private void DisplayParameter(int id)
{
grdControl.Children.Clear();
SensorLocator locator = new SensorLocator();
//_sensor.State.Vol = _model.Rows[id].Values[_sensor.Model.Port - 1];
DTCDev.Models.DeviceSender.DISP.DevicePresenter.Sensor nSens = new DTCDev.Models.DeviceSender.DISP.DevicePresenter.Sensor
{
Model = new DTCDev.Models.DeviceSender.DeviceSensorsModel
{
id = _sensor.Model.id,
IsAnalog = _sensor.Model.IsAnalog,
IsInput = _sensor.Model.IsInput,
Max = _sensor.Model.Max,
Min = _sensor.Model.Min,
Name = _sensor.Model.Name,
NormalMax = _sensor.Model.NormalMax,
NormalMin = _sensor.Model.NormalMin,
Port = _sensor.Model.Port,
PrType = _sensor.Model.PrType
},
State = new DTCDev.Models.DeviceSender.SensorState
{
id = 0,
Vol = _model.Rows[id].Values[_sensor.Model.Port - 1]
}
};
UserControl control = locator.GetSensor(SensorsTypeEnum.SensorsMode.HIST, nSens);
if (control != null)
{
grdControl.Children.Add(control);
}
}
public ControllerLineHistoryRow(DTCDev.Models.DeviceSender.DISP.DevicePresenter.Sensor sensor,
LinesDataModel model)
{
InitializeComponent();
_model = model;
_sensor = sensor;
if (_model != null)
{
if (_model.Rows.Count() > 0)
{
DisplayParameter(0);
}
DisplayGraph();
}
}
private void CreateGraph()
{
if (_currentWidth < 1)
{
return;
}
OBDSensorStatData sst = new OBDSensorStatData();
_sensor = sst.GetOBDSensorModel(_obdCode);
sst = null;
PreCalc();
cnvData.Children.Clear();
cnvData.Width = _currentWidth;
double step = _currentWidth / (24 * 60 * 60);
int secondsInStep = 86400;
double sStep = _currentWidth;
while (sStep > 1)
{
secondsInStep = secondsInStep / 2;
sStep = sStep / 2;
}
int currentSecond = 0;
while (currentSecond < 86400)
{
List <DataModel> temp = _displayParams.Where(p => p.Seconds >= currentSecond && p.Seconds < currentSecond + secondsInStep).ToList();
if (temp.Count() < 1)
{
AddBorder(step, currentSecond, secondsInStep, 0);
}
else
{
int vol = temp.Sum(p => p.Item.Vol) / temp.Count();
AddBorder(step, currentSecond, secondsInStep, vol);
}
currentSecond += secondsInStep;
}
}
