unsafe public bool init(IntPtr handle)
{
if (check_dll() == false)
{
is_alive = false;
return(false);
}
is_alive = true;
GLOBAL.jadro = new Core();
GLOBAL.jadro.InitCore(GLOBAL.package_obj);
wnd_id = create_window_render(handle);
GLOBAL.plot_id = create_array_render(handle);
set_frame(GLOBAL.plot_id, true);
wnd_handle = handle;
plot_param = new PlotParameters();
RestorePlotParameters();
SetPlotType(plot_param.plot_type);
SetPointColor(plot_param.point_color_red, plot_param.point_color_green, plot_param.point_color_blue);
SetLineColor(plot_param.line_color_red, plot_param.line_color_green, plot_param.line_color_blue);
SetSymbolColor(plot_param.cross_color_red, plot_param.cross_color_green, plot_param.cross_color_blue);
SetPointNum(plot_param.point_num);
SetSymbolSize(plot_param.figure_size);
SetBkgColor(plot_param.background_color_red, plot_param.background_color_green, plot_param.background_color_blue);
return(true);
}
protected Parameters MakeParameters(PlotParameters parameters, int?forcedEveryNthCycle)
{
return(new Parameters
{
MaxPointsPerSeries = parameters?.MaxPointsPerSeries,
Simplification = parameters?.Simplification ?? 0,
FromCycle = parameters?.FromCycle,
ToCycle = parameters?.ToCycle,
EveryNthCycle = forcedEveryNthCycle ?? parameters?.EveryNthCycle,
CustomCycleFilter = string.IsNullOrWhiteSpace(parameters?.CustomCycleFilter) ?
null :
new IndexRangeFilter(parameters.CustomCycleFilter),
IsChargeEnabled = !(parameters?.DisableCharge ?? false),
IsDischargeEnabled = !(parameters?.DisableDischarge ?? false),
Threshold = parameters?.Threshold,
MinY = parameters?.MinY,
MaxY = parameters?.MaxY,
CurrentUoM = parameters?.CurrentUoM ?? CurrentUoM.mA,
CapacityUoM = parameters?.CapacityUoM ?? CapacityUoM.mAh,
TimeUoM = parameters?.TimeUoM ?? TimeUoM.Seconds,
PowerUoM = parameters?.PowerUoM ?? PowerUoM.W,
EnergyUoM = parameters?.EnergyUoM ?? EnergyUoM.Wh,
ResistanceUoM = parameters?.ResistanceUoM ?? ResistanceUoM.Ohm,
NormalizeBy = parameters?.NormalizeBy ?? NormalizeBy.None
});
}
public Chart Plot(PlotType plotType, PlotParameters parameters, int[] projects, string trace)
{
var forcedEveryNthCycle = CalcForcedEveryNthCycle(plotType, projects, parameters, trace);
var param = MakeParameters(parameters, forcedEveryNthCycle);
var chart = CreateChart(plotType, param);
chart.ForcedEveryNthCycle = forcedEveryNthCycle;
foreach (var pid in projects)
{
Plot(chart, pid, plotType, param, trace);
}
return(chart);
}
public PlotParameters MergeWithGlobal(string userId, PlotParameters origiParameters)
{
var globalPreferences = _db.UserPreferences.Find(userId) ?? AppUserPreferences.Default;
var deepCopy = JsonConvert.DeserializeObject <PlotParameters>(JsonConvert.SerializeObject(origiParameters));
deepCopy.LegendShowen = deepCopy.LegendShowen ?? globalPreferences.ChartPreferences.LegendShowen;
deepCopy.FontFamilyName = string.IsNullOrEmpty(deepCopy.FontFamilyName) ? globalPreferences.ChartPreferences.FontFamilyName : deepCopy.FontFamilyName;
deepCopy.FontSize = deepCopy.FontSize <= 0 ? globalPreferences.ChartPreferences.FontSize : deepCopy.FontSize;
deepCopy.PointSize = deepCopy.PointSize ?? globalPreferences.ChartPreferences.PointSize;
deepCopy.xLineVisible = deepCopy.xLineVisible ?? globalPreferences.ChartPreferences.XLineVisible;
deepCopy.yLineVisible = deepCopy.yLineVisible ?? globalPreferences.ChartPreferences.YLineVisible;
deepCopy.LegendShowen = deepCopy.LegendShowen ?? globalPreferences.ChartPreferences.LegendShowen;
deepCopy.ChartPalette = globalPreferences.ChartPreferences.PaletteColors.ToList();
return(deepCopy);
}
////////////////////////////////////////////////////////////
// Protected Methods/Atributes
////////////////////////////////////////////////////////////
protected virtual void Dispose(bool disposing)
{
if (_disposed)
{
return;
}
if (disposing)
{
Projects?.Clear();
Series?.Clear();
PlotParameters = null;
YAxisText = null;
Projects = null;
Series = null;
}
_disposed = true;
}
public PlotParameters MergePlotParameters(PlotParameters origiParameters, PlotParameters mergeParameters)
{
var deepCopy = JsonConvert.DeserializeObject <PlotParameters>(JsonConvert.SerializeObject(origiParameters));
deepCopy.LegendShowen = mergeParameters.LegendShowen;
deepCopy.FontFamilyName = string.IsNullOrEmpty(mergeParameters.FontFamilyName) ? deepCopy.FontFamilyName : mergeParameters.FontFamilyName;
deepCopy.FontSize = mergeParameters.FontSize <= 0 ? deepCopy.FontSize : mergeParameters.FontSize;
deepCopy.PointSize = mergeParameters.PointSize ?? deepCopy.PointSize;
deepCopy.xLineVisible = mergeParameters.xLineVisible ?? deepCopy.xLineVisible;
deepCopy.yLineVisible = mergeParameters.yLineVisible ?? deepCopy.yLineVisible;
deepCopy.LegendShowen = mergeParameters.LegendShowen ?? deepCopy.LegendShowen;
deepCopy.ChartPalette = mergeParameters.ChartPalette;
deepCopy.NormalizeBy = mergeParameters.NormalizeBy ?? deepCopy.NormalizeBy;
deepCopy.CurrentUoM = mergeParameters.CurrentUoM ?? deepCopy.CurrentUoM;
deepCopy.TimeUoM = mergeParameters.TimeUoM ?? deepCopy.TimeUoM;
deepCopy.PowerUoM = mergeParameters.PowerUoM ?? deepCopy.PowerUoM;
deepCopy.EnergyUoM = mergeParameters.EnergyUoM ?? deepCopy.EnergyUoM;
deepCopy.ResistanceUoM = mergeParameters.ResistanceUoM ?? deepCopy.ResistanceUoM;
deepCopy.CapacityUoM = mergeParameters.CapacityUoM ?? deepCopy.CapacityUoM;
deepCopy.VoltageUoM = mergeParameters.VoltageUoM ?? deepCopy.VoltageUoM;
deepCopy.EnergyUoM = mergeParameters.EnergyUoM ?? deepCopy.EnergyUoM;
deepCopy.DisableDischarge = mergeParameters.DisableDischarge ?? deepCopy.DisableDischarge;
deepCopy.DisableCharge = mergeParameters.DisableCharge ?? deepCopy.DisableCharge;
deepCopy.FromCycle = mergeParameters.FromCycle ?? deepCopy.FromCycle;
deepCopy.ToCycle = mergeParameters.ToCycle ?? deepCopy.ToCycle;
deepCopy.EveryNthCycle = mergeParameters.EveryNthCycle ?? deepCopy.EveryNthCycle;
deepCopy.xAxisText = mergeParameters.xAxisText ?? deepCopy.xAxisText;
deepCopy.yAxisText = mergeParameters.yAxisText.Any() ? mergeParameters.yAxisText : deepCopy.yAxisText;
deepCopy.ChartTitle = mergeParameters.ChartTitle ?? deepCopy.ChartTitle;
return(deepCopy);
}
private int?CalcForcedEveryNthCycle(PlotType plotType,
int[] projects,
PlotParameters parameters,
string trace)
{
if (plotType != PlotType.VoltageCapacity &&
plotType != PlotType.DifferentialVoltage &&
plotType != PlotType.DifferentialCapacity)
{
return(null);
}
var maxCycles = parameters?.MaxCycles ?? 0;
if (maxCycles <= 0)
{
return(null);
}
var maxCyclesPerProject = Math.Max(maxCycles / projects.Length - 1, 1);
var forcedEveryNthCycle = projects.Max(pid =>
{
var cycles = _projectDataRepository.GetCycles(pid, trace).Count;
if (!string.IsNullOrEmpty(parameters?.CustomCycleFilter))
{
var rangeFilter = new IndexRangeFilter(parameters.CustomCycleFilter).RangesItems;
cycles = rangeFilter.Count;
var result = cycles / maxCyclesPerProject;
if (cycles % maxCyclesPerProject != 0)
{
result += 1;
}
return(result);
}
else
{
var fromCycle = Math.Max(parameters?.FromCycle ?? 1, 1);
var toCycle = Math.Min(parameters?.ToCycle ?? cycles, cycles);
cycles = toCycle - fromCycle + 1;
var result = cycles / maxCyclesPerProject;
if (cycles % maxCyclesPerProject != 0)
{
result += 1;
}
return(result);
}
});
if (forcedEveryNthCycle < 2)
{
return(null);
}
if (parameters?.EveryNthCycle != null &&
parameters.EveryNthCycle.Value >= forcedEveryNthCycle)
{
return(null);
}
return(forcedEveryNthCycle);
}
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($"ChartController.GetExportChart: Plot({plotType}, {parameters}, {projectId}): plot {timer.ElapsedMilliseconds} ms");
chart.PlotParameters = parameters;
}
var files = HttpContext.Current.Request.Files;
Stream imageStream = null;
if (files.Count > 0)
{
imageStream = files[0].InputStream;
}
return(new ExcelHttpActionResult(_exporter.ToExcel(chart, imageStream)));
}
public void SetSettings(string userId, PlotParameters parameters)
{
_cacheProvider.Set($"PlotParameters_{userId}", parameters);
}
private int?CalcForcedEveryNthCycle(bool projectsSumCyclesGreaterThanMax,
int[] projects,
PlotParameters parameters,
string trace)
{
if (!projectsSumCyclesGreaterThanMax || IsCalcEveryNthCycleForcedDisabled)
{
return(null);
}
var maxCycles = parameters?.MaxCycles ?? 0;
if (maxCycles <= 0)
{
return(null);
}
var maxCyclesPerProject = Math.Max(maxCycles / projects.Length - 1, 1);
var forcedEveryNthCycle = projects.Max(pid =>
{
int cycles = ProjectDataRepository.GetCycles(pid, trace).Count;
if (parameters != null && string.IsNullOrEmpty(parameters.CustomCycleFilter))
{
int fromCycle = Math.Max(parameters.FromCycle ?? 1, 1);
int toCycle = Math.Min(parameters.ToCycle ?? cycles, cycles);
cycles = toCycle - fromCycle + 1;
int result = cycles / maxCyclesPerProject;
if (cycles % maxCyclesPerProject != 0)
{
result += 1;
}
return(result);
}
else
{
if (parameters != null)
{
var rangeFilter = new IndexRangeFilter(parameters.CustomCycleFilter).RangesItems;
cycles = rangeFilter.Count;
}
int result = cycles / maxCyclesPerProject;
if (cycles % maxCyclesPerProject != 0)
{
result += 1;
}
return(result);
}
});
if (forcedEveryNthCycle < 2)
{
return(null);
}
if (parameters?.EveryNthCycle != null &&
parameters.EveryNthCycle.Value >= forcedEveryNthCycle)
{
return(null);
}
return(forcedEveryNthCycle);
}
public void RestorePlotParameters()
{
try
{
XmlSerializer deserializer = new XmlSerializer(typeof(PlotParameters));
string dir = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location);
dir += "\\config.xml";
using (TextReader reader = new StreamReader(dir))
{
plot_param = (PlotParameters)(deserializer.Deserialize(reader));
}
}
catch (Exception e)
{
//specifying default parameters
plot_param.point_color_red = 1;
plot_param.point_color_green = 0;
plot_param.point_color_blue = 0;
plot_param.line_color_red = 1;
plot_param.line_color_green = 0;
plot_param.line_color_blue = 0;
plot_param.cross_color_red = 0;
plot_param.cross_color_green = 0;
plot_param.cross_color_blue = 1;
plot_param.background_color_red = 1;
plot_param.background_color_green = 1;
plot_param.background_color_blue = 1;
plot_param.plot_type = 0x02;
plot_param.figure_size = 12;
plot_param.point_num = 1024;
SavePlotParameters();
}
}
public unsafe bool init(IntPtr handle)
{
if (check_dll() == false)
{
is_alive = false;
return false;
}
is_alive = true;
GLOBAL.jadro = new Core();
GLOBAL.jadro.InitCore(GLOBAL.package_obj);
wnd_id = create_window_render(handle);
GLOBAL.plot_id = create_array_render(handle);
set_frame(GLOBAL.plot_id, true);
wnd_handle = handle;
plot_param = new PlotParameters();
RestorePlotParameters();
SetPlotType(plot_param.plot_type);
SetPointColor(plot_param.point_color_red, plot_param.point_color_green, plot_param.point_color_blue);
SetLineColor(plot_param.line_color_red, plot_param.line_color_green, plot_param.line_color_blue);
SetSymbolColor(plot_param.cross_color_red, plot_param.cross_color_green, plot_param.cross_color_blue);
SetPointNum(plot_param.point_num);
SetSymbolSize(plot_param.figure_size);
SetBkgColor(plot_param.background_color_red, plot_param.background_color_green, plot_param.background_color_blue);
return true;
}
public static void PlotLayout(this Document document, Transaction tr, Layout layout, PlotParameters plotParameters)
{
var ps = new PlotSettings(layout.ModelType);
ps.CopyFrom(layout);
ps.PlotPlotStyles = true;
var psv = PlotSettingsValidator.Current;
psv.SetDefaultPlotConfig(ps);
psv.SetPlotType(ps, Autodesk.AutoCAD.DatabaseServices.PlotType.Extents);
psv.SetUseStandardScale(ps, true);
psv.SetPlotOrigin(ps, plotParameters.PaperFormat.PlotOrigin);
// psv.SetPlotRotation(ps, PlotRotation.Degrees090);
if (plotParameters.PaperFormat.ShrinkDrawing)
{
psv.SetStdScaleType(ps, StdScaleType.ScaleToFit);
//psv.SetUseStandardScale(ps, false);
//psv.SetStdScale(ps, 2);
//var Scale = new CustomScale(1, 0.5);
//psv.SetCustomPrintScale(ps, Scale);
}
else
{
psv.SetStdScaleType(ps, StdScaleType.StdScale1To1);
}
psv.SetPlotConfigurationName(ps, plotParameters.Pc3Name, plotParameters.PaperFormat.CanonicalMediaName);
psv.SetPlotPaperUnits(ps, PlotPaperUnit.Millimeters);
var pi = new PlotInfo();
pi.Layout = layout.ObjectId;
pi.OverrideSettings = ps;
var piv = new PlotInfoValidator();
piv.MediaMatchingPolicy = MatchingPolicy.MatchEnabled;
piv.Validate(pi);
var d = Path.GetDirectoryName(plotParameters.OutputFilePath);
if (!Directory.Exists(d))
{
Directory.CreateDirectory(d);
}
using (var pe = PlotFactory.CreatePublishEngine())
using (var ppi = new PlotPageInfo())
{
pe.BeginPlot(null, null);
pe.BeginDocument(pi, document.Name, null, 1, plotParameters.PlotToFile, plotParameters.OutputFilePath);
pe.BeginPage(ppi, pi, true, null);
pe.BeginGenerateGraphics(null);
pe.EndGenerateGraphics(null);
pe.EndPage(null);
pe.EndDocument(null);
pe.EndPlot(null);
}
tr.Commit();
}
