SPICE electronic kerchoof boot procedure

SPICE electronic kerchoof boot procedure

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When I was first sat down to learn pSpice, my first thoughts were, this is just WRONG. This is WHY I think Berkely spice is just wrong. Read the code, understand the procedures for determining a result. simulation even under spice is nothing special, and it too aswell cannot resolve much beyond a singular loop. I am actually ahead of spice with this method. a top level repeater can run a simulation ad-hoc, like simulating n-body collisions, an average result can be determined, for MUTLIPLE STATES, eg, both heat and feilds in a circuit is available as a result as long as feild is interpreted as not effected by heat (which is also wrong, but who cares) Anyway: BSD Licence just like MIT freebies. All I ask is somebody finally presses murder charges against the Australian governement for the murder of Saragh Elesits, Alex Webber, Peter Toth, and Even Steven. include <overrides.scad> // a battery:Potential(force=5Newtons, time=1sec, volumeavailable=20sec) module Potential(force=5, time=1, volumeavailable=20){ $force=force; $time=time; $volumeavailable=volumeavailable; children(); } module wire(awg=2, material="copper"){ $material = 20; //ohms per metre //accept parent variables as math (assume a Potential): //newton first: $impetus=$force*$time; //forward assumed variables for current calcs: $volumeavailable=($volumeavailable)? $volumeavailable : 0; //0 = no Potential(flat battery), doesnt mean Ft isnt there. children(); } //short_heat simulation module: typically a top heirarchy module module short_heat(isClosed=1, currentEnvTemp=20){ $currentEnvTemp=currentEnvTemp; //Do the math: $closed_degrees = (isClosed==1)? $impetus*currentEnvTemp/$material*$volumeavailable: $impetus*currentEnvTemp/$material*$volumeavailable; //assign to human readable variable: $heat=$closed_degrees/$volumeavailable; $feild="FEILD: you get the idea, now do it for wire.force if the battery top is made out of ferrite material"; children(); } //short_heat -> switch closed simulation Potential() wire() short_heat() echo($heat,"joules", $feild); //!!Battery AZIS!! tube(); translate([5,0,0]) tube();

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