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Line 44: − + − + − + − + − *<math>Res</math> a number that can be incremented by having low/high resource inputs of certain types,+ − **The resources used to increment this value depend on the pool that has been selected.
→Construction Theory
*Note: The check is done from top to bottom, if the requirements of multiple pools are fulfilled, only the topmost one is used.
*Note: The check is done from top to bottom, if the requirements of multiple pools are fulfilled, only the topmost one is used.
The constructed ship is selected in the pool by a value we call <math>ID</math> which can go from 1 to 100. It is calculated by substating two random value <math>Rand_1</math> and <math>Rand_2</math>.
The constructed ship is selected in the pool by a value called "<math>ID</math>" which can go from 1 to 100, calculated by substating two random values:
{|class="wikitable mw-collapsible mw-collapsed" width="100%"
{|class="wikitable mw-collapsible mw-collapsed" width="100%"
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{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
|valign="center"| <math>ID=Rand_1-Rand_2</math>
|valign="center"| <math>ID = Rand [0 ; 100] - Rand [0 ; Res - 1]</math>
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|}
;With
;With
*<math>Rand_1</math> a random whole number between 0 and 100 included,
*<math>Rand</math> the function returning a random whole number between its boundaries, included,
*<math>Rand_2</math> a random whole number generated between 0 and <math>Res - 1</math> included.
*<math>Res</math> a whole number that is incremented by having low/high resource inputs of certain types, defined below,
**The resources used to increment this value depend on the pool that has been selected.
In case <math>ID</math> is 0 or negative, the value will be converted back into a positive value and incremented by 2.
In case <math>ID</math> is 0 or negative, the value will be converted back into a positive value and incremented by 2.
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*Pool 1: {{Steel}} {{Bauxite}}
*Pool 1: {{Steel}} {{Bauxite}}
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
|valign="center"| <math>Res=MAX \Bigg( \Bigg| \Bigg\lceil \frac{Steel-400}{25} \Bigg\rceil + \Bigg\lceil \frac{Baux-300}{20} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
|valign="center"| <math>Res = MAX \Bigg( \Bigg| \Bigg\lceil \frac{Steel-400}{25} \Bigg\rceil + \Bigg\lceil \frac{Baux-300}{20} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
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*Pool 2: {{Ammo}} {{Steel}}
*Pool 2: {{Ammo}} {{Steel}}
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
|valign="center"| <math>Res=MAX \Bigg( \Bigg| \Bigg\lceil \frac{abs(Ammo-400)}{25} \Bigg\rceil + \Bigg\lceil \frac{abs(Steel-600)}{30} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
|valign="center"| <math>Res = MAX \Bigg( \Bigg| \Bigg\lceil \frac{| Ammo-400 |}{25} \Bigg\rceil + \Bigg\lceil \frac{| Steel-600 |}{30} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
|}
|}
*Pool 3: {{Ammo}} {{Steel}}
*Pool 3: {{Ammo}} {{Steel}}
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
|valign="center"| <math>Res=MAX \Bigg( \Bigg| \Bigg\lceil \frac{abs(Ammo-200)}{13} \Bigg\rceil + \Bigg\lceil \frac{abs(Steel-200)}{20} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
|valign="center"| <math>Res = MAX \Bigg( \Bigg| \Bigg\lceil \frac{| Ammo-200 |}{13} \Bigg\rceil + \Bigg\lceil \frac{| Steel-200 |}{20} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
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|}
*Pool 4: {{Fuel}} {{Steel}}
*Pool 4: {{Fuel}} {{Steel}}
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
{|style="padding:10px; margin:20px; border:1px solid orange; border-radius:10px"
|valign="center"| <math>Res=MAX \Bigg( \Bigg| \Bigg\lceil \frac{abs(Fuel-100)}{10} \Bigg\rceil + \Bigg\lceil \frac{abs(Steel-30)}{15} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
|valign="center"| <math>Res = MAX \Bigg( \Bigg| \Bigg\lceil \frac{| Fuel-100 |}{10} \Bigg\rceil + \Bigg\lceil \frac{| Steel-30 |}{15} \Bigg\rceil \Bigg| ; 51\Bigg)</math>
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;With
;With
[https://tsundb.kc3.moe/construction]
[https://tsundb.kc3.moe/construction]
|}
|}