Talk:Science pack: Difference between revisions
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(Created page with " == Production 3 ratio == Quoting the page: <blockquote> For example, Physical projectile damage 3 requires one automation science pack and one logistic science pack and one m...") |
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Why 100 times and not 300? Is this an error or should it be fixed? | Why 100 times and not 300? Is this an error or should it be fixed? | ||
--[[User:M.C.S.|M.C.S.]] ([[User talk:M.C.S.|talk]]) 21:15, 19 May 2020 (UTC) | --[[User:M.C.S.|M.C.S.]] ([[User talk:M.C.S.|talk]]) 21:15, 19 May 2020 (UTC) | ||
:It was indeed an error, thank you for finding it and pointing it out. I have fixed it now. -- [[User:Bilka|Bilka]] ([[User talk:Bilka|talk]]) - <span style="color:#FF0000">Admin</span> 10:44, 20 May 2020 (UTC) | |||
== Improve clarity of science pack assembly ratio == | |||
I'd like to make a sentence at the bottom of the page more clear: | |||
<blockquote> | |||
The list above assumes that the science packs are being produced from [[assembling machine 3]], being produced at 75 items per minute without any beacons/modules. | |||
</blockquote> | |||
I'd suggest: | |||
<blockquote> | |||
If using plain [[assembling machine 3]] then packs will be produced at 75 items per minute. However, any of the three assemblers may be used and science production will be kept in sync. | |||
</blockquote> | |||
The clarification is true because multiplying both sides of a ratio by the same number does not change the ratio. In this case, faster or slower crafting speeds don't affect how many assemblers are needed. | |||
--[[User:Jonathanberger|Jonathanberger]] ([[User talk:Jonathanberger|talk]]) 17:45, 4 Oct 2022 (UTC) | |||
== Add more varied cost tables == | |||
This would be useful for more distributed bases. | |||
{| class="wikitable" | |||
! Type !! Recipe !! Total raw | |||
|- | |||
| {{imagelink|Automation science pack}} || {{icon|Time|5}} + {{icon|copper plate|1}} + {{icon|iron gear wheel|1}} → {{icon|Automation science pack|1}} || {{icon|Time|5.5}} {{icon|iron plate|2}} {{icon|copper plate|1}} | |||
|- | |||
| {{imagelink|Logistic science pack}} || {{icon|Time|6}} + {{icon|Transport belt|1}} + {{icon|Inserter|1}} → {{icon|Logistic science pack|1}} || {{icon|Time|8.75}} {{icon|iron plate|4.5}} {{icon|Electronic circuit|1}} | |||
|- | |||
| {{imagelink|Military science pack}} || {{icon|Time|10}} + {{icon|Piercing rounds magazine|1}} + {{icon|Grenade|1}} + {{Icon|Wall|2}} → {{icon|Military science pack|2}} || {{icon|Time|23}} {{icon|Iron plate|9}} {{icon|Copper plate|5}} {{icon|Steel plate|1}} {{icon|Coal|10}} {{icon|Stone brick|10}} | |||
|- | |||
| {{imagelink|Chemical science pack}} || {{icon|Time|24}} + {{icon|Sulfur|1}} + {{icon|Advanced circuit|3}} + {{icon|Engine unit|2}} → {{icon|Chemical science pack|2}} || {{icon|Time|52.5}} {{icon|Iron plate|8}} {{icon|Sulfur|1}} {{icon|Steel plate|2}} {{icon|Advanced circuit|3}} | |||
|- | |||
| {{imagelink|Production science pack}} || {{icon|Time|21}} + {{icon|Rail|30}} + {{icon|Electric furnace|1}} + {{icon|Productivity module|1}} → {{icon|Production science pack|3}} || {{icon|Time|153.5}} {{icon|Iron plate|7.5}} {{icon|Electronic circuit|5}} {{icon|Steel plate|25}} {{icon|Advanced circuit|10}} {{icon|Stone|15}} {{icon|Stone brick|10}} | |||
|- | |||
| {{imagelink|Utility science pack}} || {{icon|Time|21}} + {{icon|Processing unit|2}} + {{icon|Flying robot frame|1}} + {{icon|Low density structure|3}} → {{icon|Utility science pack|3}} || {{icon|Time|104.75}} {{icon|Copper plate|60}} {{icon|Electronic circuit|3}} {{icon|Steel plate|7}} {{icon|Plastic bar|15}} {{icon|Battery|2}} {{icon|Processing unit|2}} {{icon|Electric engine unit|1}} | |||
|- | |||
| {{imagelink|Space science pack}} || {{icon|Space science pack|1000}} per launched {{icon|Satellite}} || {{icon|Time|300}} {{icon|Iron plate|0.3}} {{icon|Copper plate|22.5}} {{icon|Steel plate|2.7}} {{icon|Plastic bar|5.5}} {{icon|Electronic circuit|6.525}} {{icon|Advanced circuit|5}} {{icon|Processing unit|1.1}} {{icon|Rocket fuel|1.05}} {{icon|Battery|0.5}} | |||
|} | |||
Per science pack: | |||
{| class="wikitable" | |||
! Type !! Total raw | |||
|- | |||
| {{imagelink|Automation science pack}} || {{icon|iron plate|2}} {{icon|copper plate|1}} | |||
|- | |||
| {{imagelink|Logistic science pack}} || {{icon|iron plate|4.5}} {{icon|Electronic circuit|1}} | |||
|- | |||
| {{imagelink|Military science pack}} || {{icon|Iron plate|4.5}} {{icon|Copper plate|2.5}} {{icon|Steel plate|0.5}} {{icon|Coal|5}} {{icon|Stone brick|5}} | |||
|- | |||
| {{imagelink|Chemical science pack}} || {{icon|Iron plate|4}} {{icon|Sulfur|0.5}} {{icon|Steel plate|1}} {{icon|Advanced circuit|1.5}} | |||
|- | |||
| {{imagelink|Production science pack}} || {{icon|Iron plate|2.5}} {{icon|Electronic circuit|~1.67}} {{icon|Steel plate|~8.33}} {{icon|Advanced circuit|~3.33}} {{icon|Stone|5}} {{icon|Stone brick|~3.33}} | |||
|- | |||
| {{imagelink|Utility science pack}} || {{icon|Copper plate|20}} {{icon|Electronic circuit|1}} {{icon|Steel plate|~2.33}} {{icon|Plastic bar|5}} {{icon|Battery|~0.67}} {{icon|Processing unit|0.67~}} {{icon|Electric engine unit|~0.33}} | |||
|- | |||
| {{imagelink|Space science pack}} || {{icon|Iron plate|0.3}} {{icon|Copper plate|22.5}} {{icon|Steel plate|2.7}} {{icon|Plastic bar|5.5}} {{icon|Electronic circuit|6.525}} {{icon|Advanced circuit|5}} {{icon|Processing unit|1.1}} {{icon|Rocket fuel|1.05}} {{icon|Battery|0.5}} | |||
|} | |||
In total: | |||
{| class="wikitable" | |||
! Total raw | |||
|- | |||
| {{icon|Iron plate|17.8}} {{icon|Copper plate|46}} {{icon|Steel plate|~14.867}} {{icon|Plastic bar|10.5}} {{icon|Electronic circuit|~10.2}} {{icon|Advanced circuit|~9.83}} {{icon|Processing unit|~1.767}} {{icon|Coal|5}} {{icon|Stone|5}} {{icon|Stone brick|~8.33}} {{icon|Rocket fuel|1.05}} {{icon|Battery|~1.167}} {{icon|Sulfur|0.5}} {{icon|Electric engine unit|~0.33}} | |||
|} | |||
Latest revision as of 21:27, 12 December 2022
Production 3 ratio
Quoting the page:
For example, Physical projectile damage 3 requires one automation science pack and one logistic science pack and one military science pack to begin researching, but it needs this to be input into labs a total of 100 times, raising the research cost to 100 automation science packs, 100 logistic science packs and 100 military science packs.
Why 100 times and not 300? Is this an error or should it be fixed? --M.C.S. (talk) 21:15, 19 May 2020 (UTC)
- It was indeed an error, thank you for finding it and pointing it out. I have fixed it now. -- Bilka (talk) - Admin 10:44, 20 May 2020 (UTC)
Improve clarity of science pack assembly ratio
I'd like to make a sentence at the bottom of the page more clear:
The list above assumes that the science packs are being produced from assembling machine 3, being produced at 75 items per minute without any beacons/modules.
I'd suggest:
If using plain assembling machine 3 then packs will be produced at 75 items per minute. However, any of the three assemblers may be used and science production will be kept in sync.
The clarification is true because multiplying both sides of a ratio by the same number does not change the ratio. In this case, faster or slower crafting speeds don't affect how many assemblers are needed. --Jonathanberger (talk) 17:45, 4 Oct 2022 (UTC)
Add more varied cost tables
This would be useful for more distributed bases.
| Type | Recipe | Total raw |
|---|---|---|
 |
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 |
 |
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   |
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Per science pack:
| Type | Total raw |
|---|---|
|
|
|
|
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|
|
|
|
|
|
|
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In total:
| Total raw |
|---|
|