Computer Science • Boolean Logic & Circuits
Logic Gate Deflector
Incoming energy pulses carrying binary signal states (Inputs A and B) converge at the central processing node. Install the correct Boolean logic gate to transform the streams and output a signal matching the required Target Shield Output (Y) to deflect the beam!
Learning objectiveBoolean Logic · Circuit Routing
Evaluate Boolean logic operations (AND, OR, XOR, NAND, NOR, XNOR) to route signal streams and satisfy target binary outputs.
By the end of a round you should be able to: instantly evaluate twin binary inputs through fundamental logic operations; memorize and apply standard truth tables under accelerating time pressure; and understand how logic gates manipulate digital signals within hardware circuits.
- Watch the incoming signal stream carrying binary values for A and B.
- Check the required Target Output Y (1 or 0) displayed at the deflector shield.
- Click or press hotkeys (A for AND, O for OR, X for XOR, etc.) to install a logic gate.
- The twin inputs converge inside your gate node, generating a processed output beam toward the target shield.
- Be alert: stream pulses **speed up continuously** as your score mounts!
- If your output beam matches the target shield when it arrives, the pulse is successfully deflected!
- Incorrect gate choices, missing gates, or mismatches breach the defense (-5s penalty).
- Deflect as many pulse streams as possible before the 60-second timer expires!
Top High Scores (Basic)
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