# Use Cases

These are some use cases to show how to calculate ticket amount.

1. **Player A**\
   \- Balance: 1000 tokens. No token in Auto Pool. \
   \- Deposit 20 tokens to join the round manually at block #4\
   \
   \* Round: start at block #001, end at block #011 \
   \
   Deposit Amount: 20

   Deposit Tickets: 20 x 50 = 1000 

   Hold Amount: 980

   Hold Tickets: \[(11-4)/(11-1)] x 980 x 10 = 6860 

   Tickets = 1000 + 6860= 7860<br>
2. **Player B**\
   \- Balance: 1000 tokens     \
   \- Deposit 800 tokens to Auto Pool. Update Joining amount in Auto Pool to 20.\
   Balance: 200 tokens.\
   \
   \- When the round is started, player B joins the round automatically by depositing 20 tokens from his balance in Auto Pool.\
   \
   Deposit Amount: 20\
   Deposit Tickets: 20 x 50 = 1000&#x20;

   Hold Amount: 200 + (800-20) = 980\
   Hold Tickets: 1 x 980 x 10 = 9800\
   Tickets = 1000 + 9800 = 10800\
   \
   Because he joins the round automatically via Auto Pool soon, so Hold duration is 1 -> get the maximum tickets: 10800 - much more tickets in comparison with player A (7860 tickets). \
   \
   Player A & B have the same tokens and joining amount. Player B doesn’t need to wait to join manually once the round is started as player A. \
   \
   By using Auto Pool feature, Player B has benefits by getting more tickets and he can join the round automatically.<br>
3. **Player C**\
   \- Balance: 1000 tokens\
   \- Deposit 800 tokens to Auto Pool. Update Joining Amount in Auto Pool to 0 (it means that he doesn’t want to join the round automatically)\
   Balance: 200 tokens.\
   \
   \* Round: start at block #001, end at block #011 \
   &#x20;\
   \- Deposit 20 tokens to join manually at block #4\
   \
   Deposit Amount: 20

   Deposit Tickets: 20 x 50 = 1000&#x20;

   Hold Amount: (200-20) + 800 = 980

   Hold Tickets: \[(11-4)/(11-1)] x 980 x 10 = 6860&#x20;

   Tickets = 1000 + 6860= 7860\
   \
   \- Deposit 10 tokens to join manually at block #6\
   Deposit Amount: 20 + 10 = 30

   Deposit Tickets: 30 x 50 = 1500 \
   Hold Amount: 980 (no change)

   Hold Tickets: 6860 (no change)\
   Tickets = 1500 + 6860 = 8360\
   \
   He has more tickets after depositing. However, actual Hold Amount in his wallet balance and Auto Pool is: (200 - 30) + 800 = 970 -> It's less than Hold Amount recognized as in the 1st deposit. He needs to buy 10 more tokens and keep in his wallet. If not, Hold Tickets will be set to 0 at the end of the round (Tickets = Deposits Tickets = 1500). <br>
4. **Player D**\
   \- Balance: 1000 tokens\
   \- Deposit 800 tokens to Auto Pool. Update Joining amount in Auto Pool to 20.\
   Balance: 200 tokens.\
   \
   \* Round: start at block #001, end at block #011\
   \
   \- When the round is started, player D joins the round automatically by depositing 20 tokens from his balance in Auto Pool.\
   \
   Deposit Amount: 20\
   Deposit Tickets: 20 x 50 =1000&#x20;

   Hold Amount: 200 + (800-20) = 980\
   Hold Tickets: 1 x 980 x 10 = 9800\
   Tickets = 1000 + 9800 = 10800\
   \
   \- Deposit 10 tokens to join manually at block #6\
   Deposit Amount: 20 + 10 = 30

   Deposit Tickets: 30 x 50 = 1500 \
   Hold Amount: 980 (no change)

   Hold Tickets: 9800 (no change)\
   Tickets = 1500 + 9800 = 11300\
   \
   The same as Player C, he has more tickets after depositing. However, actual Hold Amount in his wallet balance and Auto Pool is: (200 - 10) + (800-20) = 970 -> It's less than Hold Amount recognized as in the 1st deposit. He needs to buy 10 more tokens and keep in his wallet. If not, Hold Tickets will be set to 0 at the end of the round (Tickets = Deposits Tickets = 1500).&#x20;

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\&#xNAN;**-> By comparing cases between Player A and B, C and D, you will see the power of Auto Pool feature.** \
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-> **By holding DELOT tokens, you get more chance to win the grand prize.**<br>