Difference between revisions of "Kit (Logic Memory)"
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===== Description ===== <!--T:1--> | ===== Description ===== <!--T:1--> | ||
*This little device can store numbers that can be compared, divided , greater than/less than and so much more! | *This little device can store numbers that can be compared, divided , greater than/less than and so much more! | ||
| − | *The memory unit is for mostly any logic system that has to deal with pressure , temperature, gas ratios ,and anything that has to do with numbers and needs a reaction to numbers | + | *The memory unit is for mostly any logic system that has to deal with pressure , temperature, gas ratios ,and anything that has to do with numbers and needs a reaction to numbers (eg: Input1 :logic reader 235 kelvin| logic math less| input2: Memory :state 250| logic writer Input1: Math logic "state 1" Output: heaters| type: on) |
===== Operation ===== <!--T:1--> | ===== Operation ===== <!--T:1--> | ||
*Using a [[Screwdriver]] you can turn two different "knobs" The big knobs control the number by the hundreds (eg: One big know turn +100 to the "state") (remember + = Bigger - = smaller) | *Using a [[Screwdriver]] you can turn two different "knobs" The big knobs control the number by the hundreds (eg: One big know turn +100 to the "state") (remember + = Bigger - = smaller) | ||
Revision as of 21:27, 19 March 2018
Logic Memory Unit
| Properties | |
|---|---|
| Stacks | Yes (5) |
| Recipe | |
| Created With | Electronics Printer, Fabricator |
| Cost | 1g Gold, 1g Copper |
Description
- This little device can store numbers that can be compared, divided , greater than/less than and so much more!
- The memory unit is for mostly any logic system that has to deal with pressure , temperature, gas ratios ,and anything that has to do with numbers and needs a reaction to numbers (eg: Input1 :logic reader 235 kelvin| logic math less| input2: Memory :state 250| logic writer Input1: Math logic "state 1" Output: heaters| type: on)
Operation
- Using a Screwdriver you can turn two different "knobs" The big knobs control the number by the hundreds (eg: One big know turn +100 to the "state") (remember + = Bigger - = smaller)
- The smaller knobs are for fine adjustment changing the state by ones (eg: 10 small knob turns = +10 "state")
- If you hold left alt and adjust with small knobs you can move round 1 digits decimals (eg: 1 left alt turn = +.1 to "state"
Warnings
- Temperature values in the logic systems are in Kelven not Celsius