Board

Height
678027

Voting ELA
6,811,326.13

Circulating Supply ELA
18,417,951.86

Rank
29

Annualized Rate Of Return
0.097234%

Your Vote
0

Balance To Be Paid
0

Total Reward
0
Pool Vote
3,894,028.99

Deposit Address Remaining Balance
48.81761603

Balance To Be Distributed
0.80913729

Total Distributed Balance
2,351.30888643

Current Voters
688
USD Price
1.43

BTC Price
0.00015702

CNY Price
10.08
Pool Statistic
Distribution Script
/** * Copyright (c) 2019 The Elabank Developers * * Distributed under the MIT software license, see the accompanying file * LICENSE or https://opensource.org/licenses/mit-license.php */ package compiler; import java.util.List; public class CustomReward implements net.elabank.classloader.Compiler.Reward { /** * Calculate each voter's reward except the whitelist addresses , go to tutorials to see how to set a whitelist. * Remaining amount after reward voters will go to the super node owner. if you have set a shareholder list, * the shareholder will share the super node reward by their share. * * @param currentVoterVotes current voter's votes * @param totalVotes total votes from the voters * @param totalDposReward total Dpos reward from Elastos BlockChain * @param currentVoterVotedSuperNodeList super node public key list which voted by the current voter * @param voterAddress voter's address * @return */ public double voter(double currentVoterVotes , double totalVotes , double totalDposReward, final List currentVoterVotedSuperNodeList, String voterAddress) { //TODO add your reward logic here //Below is a example return totalDposReward * currentVoterVotes/totalVotes * 0.65; } /** * Calculate each shareholder's reward ,Remaining amount after reward shareholder's will go to the super node owner. * Go to tutorials to see how to set shareholder list. * If you don't have any shareholders,You can leave this method as it is . * * @param share the share of the current shareholder. the total share is 5000.0 * @param totalSuperNodeReward total super node reward which equals to the Dpos reward minus the distributed voter's reward. * @param shareholderAddress current shareholder address * @return */ public double shareholder(double share , double totalSuperNodeReward , String shareholderAddress) { List shareholders = new java.util.ArrayList<>(); shareholders.add("ET2FgRrPKfyTJ75LEQWVgdi64JGRo5dHxg"); // Kahuna shareholders.add("EPZ7UKdjyhV3k4moLmGSrUDHJMagt51nnz"); // Nenchy shareholders.add("Ef6zQshXJH87EJDRo9K2iXPd9MXEZy5Tdf"); // TI shareholders.add("ELgFb6oY92bnzjAiXyE8KjjX3CWBH8yXX9"); // Marek shareholders.add("Ee68Z4gQrr4jD42PWowKzYkuJmv3EoY9Z2"); // Saud shareholders.add("ETH7PzTb6ShCJKZWt2iMHnvViw8i3tsu9J"); // Chris //TODO add your reward logic here // 24 dividends ELA Fish if("EMy9xrYVcKvNCaaQJBh1ep2h4c4HMNj75B".equals(shareholderAddress)){ return totalSuperNodeReward * 24 / 35; } // 2 dividends to Saud if(shareholders.contains(shareholderAddress)){ if("Ee68Z4gQrr4jD42PWowKzYkuJmv3EoY9Z2".equals(shareholderAddress)){ return totalSuperNodeReward * 2 / 35; } } // 3 dividends to Kahuna if(shareholders.contains(shareholderAddress)){ if("ET2FgRrPKfyTJ75LEQWVgdi64JGRo5dHxg".equals(shareholderAddress)){ return totalSuperNodeReward * 3 / 35; } } // 3 dividends to Chris if(shareholders.contains(shareholderAddress)){ if("ETH7PzTb6ShCJKZWt2iMHnvViw8i3tsu9J".equals(shareholderAddress)){ return totalSuperNodeReward * 3 / 35; } // 1 dividend to remaining return totalSuperNodeReward * 1 / 35; } return 0.0; } }

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