Introduction: Pi Chart - Visual Art of 1000 Digits

Picture of Pi Chart - Visual Art of 1000 Digits

Pi is a truly remarkable concept. As a mathematical constant that has yet to have a final number because the pattern does not repeat.

Visualizing pi as a long string of numbers is easy, and rather dull. If there was some way to demonstrate the irrational seemingly chaotic nature that is pi in a much more pleasing to the eye method.

Ah! There is.

My Pi Chart actually shows the first 1000 digits of pi. It serves absolutely no purpose other than decoration. I really like the symmetry of it, even though pi does not have a pattern in itself. I think it makes a unique piece of art or display that could actually be hung in any math class.

This is how I made my Pi Chart - Visual Art.

Step 1: Materials

Picture of Materials
  • 5 gallon plastic bucket – I chose a bucket because it is already a circle and being plastic is easy to work with.
  • 10 – 1.25” machine bolts
  • 20 nuts to the machine bolts
  • 10 washers that fit on the bolts
  • 10 grommets (Curved washers)
  • 300 yards of embroidery thread
  • Super glue
  • Keys 0-9 from a dead keyboard

Tools

  • Hacksaw or sharp knife
  • Drill with bit the same size as the bolts
  • Screwdriver
  • Needle-nose pliers
  • Cloth measuring tape
  • Tape
  • Marker
  • Printout of pi to 1000 places

Step 2: Bucket List

Picture of Bucket List
  1. First, I had to prep the frame ring of my chart.
  2. With the drill, I made a pilot hole under the lip structure of the bucket.
  3. With the knife, I carefully cut around the bucket starting at the pilot hole.
  4. I removed the handle from the ring.
  5. With the cloth measuring tape, I measured the outside circumference of the ring. I found securing it with tape made this easier. (The circumference to my ring came out to an even 100 centimeters.)
  6. I divided this by 10. (This made the even spacing for my 10 numerals.) Easily enough, it came out to every 10 cm.
  7. With the tape measure, I marked off every 10 cm with the marker. I made the marks on the part of the ring between the edge and the heavy structure where the handle was connected.
  8. Finally, I drilled a hole at all 10 marks around the ring.

Step 3: Nuts and Bolts

Picture of Nuts and Bolts
  1. First, I prepared the bolts by adding one nut and one grommet to each bolt. I inserted the grommets upside down, making the curve toward the open end of the bolt. I did it this way, because the holes in the ring are just against the curvature of the structure and a regular flat washer would dig into the plastic.
  2. Next, I inserted the bolt from the outside of the ring into the drilled holes.
  3. Then, I added a washer and another nut.
  4. I adjusted it so the last nut was just to the end of the bolt.
  5. I tightened (or is it loosened) the middle nut back toward the other nut, sandwiching the plastic ring between the nuts.
  6. Using the needle-nose pliers, I tightened the outside nut while holding the bolt with the screwdriver. Doing it this way prevented the inside nut from turning and loosening.
  7. I left about 1 inch of bolt sticking out from the ring.
  8. I repeated for the remaining 9 bolts.

Step 4: 3.1415926…

Picture of 3.1415926…
  1. First, I added a piece of tape on the heavy structure ring at every bolt.
  2. With the marker, I wrote the numbers 0-9 on the tape pieces. This labeled the bolts.
  3. Next, I made a loop in the thread and tied it to bolt labeled 3.
  4. From bolt 3, I ran the string over to bolt 1, looped it around, then 4, looped it around, then back to 1, etc. I made sure to keep the thread tight, but not too tight to break it!
  5. After every 100 digits, I added super glue to the embroidery thread on the bolt to prevent it from unwinding.
  6. Continue on as long as you choose. I stopped at 1000 digits. The 1000th digit is 8. NOTE: The 1000th digit of pi is 8 because the 3 is the first digit, but the 1000th decimal place is actually 9.
  7. I tied off the thread at 8 and added a little more glue to hold it.
  8. Next, I snipped off the remaining thread.
  9. I removed half the taped numbers. (Not all! You have to know where the actually numerals begin!)
  10. I glued the keyboard keys in place, indicating the numerals.

Step 5: Finished!

Picture of Finished!

There you have it! That is how I made my Pi Chart - Visual Art of 1000 Digits!

I hope you enjoyed this.

And as always, thank you for checking out my Instructable!

Comments

pastormick (author)2016-03-11

You made that?
Dude.
That is so pi.

Super well done!

AllanT14 (author)pastormick2016-03-25

nice piku poem :)

pastormick (author)AllanT142016-03-26

discovered.

yay!

oh what a life. :)

JokerDAS (author)pastormick2016-03-28

Oh MAN! I completely missed the piku poem! (3-1-4) Well played, pastormick, well played!

AllanT14 (author)pastormick2016-03-25

Nice piku poem

AllanT14 (author)pastormick2016-03-25

nice piku poem :)

JokerDAS (author)pastormick2016-03-12

I sure did, pastormick! Thank you!
It was quite easy. Try it!

inspecter gadget (author)2016-03-18

No Probs, Are you familiar with Scalar-Waves, if you look at the trapezium/ Retangular sections of your Pi-weave, you will see Scalar Waves......See Tesla......

OH WOW! You are right! I am a large fan of Nikola Tesla and completely missed it! Physics is not my strongest science, but now that you mention it, there is a subtle pattern of the scalar waves. I did not look at it beyond the pi design.

FANTASTIC!

inspecter gadget (author)2016-03-16

What an awesome piece of work!!! , I printed some pi -online 1-1000 digits, A few months ago, it is truely amaizing - I think when you look at the pioneers of mathematics and its visual representation it makes it come alive!!! My other favorite is the fibonacci sequence, which I have done lots of viuals with. [Spirals, Pentagon Spiral, & other sequences. 1,3,5,8,13,21,34,55,89,144,233,377,610. ---if you look you see the pattern lets use [11 & 7] you end up with the same sequence..........

11,33,55,88,143,231,374,605///////////7,21,35,56,91,147,238,385,623 now minus the difference with nearest sized number and we get the original pattern back.............

Ah yes! fibonacci sequence is, indeed, another amazing mathematical concept that can be represented visually and artistically!
Thanks for checking out my instructable!

some got cut off 7,21,35,56,91,147,238,385,623

:-~)

lglira (author)2016-03-16

Super cool, math and art project

JokerDAS (author)lglira2016-03-16

Thank you very much!

big-jamie (author)2016-03-16

The idea of this is phemonemal, I love it ! I made a prototype metal aerial hoop for a friend of mine before making the final hoop for her so i now have this ~800mm diameter metal hoop made from pipe which i dont know what to do with. And this is it ! this is obviously why i have that hoop ! If i remember i'll post pics and i'll try get started on it at the weekend.

JokerDAS (author)big-jamie2016-03-16

Absolutely, big-jamie! The pipe will give an awesome industrial look to it! Please post pictures!

Another member, X_HACKER_X, is making it with knex. I am seriously enjoying all the versions!

X_HACKER_X (author)2016-03-14

Hey I finished the knex ring and it srot of looks like what you have probably smaller though

JokerDAS (author)X_HACKER_X2016-03-15

That looks great!

X_HACKER_X (author)2016-03-14

Sry sorta it srot I hate auto correct that's the next thing they should fix

X_HACKER_X (author)2016-03-14

Dude this is amazing I was going to make a 3D pi out of knex or something but this might win because it is totally amazing and I'm a pi fanatic. I remembered it by heart to 3.141592653589793238462643383279502884197169399375105820 and I know how to find it and this is absolutely amazing I'm going to try it but to make it easier and not buying a 5gal Bucket and I don't really have a key board that's broken I'm just going to use knex for my ring ... Thought will be more like an octagon haha but thx you have my vote.

JokerDAS (author)X_HACKER_X2016-03-14

Thank you very much, I sincerely appreciate the vote! I too, find pi absolutely fascinating!
I am in awe at your ability to recall to 55 digits!
The bucket was only about $2.50, and I have dead keyboards lying around, so that was a choice for me. The idea of using K-Nex as a frame sounds fantastic!! Please post pictures when it is complete, I want to see it!!

X_HACKER_X (author)JokerDAS2016-03-14

Ok cool I think I'm going to be making the frame today so maybe tomorrow I'll have a picture for you. I will be learning more digits in pi it's something I do for fun

graymr (author)2016-03-12

Awesome job dude! btw in step 5 of your instructions you say "The diameter to my ring came out to an even 100 centimeters" when you mean circumference.

JokerDAS (author)graymr2016-03-13

WOW!!!! Thanks so much for catching that completely novice mathematical error, graymr! I went right in and fixed that! I appreciate your awesome fact checking skills!

watchmeflyy (author)2016-03-12

Interesting concept of transforming a number into art. :)

JokerDAS (author)watchmeflyy2016-03-13

I am glad you like it!

alanjamesblair (author)2016-03-11

Cool!

JokerDAS (author)alanjamesblair2016-03-12

Thanks!

HappyWorld (author)2016-03-12

great pi art!!

JokerDAS (author)HappyWorld 2016-03-12

Thank you!

Beast in the East (author)2016-03-12

Cool brp

Thanks!

shknbks (author)2016-03-11

super cool!
cool pi fact,
the 360th digit of pi is 6
359 is 3
361 is 0

JokerDAS (author)shknbks2016-03-11

3 6 0! Awesome little bit of pi fact, shknbks! Thanks for sharing!

Penolopy Bulnick (author)2016-03-11

That is so clever! I just love it :)

Thank you!!

tomatoskins (author)2016-03-11

This is beautiful! I love visual representations of mathematical concepts and numbers in abstract forms!

JokerDAS (author)tomatoskins2016-03-11

Thank you! Yes, I loved the concept and how it turned out!

Mealzies (author)2016-03-11

So cool!!!

JokerDAS (author)Mealzies2016-03-11

Thank you!

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