MetaOracle
  • ๐Ÿ”ฎMetaOracle
  • Foreword
    • โฉForeword
  • HOW it works
    • ๐Ÿ“–Introduction
    • ๐Ÿ›๏ธCreate Market
    • ๐Ÿ“ˆTrading
    • ๐Ÿ™‹โ€โ™‚๏ธReport
    • ๐Ÿ“ Settlement
    • ๐Ÿ•‹Security Fund
  • Tokenomic System
    • ๐Ÿ’ฑTokenomic System Architecture
    • ๐Ÿš€Token Information and Use Cases
    • ๐ŸงคGovernance Token
    • ๐Ÿ’ฐNFT & Predict to Earn
  • Governance
    • ๐Ÿ” Governance Principle
    • ๐Ÿ“”Governance Voting Rights-GvMOT
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    • ๐Ÿ›ฃ๏ธRoad Map
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  1. HOW it works

Settlement

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Last updated 2 years ago

Users trading in MetaOracle will encounter two types of settlement: waiting for the event to end and then the platform settlement, or selling the shares to another user.

Definition 9: The OI\mathit{OI}OI of user A\mathit{A}A in a given static market En\mathit{E_n}Enโ€‹ is UAOI(En)\mathit{U_AOI(E_n)}UAโ€‹OI(Enโ€‹), the predicted probability P(En)\mathit{P(E_n)}P(Enโ€‹) at the end of the market prediction, and the predicted reward multiplier M(En)\mathit{M(E_n)}M(Enโ€‹). After the final result of the market event is determined and User A\mathit{A}A chooses to settle on the platform, the PnL\mathit{PnL}PnL without considering the settlement fee is UAPnLEn\mathit{U_APnL_{E_n}}UAโ€‹PnLEnโ€‹โ€‹.

UAPnLEn=UAOI(En)ร—1โˆ’P(En)P(En)=UAOI(En)ร—(M(En)โˆ’1)\mathit{U_APnL_{E_n}=U_AOI(E_n)ร—\frac{1-P(E_n)}{P(E_n)}=U_AOI(E_n)ร—(M(En)-1)} UAโ€‹PnLEnโ€‹โ€‹=UAโ€‹OI(Enโ€‹)ร—P(Enโ€‹)1โˆ’P(Enโ€‹)โ€‹=UAโ€‹OI(Enโ€‹)ร—(M(En)โˆ’1)

Definition 10: Given the OI\mathit{OI}OI of user A\mathit{A}A in a particular dynamic market En\mathit{E_n}Enโ€‹ is UAOI(En)\mathit{U_AOI(E_n)}UAโ€‹OI(Enโ€‹), the predicted probability Pd(En)\mathit{P_d(E_n)}Pdโ€‹(Enโ€‹), and the predicted reward multiplier Md(En)\mathit{M_d(E_n)}Mdโ€‹(Enโ€‹). After the final result of the market event is determined and user A\mathit{A}A chooses to settle on the platform, the PnL\mathit{PnL}PnL without considering the settlement fee is UAPnLEn\mathit{U_APnL_{E_n}}UAโ€‹PnLEnโ€‹โ€‹.

UAPnLEn=UAOI(En)ร—1โˆ’Pd(En)Pd(En)=UAOI(En)ร—(Md(En)โˆ’1)\mathit{U_APnL_{E_n}=U_AOI(E_n)ร—\frac{1-P_d(E_n)}{P_d(E_n)}=U_AOI(E_n)ร—(M_d(En)-1)} UAโ€‹PnLEnโ€‹โ€‹=UAโ€‹OI(Enโ€‹)ร—Pdโ€‹(Enโ€‹)1โˆ’Pdโ€‹(Enโ€‹)โ€‹=UAโ€‹OI(Enโ€‹)ร—(Mdโ€‹(En)โˆ’1)

Definition 11: The OI\mathit{OI}OI of user A\mathit{A}A in a given dynamic market En\mathit{E_n}Enโ€‹ is UAOI(En)\mathit{U_AOI(E_n)}UAโ€‹OI(Enโ€‹), the predicted probability PdT0(En)\mathit{P_{d}^{T_0}(E_n)}PdT0โ€‹โ€‹(Enโ€‹), and the predicted reward multiplier MdT0(En)\mathit{M_{d}^{T_0}(E_n)}MdT0โ€‹โ€‹(Enโ€‹). At a certain T1 moment before the end of the market, the predicted probability PdT1(En)\mathit{P_{d}^{T_1}(E_n)}PdT1โ€‹โ€‹(Enโ€‹) and the predicted reward multiplier MdT1(En)\mathit{M_{d}^{T_1}(E_n)}MdT1โ€‹โ€‹(Enโ€‹). At this point, user A\mathit{A}A sells his share to another user by choosing the platform settlement, and the PnL\mathit{PnL}PnL without considering the settlement fee is UAPnLEn\mathit{U_APnL_{E_n}}UAโ€‹PnLEnโ€‹โ€‹.

UAPnLEn=UAOI(En)ร—PdT1(En)โˆ’PdT0(En)PdT0(En)=UAOI(En)ร—MdT0(En)โˆ’MdT1(En)MdT1(En)\mathit{U_APnL_{E_n}=U_AOI(E_n)ร—\frac{P_{d}^{T_1}(E_n)-P_{d}^{T_0}(E_n)}{P_{d}^{T_0}(E_n)}=U_AOI(E_n)ร—\frac{M_{d}^{T_0}(E_n)-M_{d}^{T_1}(E_n)}{M_{d}^{T_1}(E_n)}} UAโ€‹PnLEnโ€‹โ€‹=UAโ€‹OI(Enโ€‹)ร—PdT0โ€‹โ€‹(Enโ€‹)PdT1โ€‹โ€‹(Enโ€‹)โˆ’PdT0โ€‹โ€‹(Enโ€‹)โ€‹=UAโ€‹OI(Enโ€‹)ร—MdT1โ€‹โ€‹(Enโ€‹)MdT0โ€‹โ€‹(Enโ€‹)โˆ’MdT1โ€‹โ€‹(Enโ€‹)โ€‹

2.4.1 Settlement Fee

MetaOracle charges users a settlement fee.

Definition 11: For any user A\mathit{A}A who gets a PnL\mathit{PnL}PnL of UAPnLEn\mathit{U_APnL_{E_n}}UAโ€‹PnLEnโ€‹โ€‹ without considering the settlement fee, a fixed percentage of the settlement fee - UALFEn\mathit{U_ALF_{E_n}}UAโ€‹LFEnโ€‹โ€‹ is charged, i.e.

UALFEn=UAPnLEnร—Fee%\mathit{U_{A}LF_{E_n}=U_{A}PnL_{E_n}\times Fee\%} UAโ€‹LFEnโ€‹โ€‹=UAโ€‹PnLEnโ€‹โ€‹ร—Fee%
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