Guide to OPTIMAL PoSToken mining [UPDATED]

What is PoSToken? 

PoSToken is the world's initially Proof-of-Stake keen contract token on Ethereum stage. Read their ANN in Bitcointalk for advance information. 

PoSToken is the main token that can be automined. The fundamental mining component has been as of now clarified a zillion circumstances, however I'll do it once again: on the off chance that you utilize a customer that can cooperate with contracts (like myEtherWallet), you can utilize the mint() work from the agreement, else, you can send any measure of POS to your own record and that will likewise trigger printing.

first Strategy: Mine each second 

Great attempt, however devs disallow this one. As the vast majority of you definitely know, the reward must be acquired each three days. From day three to day ninety the reward increments relatively and after it gets topped. 

second Strategy: Mine each 90 days 

As the reward increments with time, we can imagine that perhaps the best procedure is mining each 90 days to limit ethereum expenses (each time you call the mint capacity, you need to pay the exchange charge) yet that is not valid. The aggregate intrigue improves a result to mine regularly, in light of the fact that on each consequent mining you have more tokens. In all actuality you get the most PosTokens by mining as regularly as could reasonably be expected. 

third Strategy: Mine each 3 days 

This is the system that will get you more PoSTokens over the long haul. For instance, in the event that you begin with 15 tokens, you'll complete the principal year with 36,66765. 

How about we see a few charts, Both demonstrate the last number of tokens versus the quantity of days you hold up to mine. The first is with a beginning parity of 15 PoSToken: 

The second one is with a beginning equalization of 100 PoSToken: 

So this it, we have a champ! 

Actually no, not yet :D 

This one is additionally the costlier methodology since we pay a tx charge everytime we do mine. To get an ideal answer for the mining recurrence issue we need to consider the estimation of the stamped tokens versus the cost of printing. I'm perplexed however this is the place things get more confused as it relies upon the quantity of tokens you have, the estimation of PoSTokens versus ETH, and tx charges. 

fourth Strategy: The Truly Optimal Strategy 

To acquire an ideal arrangement, we'll ascertain the incentive in ETH of the tokens we'll have following a year and subtract the gas paid to mint them. 

Utilizing the insignificant gas cost of 1 Gwei in MyEtherWallet, the cost of printing utilizing the mint() work is 0.00144858 ETH, yet you can trigger mining by sending POS to yourself, and (again utilizing 1 Gwei as gas value) that will cost you just 0.000065262 ETH. This is imperative: Always mint utilizing negligible gas cost in MEW and sending tokens to your own particular address as system of printing. 

These two charts demonstrate the significance of the component utilized, beginning with 50 POS and utilizing mint(), it is just productive to mine each 24 days: 

Then again, beginning with a similar amount, yet sending POS to your own particular wallet as stamping instrument, it is gainful to mine each 6 days! At the season of composing this post, the estimation of one PoSToken is 0.00383974 ETH. 

How about we see a few diagrams once more, to get a subjective impression: 

When we begin with 15, esteem is amplified stamping each 11 days, as the cost is noteworthy versus the estimation of the tokens we mine. 

Beginning with 15 POS.png 

When we begin with 100, we expand benefits stamping each 4 days. 

Beginning with 100 POS.png 

On the off chance that the estimation of the tokens expands, it additionally improves printing all the more regularly. For instance, beginning with a similar 100, if the estimation of PoSToken raises to 0.05 ETH:

yuju.png 

Since we have a subjective vision of it, how about we demonstrate the conditions: 

CodeCogsEqn.png 

Where: 

POS e = Final number of tokens 

VPOS= Value of one PoSToken in ETH 

costtx = Cost of printing in ETH 

nmint = number of times you mint 

POS I = Initial number of tokens 

intrigue = 1 (100% amid first year) 

nmint = number of times you mint 

At long last, nmint = Total time/Period of mining 

For instance, on the off chance that you mine each 3 days and you need to know the benefit following 300 days, nmint = 3/300 = 100 times. 

Conclusion 

The ideal recurrence of mining depends of the quantity of tokens you claim, their esteem, and the cost of exchange. To limit the cost of tx, dependably send tokens to your own particular wallet as printing component. For whatever is left of the qualities, connect these 3 recipes to a spreadsheet and you'll get the incentive for you now. On the off chance that despite everything you have questions, ask in the remarks. In the event that you experience difficulty with the spreadsheet, request it, I may transfer one if there's any enthusiasm on it.