changes

Author: aditya520

pages/home/pyth-token/oracle-integrity-staking/examples.mdx

@@ -110,14 +110,14 @@ $$
 \text{Final Delegator Reward} \quad{R^d_p} &= {R^d_p} - {F^d_p} = 30 - 0.6 = 29.4 \\
 \text{Total Publisher Reward} \quad{R^p_p} &= {R^p_p} + {F^d_p} = 20 + 0.6 = 20.6 \\
 
-\text{Slashed percentage}\quad{z} &= 50\% \\
+\text{Slashed percentage}\quad{w} &=50\% \\
 
-\text{Net Publisher Stake} \quad{\Pi^p_p} = ( R^p_p + f \cdot R^d_p ) - z \cdot S^p_p = (20 + 0.6) - 0.5 \cdot 200 = 20.6 - 100 = -79.4 \\
-\text{Net Deligator Stake} \quad{\Pi^d_p} = R^d_p - ( f \cdot R^d_p + z \cdot S^d_p ) = 30 - ( 0.6 + 0.5 \cdot 300 ) = 30 - 150.6 = -120.6 \\
+\text{Net Publisher Stake} \quad{\Pi^p_p} = ( R^p_p + f \cdot R^d_p ) - w \cdot S^p_p = (20 + 0.6) - 0.5 \cdot 200 = 20.6 - 100 = -79.4 \\
+\text{Net Deligator Stake} \quad{\Pi^d_p} = R^d_p - ( f \cdot R^d_p + w \cdot S^d_p ) = 30 - ( 0.6 + 0.5 \cdot 300 ) = 30 - 150.6 = -120.6 \\
 \end{aligned}
 $$
 
-In this example, the publisher's stake is slashed by 50%. This means that the publisher's stake is reduced to 100 and the delegator's stake remains the same.
+In this example, the publisher's stake is slashed by 50%. This means that the publisher's stake is reduced by 79.4 PYTH tokens and the delegator's stake is reduced by 120.6 PYTH tokens.
 
 
 

pages/home/pyth-token/oracle-integrity-staking/mathematical-representation.mdx

@@ -70,13 +70,13 @@ Slashing is an important aspect of the OIS protocol to ensure the integrity of t
 The slashed amount for each pool is calculated as follows:
 
 $$
-\large{SL_p = z \cdot S_p = z \cdot (S^{p}_{p} + S^{d}_{p})}
+\large{SL_p = w \cdot S_p = w \cdot (S^{p}_{p} + S^{d}_{p})}
 $$
 
 Where:
 
 - $SL_p$ is the slashed amount for the publisher $p$ pool.
-- $z$ is the slashing rate.
+- $w$ is the slashing rate.
 - $S_p$ is the stake assigned to the publisher $p$ pool , made of self-staked amount $S^{p}_{p}$ and delegated stake $S^{d}_{p}$ , or $S_{p} = S^{p}_{p} + S^{d}_{p}$.
 
 Here $SL_p$ is uniformly allocated to both the self-staking publisher and delegators in the pool, pro-rata to their respective stake.
@@ -87,18 +87,18 @@ Here $SL_p$ is uniformly allocated to both the self-staking publisher and delega
 Subsequently, the rewards received  by a publisher and delegators into a pool, net of any slashed amounts can be expressed as below:
 
 $$
-\large{\Pi^p_p = ( R^p_p + f \cdot R^d_p ) - z \cdot S^p_p}
+\large{\Pi^p_p = ( R^p_p + f \cdot R^d_p ) - w \cdot S^p_p}
 $$
 
 $$
-\large{\Pi^d_p = R^d_p - ( f \cdot R^d_p + z \cdot S^d_p )}
+\large{\Pi^d_p = R^d_p - ( f \cdot R^d_p + w \cdot S^d_p )}
 $$
 
 Where: 
 
 - $\Pi^p_p$ is the net reward received by the publisher $p$ after slashing.
 - $\Pi^d_p$ is the net reward received by the delegators after slashing.
 - $f$ is the delegation fee charged by the publisher.
-- $z$ is the slashing rate.
+- $w$ is the slashing rate.
 - $S^p_p$ is the amount self-staked by the publisher $p$.
 - $S^d_p$ is the amount delegated to the publisher $p$.