/// <summary>
/// Constructor.
/// </summary>
public BifurcationAnalysis(Analysis owner)
{
m_owner = owner;
m_param = new BifurcationAnalysisParameter();
m_result = new BifurcationResult[s_num + 1, s_num + 1];
m_region = new int[(int)(s_num / s_skip) + 1, (int)(s_num / s_skip) + 1];
}
/// <summary>
/// Set the parameter set of bifurcation analysis in this form.
/// </summary>
/// <param name="p">the parameter set of bifurcation analysis.</param>
public void SetBifurcationAnalysisParameter(BifurcationAnalysisParameter p)
{
m_bifurcateParameter = p;
}
/// <summary>
/// This program execute the program of bifurcation analysis.
/// </summary>
public void ExecuteBifurcationAnalysis()
{
if (m_env.PluginManager.Status == ProjectStatus.Uninitialized)
return;
m_bifurcateParameter = m_bifurcationDialog.GetParameter();
ShowGridStatusDialog();
string modelName = m_env.DataManager.CurrentProject.Model.ModelID;
List<EcellObject> sysObj = new List<EcellObject>();
foreach (EcellObject e in m_env.DataManager.CurrentProject.SystemDic[modelName])
{
sysObj.Add(e.Clone());
}
List<EcellObject> stepperObj = new List<EcellObject>();
foreach (EcellObject e in m_env.DataManager.CurrentProject.StepperDic[modelName])
{
stepperObj.Add(e.Clone());
}
JobGroup g = m_env.JobManager.CreateJobGroup(BifurcationAnalysis.s_analysisName, sysObj, stepperObj);
BifurcationAnalysis bifurcationAnalysis = new BifurcationAnalysis(this);
bifurcationAnalysis.Group = g;
bifurcationAnalysis.AnalysisParameter = m_bifurcateParameter;
bifurcationAnalysis.ExecuteAnalysis();
}
/// <summary>
/// Initializes the plugin.
/// </summary>
public override void Initialize()
{
m_env.JobManager.AnalysisDic[ParameterEstimation.s_analysisName] = new ParameterEstimation(this);
m_env.JobManager.AnalysisDic[BifurcationAnalysis.s_analysisName] = new BifurcationAnalysis(this);
m_env.JobManager.AnalysisDic[SensitivityAnalysis.s_analysisName] = new SensitivityAnalysis(this);
m_env.JobManager.AnalysisDic[RobustAnalysis.s_analysisName] = new RobustAnalysis(this);
m_bifurcateParameter = new BifurcationAnalysisParameter();
m_estimationParameter = new ParameterEstimationParameter();
m_sensitivityParameter = new SensitivityAnalysisParameter();
m_robustParameter = new RobustAnalysisParameter();
m_rWin = new AnalysisResultWindow(this);
m_bifurcationDialog = new BifurcationSettingDialog(this);
m_bifurcationDialog.SetParameter(m_bifurcateParameter);
m_bifurcationDialog.ContentType = DockContentType.ANALYSIS;
m_robustDialog = new RobustAnalysisSettingDialog(this);
m_robustDialog.SetParameter(m_robustParameter);
m_robustDialog.ContentType = DockContentType.ANALYSIS;
m_sensitivityDialog = new SensitivityAnalysisSettingDialog(this);
m_sensitivityDialog.SetParameter(m_sensitivityParameter);
m_sensitivityDialog.ContentType = DockContentType.ANALYSIS;
m_estimationDialog = new ParameterEstimationSettingDialog(this);
m_estimationDialog.SetParameter(m_estimationParameter);
m_estimationDialog.ContentType = DockContentType.ANALYSIS;
}
/// <summary>
/// Set the parameter set of bifurcation analysis in this form.
/// </summary>
/// <param name="p">the parameter set of bifurcation analysis.</param>
public void SetParameter(BifurcationAnalysisParameter p)
{
bifurcationSimulationTimeTextBox.Text = Convert.ToString(p.SimulationTime);
bifurcationWindowSizeTextBox.Text = Convert.ToString(p.WindowSize);
bifurcationMaxInputTextBox.Text = Convert.ToString(p.MaxInput);
bifurcationMaxFrequencyTextBox.Text = Convert.ToString(p.MaxFreq);
bifurcationMinFrequencyTextBox.Text = Convert.ToString(p.MinFreq);
m_param = p;
}
