Tetris Payout: Difference between revisions

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Tetris Payout rotation system documentation
MillaDev (talk | contribs)
Updated rotation system information
Line 39: Line 39:
|<playfield>
|<playfield>
.O.
.O.
.O.
.C.
OO.
OO.
</playfield>
</playfield>
Line 45: Line 45:
|<playfield>
|<playfield>
O..
O..
OOO
OCO
...
...
</playfield>
</playfield>
Line 51: Line 51:
|<playfield>
|<playfield>
.OO
.OO
.O.
.C.
.O.
.O.
</playfield>
</playfield>
Line 57: Line 57:
|<playfield>
|<playfield>
...
...
OOO
OCO
..O
..O
</playfield>
</playfield>
Line 65: Line 65:
|<playfield>
|<playfield>
.T.
.T.
.T.
.C.
.TT
.TT
</playfield>
</playfield>
Line 71: Line 71:
|<playfield>
|<playfield>
...
...
TTT
TCT
T..
T..
</playfield>
</playfield>
Line 77: Line 77:
|<playfield>
|<playfield>
TT.
TT.
.T.
.C.
.T.
.T.
</playfield>
</playfield>
Line 83: Line 83:
|<playfield>
|<playfield>
..T
..T
TTT
TCT
...
...
</playfield>
</playfield>
Line 91: Line 91:
|<playfield>
|<playfield>
.S.
.S.
.SS
.CS
.S.
.S.
</playfield>
</playfield>
Line 97: Line 97:
|<playfield>
|<playfield>
...
...
SSS
SCS
.S.
.S.
</playfield>
</playfield>
Line 103: Line 103:
|<playfield>
|<playfield>
.S.
.S.
SS.
SC.
.S.
.S.
</playfield>
</playfield>
Line 109: Line 109:
|<playfield>
|<playfield>
.S.
.S.
SSS
SCS
...
...
</playfield>
</playfield>
Line 119: Line 119:
JJ
JJ
</playfield>
</playfield>
S, Z, and I are "2-state", but these pieces exhibit a special property:
S, Z, and I are "2-state" with a 3-tall initial orientation, but these pieces exhibit a special property:
Counterclockwise rotations from the vertical state will bias the piece to the left, and from the horizontal state will bias the piece to the right.
Counterclockwise rotations from the vertical state will bias the piece to the left, and from the horizontal state will bias the piece to the right.
The opposite is true of clockwise rotations: rotation from the vertical state will bias the piece to the right, and from the horizontal state will bias the piece to the left.
The opposite is true of clockwise rotations: rotation from the vertical state will bias the piece to the right, and from the horizontal state will bias the piece to the left.
Line 126: Line 126:
<playfield>
<playfield>
...
...
.LL
.CL
LL.
LL.
</playfield>
</playfield>
Line 133: Line 133:
|<playfield>
|<playfield>
L..
L..
LL.
LC.
.L.
.L.
</playfield>
</playfield>
Line 139: Line 139:
|<playfield>
|<playfield>
.L.
.L.
.LL
.CL
..L
..L
</playfield>
</playfield>
Line 149: Line 149:
<playfield>
<playfield>
...
...
II.
IC.
.II
.II
</playfield>
</playfield>
Line 156: Line 156:
|<playfield>
|<playfield>
.I.
.I.
II.
IC.
I..
I..
</playfield>
</playfield>
Line 162: Line 162:
|<playfield>
|<playfield>
..I
..I
.II
.CI
.I.
.I.
</playfield>
</playfield>
Line 170: Line 170:
<playfield>
<playfield>
....
....
ZZZZ
ZCCZ
....
....
....
....
Line 178: Line 178:
|<playfield>
|<playfield>
.Z..
.Z..
.Z..
.C..
.Z..
.Z..
.Z..
.Z..
Line 185: Line 185:
|<playfield>
|<playfield>
..Z.
..Z.
..Z.
..C.
..Z.
..Z.
..Z.
..Z.
Line 191: Line 191:
|}
|}


When using only counterclockwise or only clockwise rotations with these pieces, nothing special occurs. However, alternate presses of these rotation buttons will add up the opposite biases and cause the piece to drift.
When using only counterclockwise or only clockwise rotations with these pieces, nothing special occurs. However, alternate presses of these rotation buttons will add up the individual biases and cause the piece to drift.
For example:
For example:


The I-piece is rotated clockwise, and then counterclockwise. The piece is biased to the right, and then again, which causes the piece to end up one cell to the right of where it was originally.
The I-piece is rotated clockwise, and then counterclockwise. The piece is biased to the right, and then again, which causes the piece to end up one cell to the right of where it was originally.


(Diagram coming soon!)
{|
|<playfield>
.....
ZZCZ.
.....
.....
</playfield>
| width="10" |
|<playfield>
..Z..
..C..
..Z..
..Z..
</playfield>
| width="10" |
|<playfield>
.....
-ZCZZ
.....
.....
</playfield>
|}
 
Notice that the rotation center is always the same in this diagram.
 
No wallkicks are currently known.


== External links ==
== External links ==

Revision as of 19:54, 21 December 2020

Tetris Payout
Tetris Payout flyer
Developer(s)BWB
Publisher(s)Barcrest
Platform(s)Arcade
ReleaseJanuary? 1990
Gameplay info
Next pieces11
Playfield size10 × 15 (plus 3 rows vanish zone)
Hold pieceNo
Hard dropNo

Tetris Payout is a skill with prize machine published by Barcrest. Reskinned versions of the game were published under the titles Prize Tetris and Blox.

Gameplay

The aim of the game is to score as many points as possible within the time limit (about 2 minutes, further research pending). The game has two modes:

  • "Practise" mode, which allows the player to practice at a reduced cost but without any prizes, and
  • "Skill With Prizes" mode, which gives the player a payout for sufficiently high scores.

The playfield is 18 rows high, but locking a piece above row 15 (partial lock out) will result in the game ending. The top out line is not marked.

The game provides 11 previews, however many operators would tape over the preview pane in order to make it harder for players to win consistently.

Scoring

Scoring is based on the height of the cleared row or rows, with higher rows scoring more points up to the tenth row. There appears to be more than one scoring table (further research pending). Rows from the 11th row and above do not score points.

Rotation system

The following diagrams for the JLT piece orientations have their left-most orientation as their initial orientation, and clockwise rotations are applied going to the right.

For the J, L, and T pieces, the piece rotates around its center.

.O.
.C.
OO.
O..
OCO
...
.OO
.C.
.O.
...
OCO
..O
.T.
.C.
.TT
...
TCT
T..
TT.
.C.
.T.
..T
TCT
...
.S.
.CS
.S.
...
SCS
.S.
.S.
SC.
.S.
.S.
SCS
...

The O piece has a single rotation state.

JJ
JJ

S, Z, and I are "2-state" with a 3-tall initial orientation, but these pieces exhibit a special property: Counterclockwise rotations from the vertical state will bias the piece to the left, and from the horizontal state will bias the piece to the right. The opposite is true of clockwise rotations: rotation from the vertical state will bias the piece to the right, and from the horizontal state will bias the piece to the left.

So this S piece:

...
.CL
LL.

Could rotate to either of these states:

L..
LC.
.L.
.L.
.CL
..L

Same goes for the Z and I pieces.

This Z piece:

...
IC.
.II

Rotates to either:

.I.
IC.
I..
..I
.CI
.I.

This I piece:

....
ZCCZ
....
....

Rotates to either:

.Z..
.C..
.Z..
.Z..
..Z.
..C.
..Z.
..Z.

When using only counterclockwise or only clockwise rotations with these pieces, nothing special occurs. However, alternate presses of these rotation buttons will add up the individual biases and cause the piece to drift. For example:

The I-piece is rotated clockwise, and then counterclockwise. The piece is biased to the right, and then again, which causes the piece to end up one cell to the right of where it was originally.

.....
ZZCZ.
.....
.....
..Z..
..C..
..Z..
..Z..
.....
-ZCZZ
.....
.....

Notice that the rotation center is always the same in this diagram.

No wallkicks are currently known.

External links