10 Talált eredmények "Fájl:Hexagon_Reflections.png".

Fájl:Hexagon Reflections.png

  English: The six reflection symmetries of a regular hexagon. The original description page was here. All following user names refer to en.wikipedia....


Fájl:Sphere symmetry group d3h.png

Numbers are the reflection symmetry order at each node. This full figure also represents the edges of the polyhedron (V4.4.6) hexagonal dipyramid expanded...


Fájl:BallsRender.png

render features: [[Depth of field]], hexagonal [[aperture]] (and consequently [[bokeh]], [[fresnel reflections]], area lights, [[global i (version lost...


Fájl:Concertina cube with direction colors; ortho hexagon.png

DescriptionConcertina cube with direction colors; ortho hexagon.png This solid with these colors: Date 11 February 2018 Source Own work Author...


Fájl:Vase on a pedestal, rendered with DKBTrace 2.12.png

{ SKYVASE.DAT Vase made with Hyperboloid and sphere, sitting on a hexagonal marble column. Take note of the color and surface characteristics of the gold...


Fájl:Desert planet 6.png

/indata/earthlike1.png' infile1='./indata/seed3_grayscale.png' infile2='./indata/253803_320_height_absolute.png' outfile1='earthlike1_accu_1.png' sealevel_r=180*256...


Fájl:Simple house with pov ray 2 r 1.png

} finish {reflection 0} } declare floortex1= texture { T_Wood3 scale 0.01 } declare rooftex1= texture { T_Wood12 scale 0.01 normal {hexagon bump_size...


Fájl:Gas nebula 1 rend 1.png

z1>, <x2, y2, z2>, <x3, y3, z3>, <x4, y4, z4>, <x5, y5, z5> } end #macro Hexagon() declare radius1=1; declare deltafii1=2*pi/6; declare x1= radius1*sin(deltafii1) ;...


Fájl:Fundamental Domains and Symmetry Groups for Uniform Tilings and Polyhedrons.png

--c+expi(2*pi/6+i*2*pi/6)/(2*sin(pi/6)),black+linewidth(l)); } label("Hexagonal",c-(0,1)*(1/(2*tan(pi/6))+1/4)); [/asy] English URL: https://commons.wikimedia...


Fájl:Bright star lens flare 1.png

z1>, <x2, y2, z2>, <x3, y3, z3>, <x4, y4, z4>, <x5, y5, z5> } end #macro Hexagon() declare radius1=1; declare deltafii1=2*pi/6; declare x1= radius1*sin(deltafii1) ;...