private void GetChartBySOC(Chart chart,
Project project,
Parameters parameters,
List <Cycle> cycles,
StateOfCharge stateOfCharge,
List <DataPoint> allPoints)
{
var firstCyscleIndex = 0;
var pointCount = 0;
foreach (var cycle in FilterCycles(cycles, parameters))
{
firstCyscleIndex = firstCyscleIndex + pointCount;
var tempPoints = allPoints.Where(cycle1 => cycle1.CycleIndex == cycle.Index).ToList();
pointCount = tempPoints.Count();
var first = tempPoints.First();
var last = tempPoints.Last();
double denominator = 1;
if ((double)(last.Capacity.Value - first.Capacity.Value) > 0)
{
denominator = (double)(last.Capacity.Value - first.Capacity.Value);
}
var pointsCC = Plot(allPoints, firstCyscleIndex, pointCount,
p => Math.Abs((double)((p.Capacity - first.Capacity) / denominator) * 100),
p => p.Voltage, parameters).ToList();
AddSeries(chart, project, parameters, pointsCC, $"{Title.Charge} {cycle.Index}", cycle.Index);
}
}
public StateOfCharge GetStateOfCharge(string VehicleId, string access_token)
{
var client = new RestClient("https://api.mercedes-benz.com/experimental/connectedvehicle/v1/vehicles/" + VehicleId + "/stateofcharge");
var request = new RestRequest(Method.GET);
request.AddHeader("Authorization", "Bearer " + access_token);
request.AddHeader("Content-Type", "application/json");
request.AddHeader("Accept", "application/json");
IRestResponse response = client.Execute(request);
StateOfCharge JSONObj = JsonConvert.DeserializeObject <StateOfCharge>(response.Content);
return(JSONObj);
}
public IHttpActionResult SetStateOfCharge(
[FromUri] int[] projectId,
[FromUri] double?chargeFrom = null,
[FromUri] double?chargeTo = null)
{
var result = _selectProjectListQuery.Execute(User.Identity.GetUserId(), projectId);
if (result.Status != ProjectStatusDto.Ready)
{
return(Content(HttpStatusCode.NotFound, new { result.Status }));
}
StateOfCharge stateOfCharge = new StateOfCharge {
ChargeFrom = chargeFrom,
ChargeTo = chargeTo
};
var parameters = _chartSettingProvider.MergeWithGlobal(User.Identity.GetUserId(), _chartSettingProvider.GetSettings(User.Identity.GetUserId()));
var projectWithOneCycleExist = result.Projects.HasProjectsWithOneCycle();
var projectsSumCyclesGreaterThanMax = result.Projects.IsTotalProjectsCyclesGreaterThanMaximum(MaxSeriesPerPlot);
parameters.PointSize = projectWithOneCycleExist ? PointSizeOnOneCyclePlots : parameters.PointSize;
parameters.MaxCycles = projectsSumCyclesGreaterThanMax ? MaxSeriesPerPlot : parameters.MaxCycles;
var timer = Stopwatch.StartNew();
var chart = _chartPlotterFactory(PlotType.Soc).Plot(projectsSumCyclesGreaterThanMax,
new ChartPlotterContext
{
Parameters = parameters, ProjectIds = projectId,
Trace = User.Identity.Name,
Data = stateOfCharge
});
chart.PlotParameters = parameters;
timer.Restart();
return(Ok(chart.ToChartDto($"SOC ChargeFrom - {chargeFrom} ;ChargeTo - {chargeTo} ")));
}
protected void Page_Load(object sender, EventArgs e)
{
if (!Page.IsPostBack)
{
try
{
VehicleInformation getVehicleInformation = new VehicleInformation();
TireStates getTireStates = new TireStates();
Location getLocation = new Location();
Odometer getOdometer = new Odometer();
FuelState getFuelState = new FuelState();
StateOfCharge getStateOfCharge = new StateOfCharge();
StateOfDoors getStateOfDoors = new StateOfDoors();
if (Request.QueryString["code"] != null)
{
string Access_token = VerifyAuthentication(Request.QueryString["code"]);
string VehicleId = GetVehicleId(Access_token);
getVehicleInformation = GetVehicleInformationById(VehicleId, Access_token);
getTireStates = GetTireState(VehicleId, Access_token);
getLocation = GetLocation(VehicleId, Access_token);
getOdometer = GetOdometer(VehicleId, Access_token);
getFuelState = GetFuelState(VehicleId, Access_token);
getStateOfCharge = GetStateOfCharge(VehicleId, Access_token);
getStateOfDoors = GetStateOfDoors(VehicleId, Access_token);
string kapidurum = SetLockStateOfDoors(VehicleId, Access_token);
if (kapidurum == "INITIATED")
{
}
else
{
}
}
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
}
public IHttpActionResult GetExportChart(
[FromUri] int[] projectId,
[FromUri] PlotType plotType,
[FromUri] string format = null,
[FromUri] string templateIdValue = null,
[FromUri] int?maxCycles = null,
[FromUri] int?maxPointsPerSeries = null,
[FromUri] int?fromCycle = null,
[FromUri] int?toCycle = null,
[FromUri] int?everyNthCycle = null,
[FromUri] string customCycleFilter = null,
[FromUri] bool?disableCharge = null,
[FromUri] bool?disableDischarge = null,
[FromUri] double?threshold = null,
[FromUri] double?minY = null,
[FromUri] double?maxY = null,
[FromUri] CurrentUoM?currentUoM = null,
[FromUri] CapacityUoM?capacityUoM = null,
[FromUri] TimeUoM?timeUoM = null,
[FromUri] PowerUoM?powerUoM = null,
[FromUri] EnergyUoM?energyUoM = null,
[FromUri] ResistanceUoM?resistanceUoM = null,
[FromUri] NormalizeBy?normalizeBy = null,
[FromUri] int?pointSize = null,
[FromUri] double?chargeFrom = null,
[FromUri] double?chargeTo = null)
{
var result = _selectProjectListQuery.Execute(User.Identity.GetUserId(), projectId);
if (result.Status != ProjectStatusDto.Ready)
{
return(NotFound());
}
var timer = Stopwatch.StartNew();
Chart chart;
if ((plotType == PlotType.View || plotType == PlotType.Template) && !string.IsNullOrEmpty(templateIdValue))
{
int.TryParse(templateIdValue, out var templateId);
var item = _plotTemplateService.GetChartTemplate(new ChartOwner(User.Identity.GetUserId(), User.Identity.Name), templateId, result.Projects);
if (item == null)
{
Log.Error($"Template {templateId} not found");
return(NotFound());
}
chart = item.Chart;
timer.Restart();
}
else if (plotType == PlotType.Soc)
{
var parameters = new PlotParameters
{
MaxCycles = maxCycles,
MaxPointsPerSeries = maxPointsPerSeries,
FromCycle = fromCycle,
ToCycle = toCycle,
EveryNthCycle = everyNthCycle,
CustomCycleFilter = customCycleFilter,
DisableCharge = disableCharge,
DisableDischarge = disableDischarge,
Threshold = threshold,
MinY = minY,
MaxY = maxY,
CurrentUoM = currentUoM,
CapacityUoM = capacityUoM,
TimeUoM = timeUoM,
PowerUoM = powerUoM,
EnergyUoM = energyUoM,
ResistanceUoM = resistanceUoM,
NormalizeBy = normalizeBy,
PointSize = pointSize
};
StateOfCharge stateOfCharge = new StateOfCharge
{
ChargeFrom = chargeFrom,
ChargeTo = chargeTo
};
chart = _chartPlotterFactory(PlotType.Soc).Plot(false,
new ChartPlotterContext
{
Parameters = parameters, ProjectIds = projectId,
Trace = User.Identity.Name,
Data = stateOfCharge
});
chart.PlotParameters = parameters;
Log.Info($"ChartController.GetExportChart: Plot({plotType}, {parameters}, {projectId}): plot {timer.ElapsedMilliseconds} ms");
}
else
{
PlotParameters parameters = new PlotParameters
{
MaxCycles = maxCycles,
MaxPointsPerSeries = maxPointsPerSeries,
FromCycle = fromCycle,
ToCycle = toCycle,
EveryNthCycle = everyNthCycle,
CustomCycleFilter = customCycleFilter,
DisableCharge = disableCharge,
DisableDischarge = disableDischarge,
Threshold = threshold,
MinY = minY,
MaxY = maxY,
CurrentUoM = currentUoM,
CapacityUoM = capacityUoM,
TimeUoM = timeUoM,
PowerUoM = powerUoM,
EnergyUoM = energyUoM,
ResistanceUoM = resistanceUoM,
NormalizeBy = normalizeBy,
PointSize = pointSize
};
chart = _chartPlotterFactory(plotType).Plot(true,
new ChartPlotterContext
{
Parameters = parameters,
ProjectIds = projectId,
Trace = User.Identity.Name
});
Log.Info($"ChartController.GetExportChart: Plot({plotType}, {parameters}, {projectId}): plot {timer.ElapsedMilliseconds} ms");
chart.PlotParameters = parameters;
}
var files = HttpContext.Current.Request.Files;
Stream imageStream = null;
if (files.Count > 0)
{
imageStream = files[0].InputStream;
}
return(new ExcelHttpActionResult(_exporter.ToExcel(chart, imageStream)));
}
