/// <summary>
/// Initializes a new instance of the <see cref="ScheduleViewerDialogViewModel"/> class.
/// </summary>
/// <param name="solution">The solution to visualize.</param>
public ScheduleViewerDialogViewModel(ScheduleSolution solution)
{
this.Warnings = new ObservableCollection <ScheduleSolution.SchedulerProblem>(
solution.Problems.Where(p => p.Level == ScheduleSolution.SchedulerProblem.SeverityLevel.Warning));
this.Errors = new ObservableCollection <ScheduleSolution.SchedulerProblem>(
solution.Problems.Where(p => p.Level == ScheduleSolution.SchedulerProblem.SeverityLevel.Error));
this.Fatal = new ObservableCollection <ScheduleSolution.SchedulerProblem>(
solution.Problems.Where(p => p.Level == ScheduleSolution.SchedulerProblem.SeverityLevel.Fatal));
this.SolutionPerPass = new Dictionary <PassOrbit, string>();
foreach (var passSln in solution.ViableProfiles)
{
// TODO - this is a placeholder just to show both enc and compression in the same place
var description = string.Empty;
var phasesForPass = passSln.Value;
description += "Optimized AES Profile: ";
if (phasesForPass.ContainsKey(Enums.PhaseType.Encryption))
{
description += $"\n{passSln.Value[Enums.PhaseType.Encryption]?.FullProfileDescription}\n\n";
}
else
{
description += "No viable solution\n\n";
}
description += "Optimized Compression Profile: ";
if (phasesForPass.ContainsKey(Enums.PhaseType.Datalink))
{
description += $"\n{passSln.Value[Enums.PhaseType.Datalink]?.FullProfileDescription}\n\n";
}
else
{
description += "No viable solution\n\n";
}
this.SolutionPerPass.Add(passSln.Key, description);
}
}
private void InitSolution(IEnumerable <PassOrbit> passes)
{
this.solution = new ScheduleSolution()
{
IsSolvable = true, // Start out assuming it is solvable unless we encounter a problem.
ViableProfiles = new Dictionary <PassOrbit, Dictionary <PhaseType, IByteStreamProcessor> >(),
Problems = new List <ScheduleSolution.SchedulerProblem>(),
};
// Zero out all the energies used before calculation.
// That way, if the scheduler fails, the only values that will be set
// are the passes that were completed successfully.
foreach (var pass in passes)
{
pass.PassPhases.First(p => p.PhaseName == PhaseType.Encryption).TotalEnergyUsed = 0;
pass.PassPhases.First(p => p.PhaseName == PhaseType.Datalink).TotalEnergyUsed = 0;
pass.IsScheduledSuccessfully = false;
this.solution.ViableProfiles[pass] = new Dictionary <PhaseType, IByteStreamProcessor>();
}
}
/// <summary>
/// Generates a report to summarize all the entered and computed values for the scheduling process.
/// </summary>
/// <param name="passes">All orbital passes.</param>
/// <param name="batterySpecs">The battery specifications used in the schedule.</param>
/// <param name="solarSpecs">The solar panel specifications used in the schedule.</param>
/// <param name="schedulerSolution">The computed schedule.</param>
/// <returns>A <see cref="FlowDocument"/> report.</returns>
public static FlowDocument GenerateReport(IEnumerable <PassOrbit> passes, Battery batterySpecs, SolarPanel solarSpecs, ScheduleSolution schedulerSolution)
{
var report = new FlowDocument()
{
PagePadding = new Thickness(100),
};
report.Blocks.Add(ReportTheme.MakeTitle("Scheduler App Report"));
// Pass Data
report.Blocks.Add(ReportTheme.MakeHeader1("Pass Configuration"));
report.Blocks.Add(GeneratePassDataSection(passes));
// Battery Capacity Graph
var graphSection = new Section
{
BreakPageBefore = true,
};
graphSection.Blocks.Add(ReportTheme.MakeHeader1("Battery Utilization Graph"));
graphSection.Blocks.Add(GenerateEnergyCapacityGraphExport(passes, batterySpecs));
graphSection.Blocks.Add(ReportTheme.MakeHeader1("Power Specifications"));
graphSection.Blocks.Add(GenerateEnergySourceSection(batterySpecs, solarSpecs));
report.Blocks.Add(graphSection);
// Scheduler results
var resultsSection = new Section
{
BreakPageBefore = true,
};
resultsSection.Blocks.Add(ReportTheme.MakeHeader1("Computed Schedule"));
resultsSection.Blocks.Add(ReportTheme.MakeHeader1("Info, Warnings, and Errors"));
resultsSection.Blocks.Add(GenerateWarningsSection(schedulerSolution));
resultsSection.Blocks.Add(GenerateOptimizedProfileSection(schedulerSolution, PhaseType.Encryption, "Optimized AES Profile: ", PhaseType.Datalink, "Optimized Compression Profile: "));
report.Blocks.Add(resultsSection);
// Scheduler results
var aboutSection = new Section();
resultsSection.Blocks.Add(ReportTheme.MakeHeader1("About Scheduler App"));
report.Blocks.Add(new Paragraph()
{
Inlines =
{
new Run($"Generated by UAH CPE656 (Fall 2020) Satellite Power Scheduler App\n"),
new Run($"Report Generated on {DateTime.Now:MM/dd/yyyy hh:mm:ss tt}\n"),
new Run($"Application build {GlobalAssemblyInfo.InformationalVersion}\n"),
},
});