Frak White Paper
ResourcesCreator DashboardDownload Extension
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English
  • Overview
  • Smart-Contracts and Audit
  • Essential Terms
  • Introduction
    • Context
    • Genesis
      • Who are we?
      • An algorithm to decentralize the content monetization
      • Why Frak?
      • How to enter Frak
  • THE EXTENSION
    • What is the extension for?
    • How to install the extension?
    • How to use it?
  • FRAK PROTOCOL
    • Wallets
    • Meet the Fraktions
    • Creator Work and NFT
      • Why NFTs on FRAK?
      • IP Certification
      • Revenue Sharing
    • Creator Work Minting
      • Initial Content Minting
      • Fraktion Price Index Formula
      • Fraktion Supplier
      • The gravity coefficient
      • Content Badge
      • Rights granted through the ownership of a Fraktion
    • Earning Model
      • Token Generator Factor
      • Creator Earning Model
      • User Earning Model
      • Creator's Pool
      • Referral Pool
      • Earning Caps
      • Ecosystem Fees and Royalties
      • Anti-cheating System
    • Tokenomics
      • Why a utility token
      • The token: $FRK
      • Hedging Against Inflation
    • Governance
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  1. FRAK PROTOCOL
  2. Creator Work Minting

The gravity coefficient

PreviousFraktion SupplierNextContent Badge

Last updated 2 years ago

A coefficient used in the calculations of the earning model is tied to each Creator's account : the Creator Badge. The evolution of the Content Badge depends on the gravity coefficient γk\gamma_kγk​​.

The gravity coefficient of a given content kkk is a function with two variables : Δk\Delta_kΔk​​and Ωk\Omega_kΩk​​.

Symbol

Percentage of minted Fraktions out of the the total number of the supply

γk=Δk×Ωk\gamma_k=\Delta_k \times \Omega_kγk​=Δk​×Ωk​

For a given week www, the gravity coefficient is calculated as below:

γk(w)=Δk(w)×Ωk(w)\gamma_k(w)=\Delta_k(w) \times \Omega_k(w)γk​(w)=Δk​(w)×Ωk​(w)

Percentage of minted Fraktions Δk\Delta_kΔk​

​Δk(w)\Delta_k(w)Δk​(w) is calculated like below:

Δj(w)=∑k=1w−1ρj(k)∑k=1w−1σj(k)\Delta_j(w) =\cfrac{\sum_{k=1}^{w-1}\rho_{j}(k)}{\sum_{k=1}^{w-1}\sigma_{j}(k)}Δj​(w)=∑k=1w−1​σj​(k)∑k=1w−1​ρj​(k)​

​with:

​

Relative Growth of the consumption of the content ​

​

σ(k) \sigma(k)σ(k)​: number of Fraktions of content jjj supplied during week kkk

ρj(k)\rho_j(k)ρj​(k): the number of Fraktions of content jjjalready minted at week ​kkk

If ∑k=1w−1ρj(k)=0\sum_{k=1}^{w-1}\rho_{j}(k)=0∑k=1w−1​ρj​(k)=0 or ∑k=1w−1σj(k)\sum_{k=1}^{w-1}\sigma_{j}(k)∑k=1w−1​σj​(k)=0 then Δj(w)=1\Delta_j(w)=1Δj​(w)=1.

Δj(1)=1\Delta_j(1) =1Δj​(1)=1

Growth of the consumption Ωk\Omega_kΩk​

Ωk\Omega_kΩk​ is the relative growth of the number of CCUCCUCCU, ie the ratio between the growth (positive or negative) of units of content consumed last week divided by the total number of units of content consumed from the beginning:

Ωj(w)=1+ΔCCUj∑k=1w−1CCUj(k)=1+CCUj(w−1)−CCUj(w−2)∑k=1w−1CCUj(k)\Omega_j(w)=1+\cfrac{\Delta CCU_{j}}{\sum_{k=1}^{w-1} CCU_{j}(k)}=1+\cfrac{CCU_{j}(w-1)-CCU_{j}(w-2)}{\sum_{k=1}^{w-1} CCU_{j}(k)}Ωj​(w)=1+∑k=1w−1​CCUj​(k)ΔCCUj​​=1+∑k=1w−1​CCUj​(k)CCUj​(w−1)−CCUj​(w−2)​

with CCUj(w)CCU_j(w)CCUj​(w), number of Consumed Content Units (Number of minutes played for video and audio, Number of minutes read for text) of content jjj during the week www.

If CCUj(w−2)=0CCU_j(w-2)=0CCUj​(w−2)=0 or CCUj(w−1)=0CCU_j(w-1)=0CCUj​(w−1)=0 then Ωj=1\Omega_j=1Ωj​=1

Δk\Delta_kΔk​
kkk
Ωk\Omega_kΩk​