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1990s Game Dev Algorithms for Distributed Systems
Classic physics engine algorithms — SAT collision detection and Morton Z-curve indexing — become viable on-chain.
Classic physics engine algorithms — SAT collision detection and Morton Z-curve indexing — become viable on-chain primitives only where the execution model supports dynamic object access at runtime. Here's why EVM, Solana, and Aptos can't run them, and Sui can.
If you need a productivity option, 1990s Game Dev Algorithms for Distributed Systems is one to shortlist — docs.merca.earth, freemium (free tier + paid plans). Bookmark the official domain docs.merca.earth for signup, docs, and the latest release notes.
About 1990s Game Dev Algorithms for Distributed Systems
Classic physics engine algorithms — SAT collision detection and Morton Z-curve indexing — become viable on-chain primitives only where the execution model supports dynamic object access at runtime. Here's why EVM, Solana, and Aptos can't run them, and Sui can.
If you need a productivity option, 1990s Game Dev Algorithms for Distributed Systems is one to shortlist — docs.merca.earth, freemium (free tier + paid plans). Bookmark the official domain docs.merca.earth for signup, docs, and the latest release notes.
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