#ICE This is the halving cycle and output table for Pi. I only calculated the output from 2020.12.9 to 2022.4.1: this period is about 485 days, based on 20 million pioneers, producing 2.35 basic coins per day, which means 485*2.35*20000000=22795000000, or 22.795 billion Pi. Adding a 100% increase in computing power from the security circle gives us 227.95*2=455.9 billion Pi. These data are purely from zero contribution, excluding invitation rewards. So why don't you calculate how many coins have been produced in these five years through pure zero contribution? Then, adding computing power coins and node reward coins, the pioneers produced 65 billion, and in just these 485 days, it’s almost all mined out, right? I said the total amount of Pi has already exceeded, did I say anything wrong?
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#ICE This is the halving cycle and output table for Pi. I only calculated the output from 2020.12.9 to 2022.4.1: this period is about 485 days, based on 20 million pioneers, producing 2.35 basic coins per day, which means 485*2.35*20000000=22795000000, or 22.795 billion Pi. Adding a 100% increase in computing power from the security circle gives us 227.95*2=455.9 billion Pi. These data are purely from zero contribution, excluding invitation rewards. So why don't you calculate how many coins have been produced in these five years through pure zero contribution? Then, adding computing power coins and node reward coins, the pioneers produced 65 billion, and in just these 485 days, it’s almost all mined out, right? I said the total amount of Pi has already exceeded, did I say anything wrong?