public void UpdateStageDisplayUber(DateTime startTime, DateTime endTime, double maxDurationInMinutes)
{
double scale = maxDisplayWidth / maxDurationInMinutes;
if (scale <= 0)
{
scale = 1;
}
// Start by adding a stage for time between now and the first stage.
if (startTime > DateTime.Now)
{
double scaledDurationInMinutes = scale * ((startTime - DateTime.Now).TotalMinutes);
StageDisplays.Add(StageModel.Waiting((int)(scaledDurationInMinutes)));
}
// Add the single stage as this is a car trip.
StageDisplays.Add(new StageModel("#E0E0E4", (int)(scale * (endTime - startTime).TotalMinutes)));
// Finally add the extra space to fill the bar within the tile if the trip is short.
if (StageDisplays.Sum(x => x.Width) < maxDisplayWidth)
{
StageDisplays.Add(StageModel.Waiting((int)maxDisplayWidth - StageDisplays.Sum(x => x.Width)));
}
}
public void UpdateStageDisplay(DateTime scaledStartTime, bool isScaledStartTime, double maxDurationInMinutes, DateTime end)
{
if (DateTime.Now > this.Stages.Last().EndTime)
{
StageDisplays.Clear();
StageDisplays.Add(StageModel.Waiting((int)maxDisplayWidth));
return;
}
StageDisplays.Clear();
double scale = maxDisplayWidth / maxDurationInMinutes;
double runningTime = 0;
if (isScaledStartTime)
{
scale = (maxDisplayWidth - 60) / maxDurationInMinutes;
StageDisplays.Add(StageModel.Waiting(60, Visibility.Visible));
}
if (this.Stages.First().StartTime < DateTime.Now)
{
runningTime = (DateTime.Now - this.Stages.First().StartTime).TotalMinutes;
}
//TODO test with walking!
Stage previousStage = null;
// Start by adding a stage for time between now and the first stage.
if (this.Stages.First().StartTime > scaledStartTime)
{
double scaledDurationInMinutes = scale * ((this.Stages.First().StartTime - scaledStartTime).TotalMinutes);
StageDisplays.Add(StageModel.Waiting((int)(scaledDurationInMinutes)));
}
// Add the stages as stage models.
foreach (Stage stage in Stages)
{
double scaledDurationInMinutes = 1.0;
if (previousStage != null && stage.StartTime > previousStage.EndTime)
{
if (runningTime < (stage.StartTime - previousStage.EndTime).TotalMinutes)
{
scaledDurationInMinutes = scale * ((stage.StartTime - previousStage.EndTime).TotalMinutes - runningTime);
StageDisplays.Add(StageModel.Waiting((int)(scaledDurationInMinutes)));
runningTime = 0;
}
else
{
runningTime -= (stage.StartTime - previousStage.EndTime).TotalMinutes;
}
}
previousStage = stage;
if (runningTime < stage.Duration)
{
scaledDurationInMinutes = scale * (stage.Duration - runningTime);
StageDisplays.Add(new StageModel(stage.Colour, (int)(scaledDurationInMinutes)));
runningTime = 0;
}
else
{
runningTime -= stage.Duration;
}
}
// End by adding a stage for time between the end of this path option and the end time of the longest path option.
if (this.Stages.Last().EndTime < end)
{
if (runningTime < (end - this.Stages.Last().EndTime).TotalMinutes)
{
double scaledDurationInMinutes = scale * ((end - this.Stages.Last().EndTime).TotalMinutes - runningTime);
StageDisplays.Add(StageModel.Waiting((int)(scaledDurationInMinutes)));
runningTime = 0;
}
else
{
runningTime -= (end - this.Stages.Last().EndTime).TotalMinutes;
}
}
// Finally add the extra space to fill the bar within the tile if the trip is short.
if (StageDisplays.Sum(x => x.Width) < maxDisplayWidth)
{
StageDisplays.Add(StageModel.Waiting((int)maxDisplayWidth - StageDisplays.Sum(x => x.Width)));
}
}