south fine too!

9. 9

   Have a look at your finished piece of op art. What does it look similar to you? Colorful worms wriggling in a box? The interlocked fingers of some sort of spooky creature? A satellite view of a meaty mount range on another planet? You'll see something different each time you look!^[10]

   • Also, your art will turn out differently each time you follow these instructions. Like snowflakes, each drawing is unique!

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1. one

   Draw a rectangle that fills almost of your canvass of paper. Use a ruler to measure your rectangles and to help depict them directly. Describe the initial rectangle in a 3:4 ratio—in other words, if yous're using 8.5 in × 11 in (22 cm × 28 cm) paper, make the rectangle 6 in × 8 in (fifteen cm × 20 cm).^[11]

   • If you lot want to get the 3-D upshot with this blazon of op art, precision measuring and drawing is important.

2. two

   Dissever the rectangle into four equal rectangles. Use your ruler to draw a horizontal and vertical line that run across in the center of your original rectangle. You'll finish up with 4 rectangles, each 3 in × 4 in (7.6 cm × x.2 cm) in size.^[12]

3. iii

   Describe 2 diagonal lines to create 8 triangles. Use your ruler to draw a straight line from the top left to the bottom right corners of the original rectangle. It should pass straight through the intersection of the horizontal and vertical lines you drew to create the 4 smaller rectangles. Depict another diagonal line from the top correct to the lesser left corners.^[thirteen]

   • When you're done, you'll see 8 triangles inside your original rectangle.

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   four

   Measure out and mark spots along the perimeter of the main rectangle. From the peak left and bottom left corners of the original rectangle, measure beyond and marking dots at 2 and 6 in (5.ane and fifteen.2 cm). From the acme left and correct corners, measure down and mark dots at 1.5 and iv.5 in (3.8 and eleven.4 cm).^[fourteen]

   • These measurements are all based on starting with a 6 in × 8 in (15 cm × 20 cm) rectangle. The horizontal dots should be at ane/4 and iii/4 of the total width of the rectangle, and the vertical dots should exist at 1/four and 3/iv of the full height.

5. 5

   Draw straight lines to connect your dots to the central intersection. Lay your ruler betwixt one of the dots you just fabricated and the heart betoken of the original rectangle, where all the interior lines see. Depict a straight line to connect these 2 points. Do the aforementioned with every other dot you measured and marked.^[15]

6. 

   vi

   Measure and marker dots along the corner-to-corner diagonal lines. That is to say, measure and mark along the X-shaped diagonals that meet at the corners of the original rectangle. Starting at the fundamental intersection where all the lines meet, measure and mark each diagonal at the following lengths: 0.v in (1.3 cm); i.25 in (3.2 cm); 2.25 in (v.seven cm); three.5 in (8.ix cm).^[16]

   • If you started with a half dozen in × viii in (15 cm × 20 cm) rectangle, each diagonal will be 5 in (13 cm) in length from the central intersection to one of the rectangle's corners (as per the Pythagorean theorem!). If you started with a rectangle of a dissimilar size, mark the dots at ane/x, 1/four, 9/20, and 7/10 of the total length of each diagonal section.

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   7

   Connect the dots on the diagonals to create a series of rectangles. Start by using your ruler to connect the 4 dots at the 0.5 in (1.iii cm)—or 1/10 of the total length—position. You'll end up with a modest rectangle surrounding the central intersection. Follow upwardly past connecting the 4 dots at 1.25 in (3.2 cm), 2.25 in (5.7 cm), and 3.5 in (8.9 cm), respectively.^[17]

   • You should now see a series of ever-larger rectangles that announced to be emanating from the central intersection.

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   8

   Alternate between 2 colors as you fill in the smallest rectangle. Due to all the lines that meet at the key intersection, the interior of the smallest rectangle should be cleaved upwards into 16 triangles. Choose 2 colors—for instance, black and red—to colour in these triangles in an alternate blueprint, so that y'all don't have the same color in consecutive triangles.^[18]

   • For example, utilise black to color the kickoff triangle to the right of the vertical line that points up from the central intersection. Colour the triangle immediately to its right cherry-red, and and so on.
   • Blackness and white is also a classic color combo for this type of op art, and will relieve you some time while coloring if you're using white paper!

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   9

   Fill in the remaining rectangles using the same checkerboard pattern. Each rectangle has sixteen triangles inside it, so go on using alternating colors (like black and crimson) inside them. Starting time at the same spot within each rectangle and alternating the showtime color you use—this will requite the drawing a three-D checkerboard appearance.^[19]

   • For instance, start coloring inside each rectangle at the triangle directly to the right of the vertical line that points upward from the central intersection. Brand the triangle black in the smallest rectangle, cherry-red in the 2d smallest rectangle, and then on.

10. x

    Finish by adding shading, if desired, to raise the advent of depth. Use the side of a pencil lead, for example, to slightly darken the expanse surrounding the central intersection. Use less and less darkening as y'all get further from the central intersection—which is in fact the "vanishing bespeak" of your finished slice of op art!^[twenty]

    • Next time y'all try this manner of op art, play with the geometry a bit so that your vanishing point is off-center on the page. Or, try using four colors instead of 2 to alter up the final advent!

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Add New Question

• Question

  Does information technology matter if some lines are wonky or irregular?

  

  Not actually. It depends on the effect yous're trying to become for; y'all tin can decide to add irregular lines on purpose, or make every line every bit perfectly straight as possible. The selection is upwardly to you lot.

• Question

  What is a good size for your paper when doing the jutting curves?

  

  It really only depends on how large you desire your final prototype to be, and where you want to display information technology (if you decide to display it) later.

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• Kids dear making op fine art at least equally much as adults. For a fun op art craft, assist a child paint a pocket-sized flower pot white. Then, help them to paint a repeating design of black straight lines, curved lines, or lightning bolts all the manner around the pot. Voila, they've fabricated functional op art!^[21]

• Don't use markers to color in the squares. Markers tin't shade well, and lack the necessary depth.

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