private void clearLines()
{
SpeedChart.clearData();
OffsetChart.clearData();
AccelerationChart.clearData();
BrakeChart.clearData();
FollowChart.clearData();
}
private void hideMarkers()
{
SpeedChart.HideMarkers();
OffsetChart.HideMarkers();
AccelerationChart.HideMarkers();
BrakeChart.HideMarkers();
FollowChart.HideMarkers();
}
private void showMarkers()
{
SpeedChart.ShowMarkers();
OffsetChart.ShowMarkers();
AccelerationChart.ShowMarkers();
BrakeChart.ShowMarkers();
FollowChart.ShowMarkers();
}
private void clearChart()
{
SpeedChart.clearData();
LittleSpeed.clearData();
AccelerationChart.clearData();
LittleAcc.clearData();
OffsetChart.clearData();
LittleOffset.clearData();
BrakeChart.clearData();
FollowChart.clearData();
LittleFollow.clearData();
}
private void changeChartsVisible(int chartMode, bool visible)
{
if (bars != null && bars.Children != null)
{
foreach (BarChart chart in bars.Children)
{
if (chart != null)
{
chart.setBarVisible(chartMode, visible);
}
}
}
SpeedChart.setLineVisible(chartMode, visible);
OffsetChart.setLineVisible(chartMode, visible);
AccelerationChart.setLineVisible(chartMode, visible);
BrakeChart.setLineVisible(chartMode, visible);
FollowChart.setLineVisible(chartMode, visible);
}
// distance oriented
private void plotMarks()
{
if (currentScene == UserSelections.ScenePractice)
{
return;
}
SimulatedVehicle top = new SimulatedVehicle();
SimulatedVehicle bottom = new SimulatedVehicle();
int count = 0;
int index;
ExperienceUnit unit = null;
foreach (int mode in UserSelections.ModeList)
{
index = user.Index[UserSelections.getIndex(currentScene, mode)];
if (index != -1)
{
unit = user.Experiences[index];
foreach (PropertyInfo p in top.GetType().GetProperties())
{
if ((float)p.GetValue(unit.Top) > (float)p.GetValue(top))
{
p.SetValue(top, (float)p.GetValue(unit.Top));
}
if ((float)p.GetValue(unit.Bottom) < (float)p.GetValue(bottom))
{
p.SetValue(bottom, (float)p.GetValue(unit.Bottom));
}
}
++count;
}
}
if (count != 0)
{
foreach (DistractMark mark in unit.Marks)
{
float start = mark.Start.TotalDistance;
float end = mark.End.TotalDistance;
SpeedChart.AddAMarker(new List <Point>()
{
new Point(start, top.Speed),
new Point(start, bottom.Speed), new Point(end, bottom.Speed), new Point(end, top.Speed), new Point(start, top.Speed)
});
OffsetChart.AddAMarker(new List <Point>()
{
new Point(start, top.Offset),
new Point(start, bottom.Offset), new Point(end, bottom.Offset), new Point(end, top.Offset), new Point(start, top.Offset)
});
AccelerationChart.AddAMarker(new List <Point>()
{
new Point(start, top.Acceleration),
new Point(start, bottom.Acceleration), new Point(end, bottom.Acceleration), new Point(end, top.Acceleration), new Point(start, top.Acceleration)
});
BrakeChart.AddAMarker(new List <Point>()
{
new Point(start, top.BrakePedal),
new Point(start, bottom.BrakePedal), new Point(end, bottom.BrakePedal), new Point(end, top.BrakePedal), new Point(start, top.BrakePedal)
});
FollowChart.AddAMarker(new List <Point>()
{
new Point(start, top.DistanceToNext),
new Point(start, bottom.DistanceToNext), new Point(end, bottom.DistanceToNext), new Point(end, top.DistanceToNext), new Point(start, top.DistanceToNext)
});
}
}
if (showMark && axis == 1)
{
showMarkers();
}
else
{
hideMarkers();
}
}
private void plotExperienceLine(int _mode, int indexOfSelection)
{
Dispatcher dispatcher = PageList.Main.Dispatcher;
ExperienceUnit unit = user.Experiences[user.Index[indexOfSelection]];
List <SimulatedVehicle> list = unit.Vehicles;
SpeedChart.Init.AppendAsync(dispatcher, new Point(0, unit.Top.Speed));
OffsetChart.Init.AppendAsync(dispatcher, new Point(0, unit.Top.Offset));
AccelerationChart.Init.AppendAsync(dispatcher, new Point(0, unit.Top.Acceleration));
BrakeChart.Init.AppendAsync(dispatcher, new Point(0, unit.Top.BrakePedal));
FollowChart.Init.AppendAsync(dispatcher, new Point(0, unit.Top.DistanceToNext));
SpeedChart.Init.AppendAsync(dispatcher, new Point(0, unit.Bottom.Speed));
OffsetChart.Init.AppendAsync(dispatcher, new Point(0, unit.Bottom.Offset));
AccelerationChart.Init.AppendAsync(dispatcher, new Point(0, unit.Bottom.Acceleration));
BrakeChart.Init.AppendAsync(dispatcher, new Point(0, unit.Bottom.BrakePedal));
FollowChart.Init.AppendAsync(dispatcher, new Point(0, unit.Bottom.DistanceToNext));
switch (axis)
{
case 0:
SpeedChart.Init.AppendAsync(dispatcher, new Point(unit.Right.SimulationTime, 0));
OffsetChart.Init.AppendAsync(dispatcher, new Point(unit.Right.SimulationTime, 0));
AccelerationChart.Init.AppendAsync(dispatcher, new Point(unit.Right.SimulationTime, 0));
BrakeChart.Init.AppendAsync(dispatcher, new Point(unit.Right.SimulationTime, 0));
FollowChart.Init.AppendAsync(dispatcher, new Point(unit.Right.SimulationTime, 0));
break;
case 1:
SpeedChart.Init.AppendAsync(dispatcher, new Point(unit.Right.TotalDistance, 0));
OffsetChart.Init.AppendAsync(dispatcher, new Point(unit.Right.TotalDistance, 0));
AccelerationChart.Init.AppendAsync(dispatcher, new Point(unit.Right.TotalDistance, 0));
BrakeChart.Init.AppendAsync(dispatcher, new Point(unit.Right.TotalDistance, 0));
FollowChart.Init.AppendAsync(dispatcher, new Point(unit.Right.TotalDistance, 0));
break;
default:
return;
}
foreach (SimulatedVehicle vehicle in list)
{
float x;
switch (axis)
{
case 0:
x = vehicle.SimulationTime;
break;
case 1:
x = vehicle.TotalDistance;
break;
default:
return;
}
SpeedChart.addRealTimePoint(_mode, new Point(x, vehicle.Speed));
OffsetChart.addRealTimePoint(_mode, new Point(x, vehicle.Offset));
AccelerationChart.addRealTimePoint(_mode, new Point(x, vehicle.Acceleration));
BrakeChart.addRealTimePoint(_mode, new Point(x, vehicle.BrakePedal));
FollowChart.addRealTimePoint(_mode, new Point(x, vehicle.DistanceToNext));
}
}