public ThermodynamicEngine(ref AtmosphericResourceManager CH4RMS, ref AtmosphericResourceManager H2ORMS, ref AtmosphericResourceManager CO2RMS, ref AtmosphericResourceManager ORMS, ref AtmosphericResourceManager NRMS, Dictionary <string, double> config, double totalVolume)
{
ch4ResourceManager = CH4RMS;
co2ResourceManager = CO2RMS;
oResourceManager = ORMS;
nResourceManager = NRMS;
h2oResourceManager = H2ORMS;
double startO, startN, startCO2, initialTemp, initialPressure, startCH4, initialRelativeHumidity;
try
{
config.TryGetValue("starting_Temp", out initialTemp);
config.TryGetValue("atmospheric_CO2_start", out startCO2);
config.TryGetValue("atmospheric_O_start", out startO);
config.TryGetValue("atmospheric_N_start", out startN);
config.TryGetValue("atmospheric_CH4_start", out startCH4);
config.TryGetValue("starting_Pressure", out initialPressure);
config.TryGetValue("atmospheric_relative_humidity", out initialRelativeHumidity);
}
catch (Exception e)
{
throw e;
}
systemVolume = totalVolume;
setupEnvironment(startCO2, startO, startN, startCH4, initialPressure, initialTemp, initialRelativeHumidity);
}
public Gas(AtmosphericResourceManager rm)
{
Resource = rm.managedResource;
Quantity = rm.getLevel();
PartialPressure = rm.Pressure;
Temperature = rm.Temperature;
PartialEthalpy = rm.EnthalpyPerUnitMass;
PartialInternalEnergy = rm.InternalEnergy;
Density = rm.Density;
}
