Alpha & Strategy

Power — Entropy Discipline

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Evidence scope: The behavior below is from the pinned Solidity source. A source-file hash does not establish deployed bytecode equivalence. Check the selected deployment and caller before sending a transaction.

CHO.GetUser and GetUserBySoul react and update User entropy. The power functions can invoke them multiple times in one transaction. Entropy is not a monotonic experience counter, and a sequence of separately simulated reads is not necessarily the state seen by one nested transaction.

Read the exact LAU and venue token balances and simulate the complete intended call with its origin. Integer division truncates; zero divisors can revert. Modular exponentiation is not monotonic in its inputs, so a larger balance does not guarantee a larger final Charge.

YUE.React adds Omega to Hypobar and Omicron to Epibar. These are power accumulators; the source has no counter-clearing branch in Hong, Hung or Withdraw. Do not infer a reward rate, decay schedule, or deposit/withdrawal total from them.

Use these calls here. Simulations preview the current state; each confirmed call is a separate transaction.

CHO
0xB6be11F0A788014C1F68C92F8D6CcC1AbF78F2aB
CHO.Entropy()Read

Open this function to load its call form.

QINGResolve your player or venue above the call forms.
QING.Entropy()Read

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XIE
0x4Df51741F2926525A21bF63E4769bA70633D2792
XIE.Power(uint256 QingWaat)Simulate / call

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CHEON
0x3d23084cA3F40465553797b5138CFC456E61FB5D
CHEON.Su(address Qing)Simulate / call

Open this function to load its call form.

CHO, QI, MAI, XIE, YUE.