XIA — Combined Power (Step 3 of 6)
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.
What this is
Section titled “What this is”XIA.Charge uses QI.ReactWaat as the base, MAI.React as the exponent, and Fomalhaute.balanceOf(Alpha.On.Phi) as the modulus. Phi is the LAU set by CHO.Enter.
What you actually do with it
Section titled “What you actually do with it”Simulate the full downstream call with the intended caller. Modular exponentiation is not a weighted average: raising a balance or exponent does not guarantee a higher result or diminishing returns. Inputs can change during the nested user reactions. Zero moduli and integer arithmetic need to be evaluated on the actual path.
Use these calls here. Simulations preview the current state; each confirmed call is a separate transaction.
XIA.Charge(uint256 QingWaat)Simulate / call
Open this function to load its call form.
Where it connects
Section titled “Where it connects”XIA source feeds XIE. The formula page illustrates isolated arithmetic, not an exact simulation of every nested state-changing call.