protected async override void OnNavigatedTo(NavigationEventArgs e)
{
var parameters = (WorkoutDetailsParams)e.Parameter;
m_trainingProgram = parameters.trainingProgram;
m_workout = parameters.workout;
var tasks = new List <Task <DefaultExercise> >();
var exerciseIds = m_workout.ExercisesIds.Split(';').ToList();
ObservableCollection <string> listItems = new ObservableCollection <string>();
foreach (var id in exerciseIds)
{
tasks.Add(App.DefaultExercisesTable.LookupAsync(id));
}
var results = (await Task.WhenAll(tasks)).ToList();
foreach (var result in results)
{
var ex = await App.DefaultExercisesTable.LookupAsync(result.Id);
m_exercises.Add(ex);
listItems.Add(ex.Name);
}
exercisesList.ItemsSource = listItems;
}
public SetParams(DefaultWorkout currentWorkout, int currentExerciseIndex, DefaultExercise exercise, int numbrtOfSetsRemained)
{
CurrentWorkout = currentWorkout;
this.currentExerciseIndex = currentExerciseIndex;
Exercise = exercise;
this.numbrtOfSetsRemained = numbrtOfSetsRemained;
}
public MainDashboardParams(User user, DefaultWorkout currentWorkout, bool isCurrentWorkoutFinished)
: this(user)
{
CurrentWorkout = currentWorkout;
IsCurrentWorkoutFinished = isCurrentWorkoutFinished;
}
private async void workoutList_ItemClickAsync(object sender, ItemClickEventArgs e)
{
string item = (string)e.ClickedItem;
string workoutId = trainingProgram.SundayWorkoutId;
switch (item)
{
case "Sunday workout":
workoutId = trainingProgram.SundayWorkoutId;
break;
case "Monday workout":
workoutId = trainingProgram.MondayWorkoutId;
break;
case "Tuesday workout":
workoutId = trainingProgram.TuesdayWorkoutId;
break;
case "Wednesday workout":
workoutId = trainingProgram.WednesdayWorkoutId;
break;
case "Thursday workout":
workoutId = trainingProgram.ThursdayWorkoutId;
break;
case "Friday workout":
workoutId = trainingProgram.FridayWorkoutId;
break;
case "Saturday workout":
workoutId = trainingProgram.SaturdayWorkoutId;
break;
}
var parameters = new WorkoutDetailsParams(workoutId, trainingProgram);
var tasks = new List <Task <DefaultExercise> >();
m_workout = parameters.workout;
if (parameters.workout == null)
{
m_workoutId = parameters.workoutId;
m_workout = await App.DefaultWorkoutsTable.LookupAsync(m_workoutId);
}
trainingProgram = parameters.trainingProgram;
var exerciseIds = m_workout.ExercisesIds.Split(';').ToList();
ObservableCollection <string> listItems = new ObservableCollection <string>();
foreach (var id in exerciseIds)
{
tasks.Add(App.DefaultExercisesTable.LookupAsync(id));
}
var results = (await Task.WhenAll(tasks)).ToList();
foreach (var result in results)
{
var ex = await App.DefaultExercisesTable.LookupAsync(result.Id);
m_exercises.Add(ex);
listItems.Add(ex.Name);
}
exercisesList.ItemsSource = listItems;
}
protected override async void OnNavigatedTo(NavigationEventArgs e)
{
var workoutId = UserWorkoutStaticsParams.WorkoutId;
m_workout = await App.DefaultWorkoutsTable.LookupAsync(workoutId);
if (UserWorkoutStaticsParams.Myself)
{
Title.Text = "Previous Workouts Statistics";
m_workoutStatistics = App.UserWorkoutStatistics.FindAll(stat => stat.UserId.Equals(MainDashboard.CurrentUser.Id) && stat.WorkoutId.Equals(workoutId));
m_workoutStatistics.Sort(delegate(UserWorkoutStatistics x, UserWorkoutStatistics y)
{
return((int)(x.PerformanceNumberCount - y.PerformanceNumberCount));
});
}
else
{
Title.Text = "Other Trainers Statistics";
m_workoutStatistics = App.UserWorkoutStatistics.FindAll(stat => !stat.UserId.Equals(MainDashboard.CurrentUser.Id) && stat.WorkoutId.Equals(workoutId));
m_workoutStatistics.Sort(delegate(UserWorkoutStatistics x, UserWorkoutStatistics y)
{
return((int)(x.PerformanceNumberCount - y.PerformanceNumberCount));
});
int max = m_workoutStatistics.ElementAt(m_workoutStatistics.Count - 1).PerformanceNumberCount;
List <UserWorkoutStatistics> averageStatistics = new List <UserWorkoutStatistics>();
for (int i = 1; i <= max; i++)
{
List <UserWorkoutStatistics> statisticsForIndex = m_workoutStatistics.FindAll(stat => stat.PerformanceNumberCount == i);
if (statisticsForIndex.Count() != 0)
{
UserWorkoutStatistics averageStatisticsForIndex = new UserWorkoutStatistics();
averageStatisticsForIndex.PerformanceTimeAvarage = Utils.CalculatePrevWorkoutsPerformanceTimeAverage(statisticsForIndex);
averageStatisticsForIndex.GeneralColumn1 = Utils.CalculatePrevWorkoutsExNumAverage(statisticsForIndex);
averageStatisticsForIndex.HeartReatAvarage = Utils.CalculatePrevWorkoutsAverageHeartRateAverage(statisticsForIndex);
averageStatisticsForIndex.MaximalHeartRateAvarage = Utils.CalculatePrevWorkoutsPeakHeartRateAverage(statisticsForIndex);
averageStatisticsForIndex.CaloriesBurnedAvarage = Utils.CalculatePrevWorkoutsCaloriesAverage(statisticsForIndex);
averageStatistics.Add(averageStatisticsForIndex);
}
}
m_workoutStatistics = averageStatistics;
}
if (m_workoutStatistics.Count == 0)
{
var dialog = new MessageDialog("No statistics found");
dialog.Commands.Add(new UICommand("Return"));
await dialog.ShowAsync();
Frame rootFrame = Window.Current.Content as Frame;
rootFrame.GoBack();
}
else
{
TimeSpan span = TimeSpan.FromMinutes(Utils.CalculatePrevWorkoutsPerformanceTimeAverage(m_workoutStatistics));
Time.Text += span.ToString(@"hh\:mm");
NumOfEx.Text += Utils.CalculatePrevWorkoutsExNumAverage(m_workoutStatistics).ToString() + "/" + (m_workout.ExercisesIds.Split(';').Count());
heartRate.Text += Utils.CalculatePrevWorkoutsAverageHeartRateAverage(m_workoutStatistics);
peak_heart_rate.Text += Utils.CalculatePrevWorkoutsPeakHeartRateAverage(m_workoutStatistics);
calories.Text += Utils.CalculatePrevWorkoutsCaloriesAverage(m_workoutStatistics);
List <Records> timeRecords = new List <Records>();
for (int i = 0; i < m_workoutStatistics.Count; i++)
{
timeRecords.Add(new Records()
{
Name = "" + (i + 1), Amount = (int)m_workoutStatistics.ElementAt(i).PerformanceTimeAvarage
});
}
List <Records> exercisesAmountRecords = new List <Records>();
for (int i = 0; i < m_workoutStatistics.Count; i++)
{
exercisesAmountRecords.Add(new Records()
{
Name = "" + (i + 1), Amount = (int)(m_workoutStatistics.ElementAt(i).GeneralColumn1 / (m_workout.ExercisesIds.Split(';').Count()) * 100)
});
}
List <Records> heartRatesRecords = new List <Records>();
for (int i = 0; i < m_workoutStatistics.Count; i++)
{
heartRatesRecords.Add(new Records()
{
Name = "" + (i + 1), Amount = (int)m_workoutStatistics.ElementAt(i).HeartReatAvarage
});
}
List <Records> peakHeartRatesRecords = new List <Records>();
for (int i = 0; i < m_workoutStatistics.Count; i++)
{
peakHeartRatesRecords.Add(new Records()
{
Name = "" + (i + 1), Amount = (int)m_workoutStatistics.ElementAt(i).MaximalHeartRateAvarage
});
}
(LineChart.Series[0] as LineSeries).ItemsSource = timeRecords;
(LineChart.Series[1] as LineSeries).ItemsSource = exercisesAmountRecords;
(LineChart.Series[2] as LineSeries).ItemsSource = heartRatesRecords;
(LineChart.Series[3] as LineSeries).ItemsSource = peakHeartRatesRecords;
}
}
public WorkoutDetailsParams(DefaultWorkout workout, UserTrainingProgram trainingProgram)
{
this.workout = workout;
this.trainingProgram = trainingProgram;
}
