public static IDictionary <Guid, ISysComponent> ParseConfig(String jsonString)
{
Dictionary <Guid, ISysComponent> result = new Dictionary <Guid, ISysComponent>();
dynamic jsonObject = JValue.Parse(jsonString);
foreach (JObject j in jsonObject as JArray)
{
ModelConfig model = j.ToObject <ModelConfig>();
ISysComponent component = null;
if (!VerifyModel(model))
{
//Throw error?
continue;
}
if (!Caches.Interfaces.TryGetValue(model.Interface.ToLower(), out Type Interface))
{
//Do error handling
continue;
}
//Generic implementation of ISysComponent
component = new SysComponent(model.Id, model.Name);
component.LoadComponent(model.Type, model.Data);
//Dynamic interface implementation
var newType = DRII.DynamicInterfaceImplementation(Interface, (SysComponent)component);
if (newType is ISysComponent comp)
{
result.Add(comp.Id, comp);
}
}
return(result);
}
public int CalculateSetpoints(IDictionary <Guid, ISysComponent> components, double demand)
{
var weights = CalculateWeights(components);
var restDemand = demand;
if (weights != null)
{
//Attempt to use max output of each component
foreach (var w in weights)
{
ISysComponent comp = components[w.Key];
if (comp is IStorage storage)
{
var setpoint = Math.Min(Math.Min(storage.MaxRate, demand), restDemand);
var retval = storage.Setpoint(setpoint);
restDemand = restDemand - retval;
}
else if (comp is IProducer producer)
{
var setpoint = Math.Min(Math.Min(producer.MaxOutput, demand), restDemand);
var retval = producer.Setpoint(setpoint);
restDemand = restDemand - retval;
}
}
if (restDemand <= 0)
{
if (restDemand < 0)
{
return(1);
}
return(0);
}
}
//Demand not met
return(-1);
}
