Rigidchips Airdrag/Force data

loadlib("spirytus.dll", "rc_OpenSpirytus")()
_SETLIMITVELOCITY(0,10000)
_SETLIMITVELOCITY(1,10000)

function force()
for n=0,_CHIPS() do
_FORCE(n, 0, 400000,0)
end
end

function printstuff()
out(0,"core vy".._VY(CORE))
out(1,"arm vy".._VY(ARM))
out(2,"weight vy".._VY(WEIGHT))
out(3,"weight2 vy".._VY(WEIGHT2))
out(4,"weight3 vy".._VY(WEIGHT3))
out(5,"weight4 vy".._VY(WEIGHT4))
out(6,"weight5 vy".._VY(WEIGHT5))
out(7,"weight6 vy".._VY(WEIGHT6))
out(8,"weight7 vy".._VY(WEIGHT7))
out(9,"weight8 vy".._VY(WEIGHT8))
out(10,"rlw vy".._VY(RLW))
out(11,"rlw1 vy".._VY(RLW1))
out(12,"rlw2 vy".._VY(RLW2))
out(13, "Val"..43.709705352783/(33.13164520263))
out(14, "Val"..55.921951293945/(43.709705352783))
end

function warpchips()
for n=0,_CHIPS()-1 do
if _Y(n)>5 or true then
_WARP(n,0,5,0)
end
end
end

function main()
warpchips()
force()
printstuff()
end

--[[TestData

Chip countered 1kN of force at 2.828711271286m/s
Arm countered 1kN of force at 4.6173896789551m/s
Option1 Weight countered 1kN of force at 0.47341284155846m/s
Option2 Weight countered 1kN of force at 0.23961593210697m/s
Option3 Weight countered 1kN of force at 0.16011321544647m/s
Option4 Weight countered 1kN of force at 0.12018283456564m/s
Option5 Weight countered 1kN of force at 0.096182480454445m/s
Option6 Weight countered 1kN of force at 0.080168358981609m/s
Option7 Weight countered 1kN of force at 0.068724649141121m/s
Option8 Weight countered 1kN of force at 0.060138501226902m/s
Option2 RLW countered 1kN of force at 8.6531848907471m/s. others went above 300m before i could measure

them.

lets try again with 0.1kN of force...
Option 0 RLW still didn't counter 0.1kN of force before getting to 300m. stupid idea, thinking with portals.
Option1 RLW countered 0.1kN of force at 3.6614904403687m/s
Option2 RLW countered 0.1kN of force at 2.7452077865601m/s
*writes warpchips() function*
Now you know how portals affect momentum. or, to be precise, how it does not.

Option0 RLW countered 1kN of force at 17.347108840942m/s
Option1 RLW countered 1kN of force at 11.551167395447m/s
Option2 RLW countered 1kN of force at 8.6531848907471m/s

*changes warpchips() function to lock chips at a set position and altitude*


Testing with 4kN force
Chip countered at 7.5393605232239m/s
Arm countered at 9.1755065917969m/s
Option1 weight countered at 7.7166919708252m/s
Option2 weight countered at 7.7463684082031m/s (????)
Option3 weight countered at 0.6369297504425m/s
Option4 weight countered at 0.47923186421394m/s
Option5 weight countered at 0.38395920395851m/s
Option6 weight countered at 0.62022643089294m/s
Option7 weight countered at 0.27461543679237m/s
Option8 weight countered at 0.24036566913128m/s
why is the option2 weight faster than the rest?
this doesn't make sense.
*note* i forgot the RLWs.


lets move it up to eleven.

Testing with 100k force
Chip - 33.131645202637
Arm - 43.531646728516
Weight1 - 37.402992248535
Weight2 - 38.139247894287
Weight3 - 38.509357452393
Weight4 - 38.58349609375
Weight5 - 38.632946014404
Weight6 - 68.668403625488
Weight7 - 38.668403625488
Weight8 - 38.69465637207
RLW0 - 167.06672668457 / 17.347108840942
RLW1 - 111.86505126953
RLW2 - 82.894546508789
now weights are faster as the speed increases. there must be some kind of lockdown phenomena i don't

understand.

RLW0 is nearing the speed limit(140m/s for core, 175m/s for the rest)
Time to get rigidchips drunk. *gets Spirytus from the shelf. 96.5% of awesome polish rectified alcohol*
*edits code to change terminal velocity to 10km/s*

Testing with 200k force
Chip - oscilates on exactly 2 values - 43.709705352783 and 43.70970916748
Arm - 59.876411437988
Weight1 - 52.039710998535
Weight2 - 53.504707336426
Weight3 - 56.996742248535
Weight4 - 54.243320465088
Weight5 - 54.391483303885
Weight6 - 54.490322113037
Weight7 - 54.530905456543
Weight8 - 54.614246368408
RLW0 - 237.79054260254
RLW1 - 155.84954833984
RLW2 - 114.83402770996

300k force
Chip - 50.711357116699
Arm - 71.768531799316
Weight1 - 62.935970306396
Weight2 - 65.124633789063
Weight3 - 65.86109161377
Weight4 - 66.230453491211
Weight5 - 66.452682495117
Weight6 - 66.600860595703
Weight7 - 66.706901550293
Weight8 - 66.7861328125
RLW0 - 289.01718139648
RLW1 - 188.67860412598
RLW2 - 138.53842163086

400k

Chip - 55.921951293945
Arm - 81.364906311035
Weight1 - 71.898345947266
Weight2 - 74.80598449707
Weight3 - 75.786430358887
Weight4 - 76.278495788574
Weight5 - 76.574150085449
Weight6 - 76.771469116211
Weight7 - 76.912712097168
Weight8 - 77.018714904785
RLW0 - 331.57818603516
RLW1 - 217.73889160156
RLW2 - 157.86625671387

500k
Chip -
Arm -
Weight1 -
Weight2 -
Weight3 -
Weight4 -
Weight5 -
Weight6 -
Weight7 -
Weight8 -
RLW0 -
RLW1 -
RLW2 -

Chip -
Arm -
Weight1 -
Weight2 -
Weight3 -
Weight4 -
Weight5 -
Weight6 -
Weight7 -
Weight8 -
RLW0 -
RLW1 -
RLW2 -


here's the model supposed to be used along with this scenario:
-----------------START OF MODEL FILE-------------------------

Val{
}
Key{
}
Body{
    Core(Name=CORE){
        N:Weight(Name=WEIGHT){}
        N:Weight(Name=WEIGHT2,Option=2){}
        N:Weight(Name=WEIGHT3,Option=3){}
        N:Weight(Name=WEIGHT4,Option=4){}
        N:Weight(Name=WEIGHT5,Option=5){}
        N:Weight(Name=WEIGHT6,Option=6){}
        N:Weight(Name=WEIGHT7,Option=7){}
        N:Weight(Name=WEIGHT8,Option=8){}
        S:Arm(Name=ARM){}
        E:RLW(Name=RLW){}
        E:RLW(Name=RLW1,Option=1){}
        E:RLW(Name=RLW2,Option=2){}
    }
}
Lua{

function breakchips()
for n=1,_CHIPS()-1 do
_SPLIT(n)
end
end

function OnInit()
breakchips()

end
function OnReset()
breakchips()
end
function OnFrame()
breakchips()
end}
------------------END OF MODEL FILE----------------------


]]