Gratis billeder : træ, vinge, struktur, blad, mønster, skulptur, kunst, figur, design, symmetri, 3d, grafisk, jern, torus, mathematica, cg, parametricplot3d, kode, program, algoritme, abstruct, kortlægning 3000x2904

(* === Following code of Mathematica 8 generates this image. === *) a1 = 20; (* center hole size of a torus *) a2 = 20; (* center hole size of a torus *) b1 = 1; (* the number of cross *) b2 = 1; (* the number of cross *) b3 = 2; (* the number of waves *) b4 = 1; (* the number of waves *) c1 = 0; (* distance from the center of rotation *) c2 = 15; (* distance from the center of rotation *) d = 5; (* the number of tori *) h1 = 8; (* width of a torus *) h2 = 8; (* width of a torus *) h3 = 10; (* height of a torus *) h4 = 5; (* height of a torus *) SetOptions[ParametricPlot3D, PlotRange -> Full, Mesh -> None, Boxed -> False, Axes -> False, PlotPoints -> 600, ImageSize -> 3000, Background -> RGBColor[{200, 220, 240}/255], PlotStyle -> Directive[Specularity[White, 70], Texture[Import["D:/tmp/94.jpg"]]], TextureCoordinateFunction -> ({2 #4, #5 b1 Pi} &), Lighting -> "Neutral"]; f[v_] := If[Sin[v] > 2/3, -Sin[v] + 4/3, Sin[v]]; x = (a1 - h1 Cos[b3 t] + h2 f[b1 s]) Cos[b2 s] + c1; y = (a2 - h1 Cos[b3 t] + h2 f[b1 s]) Sin[b2 s] + c1; z = h3 Cos[b1 s] + h4 f[b4 t] + c2; rm = Table[{x, y, z}.RotationMatrix[2 Pi (i/d), {1, 1, 0}], {i, d}]; ParametricPlot3D[rm, {t, 0, 2 Pi}, {s, 0, 2 Pi}] (*--- The Texture Another shapes and colors *)

Den frie høj opløsning foto af træ, vinge, struktur, træ, struktur, blad, mønster, skulptur, kunst, figur, design, symmetri, 3d, grafisk, jern, torus, mathematica, cg, parametricplot3d, kode, program, algoritme, abstruct, kortlægning

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