e-plc-ladder

You can generate MELSEC IL ladder logic by providing natural-language PLC requirements. The system transforms them into a tool_call JSON sequence that constructs the ladder program using insert_rung, add_element, and add_connection commands.

MELSEC IL is an instruction list programming language for PLCs that uses opcodes like LD, AND, OR, and OUT. The system compiles these opcodes into a ladder project and executes runtime simulation to validate the logic design.

Yes, you can validate PLC ladder designs before deployment. The system operates writer, simulator, and reviewer sub-agents to enforce MELSEC IL opcodes and runtime constraints, returning fully validated LadderProject and IL outputs.

The best way to create a self-hold ladder is by describing the motor control requirement in natural language. The system generates the appropriate MELSEC IL opcodes, runs pseudo-simulation, and applies static checks to guide safe designs.

Yes, the tool supports TMR and CNT timers with 100 ms K1 granularity. It enforces MELSEC IL opcodes and grid-based layout rules to ensure the generated ladder logic meets runtime constraints.

In CLI Claude Code mode, the system uses pseudo-simulation and static checks to verify designs. While it enforces MELSEC IL opcodes and runtime constraints, it does not execute on physical PLC hardware, limiting validation to simulated results.