Simulated Buildings
Overview
Simulated Buildings are logistical buildings whose function are similar to their normal shape processing counterparts. Simulated Buildings differ in which they take shape and color signals as their input, and output signals respective to each building.
Simulated Rotator
The Simulated Rotator takes a shape signal as input and outputs the shape signal rotated by one shape part clockwise, this results in a 90° rotation in regular Scenarios, and 60° in the hexagonal scenario.
| Input | Output | |
|---|---|---|
CuCu---- |
→ | --CuCu--
|
Cu--Cu-- |
→ | --Cu--Cu
|
CuCu--Cu--Cu |
→ | CuCuCu--Cu--
|
Simulated Half Destroyer
The Simulated Half Destroyer takes a shape signal as input and outputs the shape signal with the western half destroyed. The Simulated Half Destroyer follows the same checks for crystals and floating shapes as the normal Half Destroyer.
| Input | Output | |
|---|---|---|
CuCuCuCu |
→ | CuCu----
|
Cu--Cu-- |
→ | Cu------
|
Simulated Stacker
The Simulated Stacker takes two shape signals as inputs and outputs the shape signal of the shapes stacked on top of each other. The Simulated Stacker follows the same checks for crystals and floating shapes as the normal Stacker. If either input is null, the output will be null.
By default, the Simulated Stacker's left input will be stacked on top of the right input, and vice versa if the building is mirrored.
| Input A (Right) | Input B (Left) | Output | ||
|---|---|---|---|---|
--CuCu-- |
+ | CuCu---- |
→ | --CuCu--:CuCu----
|
CuCuCuCu |
+ | RuRuRuRu |
→ | CuCuCuCu:RuRuRuRu--------
|
Simulated Unstacker
The Simulated Unstacker takes a shape signal as input and outputs two shape signals on each side.
By default, the top most layer of the shape is outputted on the left, the remaining layers are outputted on the right, and vice versa if the building is mirrored. If the inputted shape has only one layer, that layer is outputted as the top most layer.
Note : if vertically connected Crystals are separated in the unstacking process, they won't shatter.
| Input | Output A (Left) | Output B (Right) | ||
|---|---|---|---|---|
CuCuCuCu:RuRuRuRu:SuSuSuSu |
→ | SuSuSuSu |
& | CuCuCuCu:RuRuRuRu
|
CuCuCuCu |
→ | CuCuCuCu |
& | null
|
Simulated Painter
The Simulated Painter takes a shape and color signal as inputs and outputs the result of painting the topmost layer of the shape with that color.
The shape signal input is on the rear, and the color signal input is on the side. If either input is null, the output will be null.
| Shape Input | Color Input | Output | ||
|---|---|---|---|---|
CuCuCuCu |
+ | color-r |
→ | CrCrCrCr
|
CuCuCuCu:RuRuRuRu |
+ | color-b |
→ | CuCuCuCu:RbRbRbRb
|
Simulated Crystal Generator
The Simulated Crystal Generator takes a shape and color signal as inputs and outputs the shape with crystals in that color relacing any pins or empty quadrants in the shape.
The shape signal input is on the rear, and the color signal input is on the side. If either input is null, the output will be null.
| Shape Input | Color Input | Output | ||
|---|---|---|---|---|
Su--Su-- |
+ | color-r |
→ | SucrSucr
|
P-P-P-P-:RuRu---- |
+ | color-b |
→ | cbcbcbcb:RuRucbcb
|
Simulated Swapper
The Simulated Swapper takes two shape signals as inputs and outputs the results or swapping the west halves of both shapes. The Simulated Swapper follows the same checks for crystals and floating shapes as the normal Swapper. If either input is null, the output will be null.
| Input A | Input B | Output A | Output B | |||
|---|---|---|---|---|---|---|
CuCuCuCu |
& | RuRuRuRu |
→ | CuCuRuRu |
& | RuRuCuCu
|
SwSwCrCr |
& | RbRbRbRb |
→ | SwSwRbRb |
& | RbRbCrCr
|
Simulated Pin Pusher
The Simulated Pin Pusher takes a shape signal as input and outputs the shape signal with pins pushed under the shape. The Simulated Pin Pusher follows the same checks for crystals and floating shapes as the normal Pin Pusher.
| Input | Output | |
|---|---|---|
CuCuCuCu |
→ | P-P-P-P-:CuCuCuCu
|
Cu--Cu-- |
→ | P---P---:Cu--Cu--
|
Shape Analyzer
The Shape Analyzer takes a shape code as input and checks the northeast part of the shape. The Shape Analyzer will then output the uncolored shape signal for that shape part through the top output, and the color signal of that shape part through the side output. If the shape part is either a Pin or empty, the color signal outputted will be null.
| Input | Shape Output | Color Output | ||
|---|---|---|---|---|
CuCuCuCu |
→ | Cu------ |
& | color-u
|
P-CuP-Sw |
→ | P------- |
& | null
|