public List <DadoBlock> RetrieveDadoCuts(int stepNumber)
{
List <DadoBlock> dadoBlocks = new List <DadoBlock>();
foreach (DadoBlock dadoBlock in DadosToCut)
{
StepID step = dadoBlock.GetComponent <StepID>();
if (step.UsedInStep(stepNumber))
{
dadoBlocks.Add(dadoBlock);
}
}
return(dadoBlocks);
}
public List <CutLine> RetrieveLines(CutLineType cutType, int stepNumber)
{
List <CutLine> lines = new List <CutLine>();
foreach (CutLine cl in LinesToCut)
{
StepID step = cl.GetComponent <StepID>();
if (step.UsedInStep(stepNumber) && cl.CutType == cutType)
{
lines.Add(cl);
}
}
return(lines);
}
private void Initialize(CelestialBody target, StepID stepID)
{
// Set the 'Target' and 'StepName' properties.
Target = target;
StepID = stepID;
// Fields for better readability in the '?:' expression.
var invalidName = "Invalid Step Name";
var validName = $"{Target.Name} {StepID.GetStringValue()}";
// Set the 'StepName'
StepName = String.IsNullOrWhiteSpace(target.Name) ? invalidName : validName;
// Instantiate the 'EnergyRequired' dictionary.
EnergyRequired = new Dictionary <string, double>
{
{ "Minimum", 0 },
{ "Maximum", 0 },
{ "Average", 0 },
};
}
public SubwayStepDummy(CelestialBody target, StepID stepID) : base(target, stepID)
{
}
/// <summary>
/// Made specifically for the <see cref="EllipticalOrbit"/> class that inherits from <see cref="Orbit"/>.
/// </summary>
/// <param name="target">The <see cref="CelestialBody" /> that this information is dedicated to.</param>
/// <param name="stepID">The <see cref="Enums.StepID"/> that represents what type of SubwayStep this is.</param>
protected Orbit(CelestialBody target, StepID stepID) : base(target, stepID)
{
Initialize();
}
protected static void StaticRegisterJobStep(StepID CurrentStep, IIgorModule Module, IgorRuntimeUtils.JobStepFunc StepFunction)
{
List<JobStep> NewSteps = new List<JobStep>();
StepID Priority = new StepID();
foreach(KeyValuePair<StepID, List<JobStep>> CurrentPriority in JobSteps)
{
if(CurrentPriority.Key.StepPriority == CurrentStep.StepPriority)
{
NewSteps = CurrentPriority.Value;
Priority = CurrentPriority.Key;
break;
}
}
NewSteps.Add(new JobStep(Module, StepFunction));
if(JobSteps.ContainsKey(Priority))
{
JobSteps[Priority] = NewSteps;
}
else
{
JobSteps.Add(CurrentStep, NewSteps);
}
}
public virtual void RegisterJobStep(StepID CurrentStep, IIgorModule Module, IgorRuntimeUtils.JobStepFunc StepFunction)
{
StaticRegisterJobStep(CurrentStep, Module, StepFunction);
}
/// <summary>
/// Initializes a new instance of the <see cref="SubwayStep"/> class.
/// </summary>
/// <param name="target">The <see cref="CelestialBody"/> that this SubwayStep is dedicated to.</param>
/// <param name="stepID">The <see cref="Enums.StepID"/> that represents what type of SubwayStep this is.</param>
protected SubwayStep(CelestialBody target, StepID stepID)
{
Initialize(target, stepID);
}