Level/Second Tick: Difference between revisions

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{{Header Nav|game=Turing Complete}}
{{Header Nav|game=Turing Complete}}


This level has you construct a non standard gate where the output is only true when input one is true and input two is false.
{{Infobox level
| section            = Basic Logic
| type                = Component
| prerequisite1      = Always On
| unlocks-level1      = XOR Gate
| unlock-tip          = You can select a component with its pins by double clicking it
| scored              = Yes
| highscore          = 6
| api-enum-id        = second_tick
| api-enum-number    = 73
}}


{| {{Prettytable}}
This level has you construct a non standard gate where the output is only true when input 1 is true and input 2 is false.
|+ Special Gate Truth Table
 
{| {{TruthTable}}
|+ Level Truth Table
|-
|-
! Input One !! Input Two !! Output
! Input 1 !! Input 2 !! Output
|-
|-
| {{No}}|| {{No}}|| {{No}}
| {{Off t}}|| {{Off t}}|| {{Off t}}
|-
|-
| {{No}}|| {{Yes}}|| {{Yes}}
| {{Off t}}|| {{On t}}|| {{On t}}
|-
|-
| {{Yes}}|| {{No}}|| {{No}}
| {{On t}}|| {{Off t}}|| {{Off t}}
|-
|-
| {{Yes}}|| {{Yes}}|| {{No}}
| {{On t}}|| {{On t}}|| {{Off t}}
|}
|}


The simplest solution to this level is to place one AND Gate and invert the second input.
The simplest solution to this level is to invert the second input and connect that and first input into an AND Gate.


{{Footer Nav|game=Turing Complete|prevpage=Always On|nextpage=XOR Gate}}
{{Footer Nav|game=Turing Complete|prevpage=Always On|nextpage=XOR Gate}}

Latest revision as of 00:03, 2 September 2024

Main Page | Table of Contents | Gameplay | Walkthrough

Table of Contents

Table of Contents
Section Basic Logic
Type Component
Prerequisite Always On
Unlocks XOR Gate
Scored Yes
High score 6
API second_tick (73)

This level has you construct a non standard gate where the output is only true when input 1 is true and input 2 is false.

Level Truth Table
Input 1 Input 2 Output
0 0 0
0 1 1
1 0 0
1 1 0

The simplest solution to this level is to invert the second input and connect that and first input into an AND Gate.

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← Always On | Second Tick | XOR Gate →

Table of Contents

Table of Contents
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