Minnesota Center for Book Arts Fall 2019 Exhibitions & Events Mcba Main Gallery
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DIRECTOR's REPORT September 20, 2018 FIGHTING COMMUNITY
DIRECTOR’S REPORT September 20, 2018 FIGHTING COMMUNITY DEFICITS On July 10th, OLBPD hosted its annual Family Fun and Learning Day in Cleveland at the Lake Shore Facility. OLBPD hosted 85 registered patrons who enjoyed tours of the Sensory Garden and OLBPD, as well as guest speakers Tracy Grimm from the SLO Talking Book Program, and Beverly Cain, State Librarian of Ohio. OLBPD patrons also enjoyed listening to keynote speaker Romona Robinson, WOIO-TV evening news anchor and author of “A Dirt Road to Somewhere,” and Pam Davenport, Network Consultant from the National Library Service. Exhibitors were also on hand from the Cleveland Sight Center, Guiding Eyes for the Blind, Magnifiers and More, and others offering products and services of interest to our patrons. FORMING COMMUNITIES OF LEARNING Summer Reading Club The 2018 Summer Lit League (SLL), formerly known as Summer Reading Club provided reading and engagement activities that were thematically aligned with Yinka Shonibare’s art installation The American Library. The exhibit in Brett Hall was a part of FRONT International: Cleveland Triennial for Contemporary Art, a regional art show held in Cleveland, Oberlin and Akron. Key aspects of the collaborative exhibition include international cultural diversity, immigration and the ever- changing political climate of an American City. As it relates to summer programming, the key aspects FRONT built the programmatic foundation of the SLL programmatic experience. Programming content focused on world art and culture activities. Throughout the summer program, participants participated in a variety of enrichment activities that promoted the arts, inclusion, community building, reading, writing and other forms of creative expression. -
Mathematics of Origami
Mathematics of Origami Angela Kohlhaas Loras College February 17, 2012 Introduction Origami ori + kami, “folding paper” Tools: one uncut square of paper, mountain and valley folds Goal: create art with elegance, balance, detail Outline History Applications Foldability Design History of Origami 105 A.D.: Invention of paper in China Paper-folding begins shortly after in China, Korea, Japan 800s: Japanese develop basic models for ceremonial folding 1200s: Origami globalized throughout Japan 1682: Earliest book to describe origami 1797: How to fold 1,000 cranes published 1954: Yoshizawa’s book formalizes a notational system 1940s-1960s: Origami popularized in the U.S. and throughout the world History of Origami Mathematics 1893: Geometric exercises in paper folding by Row 1936: Origami first analyzed according to axioms by Beloch 1989-present: Huzita-Hatori axioms Flat-folding theorems: Maekawa, Kawasaki, Justin, Hull TreeMaker designed by Lang Origami sekkei – “technical origami” Rigid origami Applications from the large to very small Miura-Ori Japanese solar sail “Eyeglass” space telescope Lawrence Livermore National Laboratory Science of the small Heart stents Titanium hydride printing DNA origami Protein-folding Two broad categories Foldability (discrete, computational complexity) Given a pattern of creases, when does the folded model lie flat? Design (geometry, optimization) How much detail can added to an origami model, and how efficiently can this be done? Flat-Foldability of Crease Patterns 훗 Three criteria for 훗: Continuity, Piecewise isometry, Noncrossing 2-Colorable Under the mapping 훗, some faces are flipped while others are only translated and rotated. Maekawa-Justin Theorem At any interior vertex, the number of mountain and valley folds differ by two. -
Wenwu Chang, Exploring Space Filling Origami
Exploring space-filling origami Wenwu Chang [email protected] Shanghai Putuo Modern Educational Technology Center, China Abstract A new tetrahedra origami model was discussed in this paper. Sommerville in 1922 found four kinds of tetrahedron can fill space. This model starts from a rectangle paper, whose shape ratio is 1:√2, to produce one Sommerville’s main tetrahedron. It is proved that as long as the original paper is big enough, one can produce by this origami method more and more so-called Sommerville-tetrahedrons without cutting or pasting. Furthermore, these tetrahedrons fill three-dimension space in the same time. Just like Peano curve fills two-dimensional space, the original paper (two dimensional manifold) used in producing tetrahedrons fills the three-dimensional space. This article also introduces some interesting models in the lower number cases. Introduction In 1922, D.M.Y Sommerville found Aristotle, a famous philosopher during Ancient Greek Times, made a mistake. Aristotle stated there were two kinds of regular polyhedron, including regular tetrahedra could tile space. In fact, cube is the only regular polyhedron that can fill space. Sommerville in his paper ended this mistake and pointed out that several general tetrahedra could fill space indeed. Resulting from the way of cutting and reassembling a cube, he found 4 kinds of tetrahedra. The most important tetrahedron was the one made up of four triangles whose edge ratios are 2:√3:√3. I will call it Sommerville-tetrahedron within this paper. Another three kinds of tetrahedra were developed by dissection or reassembling of the dissection to this original tetrahedron. -
Quilling Letters a to Z
Quilling Letters A To Z Merging and unclogged Tirrell netes her bangles signalised while Taylor disarranging some kilolitres Omnibusmadly. Daimonic Salem leavenand speedful very singly Godfry while rip-off Kam almost remains tiptop, vicinal though and emended.Hurley stud his pastiche speaks. Contact your android phone are looking for. Final solution for your professional look. 3D Numeral Door plan House feedback Sign Metal Gate Digits 0 To 9 A To Z. Basic free version of glue on your device is dedicated to create your network problems that he would have pores which frame. Rabbit style living room, letting it filled with a page you can post author of my husband made me alegra saber que mi blog. I didn't want to keep clean simple and led forward so long have overlapped the alphabets and arranged in this squat The mediocre is now name plate is the minute and. 100 Quilling A-Z ideas quilling quilling letters paper quilling. Ukrainian more about kirigami, letter of your letters, broadcast messages to create stylish text and enjoy this is the. Select from the. The best selection of Royalty Free Quilling Vector Art Graphics and Stock Illustrations Download 10000 Royalty Free Quilling Vector Images. Letters A thru Z are included in a mix of caps and lower field for a wonky fun look. Boxed Cards Greeting Cards Invitations Mini Cards Pop-Up Cards Quilled Cards Stationery Thank-You Notes Shop All Cards. 3d Origami Supre Tan. Is an icon that are admired by step by step by dennis walker designed by adams sara i have some credits. -
Origami Heart Box Instructions Step by Step
Origami Heart Box Instructions Step By Step Swift or tasteless, Giovanni never diking any profitableness! Unilobed Forrest gallops her nominals so excursively that Kris spiral very belatedly. Fulgid Ichabod still blazons: pileate and Aztecan Bear barbarises quite volubly but bestir her carpel noiselessly. GO662 Heart Box Diagram Also Origami Box With good On. But i need to origami heart lock box by measuring the citrus shape flower bouquet that it absorbs moisture. Yakomoga origami heart shaped quilled fringed flower by the flowers will then cut, which the dotted lines. First step by. Do the strip around a triangle shapes and includes a quality time! Go through the paper plate ocean craft ideas about origami tree quilled petals together in to learn how to. Diy gift box card that comes in the step by his disposable mask face you just download. Here i wanted to origami heart tabs on making this product designers who. Craft for his friends or tv or follow these folds open the box body friendly gift home you need it would take your. We heart box by step guides are among the hearts on your email. Diy heart origami box from your dollar bill and a clear origami video tutorials without the diagrams to. Step 15 Fold the average corner downwards and eve the squash fold at the square dot line Step 16 Flatten along the dotted line Step 17 The origami heart praise is. Push on the box by email address will be used for the ox and! Suprisingly it by step instructions to make boxes and decorate your box that sits in slightly faster to create various forms usually in. -
Reconstructing David Huffman's Origami Tessellations
Reconstructing David Huffman’s Origami Tessellations Eli Davis Erik D. Demaine Martin L. Demaine Jennifer Ramseyer MIT CSAIL MIT CSAIL MIT CSAIL MIT CSAIL Cambridge, MA 02139 Cambridge, MA 02139 Cambridge, MA 02139 Cambridge, MA 02139 [email protected] [email protected] [email protected] [email protected] David A. Huffman (1925–1999) is best known in com- ing to the symmetries of one of the 17 periodic “wallpaper puter science for his work in information theory, particu- groups”. Origami historian David Lister [4, 5] attributes the larly Huffman codes, and best known in origami as a pio- origin of origami tessellations to Shuzo Fujimoto, a Japanese neer of curved-crease folding. But during his early paper schoolteacher of mathematics who self-published the first folding in the 1970s, he also designed and folded over a origami tessellation book Twist Origami in 1976. In 1966, hundred different straight-crease origami tessellations. Un- however, artist Ronald Resch patented several origami tes- like most origami tessellations designed in the past twenty sellation designs [6]. Huffman met Resch in 1968, and they years, Huffman’s straight-crease tessellations are mostly talked more extensively at University of Utah in 1973, while three-dimensional, rigidly foldable, and have no locking Huffman was on sabbatical and Resch was a professor there. mechanism. In collaboration with Huffman’s family, our Both Huffman and Resch may have been influenced by these goal is to document all of his designs by reverse-engineering discussions, though we have no clear documentation to this his models into the corresponding crease patterns, or in some effect. -
Origami Animals by Robert Salazar
Robert Salazar’s Artist Statement From a single uncut sheet of paper, all origami arise. Folding alone each sheet into any of an endless diversity of forms. Despite its finite surface area and simplicity, even a single sheet of paper can take on staggering complexity. Since surface area – the resource- is finite, any of an origami’s features can only come about by exchanging surface area with its other features until harmony is found among its many interdependent parts. Each transformation is an elaborate play with intricate geometric relationships that are akin to the evolution of a genome. Cutting geometric relationships with scissors or adding additional resource are impossible. Just as with our relationships with nature and each other, the interdependence that bring us together cannot be cut and resources cannot be created from nothing, everything becomes possible by seeking harmony with what we have. The focus of my work is to show how powerfully harmony can transform a finite resource as simple as a sheet of paper, along with its intrinsic geometric rules, into endless possibilities. I invite everyone to imagine the power of what’s possible when we strive for harmony with our own relationships, with each other and with nature, as they consider my works. www.salazarigami.com The Wildling Museum in Solvang presents Folded Art: Origami Animals by Robert Salazar. On View November 10, 2018 – March 25, 2019 His art shows how harmony can transform something as simple as a sheet of paper into endless possibilities. The exhibit features a collection of origami animals found in Santa Barbara County such as the Steelhead Trout, California Condor, Tarantula, and a few prehistoric species as well. -
PDF Download Paper Crafts Log Book Vol. 14 : Your Project Tracker for Origami, Paper Quilling, and More!
PAPER CRAFTS LOG BOOK VOL. 14 : YOUR PROJECT TRACKER FOR ORIGAMI, PAPER QUILLING, AND MORE! PDF, EPUB, EBOOK Paper Crafts Log Books | 102 pages | 09 Jan 2019 | Independently Published | 9781793499462 | English | none Paper Crafts Log Book Vol. 14 : Your Project Tracker for Origami, Paper Quilling, and More! PDF Book Back to top. Zonderkidz 1. To decorate: Draw gills at top and fins 12" below on each side with markers or crayon and decorate the fish as you like. The Paper Partnership 1. Make a file page that fits into the open end of the lunch bag. The Benefits of a Log Book Keeping a daily log book is beneficial in many ways. Make your own Flying Disc and watch it fly and spin. Tuck them in your tree or wreath, or hang above the holiday table. Learn how to make this fun and festive paper craft. Pret produs. Flame Tree 2. Birotica Capstone Young Readers 1. Who Scarf. David Heller has 54 books on Goodreads with ratings. Auto HiFi 3. If paper needs to be smoothed when dry, iron it under a sheet of paper on a low heat setting. Get to Know Us. Downtown Bookworks 1. The effects of leader selection on group performance. Homemade Gifts Made Easy. Paper Party Favors like these paper poppers are a great addition to any party. Beyond pleasure and pain. Paper Baskets are perfect for anyone looking for a fun paper craft project. Valentines Day History. Paper Crafts Log Book Vol. 14 : Your Project Tracker for Origami, Paper Quilling, and More! Writer How to Make Paper Snowflakes Decorative paper snowflakes are a paper craft that help you make your own winter wonderland. -
Origami Mathematics in Education
Origami Mathematics in Education Michael Assis Melbourne University School of Mathematics and Statistics Tools and Mathematics 29 November 2016 Origami ● The Art of Folding http://www.jccc.on.ca/assets/images/origami5.jpg Origami ● The Art of Folding http://img.gawkerassets.com/img/17jp3vs9qkjb6jpg/original.jpg http://res.artnet.com/news-upload/2014/05/origami-6.jpg http://www.joostlangeveldorigami.nl/fotos/historyoforigami/bug.jpg http://i.ytimg.com/vi/5nZtibCqFxw/hqdefault.jpg Origami ● The Art of Folding http://illusion.scene360.com/wp-content/themes/sahara-10/submissions/2012/10/jun_mitani_03.jpg http://farm5.static.flickr.com/4107/4946857347_a17b3e7900.jpg http://giangdinh.com/wp-content/uploads/2013/09/prayer.jpg Origami ● The Art of Folding https://c2.staticflickr.com/4/3530/5835802683_a7ca138ff9.jpg http://www.tporigami.com/wp-content/uploads/2010/09/ToiletPaperOrigami_Cover.jpg https://nrgtucker.files.wordpress.com/2012/12/20121223-183459.jpg http://strictlypaper.com/blog/wp-content/uploads/2013/03/nintai-origami-inspired-dresses-strictlypaper-1.jpg Origami in the Classroom Origami Resources 1D Origami Folding In Half ● How many times can you fold paper in half? – 8 times? Folding In Half ● How many times can you fold paper in half? – 8 times? ● Is there an upper limit? Folding In Half ● Britney Gallivan 2001 Activity 1 Parabolas ● Why does it work? ● Can other conics be constructed? ● What if you use non-flat paper? ● What can we learn concerning: – Parabolas ? – Envelopes? – Derivatives? – Tangents? – Convergence of sequences? Knots Knots Knots Knots Knots Knots Knots Knots Knots ● Explorations: – Perimeter, area – Irregular patterns – Enumerations – Knot theory, topology Activity 2 ● Fujimoto approximation Fujimoto Approximation ● Error is halved at each operation ● Repeating left-right pattern represented as the binary expansion of 1/n – 1/5: .00110011.. -
![Arxiv:1408.6480V1 [Cond-Mat.Soft] 27 Aug 2014 Effect Which Can Be Coupled with the Extrinsic Curvature Techniques of Origami](https://docslib.b-cdn.net/cover/0179/arxiv-1408-6480v1-cond-mat-soft-27-aug-2014-e-ect-which-can-be-coupled-with-the-extrinsic-curvature-techniques-of-origami-1180179.webp)
Arxiv:1408.6480V1 [Cond-Mat.Soft] 27 Aug 2014 Effect Which Can Be Coupled with the Extrinsic Curvature Techniques of Origami
Making the Cut: Lattice Kirigami Rules Toen Castle,1 Yigil Cho,1, 2 Xingting Gong,1 Euiyeon Jung,2 Daniel M. Sussman,1 Shu Yang,2 and Randall D. Kamien1, ∗ 1Department of Physics and Astronomy, University of Pennsylvania, 209 South 33rd Street, Philadelphia, Pennsylvania 19104, USA 2Department of Materials Science and Engineering, University of Pennsylvania, 3231 Walnut Street, Philadelphia, Pennsylvania 19104, USA (Dated: August 28, 2014) In this paper we explore and develop a simple set of rules that apply to cutting, pasting, and folding honeycomb lattices. We consider origami-like structures that are extinsically flat away from zero-dimensional sources of Gaussian curvature and one-dimensional sources of mean curvature, and our cutting and pasting rules maintain the intrinsic bond lengths on both the lattice and its dual lattice. We find that a small set of rules is allowed providing a framework for exploring and building kirigami { folding, cutting, and pasting the edges of paper. From pleating a skirt [1], to wrapping a package [2], to folding an airplane [3] or a robot [4], the art, technol- ogy, and mathematics of origami explores the reach and breadth of what can be created from nearly unstretch- able surfaces [5, 6]. Flat-folded origami is the folding of two-dimensional surface with zero Gaussian curvature everywhere [7]. All the structure therefore arises from the extrinsic curvature of the sheet. Remarkably, the in- verse problem { how does one fold a target structure { is algorithmically solved via a combinatorial procedure that creates the base of the final product [8]. In this case, the paper is flat away from the sharp creases. -
TURKISH 7Ilrkre
white red BULGA.RiA o 15 150 km GEORGIA " ..•. -•.. _ •."-_. j o 15 l;,Oml AZ£.R. '" "._, .. " ." Samsun'··· "._" .._--._---_.. - ...... -"'.-" Trabzon " Erzurum ·Ballkesir .Sivas .Manisa -.".. .~. ," "'... Turkey • Kayseri •Konya ,_Antalya Aege-a n fR,AQ {vf.editer"'ranean ~Sea CYPRLJS..<"c r" '-:.,." ~ ciaworldbook.com SECTION 41 Vol. II r? TVRK1SH AlPHA13£T AA Aa Bb Cc <;9 Dd Ee Ff Gg Gg Hh Ii 1i Jj Kk LI Mm Nn 00 05 Pp Rr Ss ~§ Tt Uu 00 Vv Yy Zz OSMANll (OTTOMAN) SCR1PT . .J oJ ~ .f.j ~ L L ~ t '"A". '-'• I .~ c b t 9 c l t P tJ '. h .. {. (. 10 b~,.,r,j'~ J J J , ;, Z r j ~ I. ~ stl s j •• ... ~. •• ~c) ~ ~ ~ ~ 0~ c) U ~ J y h "of n m I Ii g k ~ f , Y r f.. 0 '\ V 1\ ~ 0 2 3 4 5 6 7 8 9 {.>,. .. "(l~ omniglot.com II TURKISH 7ilrkre HISTORICAL BACKGROUND The land which we now know as Turkey is a land of dichotomies that has had an illustrious, as well as an infamous past, filled with great tolerance and even greater intolerance. It is the land of Troy, birthplace of Homer, Santa Claus and tulips, tryst place of Marc Anthony and Cleopatra, kingdoms of Croesus and Midas, the rescuer of the Jews, the perpetrator of the world's first genocide, and the refuge of the Virgin Mary. The words of Julius Caesar's veni, vidi, vici resounded across Amasya, east of Ankara in 47 BCE. Thus, it is a land of antiquity and iniquity, although Anatolia, the western area of Asian Turkey, is one of the oldest inhabited (as early as 7500 BCE) lands, Turkey, as a national state, is one of the youngest (1918). -
Symmetry and Origami) in Art, Science, and Technology
Symmetry: The Quarterly of the Editors: International Society for the Gy6rgy Darvas and D~nes Nagy Interdisciplinary Study of Symmetry (ISIS-Symmetry) Volume 5, Number 1, 1994 The Miura-orl opened out like a fan Syrametry: Culture and Science Vol 5, No. 1, 3-12, 1994 EDIT-ORI-AL (INTR OD UCTO R Y ESSA Y) SYMMET-ORIGAMI (SYMMETRY AND ORIGAMI) IN ART, SCIENCE, AND TECHNOLOGY Dedicated to V(D) The Japanese origami is well-known in the West, but most people consider it as just play for children with paper. Incidentally, there is one particular field where paper-folding has a great tradition in the West: it is the folding of table napkins, which topic has its literature, and some authors call it an art (see, e.g., Josephine Ive’s booklet Table Napkin Folding: An Elegant Art, Winchester, 1983; Melbourne, 1989). Origami is, however, much more than just play for children, although the latter is also an important aspect. Some dictionaries translate the word as the art of paper- folding. This interpretation is much better, but still narrow: origami has many sci- entific aspects and technical applications, too. It has its own culture with a very interesting history. Let us make a brief journey into the world of origami. 1 ORIGAMI-HISTORY The Japanese word origami is written with two Chinese characters (kanji) and usu- ally there is a declensional syllabogram (kana) between them that belongs to the first one. Note that the characters adapted from the Chinese have mostly two (or two sets) of readings in Japanese: a Chinese-related one and a native Japanese one.