User:Dave3457/sandbox/Gallery of VisualCube

File:VisualCube_3_.png |

...&

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  http://cube.crider.co.uk/visualcube.jpgCreate the default image of a 3x3x3 cube. The default size is 128px X 128px.
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  ...&r=x0We begin with the cube rotated zero degrees on any axis
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  ...&r=x20Rotate the cube 20 degrees on the x-axis.
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  ...&r=x-20Rotate the cube -20 degrees on the x-axis.
• ...&r=x20y30Rotate the cube 20 degrees on the x-axis and then 30 degrees on the y-axis.
  ...&r=x20y30Rotate the cube 20 degrees on the x-axis and then 30 degrees on the y-axis.
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  ...&alg=RUApply algorithm RU to the cube.
• ...&case=RUSet up the cube so that the algorithm RU will solve the the cube.
  ...&case=RUSet up the cube so that the algorithm RU will solve the the cube.
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  ...&fd=uuuuuuuuurrrrrrrrrfffffffffdddddddddlllllllllbbbbbbbbbColor each facelet of the cube individually in the default manner.
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  ...&fd=ufuuufufurrrrrrrrrfffffffffdddddddddlllllllllbbbbbbbbbMake some upper facelets the same color as the front facelets

At this point in time the virtual structure of the cube needs to be discussed. Virtually speaking, the cube has a "base" who's default color is black. It is the base which one is seeing in the gaps between the facelets.

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  ...&fd=tttttttttrrrrrrrrrfffffffffdddddddddlllllllllbbbbbbbbbMake all of the facelets on the top of the cube transparent exposing the black base underneath them.
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  ...&fd=ttt... ...bbb&co=0Now also make the parameter "co" or "Cube Opacity" equal to 0 thus making the base completely transparent.
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  ...&fd=ttt... ...bbb&co=0&bg=A0A0A0So that we can see the white facelets on the bottom, give the image a grey background corresponding to the RGB 6-digit Hex color code [A0A0A0]
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  ...&fd=ttt... ...bbb&co=0&bg=A0A0A0&fo=50Now also make the parameter "fo" or "face Opacity" equal to 50 thus making the facelets opacity only 50%.
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  ...&fc=ndlswyrobgmptColor the first few facelets a variety of specific colors. n=black (noir), d=dark grey, l=light grey, s=silver, w=white, y=yellow, r=red, o=orange, b=blue, g=green, m=magenta, p=pink, t=transparent
• ...&sch=white,red,green,yellow,orange,blueChange the color scheme.
  ...&sch=white,red,green,yellow,orange,blueChange the color scheme.
• ...&sch=white,red,060,yellow,orange,blueMake the green darker using the RGB 3-digit Hex color code [060]
  ...&sch=white,red,060,yellow,orange,blueMake the green darker using the RGB 3-digit Hex color code [060]
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  ...&&dist=1.5Change the distance from the default of 5 to 2
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  ...&arw=U2U6,F1F3,F7R2Add arrows by specifying the beginning and ending facelets.
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  ...&ac=greenChange the default color of the arrows to green.
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  ...&arw=U2U6-s7,F1F3-pink,F7R2R5Scale one arrow, change the color of another and cause another to curve.
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  ...&pzl=2Change the dimensions of the cube.
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  ...&&view=planUse the view called "plan" to look directly down on the top of the cube.
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  ...&view=plan&alg=RER2E2RU2R'E2R2E'R'U2Add an algorithm.
• ...&stage=ellUsing the "stage" mask parameter mask the cube so as to highlight the relevant pieces associated with the "Edge of Last Layer" method. (Several others pre-existing mask arrangements also exist.)
  ...&stage=ellUsing the "stage" mask parameter mask the cube so as to highlight the relevant pieces associated with the "Edge of Last Layer" method. (Several others pre-existing mask arrangements also exist.)
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  ...&stage=ell-zNow rotate it.