50 Widgets for Nokia phones

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1. Puzzler
2. Pyraminx
3. Rashkey
4. Rock-Scissors-Paper
5. Rolling Cubes
6. Rotos
7. Rubik's Fifteen
8. Rubik's Rings
9. Same Game
10. Saturn

Puzzler

Puzzler This puzzle consists of two overlapping circular disks. Each disk has 12 pieces, 6 are triangular, 6 rectangular alternating along the rim of the disk around a hexagonal centre. Each disk can be rotated. A rotation should be a multiple of 60 degrees since only then can the other disk move again. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Puzzler pages.

Pyraminx

Pyraminx The standard Pyraminx is a regular tetrahedron, of which each triangular face is divided into 9 identical smaller triangles, three to a side. A move consist of rotating a sub-tetrahedron around a vertex; either just a tip or a larger tetrahedron (two triangles to a side). Each face has one colour, so the edge pieces have two colours, while the tips and the adjacent vertex pieces have three colours each. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Pyraminxpages.

Rashkey

Rashkey This puzzle consists of two overlapping circular disks. The distance between the centres is exactly one radius length. The disks are made up of many pieces with curved sides, which allow them to be rotated any number of quarter turns. Each disk has 4 squares, 4 diamonds, and 12 triangles. As some pieces are shared between the two disks, there are all together 6 squares, 7 diamonds, and 20 triangles. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Rashkey pages.

Rock-Scissors-Paper

Rock-Scissors-Paper This basic Rock-Scissor-Paper game's original souce codes can be found from The JavaScript Source

Rolling Cubes

Rolling Cubes This puzzle consists of a square 3×3 tray with eight cubes in it. The cubes are identical, and each side of a cube is a different colour. There are ridges on the base of the tray so if you push a cube towards the vacant space it will easily roll over. By rolling the cubes around they get mixed up. The aim is to arrange them so that the space is in the middle and that the cubes show all the same colour on top. A more difficult challenge is to have the space in the middle and all the cubes in the exact same orientation, i.e. not only do the top faces match, the sides match as well. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Rolling Cubes pages.

Rotos

Rotos Rotos consists of frame made from two overlapping circular disks. There are 10 round moving pieces held inside, visible through holes in the puzzle frame. Each disk holds 7 of the pieces - one in the centre of the disk and 6 arranged around the rim. Each disk can be turned (by multiples of 60 degrees), so that 6 pieces are cycled around by a move. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Rotos pages.

Rubik's Fifteen

Rubik's Fifteen Rubik's Fifteen is a type of sliding piece puzzle. It consists of 17 tiles in a 5x5 square. On the middle three columns there are levers which can move the 4 tiles in a column up or down one square. On the middle three rows there is one large lever that moves the 3x4 tiles left or right. On the top and bottom row there are also levers, but these will only work if there are 4 tiles in the row, i.e. only if all the column levers are up does the top row lever work, only if they are all down does the bottom row lever work. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Rubik's Fifteen pages.

Rubik's Rings

Rubik's Rings This puzzle consists of two intersecting rings made up of a number of coloured balls. The rings of balls intersect at two places, so they share two of the balls. Each ring of balls can be turned, so the balls can be mixed. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Rubik's Rings pages.

Same Game

Same Game This games original sources were found from The JavaScript Source.

Saturn

Saturn The Saturn is a puzzle manufactured by Mag-Nif, and it does indeed look like the planet Saturn. It is a ball with a flat ring around it which consists of eight numbered pieces. The ball is split in half so that you can turn one half through 180 degrees so as to turn over three adjacent ring segments. The ring as a whole can rotate about the ball so that you can choose which segments are affected by twisting half the ball. The pieces in the ring are numbered 1 to 8, and are the same on both sides. This java script version was originally made by Jaap Scherphuis and more information on the puzzle can be found from his Saturn pages.