public void SetGraphs(Chart power, Chart voltage, Chart amperage)
{
_power = power;
_voltage = voltage;
_amperage = amperage;
bConfigurer_Command = new RelayCommand(Configurer_Command);
ObservableCollection<Tuple<int, int>> Test2 = new ObservableCollection<Tuple<int, int>>();
Test2.Add(new Tuple<int, int>(0, 30));
Test2.Add(new Tuple<int, int>(1, 20));
Test2.Add(new Tuple<int, int>(2, 50));
_power.Series.Add(new LineSeries());
(_power.Series[0] as LineSeries).ItemsSource = Test2;
(_power.Series[0] as LineSeries).IndependentValuePath = "Item1";
(_power.Series[0] as LineSeries).DependentValuePath = "Item2";
ObservableCollection<Tuple<int, int>> Test3 = new ObservableCollection<Tuple<int, int>>();
Test3.Add(new Tuple<int, int>(0, 20));
Test3.Add(new Tuple<int, int>(1, 10));
Test3.Add(new Tuple<int, int>(2, 60));
_power.Series.Add(new LineSeries());
(_power.Series[1] as LineSeries).ItemsSource = Test3;
(_power.Series[1] as LineSeries).IndependentValuePath = "Item1";
(_power.Series[1] as LineSeries).DependentValuePath = "Item2";
_voltage.Series.Add(new LineSeries());
(_voltage.Series[0] as LineSeries).ItemsSource = Test3;
(_voltage.Series[0] as LineSeries).IndependentValuePath = "Item1";
(_voltage.Series[0] as LineSeries).DependentValuePath = "Item2";
_amperage.Series.Add(new LineSeries());
(_amperage.Series[0] as LineSeries).ItemsSource = Test3;
(_amperage.Series[0] as LineSeries).IndependentValuePath = "Item1";
(_amperage.Series[0] as LineSeries).DependentValuePath = "Item2";
}
public static void CalcPk(double lambda, double mu, ListView list, WinRTXamlToolkit.Controls.DataVisualization.Charting.Chart lineChart)
{
lineChart.Title = "P(k)";
List <Point> chartList = new List <Point>();
double ro = lambda / mu;
for (int k = 0; k <= 10; k++)
{
list.Items.Add(k + ") " + (1 - ro) * Math.Pow(ro, k));
chartList.Add(new Point()
{
x_axis = k, y_axis = (1 - ro) * Math.Pow(ro, k)
});
}
(lineChart.Series[0] as AreaSeries).ItemsSource = chartList;
(lineChart.Series[0] as AreaSeries).Title = "P(k)";
(lineChart.Series[1] as AreaSeries).Visibility = Windows.UI.Xaml.Visibility.Collapsed;
(lineChart.Series[1] as AreaSeries).Title = "";
}
public static void CalcWj(double lambda, double mu, int v, ListView list, WinRTXamlToolkit.Controls.DataVisualization.Charting.Chart lineChart)
{
List <Point> chartList2 = new List <Point>();
double znam = 0;
double ro = lambda / mu;
for (int x = 0; x <= v - 1; x++)
{
znam += Math.Pow(ro, x) / Factorial(x);
}
znam += Math.Pow(ro, v) * v / (Factorial(v) * (v - ro));
for (int j = 0; j <= v + 10; j++)
{
list.Items.Add(j + ") " + Math.Pow(ro, v) / Factorial(v) * Math.Pow(ro / v, j) / znam);
chartList2.Add(new Point()
{
x_axis = j + v, y_axis = Math.Pow(ro, v) / Factorial(v) * Math.Pow(ro / v, j) / znam
});
}
(lineChart.Series[1] as AreaSeries).ItemsSource = chartList2;
(lineChart.Series[1] as AreaSeries).Title = "W(j)";
}
public static void CalcPi(double lambda, double mu, int v, ListView list, WinRTXamlToolkit.Controls.DataVisualization.Charting.Chart lineChart)
{
List <Point> chartList = new List <Point>();
double znam = 0;
double ro = lambda / mu;
for (int x = 0; x <= v - 1; x++)
{
znam += Math.Pow(ro, x) / Factorial(x);
}
znam += Math.Pow(ro, v) * v / (Factorial(v) * (v - ro));
for (int i = 0; i <= v; i++)
{
list.Items.Add(i + ") " + Math.Pow(ro, i) / Factorial(i) / znam);
chartList.Add(new Point()
{
x_axis = i, y_axis = Math.Pow(ro, i) / Factorial(i) / znam
});
}
(lineChart.Series[0] as AreaSeries).ItemsSource = chartList;
(lineChart.Series[0] as AreaSeries).Title = "P(i)";
}
public static void CalcPk(double a, double mu, int v, uint n, ListView list, WinRTXamlToolkit.Controls.DataVisualization.Charting.Chart lineChart)
{
lineChart.Title = "P(k)";
List <Point> chartList = new List <Point>();
double znam = 0;
for (uint x = 0; x <= v; x++)
{
znam += Cnm(n, x) * Math.Pow(a / (1 - a), x);
}
for (uint k = 0; k <= v; k++)
{
list.Items.Add(k + ") " + Cnm(n, k) * Math.Pow(a / (1 - a), k) / znam);
chartList.Add(new Point()
{
x_axis = k, y_axis = Cnm(n, k) * Math.Pow(a / (1 - a), k) / znam
});
}
(lineChart.Series[0] as AreaSeries).ItemsSource = chartList;
(lineChart.Series[0] as AreaSeries).Title = "P(k)";
(lineChart.Series[1] as AreaSeries).Visibility = Windows.UI.Xaml.Visibility.Collapsed;
(lineChart.Series[1] as AreaSeries).Title = "";
}
public static void CalcPk(double lambda, double mu, int v, ListView list, WinRTXamlToolkit.Controls.DataVisualization.Charting.Chart lineChart)
{
lineChart.Title = "P(k)";
List <Point> chartList = new List <Point>();
double znam = 0;
double ro = lambda / mu;
for (int x = 0; x <= v; x++)
{
znam += Math.Pow(ro, x) / Factorial(x);
}
for (int k = 0; k <= v; k++)
{
list.Items.Add(k + ") " + Math.Pow(ro, k) / Factorial(k) / znam);
chartList.Add(new Point()
{
x_axis = k, y_axis = Math.Pow(ro, k) / Factorial(k) / znam
});
}
(lineChart.Series[0] as AreaSeries).ItemsSource = chartList;
(lineChart.Series[0] as AreaSeries).Title = "P(k)";
(lineChart.Series[1] as AreaSeries).Visibility = Windows.UI.Xaml.Visibility.Collapsed;
(lineChart.Series[1] as AreaSeries).Title = "";
}
public PriorityChart(Chart mychart)
{
this.myChart = mychart;
this.myChart.Series.Clear();
this.bsStatusNew = freshSeries("New"); this.myChart.Series.Add(bsStatusNew);
this.bsStatusReplied = freshSeries("Replied"); this.myChart.Series.Add(bsStatusReplied);
this.bsStatusInProgress = freshSeries("In Progress"); this.myChart.Series.Add(bsStatusInProgress);
this.bsStatusOnHold = freshSeries("On Hold"); this.myChart.Series.Add(bsStatusOnHold);
this.bsStatusWaitingReply = freshSeries("Waiting Reply"); this.myChart.Series.Add(bsStatusWaitingReply);
this.bsStatusResolved = freshSeries("Resolved"); this.myChart.Series.Add(bsStatusResolved);
readAll();
}
public CategoryChart(Chart mychart)
{
this.myChart = mychart;
this.myChart.Series.Clear();
this.bsPriorityLow = freshSeries("Low"); this.myChart.Series.Add(bsPriorityLow);
this.bsPriorityMedium = freshSeries("Medium"); this.myChart.Series.Add(bsPriorityMedium);
this.bsPriorityHigh = freshSeries("High"); this.myChart.Series.Add(bsPriorityHigh);
this.bsPriorityCritical = freshSeries("Critical"); this.myChart.Series.Add(bsPriorityCritical);
readAll();
}
public StatusChart(Chart mychart)
{
this.myChart = mychart;
this.myChart.Series.Clear();
this.bsCategoryGeneral = freshSeries("general"); this.myChart.Series.Add(bsCategoryGeneral);
this.bsCategoryStudentVM = freshSeries("reqForStudentVM"); this.myChart.Series.Add(bsCategoryStudentVM);
this.bsCategorySpecialityServers = freshSeries("reqForSpecialityServers"); this.myChart.Series.Add(bsCategorySpecialityServers);
this.bsCategoryClassTech = freshSeries("classTechIssues"); this.myChart.Series.Add(bsCategoryClassTech);
this.bsCategoryOfficeTech = freshSeries("officeTechIssues"); this.myChart.Series.Add(bsCategoryOfficeTech);
this.bsCategoryWebsiteUpdate = freshSeries("departmentalWebsiteUpdate"); this.myChart.Series.Add(bsCategoryWebsiteUpdate);
this.bsCategoryDeanAdmin = freshSeries("deanOfficeAdminSupport"); this.myChart.Series.Add(bsCategoryDeanAdmin);
this.bsCategoryItAdmin = freshSeries("itAdminSupport"); this.myChart.Series.Add(bsCategoryItAdmin);
this.bsCategoryCsswweAdmin = freshSeries("csswweAdminSupport"); this.myChart.Series.Add(bsCategoryCsswweAdmin);
readAll();
}
public void SetGraphs(Chart power, Chart voltage, Chart amperage)
{
_power = power;
_voltage = voltage;
_amperage = amperage;
Communication.GetInstance.sendFuncs["getModules"].DynamicInvoke((Action<JObject, JObject>)GetModulesCallback);
}