// Запуск мониторинга
private void c_RunMonitoringMenu_Click(object sender, EventArgs e)
{
if (!m_MainNeuralNet.GetTrainNet)
{
MessageBox.Show("Neural network not trained, train it in monitoring tools.");
return;
}
if (!m_Monitoring.GetRun)
{
m_Monitoring.RunMonitoring();
GraphicsForObjects.DrawingStatusMonitoring(p_MonitoringStatusPanel, m_Monitoring.GetRun);
}
}
// Остановка мониторинга
public void StopMonitoring()
{
if (t_Monitoring != null)
{
c_TokenCancel.Cancel();
t_Monitoring.Wait();
}
// Выключение индикаторов
d_OutputData = new double[] { 0, 0, 0 };
GraphicsForObjects.DrawingStatusNetwork(p_NetworkStatusPanel, d_OutputData,
new string[] { "Normal work", "Overload", "Failure" }, new Color[] { Color.LawnGreen, Color.Yellow, Color.Red });
b_Run = false;
}
// Вывод на индикаторы
private string OutputInIndicators(double[] d_OutputValuesInKnowledgeNet)
{
if (l_LayersKnowledgeNet[l_LayersKnowledgeNet.Length - 1].GetSetOutputNodes[0].GetLabel == "Нормальная работа сети")
{
d_OutputData[0] = d_OutputValuesInKnowledgeNet[0];
}
else if (l_LayersKnowledgeNet[l_LayersKnowledgeNet.Length - 1].GetSetOutputNodes[0].GetLabel == "Перегрузка сети")
{
d_OutputData[1] = d_OutputValuesInKnowledgeNet[0];
}
else
{
d_OutputData[2] = d_OutputValuesInKnowledgeNet[0];
}
if (l_LayersKnowledgeNet[l_LayersKnowledgeNet.Length - 1].GetSetOutputNodes[1].GetLabel == "Нормальная работа сети")
{
d_OutputData[0] = d_OutputValuesInKnowledgeNet[1];
}
else if (l_LayersKnowledgeNet[l_LayersKnowledgeNet.Length - 1].GetSetOutputNodes[1].GetLabel == "Перегрузка сети")
{
d_OutputData[1] = d_OutputValuesInKnowledgeNet[1];
}
else
{
d_OutputData[2] = d_OutputValuesInKnowledgeNet[1];
}
if (l_LayersKnowledgeNet[l_LayersKnowledgeNet.Length - 1].GetSetOutputNodes[2].GetLabel == "Нормальная работа сети")
{
d_OutputData[0] = d_OutputValuesInKnowledgeNet[2];
}
else if (l_LayersKnowledgeNet[l_LayersKnowledgeNet.Length - 1].GetSetOutputNodes[2].GetLabel == "Перегрузка сети")
{
d_OutputData[1] = d_OutputValuesInKnowledgeNet[2];
}
else
{
d_OutputData[2] = d_OutputValuesInKnowledgeNet[2];
}
string s_StatusNetwork = "";
if (d_OutputData[0] == 1)
{
s_StatusNetwork = "Normal work";
}
else if (d_OutputData[1] == 1)
{
s_StatusNetwork = "Overload";
}
else
{
s_StatusNetwork = "Failure";
}
p_NetworkStatusPanel.Invoke((Action) delegate
{
GraphicsForObjects.DrawingStatusNetwork(p_NetworkStatusPanel, d_OutputData,
new string[] { "Normal work", "Overload", "Failure" }, new Color[] { Color.LawnGreen, Color.Yellow, Color.Red });
});
return(s_StatusNetwork);
}
private void l_NetworkStatus_Paint(object sender, PaintEventArgs e)
{
GraphicsForObjects.DrawingStatusMonitoring(p_MonitoringStatusPanel, m_Monitoring.GetRun);
}
// При перерисовке панели перерисовка графики
private void p_NetworkStatusPanel_Paint(object sender, PaintEventArgs e)
{
GraphicsForObjects.DrawingStatusNetwork(p_NetworkStatusPanel, m_Monitoring.GetOutputData,
new string[] { "Normal work", "Overload", "Failure" }, new Color[] { Color.LawnGreen, Color.Yellow, Color.Red });
}
// Остановка мониторинга
private void c_StopMonitoringMenu_Click(object sender, EventArgs e)
{
m_Monitoring.StopMonitoring();
GraphicsForObjects.DrawingStatusMonitoring(p_MonitoringStatusPanel, m_Monitoring.GetRun);
}
