Modules.default.SmartAtoms.vmodu

 import Modules.default.SmartAtomDimensions
 import Modules.default.PeriodicTable
 module SmartAtoms:
 →→new PublicFunction setOrbital(Electron e, String o):
 →→→→new Array e.OrbitalRange.x = getVar("SmartAtomDimensions." + o + ".x");
 →→→→new Array e.OrbitalRange.y = getVar("SmartAtomDimensions." + o + ".y");
 →→→→new Array e.OrbitalRange.z = getVar("SmartAtomDimensions." + o + ".z");
 →→new Function orbit(Electron e):
 →→→→new Int posI = randomInt(0, e.OrbitalRange.length - 1);
 →→→→new Array x = e.OrbitalRange.x;
 →→→→new Array y = e.OrbitalRange.y;
 →→→→new Array z = e.OrbitalRange.z;
 →→→→e.setPos(x[posI], y[posI], z[posI]);
 →→new Class Hadron(Quark q1, Quark q2, Quark q3):
 →→→→new Property charge(Type = Double);
 →→→→new Property pos(Type = Vec3);
 →→→→self = object.applyGluons(q1,q2,q3);
 →→→→charge = q1.charge + q2.charge + q3.charge;
 →→new Class Proton() in Hadron():
 →→→→Hadron.q1.type=up;
 →→→→Hadron.q2.type=up;
 →→→→Hadron.q3.type=down;
 →→new Class Neuton() in Hadron():
 →→→→Hadron.q1.type=up;
 →→→→Hadron.q2.type=down;
 →→→→Hadron.q3.type=down;
 →→new Class Atom(String atomicName, Int atomicNumber, Int isotope):
 →→new Property Nucleus(Type = ParticleArray);
 →→new Property charge(Type = Int);
 →→new Property pos(Type = Vec3);
 →→if (atomicNumber = null):
 →→→→atomicNumber = PeriodicTable.All[1][indexOf(atomicNumber,PeriodicTable.All[0])];
 →→Nucleus.addMultiple(new Proton(), atomicNumber);
 →→Nucleus.addMultiple(new Proton(), isotope - atomicNumber);
 →→Nucleus.relPos = pos;
 →→Nucleus.addMultiple(new Electron e_i, atomicNumber);
 →→repeat infinity:
 →→orbit(e);