How to use the Path Payment Simulator
Path Payment Simulator is an educational XRPAuthority utility for showing how a cross-currency XRPL payment can connect source and destination assets through modeled order-book or AMM liquidity. It changes demonstration state only, so it cannot sign, submit, or settle a real XRP Ledger transaction. The page keeps inputs, result, data mode, and safety boundary together so the output can be checked instead of accepted as an unexplained score or promise.
The simulation combines source amount, destination amount, path assumptions, and boundaries without requesting paths from a server or submitting Payment. The required input is source asset and amount, destination asset and amount, and modeled slippage or path liquidity. The primary output is an illustrative route and source-versus-delivery comparison. Defaults are examples for learning; replace them with a documented scenario and preserve the units whenever the result informs later research or planning.
What problem does this tool solve?
A desired destination amount does not reveal source cost, route liquidity, issuer identity, slippage protection, or partial-payment behavior. This tool solves the narrower analytical problem by naming each important input, showing the transformation, and keeping the output next to its assumptions. It does not claim to solve custody, compliance, tax, market execution, security, or business-process questions that sit outside the model.
Why people use it
Developers and payment designers use path scenarios to reason about send limits, delivered amounts, asset conversion, and the risk of relying on thin liquidity. Read the intermediate values before the headline result and change one assumption at a time. Compare a reasonable baseline with at least one adverse case, record the observation date when market or network values are involved, and follow the related research links when a field or risk is unfamiliar.
Step-by-step instructions
- 01
Identify both assets completely, including issuer for each token, and confirm that the scenario is not a direct XRP-to-XRP transfer.
- 02
Enter the intended destination amount and a source limit that expresses the maximum acceptable cost.
- 03
Review each path step, modeled liquidity source, slippage, and whether partial payment is allowed in the scenario.
- 04
Test a thinner-liquidity case and compare the displayed delivered amount with the requested amount before drawing conclusions.