override public void PrepareReplication()
{
base.PrepareReplication();
// Setup component for the next replication
_generatorTrvaniaPrechoduVysetrenie = new OSPRNG.UniformContinuousRNG(40, 90, (MySim as VacCenterSimulation).GeneratorNasad);
_generatorTrvaniaPrechoduOckovanie = new OSPRNG.UniformContinuousRNG(20, 45, (MySim as VacCenterSimulation).GeneratorNasad);
_generatorTrvaniaPrechoduCakaren = new OSPRNG.UniformContinuousRNG(45, 110, (MySim as VacCenterSimulation).GeneratorNasad);
_generatorTrvaniaPrechoduJedalen = new OSPRNG.UniformContinuousRNG(70, 200, (MySim as VacCenterSimulation).GeneratorNasad);
_generatorTrvaniaPrechoduPrirpavna = new OSPRNG.UniformContinuousRNG(10, 18, (MySim as VacCenterSimulation).GeneratorNasad);
}
override public void PrepareReplication()
{
base.PrepareReplication();
// Setup component for the next replication
_generatorTrvania = new OSPRNG.UniformContinuousRNG(140, 220, (MySim as VacCenterSimulation).GeneratorNasad);
}
/**
* Pred replikaciou sa naplni parovacia halda, z ktorej su vyberane casy prichdovo. V pripade ak nie je zvolena moznost skorsich prichodov, je
* pomocou multipliera generovany cas prichodu pacienta bez skorsieho prichodu. V pripade ak vyjde, ze v nahodnom pokuse, ze dany pacient sa nedostvil
* tak sa multiplier zvysi o 1 a po tom co dojde k neuspesnemu nahodnemu pokusu je multiplierom vynasobeny casovy rozostup medzi pacientami a je
* aktualizovany cas objednania.
*/
override public void PrepareReplication()
{
base.PrepareReplication();
// Setup component for the next replication
var sim = MySim as VacCenterSimulation;
_generatorPravdepodobnosti = new OSPRNG.UniformContinuousRNG(0, 1, sim.GeneratorNasad);
_haldaPrichodov = new PairingHeap <double, double>();
MyAgent.VygenerujNepridenych();
double casObjednania = 0;
int multiplier = 1;
double casPrichodu;
double casovyRozostup = 0;
if (sim.AktualneParametreSimulacie.SpecialnePrichody)
{
double pravdepodobnost;
_generatorPravdepodobnostiSpecifickehoPrichodu = new OSPRNG.UniformContinuousRNG(0, 1, sim.GeneratorNasad);
_generatorPravdepodobnostiDostaveniaVCas = new OSPRNG.UniformContinuousRNG(0, 1, sim.GeneratorNasad);
_generatoryPrichodov = new OSPRNG.UniformContinuousRNG[] { new OSPRNG.UniformContinuousRNG(20 * 60, 60 * 60, sim.GeneratorNasad),
new OSPRNG.UniformContinuousRNG(1 * 60, 20 * 60, sim.GeneratorNasad),
new OSPRNG.UniformContinuousRNG(60 * 60, 80 * 60, sim.GeneratorNasad),
new OSPRNG.UniformContinuousRNG(80 * 60, 240 * 60, sim.GeneratorNasad), };
for (int i = 0; i < MyAgent.PocetObjednanychPacientov; ++i)
{
multiplier = 1;
while (_generatorPravdepodobnosti.Sample() < MyAgent.PocetNepridenychPacientov / (double)MyAgent.PocetObjednanychPacientov)
{
++multiplier;
}
casovyRozostup = multiplier * MyAgent.CasMedziPrichodmi;
if (casovyRozostup + casObjednania > sim.CasPrevadzkyVSekundach)
{
return;
}
casObjednania += casovyRozostup;
if (!(_generatorPravdepodobnostiDostaveniaVCas.Sample() < 0.1))
{
pravdepodobnost = _generatorPravdepodobnostiSpecifickehoPrichodu.Sample();
casPrichodu = DajCasPrichodu(casObjednania, pravdepodobnost);
}
else
{
casPrichodu = casObjednania;
}
_haldaPrichodov.Insert(casPrichodu, casPrichodu);
if (casObjednania > sim.CasPrevadzkyVSekundach)
{
return;
}
}
}
else
{
for (int i = 0; i < MyAgent.PocetObjednanychPacientov; ++i)
{
multiplier = 1;
while (_generatorPravdepodobnosti.Sample() < MyAgent.PocetNepridenychPacientov / (double)MyAgent.PocetObjednanychPacientov)
{
++multiplier;
}
casovyRozostup = multiplier * MyAgent.CasMedziPrichodmi;
if (casovyRozostup + casObjednania > sim.CasPrevadzkyVSekundach)
{
return;
}
casObjednania += casovyRozostup;
_haldaPrichodov.Insert(casObjednania, casObjednania);
if (casObjednania > sim.CasPrevadzkyVSekundach)
{
return;
}
}
}
}
