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Table of Contents
Appendices
Basic Logic
- Crude Awakening
- NAND Gate
- NOT Gate
- NOR Gate
- OR Gate
- AND Gate
- Always On
- Second Tick
- XOR Gate
- Bigger OR Gate
- Bigger AND Gate
- XNOR Gate
Arithmetic
Memory
- Circular Dependency
- Delayed Lines
- Odd Ticks
- Bit Inverter
- Bit Switch
- Input Selector
- The bus
- Saving Gracefully
- Saving Bytes
- Little Box
- Counter
CPU Architecture
- Arithmetic Engine
- Registers
- Component Factory
- Instruction Decoder
- Calculations
- Program
- Conditions
- Immediate Values
- Turing Complete
Programming
CPU Architecture 2
- XOR
- Byte Constant
- Byte XOR
- Equality
- Unsigned Less
- Signed Less
- Wide Instructions
- Wire Spaghetti
- Opcodes
- Immediate Values
- Conditionals
Functions
Assembly Challenges
This level has you create the NOR Gate.
Input One | Input Two | Output |
---|---|---|
No | No | Yes |
No | Yes | No |
Yes | No | No |
Yes | Yes | No |
To solve this level, place one NAND gate and put NOT gates on both of the inputs as well as a NOT gate on the output.
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Table of Contents
Appendices
Basic Logic
- Crude Awakening
- NAND Gate
- NOT Gate
- NOR Gate
- OR Gate
- AND Gate
- Always On
- Second Tick
- XOR Gate
- Bigger OR Gate
- Bigger AND Gate
- XNOR Gate
Arithmetic
Memory
- Circular Dependency
- Delayed Lines
- Odd Ticks
- Bit Inverter
- Bit Switch
- Input Selector
- The bus
- Saving Gracefully
- Saving Bytes
- Little Box
- Counter
CPU Architecture
- Arithmetic Engine
- Registers
- Component Factory
- Instruction Decoder
- Calculations
- Program
- Conditions
- Immediate Values
- Turing Complete
Programming
CPU Architecture 2
- XOR
- Byte Constant
- Byte XOR
- Equality
- Unsigned Less
- Signed Less
- Wide Instructions
- Wire Spaghetti
- Opcodes
- Immediate Values
- Conditionals
Functions
Assembly Challenges
Hidden category: