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USMCGrunt
Minmatar
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Posted - 2010.07.03 02:49:00 -
[1]
Edited by: USMCGrunt on 03/07/2010 02:52:35 So, ive run these numbers I don't know how many times and I think i've got them right but id really appreciate someone being able to verify them let me know how wrong or right I am. I'll post as much info as ive generated in the hopes of being completely right....but I suck at math, lol.
Resources needed to keep 4 Supercomputer processors busy 24/7 (daily needs): Aqueous Liquids: 1.152 Mil Base Metals: 576,000 Ionic Solution: 576,000 Non-CS Crystals: 576,000 Heavy Metals: 576,000
Water: 7,680 Electrolytes: 3840 Reactive Metals: 3840 Chiral Structures: 3840 Toxic Metals: 3840
Water-Cooled CPU: 960 Coolant: 960 Consumer Electronics: 960
Facilities needed for Processing: Water: 16 Electrolytes: 8 Reactive Metals: 8 Chiral Structures: 8 Toxic Metals: 8
Water-Cooled CPU: 960 Coolant: 960 Consumer Electronics: 960
Ive tried wrapping my head around all this but the math is kickin my ass I think, if I could get someone to verify I would really appreciate it. Even if to verify how much is needed for just 1 Supercomputer facility...at that point its easy enough to multiply that number by what I need (aka...4)
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Bob Tendo
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Posted - 2010.07.03 04:28:00 -
[2]
Not quite: keeping an advanced factory busy making a P3 requires:
24 * 10 = 240 each P2
which means you need:
240 / 5 * 40 = 1920 each P1 (2 factories)
and:
1920 / 20 * 3000 = 288k each P0 (2 processors)
(Since Water / Aqueous Liquids is used twice you need twice as much of that one)
so for 4 its 7,680 for each P1 (15,360 for water) and 1,152k for each P0 (2,304k for Aqueous Liquids)
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USMCGrunt
Minmatar
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Posted - 2010.07.03 04:36:00 -
[3]
Ok, so this is an awesome example of how math kicks my ass....can you label those numbers you gave me Bob? I understand, and it makes sense, I would need 240 units of the P2 stuff but then for some reason the rest of the numbers fail to make sense to me...damn me and my 1st grade math skills...
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Droxlyn
Caldari
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Posted - 2010.07.03 04:40:00 -
[4]
These are my actual Daily Numbers: Water-Cooled CPU480 (produced by) Water3840 Reactive Metals3840 Consumer Electronics480 (produced by) Chiral Structures3840 Toxic Metals3840 Coolant480 (produced by) Water3840 Electrolytes3840
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Direstorm
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Posted - 2010.07.03 04:43:00 -
[5]
Originally by: Bob Tendo Not quite: keeping an advanced factory busy making a P3 requires:
24 * 10 = 240 each P2
which means you need:
240 / 5 * 40 = 1920 each P1 (2 factories)
and:
1920 / 20 * 3000 = 288k each P0 (2 processors)
(Since Water / Aqueous Liquids is used twice you need twice as much of that one)
so for 4 its 7,680 for each P1 (15,360 for water) and 1,152k for each P0 (2,304k for Aqueous Liquids)
Aqueous Liquids: 2.304 Mil Base Metals: 1.152 mil Ionic Solution: 1.152 mil Non-CS Crystals: 1.152 mil Heavy Metals: 1.152 mil
Or in other words, double what you had ;D
Also bear in mind that P2's and P3's each take an hour; to keep one P4 factory you need two of EACH p3 factory and four of EACH p2 factory.
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USMCGrunt
Minmatar
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Posted - 2010.07.03 04:51:00 -
[6]
Im only going to P3 Direstorm but thank you for dumbing down the raw figures for me.
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Bob Tendo
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Posted - 2010.07.03 04:52:00 -
[7]
Originally by: USMCGrunt Ok, so this is an awesome example of how math kicks my ass....can you label those numbers you gave me Bob? I understand, and it makes sense, I would need 240 units of the P2 stuff but then for some reason the rest of the numbers fail to make sense to me...damn me and my 1st grade math skills...
ItĘs just based on the input / output of the different production levels: The P3 blueprint needs 10 input per cycle and produces 3 output. The P2 blueprint needs 40 input per cycle and produces 5 output. Note that each level of production needs 2 cycles worth of output from the previous level. ThatĘs why you need 2 P2 factories for each input. Fortunately the cycle time on the basic processor is only 1/2 an hour (rather then an hour for the factories), so you donĘt need to double the number of them.
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Droxlyn
Caldari
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Posted - 2010.07.03 05:23:00 -
[8]
Originally by: Droxlyn These are my actual Daily Numbers: Water-Cooled CPU480 (produced by) Water3840 Reactive Metals3840 Consumer Electronics480 (produced by) Chiral Structures3840 Toxic Metals3840 Coolant480 (produced by) Water3840 Electrolytes3840
Crap, If you are trying to feed only 1 supercomputer processor, you'll only need half of these values. I am feeding a Wetware Mainframe processor, so I need the numbers above. I use them when shipping product to the planet. (Usually 2 or 3 days worth.)
Wetware Mainframes require: 1 High-Tech Processor. (Magic Numbers) 6 Advanced Processors doing P3 products. (144) 36 Advanced Processors doing P2 products. (480) 72 Basic Processors doing P1 products. (3840) (These double because there are two inputs per P2 processor. Thankfully, not 4 due to quantity doubling too.)
Drox
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