# Determination of the effectiveness of the transaction

• Determination of the effectiveness of the transaction

Trade weight = V(btc) * T(k) / (Deals(day) * 0.0001) + (CT / Deals(day) * 0.1) * Pc

• V(btc) — transaction volume in BTC
• T(k) – coefficient of the tariff (trial 0.1, initial 0.5, pro 0.7, business 0.8, 0.9 voodo)
• Deals(day) — the number of deals for the last day on the platform
• CT(count of token) — the number of tokens on the account balance
• Pc(coefficient) — 2 for pairs with CTG token, 1 — for all other pairs

Every day the system calculates the total performance of transactions in the system and credits the reward to each user in accordance with his share.

#### Example of performance calculation (1)

Source data:

• The total transaction size is 0.5 BTC
• User tariff — Initial (coef. 0.5)
• The number of tokens on the balance is 100 CTG
• The number of transactions on the platform per day — 8 000

0.5 * 0.5 / (8 000 * 0.0001) + (100 / 8 000 * 0.1) = 0.31375

#### Example of performance calculation (2)

Source data:

• The total transaction size is 0.5 BTC
• User tariff — Initial (coef. 0.5)
• Number of tokens on the balance is 10 000 CTG
• The number of transactions on the platform per day — 8 000

0.5 * 0.5 / (8 000 * 0.0001) + (10 000 / 8 000 * 0.1) = 0.4375

As it can be seen from the second example a significant role in the calculation of the effectiveness of the transaction is:

— current tariff (the higher the tariff, the higher the coefficient);
— the number of tokens on the balance (the more tokens, the more weight of the transaction);
— the transaction volume (the total volume traded for the deal);
— the number of transactions per day on the platform.