//TODO: Сделать асинхронное чтение
//TODO: Сделать окно с сообщением о загрузке
/// <summary>
/// Событие клика на начальную кнопку
/// </summary>
private void OpenFile()
{
ReadFileResult readFileResult = OpenAndReadFile();
if (!readFileResult.IsSuccess)
{
MessageBox.Show(readFileResult.ErrorMessage);
return;
}
CreateStatisticResult statisticResult = CreateStatisticResult.GetStatistic(
readFileResult.MeasureDates,
readFileResult.MeasureWindTypes,
readFileResult.FirstInformationRow, readFileResult.SecondInformationRow, readFileResult.ThirdInformationRow);
//TODO: Проверить на нормальность использования string заместо WindTypes
IList <string> windTypes = statisticResult.FileInformation.WindTypes.Select(_ => _.ToString()).ToList();
IList <double> windChanges = WindChange.GetWindChangesValues(statisticResult.FileInformation.WindChanges);
_mainWindowViewModel.AnalyzeCenterPage = new AnalyzeCenterPage(windTypes, windChanges);
_mainWindowViewModel.CurrentCenterPage = _mainWindowViewModel.AnalyzeCenterPage;
_mainWindowViewModel.MenuRightPage = new MenuRightPage(statisticResult.FileInformation.FileInformationLabels);
_mainWindowViewModel.CurrentRightPage = _mainWindowViewModel.MenuRightPage;
_mainWindowViewModel.PeriodsLeftPage = new PeriodsLeftPage(statisticResult.FileInformation, statisticResult.PeriodInformations);
_mainWindowViewModel.CurrentLeftPage = _mainWindowViewModel.PeriodsLeftPage;
}
private void ToggleValuesAndInfo(string year)
{
PeriodInformation currentPeriodInfo = _periodInformations.FirstOrDefault(_ => _.Year.ToString().Equals(year));
IList <WindChange> windChanges = currentPeriodInfo.PeriodWindChanges;
IList <double> currentValues = WindChange.GetWindChangesValues(windChanges);
MainWindowViewModel mainViewModel = MainWindowViewModel.GetInstance();
mainViewModel.AnalyzeCenterPage.SetWindValues(currentValues);
mainViewModel.MenuRightPage.ChangeInformationLabel(currentPeriodInfo?.PeriodInformationLabels);
}
/// <summary>
/// Метод для получения статистики
/// </summary>
private IList <WindChange> GetWindChanges()
{
int windsCount = Winds.Count() - 1;
IList <WindChange> windChanges = new List <WindChange>(windsCount);
for (int i = 0; i < windsCount; i++)
{
Wind currentWind = Winds.ElementAt(i);
Wind nextWind = Winds.ElementAt(i + 1);
WindChange windChange = new WindChange(currentWind, nextWind);
windChanges.Add(windChange);
}
return(windChanges);
}
private void OpenFile()
{
ReadFileResult readResult = GetReadResult();
if (!readResult.IsSuccess)
{
MessageBox.Show(readResult.ErrorMessage);
return;
}
CreateStatisticResult statisticResult = CreateStatisticResult.GetStatistic(
readResult.MeasureDates, readResult.MeasureWindTypes, readResult.FirstInformationRow,
readResult.SecondInformationRow, readResult.ThirdInformationRow);
IList <string> windTypes = statisticResult.FileInformation.WindTypes.Select(_ => _.ToString()).ToList();
IList <double> windChanges = WindChange.GetWindChangesValues(statisticResult.FileInformation.WindChanges);
MainWindowViewModel mainViewModel = MainWindowViewModel.GetInstance();
mainViewModel.AnalyzeCenterPage.SetWindHeaders(windTypes);
mainViewModel.AnalyzeCenterPage.SetWindValues(windChanges);
mainViewModel.PeriodsLeftPage.SetInformations(fileInformation: statisticResult.FileInformation, periodInformation: statisticResult.PeriodInformations);
}
