private void btnUpdateAvgRPM_Click(object sender, RoutedEventArgs e)
{
PylonLogEntry selectedEntry = (PylonLogEntry)dgPylonLog.SelectedItem;
if (selectedEntry != null)
{
if (selectedEntry.endTimeStamp != 0)
{
selectedEntry.avgRPM = (int)(selectedEntry.averageOfSpecifiedValueType("RPM", 100 * selectedEntry.launchTimeStamp, 100 * selectedEntry.endTimeStamp));
}
else
{
selectedEntry.avgRPM = (int)(selectedEntry.averageOfSpecifiedValueType("RPM", 100 * selectedEntry.launchTimeStamp));
}
}
}
private void btnOpenCreateLogEntry_Click(object sender, RoutedEventArgs e)
{
TelemetrySession selectedLogSession = (TelemetrySession)lstBxLogSessions.SelectedItem;
PylonLogEntry previous = pylonLogEntry;
pylonLogEntry = new PylonLogEntry();
pylonLogEntry.planeName = selectedLogSession.planeName;
pylonLogEntry.humidity = previous.humidity;
pylonLogEntry.temperature = previous.temperature;
pylonLogEntry.prop = previous.prop;
pylonLogEntry.plugType = previous.plugType;
pylonLogEntry.engine = previous.engine;
pylonLogEntry.entryType = previous.entryType;
foreach (DataBlock dataBlock in selectedLogSession.dataBlocks)
{
if (dataBlock.dataValue != 0)
{
pylonLogEntry.DataBlocks.Add(dataBlock.shallowClone());
}
}
pylonLogEntry.avgRPM = (int)(pylonLogEntry.averageOfSpecifiedValueType("RPM"));
pylonLogEntry.telemetryDuration = selectedLogSession.duration;
GlobalDataContext.pylonLogContext.pylonLogEntries.Add(pylonLogEntry);
GlobalDataContext.pylonLogContext.SaveChanges();
spektrumLog.logSessions.Remove(selectedLogSession);
this.dgPylonLog.Focus();
dgPylonLog.SelectedItem = this.dgPylonLog.Items.MoveCurrentToLast();
dgPylonLog.ScrollIntoView(dgPylonLog.SelectedItem);
}
private void dgCmboEngine_SelectionChanged(object sender, System.Windows.Controls.SelectionChangedEventArgs e)
{
// if(dgPylonLog.IsLoaded)
// {
if (((System.Windows.Controls.ComboBox)sender).SelectedValue != null)
{
string SelectedText = ((System.Windows.Controls.ComboBox)sender).SelectedValue.ToString();
int defaultHead = GlobalDataContext.pylonLogContext.engines.First(c => c.serialNumber == SelectedText).headHeight;
int defaultDeck = GlobalDataContext.pylonLogContext.engines.First(c => c.serialNumber == SelectedText).deckClearance;
if (dgPylonLog.SelectedItem != null && dgPylonLog.SelectedItem.ToString() != "{NewItemPlaceholder}")
{
PylonLogEntry currentRow = (PylonLogEntry)dgPylonLog.SelectedItem;
currentRow.headHeight = defaultHead;
currentRow.deckClearance = defaultDeck;
}
// }
}
}
private void Button_Click(object sender, RoutedEventArgs e)
{
if (dgPylonLog.SelectedItem != null && dgPylonLog.SelectedItem.ToString() != "{NewItemPlaceholder}")
{
PylonLogEntry selectedEntry = (PylonLogEntry)dgPylonLog.SelectedItem;
if (selectedEntry != null)
{
GraphWindow graphWindow = new GraphWindow();
WindowsFormsHost host = new WindowsFormsHost();
List <Double[]> firstGraphData = selectedEntry.getSelectedDataBlocks("RPM");
List <Double[]> secondGraphData = selectedEntry.getSelectedDataBlocks("RX-VOLT");
graph = new PylonLogGraphUserControl.PylonLogGraphUserControl(firstGraphData, secondGraphData);
host.Child = graph;
graphWindow.Left = this.Left;
graphWindow.Top = this.Top + this.ActualHeight;
graphWindow.MainGrid.Children.Add(host);
graphWindow.Width = graph.Width;
graphWindow.Height = graph.Height;
graphWindow.Title = selectedEntry.ToString() + " Non zero rpm:" + selectedEntry.numberOfNonZeroDataBlocksOfThisDataType("RPM");
graphWindow.Show();
}
}
}
