isaac's Introduction

Isaac

Documentation

https://isaac-book.netlify.app

Credit

Justin Glibert (0xPARC & Lattice) for original inspirations
Alok Vasudev (Standard Crypto) for considerations about the CarseDAO structure
Zaki Manian (Sommelier) for considerations about object portability
Peteris Erins (Yagi Finance) for implementation assistance and Yagi integration
Francesco Ceccon (Apibara) for implementation assistance and Apibara integration
Sylve Chevet & Lancelot de Ferrière (Briq) for considerations about the CarseDAO structure
K Erica (MarrowDAO) for considerations about the CarseDAO structure
Jack Magnusson (Koji Capital) for considerations about the CarseDAO structure
Ole Spjeldnæs for inspirations about the mechanics of the Isaac reality
Daniel Hong for considerations about the time dimension of onchain reality
Bellemere for helping with exploring perlin noise algorithm and prototyping Isaac frontends for both Space view and Working view
Namra Patel for helping with early debug of grid system and prototype of coordinate transformation between macro and micro coordinate systems

isaac's People

Contributors

Stargazers

Watchers

isaac's Issues

Dispatching universe with more than 10 players consumes too much gas

And the transaction fails.

Could some optimizations be done?

Hold resource & energy balances after pick-up

so that players can:

harvester at A where resource concentration is high
pick up
deploy at B
connect to UPSF close to B

Design "Engine Officer" role in contract; account with such role can pickup/deploy anyone's NDPE

UTB pipe transporting multiple resource types (sharing bandwidth)

need to design bandwidth sharing scheme and compute in contract

Production queue at UPSF

Currently, manufacturing any device at UPSF takes one transaction, given player has the required resources & energy. To introduce the concept of throughput, we need to implement the production queue mechanic: every UPSF has a queue for manufacturing tasks. Each task, upon starting, consumes the required resource & energy. Each task takes different number of ticks depending on the type of device being manufactured.

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