重要通知!Pi币主网上线!最新白皮书发布以及注意事项

Pi币快讯 Erica 2年前 (2021-12-29) 3007691次浏览 已收录 1个评论 扫描二维码

Mainnet Mining Formula 挖掘公式
The goals of the Mainnet phase are to make further progress in decentralization and utilities, ensure stability and longevity, and retain growth and security. The new formula, as written below, incentivizes more diverse contributions of Pioneers to support these Mainnet goals while retaining the incentives to secure and grow the network. As before, it is meritocratic and expressed as the rate at which Pioneers mine Pi per hour.

主网阶段的目标是在权力下放和公用事业方面取得进一步进展,确保稳定和长寿,并保持增长和安全。如下所述,新方案激励先锋公司做出更多样化的贡献,以支持这些 Mainnet 目标,同时保留保护和发展网络的激励措施。和以前一样,它是任人唯贤的,用先驱者每小时开采圆周率来表示。

M = I(B,L,S) + E(I) + N(I) + A(I) + X(B), where

M is the total Pioneer mining rate,
I is the individual Pioneer base mining rate,
B is the systemwide base mining rate (adjusted based on the available pool of Pi to distribute for a given time period),
L is the lockup reward, which is a new component of the individual Pioneer base mining rate,
S is the the Security Circle reward, which is a component of the individual Pioneer base mining rate from valid Security Circle connections the same way as in the pre-Mainnet mining formula,
E is the Referral Team reward from active Referral Team members the same way as in the pre-Mainnet mining formula,
N is the Node reward,
A is the Pi apps usage reward, and
X are new types of contributions necessary for the network ecosystem in the future, which will be determined later, but will also be designed as a multiple of B.

M 是先锋公司的总开采率,
我是个人先锋基地开采率,
B 是系统范围的基本采矿率(基于在给定时间段内分配的可用 PI 池进行调整),
L 是禁闭奖励,这是个人先锋基地采矿率的一个新组成部分,
S 是安全圈奖励,它是有效安全圈连接的个人先锋基本开采率的一个组成部分,其方式与 Pre-Mainnet 挖掘公式中的相同。
E 是来自活动推荐团队成员的推荐团队奖励,其方式与 Pre-Mainnet 挖掘公式中的方式相同。
N 是节点奖励,
A 是 PI 应用程序使用奖励,以及。
X 是未来网络生态系统所需的新类型贡献,将在稍后确定,但也将设计为 B 的倍数。
In short, S and E remain the same as in the pre-Mainnet mining formula, while new rewards such as L, N and A have been added to the current formula. L is added as part of I; N and A are added as additional rewards calculated based on I. In other words, the network still rewards growth through E and security through S, while incentivizing Pioneers’ contributions to running nodes for decentralization through N, using apps for utilities creation through A, and locking up for stability especially during the initial years through L. Further, new types of rewards to Pioneers through X in the future may be added for building a fully functioning ecosystem, such as rewards for Pioneer developers creating successful Pi apps. B continues to exist over a long period of time while having a yearly cap to ensure longevity of network growth while maintaining scarcity. In fact, all the rewards can be expressed in B as follows.

简而言之,S 和 E 与 Pre-Mainnet 挖矿公式保持不变,而在当前公式中增加了 L、N 和 A 等新的奖励。L 是作为 I 的一部分添加的;N 和 A 是作为基于 I 计算的额外奖励而添加的。换句话说,网络仍然通过 E 奖励增长,通过 S 奖励安全,同时通过 N 激励先锋对运行节点的贡献,通过 A 使用应用创建公用事业,并通过 L 锁定稳定性。此外,未来可能会通过 X 增加对先锋的新型奖励,以建立一个功能齐全的生态系统,例如奖励先锋开发人员创建成功的 PI 应用。B 在很长一段时间内继续存在,同时有年度上限,以确保网络增长的持久性,同时保持稀缺性。事实上,所有的奖励都可以用 B 表示如下。

Here,

I(B,L,S) = B + S(B) + L(B)
S(B) = 0.2 • min(Sc,5) • B, where
Sc is the count of valid Security Circle connections.
E(I) = Ec • 0.25 • I(B,L,S), where
Ec is the count of active Referral Team members.
L(B) = Lt • Lp • log(N) • B, where
Lt is a multiplier corresponding to the duration of a lockup,
Lp is the proportion of Pioneer’s mined Pi on the Mainnet that is locked up with the maximum being 200%, and
N is the total number of Pioneer's mining sessions preceding the current mining session.
N(I) = node_factor • tuning_factor • I, where
Node_factor = Percent_uptime_last_1_days • (Uptime_factor + Port_open_factor + CPU_factor), where

Uptime_factor = (Percent_uptime_last_90_days + 1.5*Percent_uptime_last_360_days(360-90) + 2* Percent_uptime_last_2_years + 3*Percent_uptime_last_10_years),
Port_open_factor = 1 + percent_ports_open_last_90_days + 1.5*percent_ports_open_last_360_days + 2* percent_ports_open_last_2_years + 3*percent_ports_open_last_10_years,
CPU_factor = (1 + avg_CPU_count_last_90_days + 1.5*avg_CPU_count_last_360_days + 2* avg_CPU_count_last_2_years + 3*avg_CPU_count_last_10_years)/4.

Percent_uptime_last_*_days/years is the percentage of the last * time period when the individual Node was live and accessible by the network.

rcent_UPTime_Last_*_Days/Years 是过去*个节点处于活动状态且可由网络访问的时间段的百分比。
percent_ports_open_last_*_days/years is the percentage of the last * time period when the ports of the individual Node were open for connectivity to the network.

PERCENT_PORTS_OPEN_LAST_*_DYES/Year 是指在过去*个时间段内,单个节点的端口打开以连接到网络的百分比。
avg_CPU_count_last_*_days/years is the average CPU that the individual Node provided to the network during the last * time period.
tuning_factor is a statistical factor that normalizes the node_factor to a number between 0 and 10.
AVG_CPU_COUNT_LAST_*_Days/Years 是单个节点在过去*时间段内向网络提供的平均 CPU。
Tuning_factor 是一个统计因子,它将 node_factor 归一化为 0 到 10 之间的一个数字。
A (I)* =
log [
Σ_across_apps {
log(time_spent_per_app_yesterday_in_seconds)
}
] •
log [ log(
0.8 • avg_daily_time_across_apps_last_30_days +
0.6 • avg_daily_time_across_apps_last_90_days +
0.4 • avg_daily_time_across_apps_last_180_days +
0.2 • avg_daily_time_across_apps_last_1_year +
0.1 • avg_daily_time_across_apps_last_2_year
) ] • I

time_spent_per_app_yesterday_in_seconds is, for each Pi app, the total amount of time in seconds that the Pioneer spends using the app on the prior day.

Time_Spend_PER_APP_YORTHED_IN_Second 是对于每个 PI 应用程序,先锋在前一天使用该应用程序所花费的总时间(以秒为单位)。
Σ_across_apps sums up the logarithmic value of the Pioneer’s time_spent_per_app_yesterday_in_seconds across all the Pi apps.
avg_daily_time_across_apps_last_* is the average daily time in seconds the Pioneer spends across all the Pi apps in the aggregate during the last * time period.

Σ_OVERS_APPS 汇总所有 PI 应用程序中先锋应用程序的 Time_Spend_PER_APP_YOYD_IN_ 秒的对数值。
AVG_DAILY_TIME_CROSS_APPS_LAST_*是先锋在过去*时间段内在聚合的所有 PI 应用上花费的平均每日时间(以秒为单位)。

* Note that when any of the logarithmic functions returns an undefined value or a value below 0 (that is, when, the input to the logarithmic function is below 1), the formula resets the value of the logarithmic function to be 0 in order to avoid negative mining rewards or an error in the function.

*请注意,当任何对数函数返回未定义的值或低于 0 的值时(即,当对数函数的输入低于 1 时),该公式将对数函数的值重置为 0,以避免负挖掘奖励或函数中的错误。

X(B) is to be determined in the future based on the new types of contributions, but will be a multiple of B and kept within the yearly supply limit along with other rewards.

X(B)将在未来根据新的捐款类型确定,但将是 B 的倍数,并与其他奖励一起保持在每年的供应限额内。
As shown above, the expressions of S and E remain the same as in the pre-Mainnet mining formula, and will not be explained further here. Next, we will focus on explaining the changes to B, changes to I through L, and the additions of N and A.

如上所示,S 和 E 的表达式与 Pre-Mainnet 挖掘公式中的表达式相同,在此不再赘述。接下来,我们将重点解释对 B 的更改、对 I 到 L 的更改以及 N 和 A 的添加。

Systemwide Base Mining Rate 全系统基础采矿率

Like in Pre-Mainnet mining, all of the terms in the Mainnet mining formula above can be expressed in Pi per hour and are designed to be a multiple of B. Hence, the equation can also be re-written as below. Every Pioneer can mine at least the Systemwide Base Mining Rate everyday, and will be able to mine at a higher rate if they also have other types of contributions that are calculated as multiples of B.

就像在 Pre-Mainnet 挖掘中一样,上面 Mainnet 挖掘公式中的所有项都可以用每小时 PI 表示,并且被设计为 B 的倍数。因此,该公式也可以重写如下。每个先驱者每天至少可以开采系统范围的基础采矿率,并且如果他们还有其他类型的贡献(以 B 的倍数计算),将能够以更高的采矿率进行开采。

M = B • (1 + S + L) • (1 + N + E + A + X)

Unlike in the pre-Mainnet mining, B in Mainnet mining as in the formula above is no longer a constant across all Pioneers at a given point in time, but is calculated in real time and dynamically adjusted based on a yearly supply cap.

与 Pre-Mainnet 开采不同,Mainnet 开采中的 B 不再是所有先锋公司在给定时间点的常数,而是实时计算并根据每年的供应上限进行动态调整。

Given a yearly supply limit, it is impossible to keep a constant B like in the pre-Mainnet period because it’s unpredictable how much each Pioneer mines and how many Pioneers are actively mining during a period of time. The pre-Mainnet model was designed to incentivize growth during the beginning years to bootstrap the network. As the network achieves a certain scale, it also needs to ensure the overall health of the ecosystem. Therefore, an exponential issuance of the tokens through exponential network growth and a constant mining rate does not make sense any longer. The shift of B from being a constant to being dynamically adjusted throughout the year results from the need to incentivize Pioneers’ contributions meritocratically but also to keep the total rewards within a limit.

考虑到每年的供应限制,不可能像前 Mainnet 时期那样保持恒定的 B,因为无法预测每个先锋公司在一段时间内开采了多少矿,以及有多少先锋公司在积极开采。Pre-Mainnet 模式旨在激励最初几年的增长,以引导网络。随着网络达到一定规模,还需要保证生态系统的整体健康。因此,通过指数网络增长和恒定的挖掘率指数发行令牌已不再有意义。B 从恒定到全年动态调整的转变是因为需要按价值顺序激励先锋的贡献,同时也是为了将总奖励保持在一定的范围内。

Thus, to solve the yearly limit problem while ensuring fairness for whoever mined Pi, B of a given day in the year is calculated as below. Here a day is defined as the last 24 hours before the moment a Pioneer starts a new mining session. Hence, different Pioneers will have slightly different days relative to their time of mining, and thus, potentially a slightly different B based on the calculation below. Each Pioneer’s B of their day stays constant through their mining session, that is, over the next 24 hours from the moment they start their mining session. B is calculated as follows:

因此,为了解决年度限制问题,同时确保开采 Pi 的人的公平性,一年中给定日期的 B 计算如下。在这里,一天的定义是先驱者开始新的采矿作业前的最后 24 小时。因此,不同的开拓者相对于他们的采矿时间会有略微不同的天数,因此,根据下面的计算,可能会有略有不同的 B。每个先锋一天中的 B 值在他们的采矿过程中保持不变,也就是从他们开始采矿过程的那一刻起,在接下来的 24 小时内保持不变。B 的计算方法如下:

Divide the remaining total Pi supply of the year by the number of days left in the year to get day_supply based on the remaining yearly supply,

将一年中剩余的总 PI 供应量除以一年中剩余的天数,得到基于每年剩余供应量的 DAY_SUPPLICATION。

add the multiples of B from all Pioneers actively mining within the last 24 hours, which represents a diverse set of Pioneers’ contributions, in the Mainnet mining formula above to get the sum_of_B_multiples of the whole network for that 24-hour window, and

further divide day_supply by sum_of_B_multiples and 24 hours to get B of that specific mining session.

在上面的 Mainnet 挖掘公式中,将过去 24 小时内活跃挖掘的所有先锋公司的 B 的倍数相加,以获得整个网络在该 24 小时窗口内的和 _of_B_Multiples,该倍数代表先锋公司的不同贡献集合,以及。将 DAY_SUPPLACE 除以 SUM_OF_B_Multiplies 和 24 小时,得到该特定挖掘会话的 B。

Hence, for a given day of the year,
B = day_supply / (sum_of_B_multiples • 24h)

Under this framework, B on different days of the year will be different depending on how many Pioneers mined in the last 24 hours as well as what and how much contributions they made to receive the extra multiples of B by running nodes, using utilities apps or lockups, etc. This model also addresses any uncertainty with having X(B)—future types of contribution rewards for Pioneers—in the formula. Regardless of how much X is going to be, it will be kept within the same yearly supply limit without increasing the total supply and will only affect the division of rewards among different types of contributions. This dynamic mechanism allows Pioneers themselves, in a decentralized way, to make sure that (1) the rewards do not exceed the yearly supply limit, (2) the distribution of the yearly supply does not end early in the year, and (3) the rewards are divided meritocratically.

在这一框架下,一年中不同日期的 B 将会有所不同,这取决于过去 24 小时内开采的先锋人数,以及他们通过运行节点、使用公用事业应用程序或锁定等方式为获得 B 的额外倍数所做的贡献和贡献。该模型还解决了公式中存在 X(B)-先锋的未来贡献奖励类型-的任何不确定性。无论 X 是多少,它都将保持在相同的年度供应限额内,而不会增加总供应量,并且只会影响不同类型的贡献之间的奖励分配。这种动态机制允许先锋们自己以分散的方式确保:(1)奖励不超过每年的供应限额;(2)每年的供应不会在年初结束;(3)奖励是按功绩分配的。

For purposes of illustration, let’s suppose there are only two Pioneers on a given day and B is the mining rate (expressed in Pi/day for this illustration)—a constant during a specific Pioneer mining session, but dynamically adjusted across different days:

为了说明起见,假设在给定的一天只有两个 Pioneer,B 是挖掘率(在此图示中以 PI/day 表示)-在特定 Pioneer 挖掘会话期间的常量,但在不同的日期动态调整:

Pioneer 1 has no app engagement (A=0), is not operating a Node (N=0), has no security connections (S=0), and has no active Referral Team members (E=0). They are in their 11th mining session (N=10) and are locking up 100% of their mined Pi (Lp=1) for 3 years (Lt=2). Pioneer 1’s mining rate on this day is:

先锋 1 没有应用程序合约(A=0),没有运行节点(N=0),没有安全连接(S=0),也没有活动的推荐团队成员(E=0)。他们正在进行第 11 次开采(N=10),并将其开采的 PI(Lp=1)100%锁定 3 年(Lt=2)。这一天先锋一号的开采率是:

M1 = I(B,L,S) + 0 + 0 + 0, or
M1 = B + {2 • 1 • log(10)} • B + 0, or
M1 = 3B

Pioneer Base Mining rate 先锋基地采矿率
By comparison, the individual Pioneer base mining rate in the pre-Mainnet mining formula includes only system-wide base mining rate and Security Circle rewards. At Mainnet, a new component, lockup reward, is added to individual Pioneer base mining rate I. Lockup rewards L, along with the system-wide base mining rate B and Security Circle reward S, constitute the individual Pioneer base mining rate I. Since I is used as an input to calculate all the other rewards, as a result, the Security Circle and lockup rewards enhance the total Pioneer mining rate by: (1) by directly adding to the individual Pioneer base mining rate and (2) by boosting the any Referral Team reward E, nodes reward N, and app usage reward A.

相比之下,Pre-Mainnet 采矿公式中的个人先锋基地采矿率只包括全系统基础采矿率和安全圈奖励。在 Mainnet,在个人先锋基础采矿率 I 中增加了一个新的组成部分,锁定奖励 L,与系统范围的基础采矿率 B 和安全圈奖励 S 一起构成了个人先锋基础采矿率 I。由于 I 被用作计算所有其他奖励的输入,因此,安全圈和锁定奖励通过以下两种方式提高了总先锋采矿率:(1)直接添加到个人先锋基础采矿率;(2)通过提高任何奖励

Lockup Reward锁定奖励
At Mainnet, the lockup reward is meant to support a healthy and smooth ecosystem and incentivize long-term engagement with the network, while the network is bootstrapping the economy and creating demands. It is an important decentralized macroeconomic mechanism to moderate circulating supply in the market, especially in the early years of the open market when utilities are being created. One important goal of the Pi Network is to create a utility-based ecosystem of apps. Transactions for real goods and services in the ecosystem, rather than just speculative trading, are intended to determine the utility of Pi. As we launch the Enclosed Network phase of the Mainnet, one of the main areas of focus will be to support and grow the Pi app developer community and nurture more Pi apps to grow. In the meantime, Pioneers can choose to lock up their Pi to help create a stable market environment for the ecosystem to mature and for more Pi apps to emerge and provide compelling use cases for spending Pi – to ultimately create organic demands through utilities.

在 Mainnet,锁定奖励旨在支持一个健康、顺畅的生态系统,并激励与网络的长期互动,同时网络正在引导经济并创造需求。调节市场循环供给是一种重要的分散的宏观经济机制,尤其是在公用事业公司产生的公开市场初期。PI Network 的一个重要目标是创建一个基于实用程序的生态系统。生态系统中真实商品和服务的交易,而不仅仅是投机性交易,意在确定 PI 的效用。随着我们启动 Mainnet 的封闭式网络阶段,其中一个主要的重点领域将是支持和发展 PI 应用程序开发社区,并培育更多的 PI 应用程序以实现增长。与此同时,先锋们可以选择锁定他们的 PI,以帮助为生态系统的成熟和更多 PI 应用的出现创造一个稳定的市场环境,并为花费 PI 提供令人信服的使用案例-最终通过公用事业创造有机需求

The lockup reward formula is reprinted here:

L(B) = Lt • Lp • log(N) • B, where
Lt is the Lockup Time period multiplier of B.

0 → Lt = 0
2 weeks → Lt = 0.1
6 months → Lt = 0.5
1 year → Lt = 1
3 years → Lt = 2
Lp is the Lockup Percentage multiplier of B, where
the Lockup Percentage is the lockup amount over the Mainnet Balance transferred from one’s previous mining rewards (Lb), and the Lockup Percentage multiplier is as follows.
0% → Lp = 0
25% → Lp = 0.25
50% → Lp = 0.5
90% → Lp = 0.9
100% → Lp = 1.0
150% → Lp = 1.5
200% → Lp = 2
log(N) is the logarithmic value of the total number of previous mining sessions (N).

Pioneers will have the opportunity to voluntarily lock up their Pi to earn the right to mine at a higher rate. First of all, the prerequisite of the lockup reward is that the Pioneer must be actively mining. Without mining in the first place, there will be no lockup rewards for any inactive mining sessions, even if Pi is locked up. As expressed in the formula above, all that the lockup does is to provide multipliers to B, so there will be no lockup rewards if B is 0 (which means the Pioneers is not mining).

开拓者将有机会自愿锁定他们的 PI,以获得更高的采矿权。首先,禁闭奖励的前提是先锋必须在积极开采。在没有挖掘的情况下,即使 PI 被锁定,任何非活动的挖掘会话也不会有锁定奖励。正如上面的公式所表示的,锁定所做的一切就是为 B 提供乘数,因此如果 B 为 0(这意味着先锋不是在开采),则不会有锁定奖励。

Secondly, the lockup reward is positively associated with the contribution to the lockup, i.e. the duration of the lockup time period (Lt) and the amount locked up. However the lockup amount is accounted for by the percentage of a Pioneer’s total Pi mined (Lp). The maximum Pi that a Pioneer can lock up is twice as much as their Mainnet Balance that got transferred from their prior mining in the mobile app (Lb), i.e. 200% Lb. The reasons for having a 2X maximum lockup amount of one’s transferred Mainnet Balance (Lb) are to 1) prevent exploitation of the lockup reward and 2) further encourage other contributions to the Pi ecosystem, such as further boosting their mining, running nodes and using apps. This, in a sense, favors Pioneers who mine and make other types of contributions to the network.

其次,锁定期的长短和锁定额与锁定期的贡献呈正相关关系,即锁定期的长短和锁定期的大小。(2)锁定期的长短与锁定期的大小呈正相关。然而,锁定的数量是由先锋队开采的总 PI(LP)的百分比来计算的。先锋可以锁定的最大 PI 是他们之前在移动应用程序(Lb)中挖掘得到的主余额的两倍,即 200%lb。一个人转移的主网余额(Lb)的最大锁定额为 2 倍的原因是:1)防止利用锁定奖励,2)进一步鼓励对 PI 生态系统的其他贡献,如进一步促进他们的挖掘、运行节点和使用应用程序。从某种意义上说,这有利于那些挖掘矿藏并为网络做出其他类型贡献的先锋们。

Thirdly, Log(N) offers a higher lockup incentive to Pioneers who have a long mining history and presumably a large transferable balance to lock up. While the lockup reward formula generally favors equality by accounting for not the absolute amount but the percentage of their transferred balance (Lp) — which allows smaller accounts with a short mining history to lock up small amounts and yet receive the same lockup reward multiplier as big accounts — we need to add a Log(N) factor that accounts for miners with a long mining history, to counterbalance the bias in favor of Pioneers with small balances and provide enough incentive for long-history Pioneers with bigger balances. However, the effect of mining history on lockup rewards also needs to be capped. Thus, the formula applies a logarithm to the number of previous mining sessions N. For example, if a Pioneer mined almost everyday for the last 3 years, their total previous mining sessions (N) will be about 1,000. In this scenario, Log(1,000) equals 3, adding another multiplier to B in their lockup rewards. Keep in mind that to achieve meaningful lockup rewards for long-mining-history Pioneers, the amount of Pi they have to lock up is much more than smaller accounts.

第三,Log(N)为那些有较长采矿历史和可能有大量可转移余额要锁定的先锋提供了更高的锁定激励。虽然锁定奖励公式通常倾向于平等,因为它不考虑绝对金额,而是其转移余额(LP)的百分比-这允许采矿历史较短的小账户锁定小金额,但获得与大账户相同的锁定奖励乘数-我们需要添加一个 Log(N)因子,以考虑到拥有长期采矿历史的矿工,以抵消对余额较小的先锋公司的偏见,并为余额较大的长期先锋公司提供足够的激励。然而,采矿历史对锁定奖励的影响也需要加以限制。因此,该公式对以前的采矿会话数 N 应用对数。例如,如果一个先驱者在过去 3 年中几乎每天都采矿,那么他们以前的采矿会话总数(N)将约为 1,000 次。在这个场景中,Log(1,000)等于 3,在他们的锁定奖励中将另一个乘数加到 B。请记住,要为长期从事采矿的先锋获得有意义的锁定奖励,他们必须锁定的 PI 数量远远多于较小的账户。

Fourthly, one Pioneer can voluntarily have multiple lockups at different times with different amounts and durations. The calculation of the total lockup rewards for this Pioneer with i number of different lockups is to find the total lockcup reward multiplier of B, as expressed in the formula below. The formula below is the equivalent to the lockup reward formula above, with the only difference being that it accounts for multiple lockups of the same Pioneer to calculate their total lockup rewards, e.g. different durations (Lti) and different amounts (Lci) of each lockup at different time:

第四,一个先锋可以自愿在不同的时间拥有不同数量和持续时间的多次禁闭。不同锁定次数为 i 的该先锋的总锁定奖励的计算方法是求出 B 的总锁定奖励倍数,如下面的公式所示。下面的公式等同于上面的禁闭奖励公式,唯一不同的是,它考虑了同一先锋的多次禁闭来计算他们的总禁闭奖励,例如,不同时间不同的禁闭持续时间(LTI)和不同的禁闭金额(LCI)

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The purpose of this formula is to calculate the total lockup rewards based proportionally on each lockup’s amount (Lc) over the total Mainnet Balance from previous mining (Lb) as a weight, multiplied by their respective lockup time period (Lt) and Log(n). So that, even though there are multiple lockups of the same Pioneer, more lockups with different settings will proportionally add to their total lockup rewards. The values of Lt, Lc, and log(N) are calculated and multiplied for each lockup i and then summed across various i’s, which is then divided by the value of Lb at a given mining session, to arrive at the value of L(B) for that mining session. This formula ensures that regardless of the Lb, as long as the Pioneer maintains the same percentage of their lockup amount over their Lb, the total lockup rewards multiplier will remain the same.

此公式的目的是根据每次锁定金额(Lc)占前一次开采的总主要余额(Lb)的权重,乘以各自的锁定时间段(Lt)和 Log(N),按比例计算总锁定奖励。因此,即使同一先锋有多个锁定,不同设置的更多锁定将按比例增加其总锁定奖励。针对每个锁定 i 计算 lt、lc 和 log(N)的值并将其相乘,然后在各个 i 上求和,然后将其除以给定挖掘会话的 lb 的值,以得出该挖掘会话的 L(B)的值。这个公式确保,无论磅值如何,只要先锋的锁定期金额与磅值保持相同的百分比,那么总的锁定期奖励乘数将保持不变。

Lastly, when can a Pioneer lock up Pi? Pioneers can decide their lockup duration and lockup percentage of their transferable balance anytime they want as an overall account setting in the Pi app. They can even preselect these settings before they’re KYC’ed or ready to migrate to the Mainnet. As they and their Referral Team/Security Circle pass KYC, more of their Mobile Balance will become transferable. At the moment of the migration of their Transferable Balance to Mainnet, their preselected setting of lockup duration and percentage will automatically apply to the amount of balance transferred, resulting in two types of balances on the Mainnet: lockup balance and free balance, both of which will be recorded on the Mainnet blockchain and reside in the Pioneer’s non-custodial Pi wallet. Thus, lockups cannot be reversed once confirmed and must remain locked up for the entirety of the chosen duration due to the nature of blockchain. Any changes to this Pioneer's lockup setting will take effect in their next balance transfer to the Mainnet.

最后,开拓者什么时候才能把派关起来?开拓者可以随时决定他们的锁定时间和可转移余额的锁定百分比,作为 PI 应用程序中的整体账户设置。他们甚至可以在 KYC 或准备迁移到 Mainnet 之前预先选择这些设置。当他们和他们的推荐团队/安全圈通过 KYC 时,他们的移动余额中将有更多可以转移。在他们的可转移余额迁移到 Mainnet 的那一刻,他们预先选择的锁定时间和百分比设置将自动应用于转移的余额金额,从而在 Mainnet 上产生两种类型的余额:锁定余额和自由余额,这两种余额都将记录在 Mainnet 区块链上,并驻留在先锋的非托管 Pi 钱包中。因此,锁定一旦确认就不能撤销,并且由于区块链的性质,必须在所选的整个持续时间内保持锁定。对此先锋的锁定设置所做的任何更改都将在下一次将余额转移到主网时生效。


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  1. 派币k VC,大部分都是中老年人,程序不要搞得太复杂了,太复杂了,人们通不过,辛辛苦苦的挖了那么多的派,白瞎了
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