private void EnergyChartCreationButton_Click(object sender, EventArgs e)
{
if (_newLayersSets != null)
{
LayerEnergiesCalculator newLayerEnergiesCalc = new LayerEnergiesCalculator(_newFoundationParameters.A);
var foundationEnergies = newLayerEnergiesCalc.CalculateFoundationEnergiesSet(_newFoundationParameters);
var energiesLayerOne = newLayerEnergiesCalc.CalculateEnergiesSet(_newLayersSets.LayerOneSet);
var energiesLayerTwo = newLayerEnergiesCalc.CalculateEnergiesSet(_newLayersSets.LayerTwoSet);
var energiesLayerThree = newLayerEnergiesCalc.CalculateEnergiesSet(_newLayersSets.LayerThreeSet);
LayersEnergiesSets newLayersEnergySets = new LayersEnergiesSets(energiesLayerOne, energiesLayerTwo, energiesLayerThree);
_newLayersEnergies = newLayersEnergySets;
_newFoundationEnergies = foundationEnergies;
EnergyChartDataCalculator newEnergyChartDataCalculator = new EnergyChartDataCalculator(_currentInputValues, _newLayersEnergies, _newFoundationEnergies);
_createdEnergySeries = newEnergyChartDataCalculator;
var argumentsOfChart = newEnergyChartDataCalculator.ArgumentsOfChart;
var seriesForEc = newEnergyChartDataCalculator.SeriesForEc;
var seriesForEhh = newEnergyChartDataCalculator.SeriesForEhh;
var seriesForElh = newEnergyChartDataCalculator.SeriesForElh;
var seriesForEsh = newEnergyChartDataCalculator.SeriesForEsh;
ChartSeriesCreator newChartCreator = new ChartSeriesCreator();
newChartCreator.ClearAllChart(cartesianChart1);
newChartCreator.FormateTheChart(cartesianChart1, argumentsOfChart, "thickness", "Energies");
newChartCreator.AddSeriesToChart(cartesianChart1, "Ec", "Ehh", "Elh", "Esh", argumentsOfChart, seriesForEc, seriesForEhh, seriesForElh, seriesForEsh);
}
else
{
MessageBox.Show("Please calculate interpolation before you create energy chart");
}
}
private void EnergyCompositionChartButton_Click(object sender, EventArgs e)
{
if (_newLayersSets != null)
{
EnergyCompositionChartCalculator newEnergyCompositionChartCalculator = new EnergyCompositionChartCalculator(_currentInputValues);
ChartSeriesCreator newChartCreator = new ChartSeriesCreator();
var argumentsOfChart = newEnergyCompositionChartCalculator.ArgumentsList;
newChartCreator.ClearAllChart(cartesianChart2);
newChartCreator.FormateTheChart(cartesianChart2, argumentsOfChart, "not fixed parameter Values", "energy values");
cartesianChart2.Series = new SeriesCollection {
};
newChartCreator.AddSeriesToExistingChart(cartesianChart2, "Ec", newEnergyCompositionChartCalculator.ListEc);
newChartCreator.AddSeriesToExistingChart(cartesianChart2, "Ehh", newEnergyCompositionChartCalculator.ListEhh);
newChartCreator.AddSeriesToExistingChart(cartesianChart2, "Elh", newEnergyCompositionChartCalculator.ListElh);
newChartCreator.AddSeriesToExistingChart(cartesianChart2, "Esh", newEnergyCompositionChartCalculator.ListEsh);
}
else
{
MessageBox.Show("Please calculate interpolation before you create energy-composition chart");
}
}
public void FillChart(CartesianChart chartToFill, List <double> arguments, List <double> values)
{
ChartSeriesCreator seriesCreator = new ChartSeriesCreator(arguments, values);
seriesCreator.FillChartwithSeries(chartToFill);
}
private void CreateInterChartButton_Click(object sender, EventArgs e)
{
if (_newLayersSets != null)
{
InterpolationChartCalculator newInterpolationChartCalculator = new InterpolationChartCalculator(_currentInputValues);
ChartSeriesCreator newChartCreator = new ChartSeriesCreator();
_createdInterpolationSeries = newInterpolationChartCalculator;
var argumentsOfChart = newInterpolationChartCalculator.ArgumentsList;
var setOfParamsForChart = interpParamListBox.CheckedIndices;
newChartCreator.ClearAllChart(cartesianChart2);
newChartCreator.FormateTheChart(cartesianChart2, argumentsOfChart, "not fixed parameter Values", "band parameters values");
cartesianChart2.Series = new SeriesCollection {
};
foreach (int i in setOfParamsForChart)
{
List <double> series1;
string seriesName;
switch (i)
{
case 0:
series1 = newInterpolationChartCalculator.ListA;
seriesName = "a";
break;
case 1:
series1 = newInterpolationChartCalculator.ListAlpha;
seriesName = "alpha";
break;
case 2:
series1 = newInterpolationChartCalculator.ListBetha;
seriesName = "betha";
break;
case 3:
series1 = newInterpolationChartCalculator.ListEg;
seriesName = "Eg";
break;
case 4:
series1 = newInterpolationChartCalculator.ListVBO;
seriesName = "VBO";
break;
case 5:
series1 = newInterpolationChartCalculator.ListDelta_so;
seriesName = "delta_so";
break;
case 6:
series1 = newInterpolationChartCalculator.ListA_v;
seriesName = "a_v";
break;
case 7:
series1 = newInterpolationChartCalculator.ListA_c;
seriesName = "a_c";
break;
case 8:
series1 = newInterpolationChartCalculator.ListB;
seriesName = "b";
break;
case 9:
series1 = newInterpolationChartCalculator.ListMass_e;
seriesName = "m_e";
break;
case 10:
series1 = newInterpolationChartCalculator.ListMass_hh;
seriesName = "m_hh";
break;
case 11:
series1 = newInterpolationChartCalculator.ListMass_lh;
seriesName = "m_lh";
break;
case 12:
series1 = newInterpolationChartCalculator.ListC_11;
seriesName = "c_11";
break;
case 13:
series1 = newInterpolationChartCalculator.ListC_12;
seriesName = "c_12";
break;
default:
series1 = newInterpolationChartCalculator.ListC_12;
seriesName = "default";
break;
}
newChartCreator.AddSeriesToExistingChart(cartesianChart2, seriesName, series1);
}
}
else
{
MessageBox.Show("Please calculate interpolation before you create interpolation chart");
}
}
