Why Do Complex Smart Contract Interactions Require a Higher Gas Limit?
Complex smart contract interactions, such as those involving multiple internal function calls or state changes, require more computational steps to execute. Each computational step consumes a certain amount of 'gas.' Therefore, to ensure the transaction successfully completes without running out of gas, the user must set a sufficiently high gas limit.
Glossar
Smart Contract Interactions
Execution ⎊ Smart contract interactions fundamentally represent the programmatic execution of agreements codified on a blockchain, enabling deterministic outcomes based on predefined conditions.
Computational Steps
Computation ⎊ Within cryptocurrency derivatives and financial engineering, computation represents the core procedural engine driving pricing models, risk assessments, and trading strategies.
Internal Function Calls
Execution ⎊ Internal Function Calls represent the invocation of one function within a smart contract by another function residing in the same contract during a single transaction execution.