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DPG files: Alphabetically by contributor | Alphabetically by title of graph

**You can click on the links below to view and manipulate the graphs after you
have downloaded and installed either the** full
version of DPGraph **or the** free DPGraph
Viewer. If your version of DPGraph or the DPGraph Viewer can't display a
graph then you may need to update to the most
recent version. To view the commands that created the graphs, click on Edit
inside DPGraph or the Viewer. Some versions of Netscape require you to stop and
restart your browser after installing. Feel free to use these graphs in any way
you'd like, as long as you give credit to the contributor. **If you'd like to
contribute a graph to the Math Art Gallery,** just email the .DPG file to me at davidparker@dpgraph.com. Also, if you
would like me to include a link to your home page or to another page related to
your graph, please send the link along, too.

- 2D Cross Section of a 5-Brane (movie, use Scrollbar to vary A or B), by Bob Rutkiewicz
- 4D Hypersurface (movie), by Hassan Sedaghat
- 8vlak, by Stijn Hertelé
- Aantrekkingafstoting (movie), by Stijn Hertelé
- abs(xyz)=2 (high resolution)
- abs(xyz)=2 (low resolution)
- Abstractie (very high resolution), by Stijn Hertelé
- Airplane (use Scrollbar to vary A and B), by Staffan Björkenstam
- Alien (high resolution), by Ken Van Avermaet
- Anarchy (very high resolution), by Stijn Hertelé
- Animated Plane 1 (movie), by Rod Rodrigues
- Animated Plane 2 (movie), by Rod Rodrigues
- Animated Plane 3 (movie), by Rod Rodrigues
- Animated Plane 4 (movie), by Dan Simanski
- Animated Plane 5 (movie), by Dan Simanski
- Animated Plane 6 (movie), by Dan Simanski
- Animation01 (movie), by Rainer Wonisch
- Apery Surface (high resolution)
- Apery Surface (low resolution)
- Apple Core (high resolution, inside of sphere intersecting outside of torus)
- Apple Core (low resolution, inside of sphere intersecting outside of torus)
- Asterias (very high resolution), by Rainer Wonisch
- Atomium2 (very high resolution), by Stijn Hertelé
- Atoom (movie), by Stijn Hertelé
- Autoreifen, by Rainer Wonisch
- Badeinsel, by Rainer Wonisch
- Banchoff Surface (high resolution)
- Banchoff Surface (low resolution)
- Basketball (movie), by Michael Parker
- Bauchvase, by Rainer Wonisch
- Be Still My Beating Box (movie), by Allister Steele
- Beating Heart (movie), by Hassan Sedaghat
- Bell Curve (movie, use up arrow key to see inside), by Jerry Thornhill
- Bergkette, by Rainer Wonisch
- Bewegendes Brett (movie), by Rainer Wonisch
- Blinkende Kugel (movie), by Rainer Wonisch
- Blossom (very high resolution), by C. P. Price
- Blume, by Rainer Wonisch
- Blume12 (very high resolution), by Rainer Wonisch
- Boot (very high resolution), by Ken Van Avermaet
- Breathing Box (movie), by Allister Steele
- Butterfly (movie), by Jerry Thornhill
- Canary (movie), by Travis Casper
- Car Hood (high resolution, x+2y^2+3z^3=2), by Neil Hebert
- Car Hood (low resolution, x+2y^2+3z^3=2), by Neil Hebert
- Car Walk (movie), by Brent Solly
- Carved Ellipsoid, by Hassan Sedaghat
- Catenoid, by Carlos César de Araújo
- Cayley Surface (high resolution)
- Cayley Surface (low resolution)
- CD (movie), by Stijn Hertelé
- Chaos Auf Ebene (movie), by Rainer Wonisch
- Chaosmund (movie), by Rainer Wonisch
- Cilinder (movie), by Stijn Hertelé
- Cinquefoil (movie), by C. P. Price
- Cinquefoil (very high resolution), by C. P. Price
- Cliff (use Scrollbar to vary A), by Stijn Hertelé
- Coin Trick (very high resolution), by C. P. Price
- Cone and Plane (use Scrollbar to vary A)
- Cone and Plane (high resolution)
- Cone and Plane (low resolution)
- Cone and Plane (movie), by Ben Levy
- Cone, x^2+y^2=z^2 (high resolution)
- Cone, x^2+y^2=z^2 (low resolution)
- Contour Plot
- Cool (movie), by Jimmy Forsman
- Coquillage Volant (movie), by Jean Maillet
- Cube, x^10+y^10+z^10=2^10
- Cuboctahedron (high resolution), by Rod Rodrigues
- Cuboctahedron (low resolution), by Rod Rodrigues
- Cuborbitals, by C. P. Price
- Cup In Saddle (high resolution), by Joyce Glynn
- Cup In Saddle (low resolution), by Joyce Glynn
- Curtains of Fire 1, by Jerry Thornhill
- Curtains of Fire 2, by Jerry Thornhill
- Cycloid (movie, use Scrollbar to vary A and B), by Jim Swift
- Dance (movie), by Katarzyna Dymek-Nowak
- Dance of the Six Faces (movie), by Allister Steele
- Defaults
- Demon, by Hassan Sedaghat
- Devourer (movie), by Michael Parker
- Diabolo (use Scrollbar to vary A), by Rainer Wonisch
- Diamant (movie), by Stijn Hertelé
- Diamant 2, by Stijn Hertelé
- Die Rote Flut (movie), by Rainer Wonisch
- Diskus, by Rainer Wonisch
- Dodecahedron (use Scrollbar to vary A), by Vladimir Smirnov (Владимир Смирнов)
- Donut, by Joyce Glynn
- Donut Toy, by Jim Swift
- Doppelloch, by Rainer Wonisch
- Doppelskaterbahn, by Rainer Wonisch
- Double Helix, by David Parker
- Drehkreuze, by Rainer Wonisch
- Drink, by Daniel Bentham
- Drumhead J02 (movie), by Jim Swift
- Dumbbells (use Scrollbar to vary A), by Hassan Sedaghat
- Ebene mit Doppelpyramide (use Scrollbar to vary A), by Rainer Wonisch
- Ebene Mit Kreuz (movie), by Rainer Wonisch
- Ebenrot (movie), by Rainer Wonisch
- Eckige Ringe (movie), by Rainer Wonisch
- Egg3D (very high resolution), by Ken Van Avermaet
- Eierverpackung (very high resolution), by Rainer Wonisch
- Ellipsoid (use Scrollbar to vary A)
- Ellipsoid (high resolution)
- Ellipsoid (low resolution)
- Ellipsoid Pulsate (movie, Edit to see comments), by Joe Seale
- Ellipsoid Pulsate HiRes (movie, Edit to see comments), by Joe Seale
- Ellipsoid Smush (movie, use Scrollbar to vary A, Edit to see comments), by Joe Seale
- Ellipsoid Stretch (movie, Edit to see comments), by Joe Seale
- Elliptical Orbit (movie, use Scrollbar to vary A, B, and C), by Hassan Sedaghat
- Enneper's Surface, by Brian Tenneson
- Ethane (use the Scrollbar to vary A and C. High resolution, may take a few seconds to generate), by Daniel Bentham and Staffan Björkenstam
- Flubber 2 (movie), by Stijn Hertelé
- Flubber Rond Kern (movie), by Stijn Hertelé
- Fluegel02 (movie), by Rainer Wonisch
- Folding Space (movie), by Allister Steele
- Fortschreitende Vereisung (movie), by Rainer Wonisch
- Four Point Sphere (to vary the X, Y, and Z coordinates of one of the points, use the Scrollbar to vary A, B, and C), by Martin Levenius
- Gekruemmte Ebene mit Tropfen, by Rainer Wonisch
- Gim 16 Krakow (movie), by Anna Leśniak
- Gim 16 Krakow II (movie), by Anna Leśniak
- Gitaar Mick (very high resolution), by Stijn Hertelé
- Gitter (very high resolution), by Rainer Wonisch
- Globe2 (very high resolution), by Stijn Hertelé
- Goblet, x^2+y^2=ln(z+3.2)^2 (high resolution), by David Sjöstrand
- Goblet, x^2+y^2=ln(z+3.2)^2 (low resolution), by David Sjöstrand
- Goblets, by David Sjöstrand
- Gugelhupf (use Scrollbar to vary A), by Rainer Wonisch
- Gyroid (click on Edit inside DPGraph for more information), by Carlos César de Araújo
- Haufen (use Scrollbar to vary A), by Rainer Wonisch
- Heart, (2x^2+y^2+z^2-1)^3-0.1x^2z^3-y^2z^3=0 (low resolution)
- Heart, (2x^2+y^2+z^2-1)^3-0.1x^2z^3-y^2z^3=0 (high resolution)
- Himmel und Hoelle (movie), by Rainer Wonisch
- Hochspannung, by Rainer Wonisch
- Horns
- Hose, by Rainer Wonisch
- Hourglass (movie), by Daniel Bentham
- Hyperboloid of One Sheet (high resolution)
- Hyperboloid of One Sheet (low resolution)
- Hyperboloid of Two Sheets (high resolution)
- Hyperboloid of Two Sheets (low resolution)
- Hypnotise (movie), by Stijn Hertelé
- Ice Cream for Kids, by Sergei Zhdanov (Мороженное
для детей,
by Сергей Жданов)
- Iced Donut, by Michael Parker
- Icosahedron (high resolution), by Vladimir Smirnov (Владимир Смирнов)
- Icosahedron (low resolution), by Vladimir Smirnov (Владимир Смирнов)
- Icosahedron (medium resolution), by Vladimir Smirnov (Владимир Смирнов)
- Implicit 2D Graph, x sin(x) + y sin(y) = a (use Scrollbar to vary A), by Hassan Sedaghat
- Interferenzen (movie), by Rainer Wonisch
- Interferenzen 2 (movie), by Rainer Wonisch
- Interferenzen 3 (movie), by Rainer Wonisch
- Interferenzen 4 (movie), by Rainer Wonisch
- Intersecting Orbiting Sphere
- Jellyfish Head (movie), by Michael Parker
- Jupiter, by Rainer Wonisch
- Kamm, by Rainer Wonisch
- K-dron, by Bronek Pabich
- Kegelschnitte (use Scrollbar to vary A and B, very high resolution), by Rainer Wonisch
- Kinderball, by Rainer Wonisch
- Kleeblatt (movie), by Rainer Wonisch
- Klein Bottle (high resolution)
- Klein Bottle (low resolution)
- Knikker (very high resolution), by Stijn Hertelé
- Kugel auf Gummituch (movie, use Scrollbar to vary A), by Rainer Wonisch
- Kugel Mit Schatten (movie), by Rainer Wonisch
- Kwal (movie), by Stijn Hertelé
- Lampkap (very high resolution), by Stijn Hertelé
- Linux (very high resolution), by Ken Van Avermaet
- Lips, by Hassan Sedaghat
- Living in a Box (use arrow keys to rotate), by Rainer Wonisch
- Lollipop, by Michael Parker
- Love (made for his love Eline, high resolution), by Stijn Hertelé
- Magic Carpet (movie), by Rainer Wonisch
- Magic Carpet 2 (movie), by Rainer Wonisch
- Manen (movie), by Stijn Hertelé
- Methane Molecule, by Ludvig Strigeus
- Mobius Strip, by Jim Swift
- Molecule (use Scrollbar to vary A), by Hassan Sedaghat
- Morgenstern (use Scrollbar to vary A), by Rainer Wonisch
- Moving Ellipsoid Depending on A
- Moving From One Sheet to Two
- Moving Petal (movie), by Katherine Brandl
- Moving Sphere Inside a Half Sphere
- Muschel (movie), by Rainer Wonisch
- Muschel In Farbe, by Rainer Wonisch
- Nonconvex Octahedron (movie), by Bronek Pabich
- Octahedron, abs(x)+abs(y)+abs(z)=3*a (use Scrollbar to vary A), by Jerry Glynn
- Octahedron (low resolution), by Vladimir Smirnov (Владимир Смирнов)
- Octahedron, by Jim Swift
- Oktaeder Ausgehoelt (very high resolution), by Rainer Wonisch
- Omwenteling Wirwar (movie), by Stijn Hertelé
- Onion, sin(x^2+y^2+z^2+0.1time)=0 (movie), by Jerry Glynn
- Orrery (movie, Edit to see comments), by Marijke van Gans
- Paddlewheel, use arrow keys to spin, Edit to see comments, by Hassan Sedaghat
- Pagode (use Scrollbar to vary A), by Rainer Wonisch
- Paper Lantern, x^2+y^2+sin(5*z-1)^3=4
- Paper Lantern, x^2+y^2+sin(5*z-1)^2=4
- Paper Lantern, x^2+y^2+sin(5*z-1)=4
- Paper Lantern, x^2+y^2+sin(5*(z+time)-1)=4 (movie)
- Paper Lantern, x^2+y^2+sin(a*z-1)^3=4 (use Scrollbar to vary A)
- Paper Lantern, x^2+y^2+sin(5*sin(time/4)*z-1)^3=4 (movie)
- Paper Lantern, x^2+y^2+sin(pi*(z+time/pi))+2*sin(2*(z+time))=4 (movie)
- Paul Trap (movie, use Scrollbar to vary A or B), by Thomas Leisner
- Perlenkette, by Rainer Wonisch
- Petals (the symplectic leaves associated with a Poisson bracket, used to describe the primitive spectra of certain algebras), by Katherine Brandl
- Physics 2 (movie), by Stijn Hertelé
- Physics 5 (movie), by Stijn Hertelé
- Physics 7 (movie), by Stijn Hertelé and Ken Van Avermaet
- Pretty Waves (hi-res movie, use the Scrollbar to vary A and B), by Tom Tredon
- Pretty Waves (lo-res movie, use the Scrollbar to vary A and B), by Tom Tredon
- Psuedo D, by Alan Schoen
- Psuedo I-WP (Edit to see comments), by Alan Schoen
- Pulsierendes Rohr (movie), by Rainer Wonisch
- Pyramid, by Jim Swift
- Quader, by Rainer Wonisch
- Qualle (movie), by Rainer Wonisch
- Raketenwerfer, by Rainer Wonisch
- Raumkreuzer, by Rainer Wonisch
- Regenschirm, by Rainer Wonisch
- Rhombohedron, by Vladimir Smirnov (Владимир Смирнов)
- Ringe Auf Bewegender Ebene (movie), by Rainer Wonisch
- Ringe Auf Ebene (movie), by Rainer Wonisch
- Rippen (very high resolution), by Rainer Wonisch
- Roehrenquadrate (use Scrollbar to vary A), by Rainer Wonisch
- Rohbau, by Rainer Wonisch
- Rose1, (x^2+y^2+z^2)^3=9(x^2-z^2)^2
- Rose1, High Resolution
- Rose2, (x^2+y^2+z^2)^3=11(2xz)^2
- Rose2, High Resolution
- Rotating Transparent Plane (use Scrollbar to vary A), by Rod Rodrigues
- Rotation 6 (movie), by Stijn Hertelé
- Sattel mit Delle, by Rainer Wonisch
- Saturnringe (movie), by Rainer Wonisch
- Schachbrett, by Rainer Wonisch
- Schachbrett Mit Muster, by Rainer Wonisch
- Scherk's Surface 1, by Carlos César de Araújo
- Scherk's Surface 2 (click on Edit inside DPGraph for more information), by Carlos César de Araújo
- Schwamm, by Rainer Wonisch
- Schwarz's P Surface 1 (click on Edit inside DPGraph for more information), by Carlos César de Araújo
- Schwarz's P Surface 3 (click on Edit inside DPGraph for more information; very high resolution, may take a minute to generate), by Carlos César de Araújo
- Schwarz's P Surface (high resolution), by Jerry Glynn
- Schwarz's P Surface (low resolution), by Jerry Glynn
- Seashell, by Hassan Sedaghat
- Seashell (colorized), by Hassan Sedaghat
- Sechseckbrett, by Rainer Wonisch
- Seltsame Kugeln (very high resolution), by Rainer Wonisch
- Shattered (very high resolution), by C. P. Price
- Sheet, by Hassan Sedaghat
- Six Spheres Pulsate (movie, use Scrollbar to vary A, B, or C, Edit to see comments), by Joe Seale
- Six Spheres Pulsate Colors (movie, use Scrollbar to vary A, B, C, or D, Edit to see comments), by Joe Seale
- Six Spheres Smush (movie, use Scrollbar to vary A, B, or D, Edit to see comments), by Joe Seale
- Six Spheres Stretch (movie, use Scrollbar to vary A or B, Edit to see comments), by Joe Seale
- Soap Film (It Pops) (movie, click on Edit for info, use Scrollbar to vary A), by Jim Swift
- Space Shuttle (high resolution), by Stijn Hertelé
- Spat, by Rainer Wonisch
- Special 2, by Stijn Hertelé
- Sphere, High Resolution
- Sphere, x^2+y^2+z^2=9
- Sphere Inside a Half Sphere, High Resolution
- Sphere Inside a Half Sphere
- Sphere Tangent to Planes (use Scrollbar to vary A, B, C, and D), by Staffan Björkenstam
- Sphere With Axes, by Yehia Muhsen
- Sphere With Holes (very high resolution), by Stijn Hertelé
- Spheres (use Edit to see the equation), by David Sjöstrand
- Spheres Tangent to Planes, by Staffan Björkenstam
- Spherical Harmonic Y
_{3,1}, by Jim Swift - Sphinx (very high resolution), by C. P. Price
- Spikes09 (very high resolution), by C. P. Price
- Spikes14 (very high resolution), by C. P. Price
- Spiralen Auf Zwei Ebenen (movie), by Rainer Wonisch
- Splash03 (very high resolution), by C. P. Price
- Springendes Schachbrett (movie), by Rainer Wonisch
- Star, by Hassan Sedaghat
- Stehende Welle (movie), by Rainer Wonisch
- Stehende Welle (use Scrollbar to vary A), by Rainer Wonisch
- Steiner Surface, High Resolution
- Steiner Surface, x^2y^2+x^2z^2+y^2z^2+xyz=0
- Stellated Octahedron (movie), by Bronek Pabich
- Stellated Octahedron, by Vladimir Smirnov (Владимир Смирнов)
- Streifen Auf Ebene (movie), by Rainer Wonisch
- Sun Earth Moon (movie), by Ken Van Avermaet
- Surprise in a Box, use Scrollbar to vary B, Edit to see comments, by Hassan Sedaghat
- Surreal (movie), by Rainer Wonisch
- Surreal Sphere to Sphere (use Scrollbar to vary A), by Lennart Agborn
- Surrelae Pflasterung (movie), by Rainer Wonisch
- Swimming Sphere Worm (movie), by Brandon Enright
- Talking Head (click on Edit inside DPGraph for more info on how the parameters affect the speed), by Hassan Sedaghat
- Tandwielen (movie), by Stijn Hertelé
- Tank, by Anna Leśniak
- Teardrop, High Resolution
- Teardrop, x^4-x^3+y^2+z^2=0
- Teppichmuster (use Scrollbar to vary A), by Rainer Wonisch
- Test1, by Sergei Zhdanov (Сергей Жданов)
- Test2, by Sergei Zhdanov (Сергей Жданов)
- Test3, by Sergei Zhdanov (Сергей Жданов)
- Test4, by Sergei Zhdanov (Сергей Жданов)
- Test5, by Sergei Zhdanov (Сергей Жданов)
- Test6, by Sergei Zhdanov (Сергей Жданов)
- Test7, by Sergei Zhdanov (Сергей Жданов)
- Test8, by Sergei Zhdanov (Сергей Жданов)
- Tetraeder Gefärbt, by Rainer Wonisch
- Tetrahedron, by Bronek Pabich
- Tetrahedron, by Vladimir Smirnov (Владимир Смирнов)
- The Thing, by Jerry Thornhill
- Three Intersecting Tubes, High Resolution
- Three Intersecting Tubes
- Three Planes Depending on A, B, and C
- Three Planes Intersecting at a Point
- Throne for a Baroque Pearl (high resolution, use Scrollbar to vary A)
- Tornado (movie, high resolution)
- Tornado (movie, low resolution)
- Torus Depending on A and B
- Torus Depending on A
- Torus (movie)
- Torus, High Resolution
- Torus
- Toy (very high resolution), by C. P. Price
- Traveling Wave 1 (movie, use Scrollbar to vary A, B, and C), by Sergei Biryukov (Сергей Бирюков)
- Traveling Wave 2 (movie, use Scrollbar to vary A, B, C, and D), by Sergei Biryukov (Сергей Бирюков)
- Trichter (use Scrollbar to vary A), by Rainer Wonisch
- Tropfen, by Rainer Wonisch
- Truncated Sphere, High Resolution
- Truncated Sphere
- Tsunami at the Shore Simulation (movie), by Sergei Biryukov (Сергей Бирюков)
- Twilight Zone (movie, click on Edit for info, use Scrollbar to vary A, B, and C), by Jim Swift
- Twistered (very high resolution), by C. P. Price
- Two Planes Intersecting at a Line
- Tyrex (very high resolution), by Rainer Wonisch
- Velocity Field for a Stream (use the Scrollbar to vary A, B, and C; click on Edit inside DPGraph for more info), by Tom Tredon
- Velocity Field for Fluid Flow Thru a Tube (use the Scrollbar to vary A, B, and C; click on Edit inside DPGraph for more info), by Tom Tredon
- Verstrengeld (high resolution), by Stijn Hertelé
- Vierkugeln (use Scrollbar to vary A), by Rainer Wonisch
- Visual Derivatives, Part 1 (click on Edit inside DPGraph for an explanation), by Tom Tredon
- Visual Derivatives, Part 2 (click on Edit inside DPGraph for an explanation), by Tom Tredon
- Vliegtuig F15B (very high resolution), by Ken Van Avermaet
- Vliegtuig Red Baron (very high resolution), by Ken Van Avermaet
- Volume 1, by Rod Rodrigues
- Volume 2, by Rod Rodrigues
- Volume of Intersection of Three Tubes, High Resolution
- Volume of Intersection of Three Tubes
- Vulkan mit Bombe (movie), by Rainer Wonisch
- Wafflecone, High Resolution
- Wafflecone, x^2+y^2+z^2-xy-yz-xz-xyz=0
- Wandlungen (use Scrollbar to vary A), by Rainer Wonisch
- Water Wave (movie), by Yehia Muhsen
- Windrad, by Rainer Wonisch
- X (movie), by Rainer Wonisch
- x + y + z + xyz = 0 (high resolution), by Marijke van Gans
- x + y + z + xyz = 0 (low resolution), by Marijke van Gans
- X Component of the Quadrupole Electric Field in the Z Plane (movie), by Сергей Бирюков (Sergei Biryukov).
- X Component of the Quadrupole Electric Field in the Z Plane (use Scrollbar to vary A), by Сергей Бирюков (Sergei Biryukov).
- x greater than a (use Scrollbar to vary A)
- x^2+y^2+z^2 less than 6 & x^2+y^2 greater than or equal to z^2
- x^2+y^2+z^2 less than 6 & x^2+y^2 greater than or equal to z^2, High Resolution
- x^2+y^2+z^2 less than 6, x^2+y^2 greater than or equal to z^2
- Yinyang (high resolution), by Stijn Hertelé
- Zauberreifen (movie), by Rainer Wonisch
- Zwei Sterne (use Scrollbar to vary A), by Rainer Wonisch
- z^2+(sqrt(x^2+y^2)-2.5)^2 greater than or equal to 2, x^2+y^2+z^2 less than or equal to 9

Copyright © 1997-2015 by David Parker. All rights reserved.