private void Run([NotNull] CalcLoadTypeDto dstLoadType, [NotNull][ItemNotNull] List <OnlineEnergyFileRow> energyFileRows,
[NotNull] IFileFactoryAndTracker fft)
{
var calcParameters = Repository.CalcParameters;
var dailyValues = new Dictionary <int, Dictionary <int, double> >();
var dailyValuesbyMonth =
new Dictionary <int, Dictionary <int, Dictionary <int, double> > >();
var dailyValuesbySeason =
new Dictionary <int, Dictionary <int, double> >();
var dayCount = new Dictionary <DayOfWeek, int>();
var seasonDayCount = new Dictionary <int, int>();
ReadFile(energyFileRows, dailyValues, dailyValuesbyMonth, dailyValuesbySeason, dayCount, seasonDayCount);
var resultfile = fft.MakeFile <StreamWriter>("WeekdayProfiles." + dstLoadType.Name + ".csv",
"Averaged profiles for each weekday for " + dstLoadType.Name, true,
ResultFileID.WeekdayLoadProfileID, Constants.GeneralHouseholdKey, TargetDirectory.Reports,
calcParameters.InternalStepsize, CalcOption.WeekdayProfiles,
dstLoadType.ConvertToLoadTypeInformation());
var valuecount = WriteNormalPart(dstLoadType, resultfile, dailyValues, dayCount);
WriteByMonth(resultfile, dailyValuesbyMonth, valuecount);
WriteBySeason(resultfile, valuecount, dailyValuesbySeason, seasonDayCount);
resultfile.Flush();
resultfile.Close();
}
protected override void PerformActualStep(IStepParameters parameters)
{
LoadtypeStepParameters p = (LoadtypeStepParameters)parameters;
var dsc = new DateStampCreator(Repository.CalcParameters);
var dstLoadType = p.LoadType;
var householdKey = Constants.GeneralHouseholdKey;
var calcParameters = Repository.CalcParameters;
var efc = Repository.ReadEnergyFileColumns(Constants.GeneralHouseholdKey);
var deviceProfileCsv = _fft.MakeFile <StreamWriter>("DeviceProfiles." + dstLoadType.Name + ".csv",
"Energy use by each device in each Timestep for " + dstLoadType.Name + " for the entire house", true,
ResultFileID.DeviceProfileCSV, householdKey, TargetDirectory.Results,
calcParameters.InternalStepsize, CalcOption.DeviceProfilesHouse,
dstLoadType.ConvertToLoadTypeInformation());
deviceProfileCsv.WriteLine(dstLoadType.Name + "." + dsc.GenerateDateStampHeader() +
efc.GetTotalHeaderString(dstLoadType, null));
foreach (var efr in p.EnergyFileRows)
{
if (!efr.Timestep.DisplayThisStep)
{
continue;
}
var time = dsc.MakeTimeString(efr.Timestep);
var individual = time + efr.GetEnergyEntriesAsString(true, dstLoadType, null, calcParameters.CSVCharacter);
deviceProfileCsv.WriteLine(individual);
}
deviceProfileCsv.Flush();
}
protected override void PerformActualStep(IStepParameters parameters)
{
LoadtypeStepParameters p = (LoadtypeStepParameters)parameters;
var dsc = new DateStampCreator(Repository.CalcParameters);
var calcParameters = Repository.CalcParameters;
CalcLoadTypeDto dstLoadType = p.LoadType;
var householdKey = Constants.GeneralHouseholdKey;
var sumfile = _fft.MakeFile <StreamWriter>("SumProfiles." + dstLoadType.Name + ".csv",
"Summed up energy profile for all devices for " + dstLoadType.Name, true,
ResultFileID.CSVSumProfile, householdKey, TargetDirectory.Results,
calcParameters.InternalStepsize, CalcOption.HouseSumProfilesFromDetailedDats,
dstLoadType.ConvertToLoadTypeInformation());
sumfile.WriteLine(dstLoadType.Name + "." + dsc.GenerateDateStampHeader() + "Sum [" +
dstLoadType.UnitOfSum + "]");
foreach (var efr in p.EnergyFileRows)
{
if (!efr.Timestep.DisplayThisStep)
{
continue;
}
var time = dsc.MakeTimeString(efr.Timestep);
var sumstring = time + (efr.SumCached * dstLoadType.ConversionFactor).ToString(Config.CultureInfo);
sumfile.WriteLine(sumstring);
}
}
/*
* public void RunIndividualHouseholdsPolysun([JetBrains.Annotations.NotNull] CalcLoadTypeDto dstLoadType,
* [JetBrains.Annotations.NotNull][ItemNotNull] List<OnlineEnergyFileRow> energyFileRows, [JetBrains.Annotations.NotNull] FileFactoryAndTracker fft, [JetBrains.Annotations.NotNull] EnergyFileColumns efc)
* {
* var fifteenmin = new TimeSpan(0, 15, 0);
* var externalfactor =
* (int) (fifteenmin.TotalSeconds / _calcParameters.InternalStepsize.TotalSeconds);
* if (externalfactor == 1) {
* return;
* }
* var externalFileName = fifteenmin.TotalSeconds.ToString(CultureInfo.InvariantCulture);
* var householdNumbers =
* (efc.ColumnEntriesByColumn[dstLoadType].Values.Select(entry => entry.HouseholdKey)).Distinct()
* .ToList();
* var householdNames = Repository.HouseholdKeys;
* Dictionary<HouseholdKey, string> householdNamesByKey = new Dictionary<HouseholdKey, string>();
* foreach (HouseholdKeyEntry entry in householdNames) {
* householdNamesByKey.Add(entry.HouseholdKey,entry.HouseholdName);
* }
* if (householdNumbers.Count > 1) {
* foreach (var hhnum in householdNumbers) {
* if (!householdNamesByKey.ContainsKey(hhnum)) {
* continue;
* }
* var columns =
* (from entry in efc.ColumnEntriesByColumn[dstLoadType].Values
* where entry.HouseholdKey == hhnum
* select entry.Column).ToList();
* var hhname = "." + hhnum + ".";
*
* var sumfile =
* fft.MakeFile<StreamWriter>(
* "ImportProfile_" + externalFileName + "s" + hhname + dstLoadType.Name + ".csv",
* "Summed up energy profile without timestamp for " + externalFileName + "s " +
* dstLoadType.Name + " and HH" + hhnum, true,
* ResultFileID.PolysunImportFileHH, hhnum, TargetDirectory.Results, fifteenmin,
* dstLoadType.ConvertToLoadTypeInformation());
* WritePolysunHeader(sumfile, householdNamesByKey[hhnum], dstLoadType);
* var timestepcount = 0;
* var ts = TimeSpan.Zero;
* for (var outerIndex = 0; outerIndex < energyFileRows.Count; outerIndex += externalfactor) {
* var efr = energyFileRows[outerIndex];
* if (!efr.Timestep.DisplayThisStep) {
* continue;
* }
* double sum = 0;
*
* for (var innerIndex = outerIndex;
* innerIndex < outerIndex + externalfactor && innerIndex < energyFileRows.Count;
* innerIndex++) {
* var efr2 = energyFileRows[innerIndex];
* sum += efr2.GetSumForCertainCols(columns);
* timestepcount++;
* ts = ts.Add(_calcParameters.InternalStepsize);
* }
* sum = sum * dstLoadType.ConversionFactor;
* var normalstr = ts.TotalSeconds + _calcParameters.CSVCharacter +
* sum.ToString("N4", CultureInfo.InvariantCulture);
* sumfile.WriteLine(normalstr);
* }
* if (timestepcount != energyFileRows.Count) {
* throw new LPGException("Importfilecreator seems to be broken! Please report!");
* }
* }
* }
* }*/
public void RunPolysun([NotNull] CalcLoadTypeDto dstLoadType,
[NotNull][ItemNotNull] List <OnlineEnergyFileRow> energyFileRows,
[NotNull] IFileFactoryAndTracker fft,
[NotNull] string housename)
{
var calcParameters = Repository.CalcParameters;
var fifteenMin = new TimeSpan(0, 15, 0);
var externalfactor = (int)(fifteenMin.TotalSeconds / calcParameters.InternalStepsize.TotalSeconds);
if (externalfactor == 1)
{
return;
}
var externalFileName = fifteenMin.TotalSeconds.ToString(CultureInfo.InvariantCulture);
var sumfile = fft.MakeFile <StreamWriter>("ImportProfile." + externalFileName + "s." + dstLoadType.Name + ".csv",
"Sum energy profile with timestamp for import in Polysun " + externalFileName + "s " + dstLoadType.Name,
true,
ResultFileID.PolysunImportFile,
Constants.GeneralHouseholdKey,
TargetDirectory.Results,
fifteenMin, CalcOption.PolysunImportFiles,
dstLoadType.ConvertToLoadTypeInformation());
//var count = energyFileRows[0].EnergyEntries.Count;
var ts = TimeSpan.Zero;
//var timestepcount = 0;
WritePolysunHeader(sumfile, housename, dstLoadType);
for (var outerIndex = 0; outerIndex < energyFileRows.Count; outerIndex += externalfactor)
{
var efrOuter = energyFileRows[outerIndex];
if (!efrOuter.Timestep.DisplayThisStep)
{
continue;
}
double sum = 0;
for (var innerIndex = outerIndex; innerIndex < outerIndex + externalfactor && innerIndex < energyFileRows.Count; innerIndex++)
{
var efr2 = energyFileRows[innerIndex];
sum += efr2.SumCached;
// timestepcount++;
}
var sumPower = sum * dstLoadType.ConversionFactor; // change to power
var normalstr = ts.TotalSeconds + calcParameters.CSVCharacter + sumPower.ToString("N8", CultureInfo.InvariantCulture);
sumfile.WriteLine(normalstr);
}
// if (timestepcount != energyFileRows.Count) { //this does not consider the hidden time steps
// throw new LPGException("Importfilecreator seems to be broken! Please report!");
//}
sumfile.Flush();
}
private void WriteAffordanceTags()
{
if (Repository.CalcParameters.IsSet(CalcOption.HouseholdContents))
{
using (var swTagSet = _fft.MakeFile <StreamWriter>("AffordanceTags.txt",
"All Affordances with tags", false, ResultFileID.AffordanceTagsFile, Constants.GeneralHouseholdKey,
TargetDirectory.Root, Repository.CalcParameters.InternalStepsize, CalcOption.HouseholdContents))
{
foreach (var taggingSet in Repository.AffordanceTaggingSets)
{
swTagSet.WriteLine("###");
swTagSet.WriteLine(taggingSet.Name);
swTagSet.WriteLine("###");
foreach (var tag in taggingSet.AffordanceToTagDict)
{
swTagSet.WriteLine(tag.Key + Repository.CalcParameters.CSVCharacter + tag.Value);
}
}
}
}
}
protected override void PerformActualStep(IStepParameters parameters)
{
HouseholdStepParameters hhp = (HouseholdStepParameters)parameters;
var entry = hhp.Key;
if (entry.KeyType != HouseholdKeyType.Household)
{
return;
}
var householdKey = entry.HHKey;
_calculationProfiler.StartPart(Utili.GetCurrentMethodAndClass());
Logger.Info("Starting to complete list of actions for each person at each time step for statistical analysis...");
var activitiesPerPerson = ReadActivities(householdKey);
//var fileIdx = 0;
if (activitiesPerPerson.Count == 0)
{
throw new LPGException("There were no activities for any person in the household " + householdKey.Key);
}
var affs = ReadActivities(householdKey);
var sactionEntries = _repository.ReadSingleTimestepActionEntries(householdKey);
Dictionary <BodilyActivityLevel, List <int> > personCountByActivity = new Dictionary <BodilyActivityLevel, List <int> >();
foreach (BodilyActivityLevel bal in Enum.GetValues(typeof(BodilyActivityLevel)))
{
personCountByActivity.Add(bal, new List <int>(new int[_repository.CalcParameters.OfficalTimesteps]));
}
foreach (var singleTimestepActionEntry in sactionEntries)
{
var aff = affs[singleTimestepActionEntry.ActionEntryGuid];
personCountByActivity[aff.BodilyActivityLevel][singleTimestepActionEntry.TimeStep]++;
}
foreach (var pair in personCountByActivity)
{
JsonSumProfile jsp = new JsonSumProfile("Person Count for Activity Level " + pair.Key.ToString() + " " + householdKey.Key,
Repository.CalcParameters.InternalStepsize, Repository.CalcParameters.OfficialStartTime,
"Person Count for - " + pair.Key.ToString(), "",
null, hhp.Key);
foreach (var val in pair.Value)
{
jsp.Values.Add(val);
}
var sumfile = _fft.MakeFile <StreamWriter>("BodilyActivityLevel." + pair.Key + "." + householdKey.Key + ".json",
"Bodily Activity Level for " + pair.Key + " in the household " + householdKey.Key,
true, ResultFileID.BodilyActivityJsons, householdKey,
TargetDirectory.Results, Repository.CalcParameters.InternalStepsize, CalcOption.BodilyActivityStatistics, null, null,
pair.Key.ToString());
sumfile.Write(JsonConvert.SerializeObject(jsp, Formatting.Indented));
sumfile.Flush();
}
_calculationProfiler.StopPart(Utili.GetCurrentMethodAndClass());
}
private static StreamWriter GetWriter([JetBrains.Annotations.NotNull] IFileFactoryAndTracker fft, [JetBrains.Annotations.NotNull] HouseholdKey householdKey,
[JetBrains.Annotations.NotNull] CalcParameters calcParameters) => fft
.MakeFile <StreamWriter>("LocationStatistics." + householdKey + ".csv",
"How much time the people are spending at each Location", true, ResultFileID.LocationStatistic,
householdKey, TargetDirectory.Reports, calcParameters.InternalStepsize, CalcOption.LocationsFile);
private void WriteMonthlyDeviceSums([NotNull] IFileFactoryAndTracker fft,
[NotNull] CalcLoadTypeDto dstLoadType,
[NotNull] Dictionary <StrGuid, Dictionary <int, double> > values,
[NotNull] Dictionary <StrGuid, string> deviceNamesPerID,
[NotNull] HouseholdKey key)
{
var calcParameters = Repository.CalcParameters;
var devicesums = fft.MakeFile <StreamWriter>("DeviceSums_Monthly." + dstLoadType.Name + "." + key.Key + ".csv",
"Summed up " + dstLoadType.Name + " use per device per Month",
true,
ResultFileID.DeviceSumsPerMonth,
key,
TargetDirectory.Reports,
calcParameters.InternalStepsize, CalcOption.TotalsPerDevice,
dstLoadType.ConvertToLoadTypeInformation());
var sb = new StringBuilder();
sb.Append("Device name");
sb.Append(calcParameters.CSVCharacter);
var firstmonth = values.Keys.First();
foreach (var monthAndValue in values[firstmonth])
{
sb.Append(monthAndValue.Key);
sb.Append(calcParameters.CSVCharacter);
}
devicesums.WriteLine(sb);
var monthSums = new Dictionary <int, double>();
foreach (var keyValuePair in values)
{
var s = string.Empty;
s += deviceNamesPerID[keyValuePair.Key];
s += calcParameters.CSVCharacter;
foreach (var monthValue in keyValuePair.Value)
{
s += monthValue.Value * dstLoadType.ConversionFactor + calcParameters.CSVCharacter;
if (!monthSums.ContainsKey(monthValue.Key))
{
monthSums.Add(monthValue.Key, 0);
}
monthSums[monthValue.Key] += monthValue.Value;
}
devicesums.WriteLine(s);
}
var sumstr = "Sums" + calcParameters.CSVCharacter;
foreach (var keyValuePair in monthSums)
{
sumstr += keyValuePair.Value * dstLoadType.ConversionFactor + calcParameters.CSVCharacter;
}
devicesums.WriteLine(sumstr);
devicesums.Flush();
}
private void Run([NotNull] CalcLoadTypeDto dstLoadType,
[NotNull][ItemNotNull] List <OnlineEnergyFileRow> energyFileRows,
[NotNull] IFileFactoryAndTracker fft,
[NotNull] EnergyFileColumns efc,
[NotNull] Dictionary <CalcLoadTypeDto, Dictionary <StrGuid, double> > loadTypeTodeviceIDToAverageLookup,
[ItemNotNull][NotNull] List <DeviceTaggingSetInformation> deviceTaggingSets,
[NotNull] Dictionary <string, string> deviceNameToCategory,
[NotNull] Dictionary <string, double> deviceEnergyDict,
[NotNull] HouseholdKey key)
{
if (!efc.ColumnEntriesByColumn.ContainsKey(dstLoadType))
{
//for this load type for this house there are no column, so nothing to do
return;
}
var calcParameters = Repository.CalcParameters;
var rowlength = energyFileRows[0].EnergyEntries.Count;
var ts = new TimeStep(0, 0, true);
var sum = new OnlineEnergyFileRow(ts, new List <double>(new double[rowlength]), dstLoadType);
var curDate = calcParameters.OfficialStartTime;
var sumsPerMonth = MakeSumsPerMonth(dstLoadType, energyFileRows, curDate, sum, rowlength);
/*
* if (Config.IsInUnitTesting && Config.ExtraUnitTestChecking) {
* if (!double.IsNaN(previousTotal) && Math.Abs(sum.SumFresh - previousTotal) > 0.000001) {
* throw new LPGException("Unknown bug while generating the device totals. Sums don't match.");
* }
* }*/
var sumPerMonthPerDeviceID = MakeSumPerMonthPerDeviceID(dstLoadType, efc, sumsPerMonth, out var columns);
var sumsPerDeviceID = new Dictionary <StrGuid, double>();
var deviceNamesPerID = new Dictionary <StrGuid, string>();
var sumPerDeviceName = new Dictionary <string, double>();
foreach (var pair in columns)
{
var ce = pair.Value;
if (!sumsPerDeviceID.ContainsKey(ce.DeviceGuid))
{
sumsPerDeviceID.Add(ce.DeviceGuid, 0);
deviceNamesPerID.Add(ce.DeviceGuid, ce.Name);
}
if (!sumPerDeviceName.ContainsKey(ce.Name))
{
sumPerDeviceName.Add(ce.Name, 0);
}
sumPerDeviceName[ce.Name] += sum.EnergyEntries[pair.Key];
sumsPerDeviceID[ce.DeviceGuid] += sum.EnergyEntries[pair.Key];
}
MakeTotalsPerDeviceTaggingSet(fft, dstLoadType, deviceTaggingSets, deviceEnergyDict, key);
var builder = new StringBuilder();
foreach (var calcDeviceTaggingSet in deviceTaggingSets)
{
if (calcDeviceTaggingSet.LoadTypesForThisSet.Any(x => x.Name == dstLoadType.Name))
{
builder.Append(calcDeviceTaggingSet.Name).Append(calcParameters.CSVCharacter);
}
}
var taggingsetHeader = builder.ToString();
var devicesums = fft.MakeFile <StreamWriter>("DeviceSums." + dstLoadType.Name + "." + key.Key + ".csv",
"Summed up " + dstLoadType.Name + " use per device and comparison with statistical values",
true,
ResultFileID.DeviceSums,
key,
TargetDirectory.Reports,
calcParameters.InternalStepsize, CalcOption.TotalsPerDevice,
dstLoadType.ConvertToLoadTypeInformation());
var calcDuration = calcParameters.OfficialEndTime - calcParameters.OfficialStartTime;
var amountofYears = calcDuration.TotalDays / 365.0;
var sb = new StringBuilder();
sb.Append("Device name");
sb.Append(calcParameters.CSVCharacter);
sb.Append("Usage sum in this simulation [").Append(dstLoadType.UnitOfSum).Append("]");
sb.Append(calcParameters.CSVCharacter);
sb.Append("Usage sum in this simulation linear extrapolated to 1 year [").Append(dstLoadType.UnitOfSum).Append("]");
sb.Append(calcParameters.CSVCharacter);
sb.Append("Comparison Value from the device entry [").Append(dstLoadType.UnitOfSum).Append("]");
sb.Append(calcParameters.CSVCharacter);
sb.Append("Percentage of the comparison value [1 = 100%]");
sb.Append(calcParameters.CSVCharacter);
sb.Append("Device Category");
sb.Append(calcParameters.CSVCharacter);
sb.Append(taggingsetHeader);
devicesums.WriteLine(sb);
double devicesum = 0;
double extrapolatedSum = 0;
double comparsionvaluessum = 0;
foreach (var keyValuePair in sumsPerDeviceID)
{
var s = string.Empty;
s += deviceNamesPerID[keyValuePair.Key];
s += calcParameters.CSVCharacter;
s += keyValuePair.Value * dstLoadType.ConversionFactor;
devicesum += keyValuePair.Value;
//deviceSums.AddDeviceSum(deviceNamesPerID[keyValuePair.Key],devicesum,dstLoadType);
s += calcParameters.CSVCharacter;
var extrapolatedValue = keyValuePair.Value * dstLoadType.ConversionFactor / amountofYears;
s += extrapolatedValue;
extrapolatedSum += keyValuePair.Value / amountofYears;
s += calcParameters.CSVCharacter;
double defaultvalue = 0;
if (loadTypeTodeviceIDToAverageLookup.ContainsKey(dstLoadType))
{
if (loadTypeTodeviceIDToAverageLookup[dstLoadType].ContainsKey(keyValuePair.Key))
{
defaultvalue = loadTypeTodeviceIDToAverageLookup[dstLoadType][keyValuePair.Key];
}
}
s += defaultvalue;
comparsionvaluessum += defaultvalue;
s += calcParameters.CSVCharacter;
if (Math.Abs(defaultvalue) > Constants.Ebsilon)
{
s += extrapolatedValue / defaultvalue;
}
else
{
s += 0;
}
s += calcParameters.CSVCharacter;
var devicename = deviceNamesPerID[keyValuePair.Key];
var deviceCategory = "(no category)";
if (deviceNameToCategory.ContainsKey(devicename))
{
deviceCategory = deviceNameToCategory[devicename];
}
s += deviceCategory;
s += calcParameters.CSVCharacter;
var tags = string.Empty;
foreach (var calcDeviceTaggingSet in deviceTaggingSets)
{
if (calcDeviceTaggingSet.LoadTypesForThisSet.Any(x => x.Name == dstLoadType.Name))
{
var deviceName = deviceNamesPerID[keyValuePair.Key];
if (calcDeviceTaggingSet.TagByDeviceName.ContainsKey(deviceName))
{
tags += calcDeviceTaggingSet.TagByDeviceName[deviceName] + calcParameters.CSVCharacter;
}
else
{
tags += Constants.UnknownTag + calcParameters.CSVCharacter;
}
}
}
devicesums.WriteLine(s + tags);
}
var sumstr = "Sums";
sumstr += calcParameters.CSVCharacter;
sumstr += devicesum * dstLoadType.ConversionFactor;
sumstr += calcParameters.CSVCharacter;
sumstr += extrapolatedSum * dstLoadType.ConversionFactor;
sumstr += calcParameters.CSVCharacter;
sumstr += comparsionvaluessum;
devicesums.WriteLine(sumstr);
devicesums.Flush();
WriteMonthlyDeviceSums(fft, dstLoadType, sumPerMonthPerDeviceID, deviceNamesPerID, key);
}
private void MakeTotalsPerDeviceTaggingSet([NotNull] IFileFactoryAndTracker fft,
[NotNull] CalcLoadTypeDto dstLoadType,
[ItemNotNull][NotNull] List <DeviceTaggingSetInformation> deviceTaggingSets,
[NotNull] Dictionary <string, double> deviceEnergyDict,
[NotNull] HouseholdKey hhkey)
{
var calcParameters = Repository.CalcParameters;
using (var file = fft.MakeFile <StreamWriter>("DeviceTaggingSet." + dstLoadType.FileName + "." + hhkey.Key + ".csv",
"Summed up energy use into the AffordanceToCategories in the device tagging sets for " + dstLoadType.Name,
true,
ResultFileID.DeviceTaggingSetFiles,
hhkey,
TargetDirectory.Reports,
calcParameters.InternalStepsize, CalcOption.TotalsPerDevice,
dstLoadType.ConvertToLoadTypeInformation())) {
foreach (var tagSet in deviceTaggingSets)
{
file.WriteLine("-----");
file.WriteLine(tagSet.Name);
var energyUsePerTag = new Dictionary <string, double>();
double sum = 0;
foreach (var keyValuePair in deviceEnergyDict)
{
var device = keyValuePair.Key;
if (!tagSet.TagByDeviceName.ContainsKey(device))
{
tagSet.TagByDeviceName.Add(device, device);
}
var tag = tagSet.TagByDeviceName[device];
if (!energyUsePerTag.ContainsKey(tag))
{
energyUsePerTag.Add(tag, 0);
}
energyUsePerTag[tag] += keyValuePair.Value;
sum += keyValuePair.Value;
}
file.WriteLine("Tag" + calcParameters.CSVCharacter + "Energy Used [" + dstLoadType.UnitOfSum + "]" +
calcParameters.CSVCharacter + "Percentage" + calcParameters.CSVCharacter + "Reference Value" +
calcParameters.CSVCharacter);
foreach (var tag in energyUsePerTag)
{
var referenceValue = string.Empty;
var key = DeviceTaggingSetInformation.MakeKey(dstLoadType.Name, tag.Key);
if (tagSet.ReferenceValues.ContainsKey(key))
{
referenceValue = tagSet.ReferenceValues[key].ToString(Config.CultureInfo);
}
file.WriteLine(tag.Key + calcParameters.CSVCharacter + tag.Value * dstLoadType.ConversionFactor +
calcParameters.CSVCharacter + (tag.Value / sum).ToString("0.0000", Config.CultureInfo) +
calcParameters.CSVCharacter + referenceValue + calcParameters.CSVCharacter);
}
file.WriteLine();
file.WriteLine("Sum" + calcParameters.CSVCharacter + sum * dstLoadType.ConversionFactor + calcParameters.CSVCharacter + "1" +
calcParameters.CSVCharacter);
}
}
}
private void BuildActivationsPerHours([NotNull] IFileFactoryAndTracker fft,
[NotNull] HouseholdKey householdKey,
[NotNull][ItemNotNull] List <CalcAffordanceTaggingSetDto> taggingSets,
[NotNull][ItemNotNull] List <ActionEntry> actionEntries)
{
var calcParameters = Repository.CalcParameters;
var activitiesPerHour = new Dictionary <string, Dictionary <string, int[]> >();
var activitiesPerWeekday = new Dictionary <string, Dictionary <string, int[]> >();
foreach (ActionEntry ase in actionEntries)
{
if (!activitiesPerHour.ContainsKey(ase.PersonName))
{
activitiesPerHour.Add(ase.PersonName, new Dictionary <string, int[]>());
activitiesPerWeekday.Add(ase.PersonName, new Dictionary <string, int[]>());
}
if (!activitiesPerHour[ase.PersonName].ContainsKey(ase.AffordanceName))
{
activitiesPerHour[ase.PersonName].Add(ase.AffordanceName, new int[24]);
activitiesPerWeekday[ase.PersonName].Add(ase.AffordanceName, new int[7]);
}
var hour = ase.DateTime.Hour;
var weekday = (int)ase.DateTime.DayOfWeek;
activitiesPerHour[ase.PersonName][ase.AffordanceName][hour]++;
activitiesPerWeekday[ase.PersonName][ase.AffordanceName][weekday]++;
}
using (var sw = fft.MakeFile <StreamWriter>("ActivationsPerHour." + householdKey + ".csv",
"Activations per hour",
true,
ResultFileID.ActivationsPerHour,
householdKey,
TargetDirectory.Reports,
calcParameters.InternalStepsize, CalcOption.ActivationsPerHour)) {
foreach (var person in activitiesPerHour)
{
sw.WriteLine(person.Key);
var s = new StringBuilder();
s.Append("Hour").Append(calcParameters.CSVCharacter);
for (var i = 0; i < 24; i++)
{
s.Append(i).Append(calcParameters.CSVCharacter);
}
sw.WriteLine(s);
var sb = new StringBuilder();
foreach (var device in person.Value)
{
sb.Clear();
sb.Append(device.Key);
for (var i = 0; i < 24; i++)
{
sb.Append(calcParameters.CSVCharacter);
sb.Append(device.Value[i].ToString(CultureInfo.InvariantCulture));
}
sw.WriteLine(sb);
}
}
}
using (var sw = fft.MakeFile <StreamWriter>("ExecutedActionsOverviewCount." + householdKey + ".csv",
"Overview of the executed actions",
true,
ResultFileID.ExecutedActionsOverview,
householdKey,
TargetDirectory.Reports,
calcParameters.InternalStepsize, CalcOption.ActivationsPerHour)) {
foreach (var person in activitiesPerHour)
{
sw.WriteLine("-----");
sw.WriteLine(person.Key);
var header = new StringBuilder();
header.Append("Actions").Append(calcParameters.CSVCharacter).Append("Times of execution in the simulation period")
.Append(calcParameters.CSVCharacter);
foreach (var weekday in Enum.GetValues(typeof(DayOfWeek)))
{
header.Append(weekday).Append(calcParameters.CSVCharacter);
}
foreach (var set in taggingSets)
{
header.Append(set.Name).Append(calcParameters.CSVCharacter);
}
sw.WriteLine(header);
var alllines = new List <List <string> >();
foreach (var device in person.Value)
{
var elements = new List <string> {
device.Key
};
var total = 0;
for (var i = 0; i < 24; i++)
{
total += device.Value[i];
}
elements.Add(total.ToString(Config.CultureInfo));
foreach (var weekday in Enum.GetValues(typeof(DayOfWeek)))
{
elements.Add(activitiesPerWeekday[person.Key][device.Key][(int)weekday].ToString(Config.CultureInfo));
}
foreach (var set in taggingSets)
{
elements.Add(set.AffordanceToTagDict[device.Key]);
}
alllines.Add(elements);
}
alllines.Sort(Comparison);
foreach (var allline in alllines)
{
var builder = new StringBuilder();
foreach (var s1 in allline)
{
builder.Append(s1).Append(calcParameters.CSVCharacter);
}
sw.WriteLine(builder);
}
}
}
}
protected override void PerformActualStep([JetBrains.Annotations.NotNull] IStepParameters parameters)
{
HouseholdStepParameters hhp = (HouseholdStepParameters)parameters;
if (hhp.Key.KeyType != HouseholdKeyType.Household)
{
return;
}
if (!Repository.CalcParameters.TransportationEnabled)
{
return;
}
var hhkey = hhp.Key.HHKey;
ReadActivities(hhkey, out var statebyDevice, out var siteByDevice,
out var socByDevice, out var drivingDistanceByDevice);
foreach (var soc in socByDevice)
{
//state of charge
JsonSumProfile jsp = new JsonSumProfile("State of Charge for " + soc.Key + " " + hhkey.Key,
Repository.CalcParameters.InternalStepsize, Repository.CalcParameters.OfficialStartTime, "State of charge - " + soc.Key, "",
null, hhp.Key);
foreach (var entry in soc.Value)
{
if (entry.Time.DisplayThisStep)
{
jsp.Values.Add(entry.Val);
}
}
var sumfile = _fft.MakeFile <StreamWriter>("Soc." + soc.Key + "." + hhkey.Key + ".json",
"SOC Values for " + soc.Key + " in the household " + hhkey.Key, true, ResultFileID.JsonTransportSoc, hhkey,
TargetDirectory.Results, Repository.CalcParameters.InternalStepsize, CalcOption.TansportationDeviceJsons, null, null,
soc.Key);
sumfile.Write(JsonConvert.SerializeObject(jsp, Formatting.Indented));
sumfile.Flush();
}
foreach (var soc in drivingDistanceByDevice)
{
//driving distance
JsonSumProfile jsp = new JsonSumProfile("Driving Distance for " + soc.Key + " " + hhkey.Key,
Repository.CalcParameters.InternalStepsize, Repository.CalcParameters.OfficialStartTime, "Driving Distance - " + soc.Key, "",
null, hhp.Key);
foreach (var entry in soc.Value)
{
if (entry.Time.DisplayThisStep)
{
jsp.Values.Add(entry.Val);
}
}
var sumfile = _fft.MakeFile <StreamWriter>("DrivingDistance." + soc.Key + "." + hhkey.Key + ".json",
"Driving Distance for " + soc.Key + " in the household " + hhkey.Key, true, ResultFileID.JsonTransportDrivingDistance, hhkey,
TargetDirectory.Results, Repository.CalcParameters.InternalStepsize, CalcOption.TansportationDeviceJsons, null, null,
soc.Key);
sumfile.Write(JsonConvert.SerializeObject(jsp, Formatting.Indented));
sumfile.Flush();
}
foreach (var soc in statebyDevice)
{
//driving distance
JsonEnumProfile jsp = new JsonEnumProfile("Car State for " + soc.Key + " " + hhkey.Key,
Repository.CalcParameters.InternalStepsize, Repository.CalcParameters.OfficialStartTime, "Car State - " + soc.Key, "",
null, hhp.Key);
foreach (var entry in soc.Value)
{
if (entry.Time.DisplayThisStep)
{
jsp.Values.Add(entry.Category);
}
}
var sumfile = _fft.MakeFile <StreamWriter>("Carstate." + soc.Key + "." + hhkey.Key + ".json",
"Car State for " + soc.Key + " in the household " + hhkey.Key, true, ResultFileID.JsonTransportDeviceState, hhkey,
TargetDirectory.Results, Repository.CalcParameters.InternalStepsize, CalcOption.TansportationDeviceJsons, null, null,
soc.Key);
sumfile.Write(JsonConvert.SerializeObject(jsp, Formatting.Indented));
sumfile.Flush();
}
foreach (var soc in siteByDevice)
{
//driving distance
JsonEnumProfile jsp = new JsonEnumProfile("Car Location for " + soc.Key + " " + hhkey.Key,
Repository.CalcParameters.InternalStepsize, Repository.CalcParameters.OfficialStartTime, "Car Location - " + soc.Key, "",
null, hhp.Key);
foreach (var entry in soc.Value)
{
if (entry.Time.DisplayThisStep)
{
jsp.Values.Add(entry.Category);
}
}
var sumfile = _fft.MakeFile <StreamWriter>("CarLocation." + soc.Key + "." + hhkey.Key + ".json",
"Car Location for " + soc.Key + " in the household " + hhkey.Key, true, ResultFileID.JsonTransportDeviceLocation, hhkey,
TargetDirectory.Results, Repository.CalcParameters.InternalStepsize, CalcOption.TansportationDeviceJsons, null, null,
soc.Key);
sumfile.Write(JsonConvert.SerializeObject(jsp, Formatting.Indented));
sumfile.Flush();
}
}
public void Run([NotNull] CalcLoadTypeDto dstLoadType,
[NotNull][ItemNotNull] List <OnlineEnergyFileRow> energyFileRows,
[NotNull] EnergyFileColumns efc)
{
var calcParameters = Repository.CalcParameters;
var dsc = new DateStampCreator(calcParameters);
var externalfactor =
(int)
(calcParameters.ExternalStepsize.TotalSeconds /
calcParameters.InternalStepsize.TotalSeconds);
if (externalfactor == 1)
{
return;
}
var externalFileName =
calcParameters.ExternalStepsize.TotalSeconds.ToString(CultureInfo.InvariantCulture);
StreamWriter sumfile = null;
if (calcParameters.IsSet(CalcOption.SumProfileExternalEntireHouse))
{
sumfile =
_fft.MakeFile <StreamWriter>("SumProfiles_" + externalFileName + "s." + dstLoadType.Name + ".csv",
"Sum energy profiles for " + externalFileName + "s " + dstLoadType.Name, true,
ResultFileID.CSVSumProfileExternal, Constants.GeneralHouseholdKey, TargetDirectory.Results,
calcParameters.InternalStepsize, CalcOption.SumProfileExternalEntireHouse,
dstLoadType.ConvertToLoadTypeInformation());
sumfile.WriteLine(dstLoadType.Name + "." + dsc.GenerateDateStampHeader() + "Sum [" +
dstLoadType.UnitOfSum + "]");
}
StreamWriter normalfile = null;
if (calcParameters.IsSet(CalcOption.DeviceProfileExternalEntireHouse))
{
normalfile =
_fft.MakeFile <StreamWriter>("DeviceProfiles_" + externalFileName + "s." + dstLoadType.Name + ".csv",
"Device energy profiles for " + externalFileName + "s " + dstLoadType.Name, true,
ResultFileID.DeviceProfileCSVExternal, Constants.GeneralHouseholdKey, TargetDirectory.Results,
calcParameters.InternalStepsize, CalcOption.DeviceProfileExternalEntireHouse,
dstLoadType.ConvertToLoadTypeInformation());
normalfile.WriteLine(dstLoadType.Name + "." + dsc.GenerateDateStampHeader() +
efc.GetTotalHeaderString(dstLoadType, null));
}
if (calcParameters.IsSet(CalcOption.DeviceProfileExternalEntireHouse) ||
calcParameters.IsSet(CalcOption.SumProfileExternalEntireHouse))
{
for (var outerIndex = 0; outerIndex < energyFileRows.Count; outerIndex += externalfactor)
{
var efr = new OnlineEnergyFileRow(energyFileRows[outerIndex]);
if (!efr.Timestep.DisplayThisStep)
{
continue;
}
for (var innerIndex = outerIndex + 1;
innerIndex < externalfactor + outerIndex && innerIndex < energyFileRows.Count;
innerIndex++)
{
var efr2 = energyFileRows[innerIndex];
efr.AddValues(efr2);
}
var sb = new StringBuilder();
dsc.GenerateDateStampForTimestep(efr.Timestep, sb);
if (calcParameters.IsSet(CalcOption.DeviceProfileExternalEntireHouse))
{
var normalstr =
sb + efr.GetEnergyEntriesAsString(true, dstLoadType, null, calcParameters.CSVCharacter)
.ToString();
if (normalfile == null)
{
throw new LPGException("File is null. Please report.");
}
normalfile.WriteLine(normalstr);
}
if (calcParameters.IsSet(CalcOption.SumProfileExternalEntireHouse))
{
if (sumfile == null)
{
throw new LPGException("File is null. Please report.");
}
sumfile.WriteLine(sb +
(efr.SumCached * dstLoadType.ConversionFactor).ToString(Config.CultureInfo));
}
}
}
}
private void Run([NotNull] CalcLoadTypeDto dstLoadType, [NotNull][ItemNotNull] List <OnlineEnergyFileRow> energyFileRows,
[NotNull] EnergyFileColumns efc)
{
var calcParameters = Repository.CalcParameters;
var comma = calcParameters.CSVCharacter;
var entries = new Dictionary <string, List <double> >();
var sums = new List <double>();
var columns = efc.ColumnEntriesByColumn[dstLoadType].Values.ToList();
var curline = 0;
foreach (var efr in energyFileRows)
{
for (var i = 0; i < columns.Count; i++)
{
var name = columns[i].Name;
if (!entries.ContainsKey(name))
{
entries.Add(name, new List <double>());
}
if (entries[name].Count > curline)
{
entries[name][curline] += efr.EnergyEntries[i];
}
else
{
entries[name].Add(efr.EnergyEntries[i]);
}
}
sums.Add(efr.SumCached);
curline++;
}
foreach (var keyValuePair in entries)
{
if (keyValuePair.Value.Count != sums.Count)
{
throw new LPGException("Uneven Timestep count while creating the duration curves. This is a bug!");
}
}
sums.Sort((x, y) => y.CompareTo(x));
var ts = new TimeSpan(0, 0, 0);
var timestep = 0;
// sums
var sumfile = _fft.MakeFile <StreamWriter>("DurationCurve." + dstLoadType.Name + ".csv",
"Summed up household duration curve for " + dstLoadType.Name, true,
ResultFileID.DurationCurveSums, Constants.GeneralHouseholdKey, TargetDirectory.Reports, calcParameters.InternalStepsize,
CalcOption.DurationCurve,
dstLoadType.ConvertToLoadTypeInformation());
sumfile.WriteLine("Timestep" + comma + "Time span" + comma + "Sum [" + dstLoadType.UnitOfPower + "]");
var sumsb = new StringBuilder();
foreach (var sum in sums)
{
sumsb.Clear();
sumsb.Append(timestep);
sumsb.Append(comma);
sumsb.Append(ts);
sumsb.Append(comma);
sumsb.Append(sum);
sumfile.WriteLine(sumsb.ToString());
timestep++;
ts = ts.Add(calcParameters.InternalStepsize);
}
sumfile.Close();
// individual devices
var normalfile = _fft.MakeFile <StreamWriter>("DeviceDurationCurves." + dstLoadType.Name + ".csv",
"Duration curve for each device for " + dstLoadType.Name, true,
ResultFileID.DurationCurveDevices, Constants.GeneralHouseholdKey, TargetDirectory.Reports, calcParameters.InternalStepsize,
CalcOption.DurationCurve,
dstLoadType.ConvertToLoadTypeInformation());
var header = string.Empty;
foreach (var keyValuePair in entries)
{
header += keyValuePair.Key + " [" + dstLoadType.UnitOfPower + "]" + comma;
}
normalfile.WriteLine(dstLoadType.Name + ".Time" + comma + "Time span" + comma + header);
foreach (var keyValuePair in entries)
{
keyValuePair.Value.Sort();
}
timestep = 0;
ts = new TimeSpan(0, 0, 0);
var sb = new StringBuilder();
var values = entries.Values.ToArray();
for (var i = 0; i < sums.Count; i++)
{
sb.Clear();
sb.Append(timestep);
sb.Append(comma);
sb.Append(ts);
sb.Append(comma);
for (var index = 0; index < values.Length; index++)
{
sb.Append(values[index][i].ToString(Config.CultureInfo));
sb.Append(comma);
}
normalfile.WriteLine(sb.ToString());
timestep++;
ts = ts.Add(calcParameters.InternalStepsize);
}
normalfile.Close();
}
private void RunTimePerAffordance(
[NotNull]
Dictionary <string, Dictionary <string, Dictionary <string, int> > > affordanceTaggingSetByPersonByTagTimeUse,
[NotNull] string householdName, [NotNull][ItemNotNull] List <CalcHouseholdPlanDto> householdPlans,
[NotNull] IFileFactoryAndTracker fft,
[NotNull] HouseholdKey householdKey,
[NotNull] Dictionary <Tuple <HouseholdKey, int>, StreamWriter> fileNumberTracker)
{
var calcParameters = Repository.CalcParameters;
var simduration = calcParameters.OfficialEndTime -
calcParameters.OfficialStartTime;
var timefactor = 8760 / simduration.TotalHours;
foreach (var calcHouseholdPlan in householdPlans)
{
if (householdName.StartsWith(calcHouseholdPlan.HouseholdName, StringComparison.Ordinal))
{
var cleanedName = AutomationUtili.CleanFileName(calcHouseholdPlan.Name).Replace(".", "_");
var fileName = "HouseholdPlan.Times." + cleanedName + "." + householdKey + ".csv";
var fileNumber = fileNumberTracker.Count;
var sw = fft.MakeFile <StreamWriter>(fileName,
"Comparison of the household plan and the reality", true,
ResultFileID.HouseholdPlanTime, householdKey, TargetDirectory.Reports,
calcParameters.InternalStepsize, CalcOption.HouseholdPlan, null, null,
calcHouseholdPlan.Name + "_" + fileNumber);
sw.WriteLine("##### Time per Affordance #####");
fileNumberTracker.Add(new Tuple <HouseholdKey, int>(householdKey, calcHouseholdPlan.ID), sw);
var timeByTagByPerson =
affordanceTaggingSetByPersonByTagTimeUse[calcHouseholdPlan.TaggingSetName];
foreach (var personTagList in timeByTagByPerson)
{
var personName = personTagList.Key;
sw.WriteLine("----- Time Use for " + personName + " -----");
var c = calcParameters.CSVCharacter;
sw.WriteLine("Tag" + c + "Time in Simulation [h]" + c + "Time in Simulation for 365d [h]" + c +
"Planned time");
var timePerTag = personTagList.Value;
var plannedTimePerTag =
calcHouseholdPlan.PersonTagTimeUsePlan[personName];
var plannedWithOthers = new Dictionary <string, TimeSpan>();
foreach (var keyValuePair in plannedTimePerTag)
{
plannedWithOthers.Add(keyValuePair.Key, keyValuePair.Value);
}
foreach (var keyValuePair in timePerTag)
{
if (!plannedWithOthers.ContainsKey(keyValuePair.Key))
{
plannedWithOthers.Add(keyValuePair.Key, new TimeSpan(0));
}
}
foreach (var keyValuePair in plannedWithOthers)
{
var s = keyValuePair.Key + c;
double realValueHours = 0;
if (timePerTag.ContainsKey(keyValuePair.Key))
{
var minutes = timePerTag[keyValuePair.Key];
realValueHours = minutes / 60.0;
}
s += realValueHours + c;
s += realValueHours * timefactor + c;
s += keyValuePair.Value.TotalHours + c;
double percentage = -1;
if (Math.Abs(keyValuePair.Value.TotalHours) > Constants.Ebsilon)
{
percentage = realValueHours / keyValuePair.Value.TotalHours;
}
s += percentage;
if (Math.Abs(realValueHours) > Constants.Ebsilon ||
Math.Abs(keyValuePair.Value.TotalSeconds) > Constants.Ebsilon)
{
sw.WriteLine(s);
}
}
}
// found a plan
}
}
}
private void Run([NotNull] CalcLoadTypeDto dstLoadType, [NotNull][ItemNotNull] List <OnlineEnergyFileRow> energyFileRows,
[NotNull] IFileFactoryAndTracker fft, [NotNull] EnergyFileColumns efcs)
{
var calcParameters = Repository.CalcParameters;
var comma = calcParameters.CSVCharacter;
var dailyMinute = new Dictionary <string, double[]>();
var dailyEnergys = new Dictionary <string, double[]>();
var dailyEnergysByDay =
new Dictionary <DayOfWeek, Dictionary <string, double[]> >();
var efc = efcs.ColumnEntriesByColumn[dstLoadType];
var headerNames = new List <string>();
var dayofWeekDaycount = new Dictionary <DayOfWeek, int>();
foreach (DayOfWeek value in Enum.GetValues(typeof(DayOfWeek)))
{
dailyEnergysByDay.Add(value, new Dictionary <string, double[]>());
dayofWeekDaycount.Add(value, 0);
}
foreach (var colEntry in efc)
{
if (!dailyMinute.ContainsKey(colEntry.Value.Name))
{
dailyMinute.Add(colEntry.Value.Name, new double[1440]);
dailyEnergys.Add(colEntry.Value.Name, new double[1440]);
headerNames.Add(colEntry.Value.Name);
foreach (DayOfWeek value in Enum.GetValues(typeof(DayOfWeek)))
{
dailyEnergysByDay[value].Add(colEntry.Value.Name, new double[1440]);
}
}
}
var curTime = calcParameters.OfficialStartTime;
var curDate = calcParameters.OfficialStartTime;
var daycount = 0;
foreach (var efr in energyFileRows)
{
// calculate the time step
var timestep = (int)((curTime - curDate).TotalSeconds / 60.0); // 60s in one minute
// for each column make sums
for (var i = 0; i < efr.EnergyEntries.Count; i++)
{
var name = efc[i].Name;
if (efr.EnergyEntries[i] > 0 && efc[i].LocationName != "(autonomous device)")
// don't count standby for the time
{
dailyMinute[name][timestep]++;
}
dailyEnergysByDay[curTime.DayOfWeek][name][timestep] += efr.EnergyEntries[i];
dailyEnergys[name][timestep] += efr.EnergyEntries[i];
}
curTime += calcParameters.InternalStepsize;
if (curDate.Day != curTime.Day)
{
dayofWeekDaycount[curDate.DayOfWeek]++;
curDate = new DateTime(curTime.Year, curTime.Month, curTime.Day);
daycount++;
}
}
var resultfileMinute = fft.MakeFile <StreamWriter>("TimeOfUseProfiles." + dstLoadType.Name + ".csv",
"Time of Use Profiles for all devices with " + dstLoadType.Name, true,
ResultFileID.TimeOfUse, Constants.GeneralHouseholdKey, TargetDirectory.Reports, calcParameters.InternalStepsize,
CalcOption.TimeOfUsePlot,
dstLoadType.ConvertToLoadTypeInformation());
var resultfileEnergy = fft.MakeFile <StreamWriter>(
"TimeOfUseEnergyProfiles." + dstLoadType.Name + ".csv",
"Time of Use Profiles with the power consumption for all devices with " + dstLoadType.Name, true,
ResultFileID.TimeOfUseEnergy, Constants.GeneralHouseholdKey, TargetDirectory.Reports, calcParameters.InternalStepsize,
CalcOption.TimeOfUsePlot,
dstLoadType.ConvertToLoadTypeInformation());
var headerdays = string.Empty;
foreach (var colEntry in headerNames)
{
headerdays += colEntry + comma;
}
var header = dstLoadType.Name + ".Time" + comma + "Calender" + comma;
if (calcParameters.WriteExcelColumn)
{
header += "Calender for Excel" + comma;
}
header += headerdays;
resultfileMinute.WriteLine(header);
resultfileEnergy.WriteLine(header);
for (var i = 0; i < 1440; i++)
{
var time = MakeWriteableString(i);
var time2 = new StringBuilder(time.ToString());
foreach (var colEntry in dailyMinute)
{
var value = colEntry.Value[i];
time.Append(value);
time.Append(comma);
}
resultfileMinute.WriteLine(time);
foreach (var colEntry in dailyEnergys)
{
var value = colEntry.Value[i];
time2.Append(value / daycount);
time2.Append(comma);
}
resultfileEnergy.WriteLine(time2);
}
foreach (DayOfWeek day in Enum.GetValues(typeof(DayOfWeek)))
{
resultfileEnergy.WriteLine();
resultfileEnergy.WriteLine("----");
resultfileEnergy.WriteLine(day.ToString());
resultfileEnergy.WriteLine("----");
resultfileEnergy.WriteLine();
resultfileEnergy.WriteLine(header);
for (var i = 0; i < 1440; i++)
{
var time = MakeWriteableString(i);
foreach (var colEntry in dailyEnergysByDay[day])
{
var value = colEntry.Value[i];
time.Append(value / dayofWeekDaycount[day]);
time.Append(comma);
}
resultfileEnergy.WriteLine(time);
}
}
resultfileMinute.Flush();
resultfileMinute.Close();
resultfileEnergy.Flush();
resultfileEnergy.Close();
}