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Difference between revisions of "User:Jigaraphale/Sandbox/12"

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;N=1
 
;N=1
*<math>\text{P}_\text{1} = 1 - \text{P}_\text{0}</math>
+
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
*<math>\text{P}_\text{2} = 0</math>
+
|valign="center"| <math>\begin{align}
*<math>\text{P}_\text{3} = 0</math>
+
\text{P}_\text{1} = 1 - \text{P}_\text{0} \\
 +
\text{P}_\text{2} = 0 \\
 +
\text{P}_\text{3} = 0
 +
\end{align}</math>
 +
|}
  
 
;N=2  
 
;N=2  
*<math>\text{P}_\text{2} = 0.5 \times ( 1 - \text{P}_\text{0} ) \times ( \text{K} + 2 )</math>
+
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
*<math>\text{P}_\text{1} = 1 - \text{P}_\text{0} - \text{P}_\text{2}</math>
+
|valign="center"| <math>\begin{align}
*<math>\text{P}_\text{3} = 0</math>
+
\text{P}_\text{1} = 1 - \text{P}_\text{0} - \text{P}_\text{2} \\
 +
\text{P}_\text{2} = 0.5 \times ( 1 - \text{P}_\text{0} ) \times ( \text{K} + 2 ) \\
 +
\text{P}_\text{3} = 0
 +
\end{align}</math>
 +
|}
  
 
;N>=3  
 
;N>=3  
*<math>\text{P}_\text{3} = (0.04~0.045?) \times \text{K} + 0.15 \times ( \text{N} - 3 )</math>
+
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
*<math>\text{P}_\text{2} = mini ( 0.3 ; 1 - \text{P}_\text{3})</math>
+
|valign="center"| <math>\begin{align}
*<math>\text{P}_\text{1} = 1 - \text{P}_\text{2} - \text{P}_\text{3}</math>
+
\text{P}_\text{1} = 1 - \text{P}_\text{2} - \text{P}_\text{3} \\
 +
\text{P}_\text{2} = mini ( 0.3 ; 1 - \text{P}_\text{3}) \\
 +
\text{P}_\text{3} = (0.04~0.045?) \times \text{K} + 0.15 \times ( \text{N} - 3 )
 +
\end{align}</math>
 +
|}
  
 
The coefficient here (0.04~0.045) is undecided
 
The coefficient here (0.04~0.045) is undecided

Revision as of 16:19, 8 July 2024

https://docs.google.com/spreadsheets/d/1tEqI13g2LmzR0L8N-I39W6mgmAyc8DxJ-R0_qlEkjlQ/edit?gid=1505561028#gid=1505561028


https://x.com/yukicacoon/status/1739481809375895854

  • [math]\displaystyle{ \text{P}_\text{0} = 3.2 - 0.2 \times \text{K} - \text{N} }[/math](luk≥1&n≥3,p0=0)
N=1
[math]\displaystyle{ \begin{align} \text{P}_\text{1} = 1 - \text{P}_\text{0} \\ \text{P}_\text{2} = 0 \\ \text{P}_\text{3} = 0 \end{align} }[/math]
N=2
[math]\displaystyle{ \begin{align} \text{P}_\text{1} = 1 - \text{P}_\text{0} - \text{P}_\text{2} \\ \text{P}_\text{2} = 0.5 \times ( 1 - \text{P}_\text{0} ) \times ( \text{K} + 2 ) \\ \text{P}_\text{3} = 0 \end{align} }[/math]
N>=3
[math]\displaystyle{ \begin{align} \text{P}_\text{1} = 1 - \text{P}_\text{2} - \text{P}_\text{3} \\ \text{P}_\text{2} = mini ( 0.3 ; 1 - \text{P}_\text{3}) \\ \text{P}_\text{3} = (0.04~0.045?) \times \text{K} + 0.15 \times ( \text{N} - 3 ) \end{align} }[/math]

The coefficient here (0.04~0.045) is undecided



https://x.com/Xe_UCH/status/1767407602554855730 ■ Smokescreen multiple activation rate estimation 2

  • We present an estimation formula that takes into account the difference between modified and normal renovations.

2重:3*roundup(5A+1.5√旗艦運+0.5改改修値+0.3ノーマル改修値-5)+1

[math]\displaystyle{ \text{Level 2}_\text{Rate %} = 3 \times \bigg\lceil 5 \times \text{N}_\text{Generator} + 1.5 \times \sqrt{ \text{Luck}_\text{flag} } + 0.5 \times \text{Mod}_\text{1} + 0.3 \times \bigstar -5 \bigg\rceil }[/math]
With
  • [math]\displaystyle{ \text{N}_\text{Generator} }[/math] the amount of Smocke Generators (conted twice for the Kai one),
  • [math]\displaystyle{ \text{Luck}_\text{flag} }[/math] the flagship's luck,
  • [math]\displaystyle{ \text{Mod}_\text{1} }[/math] the "Revised Value",
  • [math]\displaystyle{ \bigstar }[/math] the total improvement level of the generators,