public void LoadSignalChannels()
{
// Channels
var channels = Brain.KB.Sources.GetSignalChannels();
ui.listBoxSignals.Items.Clear();
Channels.Clear();
foreach (var channel in channels)
{
// check if this is a signal channel
if (channel.GetType() == typeof(SignalChannel))
{
// add to channels list
Channels.Add((SignalChannel)channel);
// show in the list on the left side
ui.listBoxSignals.Items.Add(channel.ChannelName);
}
}
// reload selected index
try
{
ui.listBoxSignals.SelectedIndex = SelectedIndex;
}
catch (Exception e)
{
ui.listBoxSignals.SelectedIndex = 0;
CurrentChannel = Channels[0];
}
}
public void LoadChannel(int i)
{
// detach from ALL events
Brain.KB.Sources.DetachAllEvents(this.Trigger);
if (i < 0 || i >= ui.listBoxSignals.Items.Count)
return;
if (Channels[i].GetType() != typeof(SignalChannel))
{
CurrentChannel = null;
return;
}
CurrentChannel = Channels[i];
var ch = CurrentChannel;
ui.textBoxSignalName.Text = ch.Name;
ui.comboBoxMode.Text = ch.Mode.ToString();
ui.comboBoxA.SelectedIndex = (ch.InputA != null) ? signals.IndexOf(ch.InputA) : -1;
ui.comboBoxB.SelectedIndex = (ch.InputB != null) ? signals.IndexOf(ch.InputB) : -1;
ui.comboBoxEvent.SelectedIndex = (ch.Trigger != null) ? events.IndexOf(ch.Trigger) : -1;
ui.velocityMapControl.Map = ch.VelocityMap;
// Attach the trigger that updates the view
if (ch.Trigger != null)
ch.Trigger.Add(this.Trigger, null);
}
public void LoadChannel(int i)
{
// detach from ALL events
Brain.KB.Sources.DetachAllEvents(this.Trigger);
if (i < 0 || i >= ui.listBoxSignals.Items.Count)
{
return;
}
if (Channels[i].GetType() != typeof(SignalChannel))
{
CurrentChannel = null;
return;
}
CurrentChannel = Channels[i];
var ch = CurrentChannel;
ui.textBoxSignalName.Text = ch.Name;
ui.comboBoxMode.Text = ch.Mode.ToString();
ui.comboBoxA.SelectedIndex = (ch.InputA != null) ? signals.IndexOf(ch.InputA) : -1;
ui.comboBoxB.SelectedIndex = (ch.InputB != null) ? signals.IndexOf(ch.InputB) : -1;
ui.comboBoxEvent.SelectedIndex = (ch.Trigger != null) ? events.IndexOf(ch.Trigger) : -1;
ui.velocityMapControl.Map = ch.VelocityMap;
// Attach the trigger that updates the view
if (ch.Trigger != null)
{
ch.Trigger.Add(this.Trigger, null);
}
}
public void AddSignal()
{
var ch = new SignalChannel("New Channel");
Brain.KB.Sources.AddSignalChannel(ch);
LoadSignalChannels();
ui.listBoxSignals.SelectedIndex = Channels.Count - 1;
LoadSignals();
}
public void AddSignal()
{
var ch = new SignalChannel("New Channel");
Brain.KB.Sources.AddSignalChannel(ch);
LoadSignalChannels();
ui.listBoxSignals.SelectedIndex = Channels.Count - 1;
LoadSignals();
}
bool CheckChannel(SignalChannel givenChannel)
{
//If the given signal is for all or I am an all, return true
if (givenChannel == SignalChannel.ESC_ALL || channel == SignalChannel.ESC_ALL)
{
return(true);
}
//Otherwise, search through the given array of possible inputs
foreach (SignalChannel c in acceptedChannels)
{
//If there is a channel that is the same as the given channel, return true
if (givenChannel == c)
{
return(true);
}
}
//Otherwise return false
return(false);
}
public void LoadSignalChannels()
{
// Channels
var channels = Brain.KB.Sources.GetSignalChannels();
ui.listBoxSignals.Items.Clear();
Channels.Clear();
foreach (var channel in channels)
{
// check if this is a signal channel
if (channel.GetType() == typeof(SignalChannel))
{
// add to channels list
Channels.Add((SignalChannel)channel);
// show in the list on the left side
ui.listBoxSignals.Items.Add(channel.ChannelName);
}
}
// reload selected index
try
{
ui.listBoxSignals.SelectedIndex = SelectedIndex;
}
catch (Exception e)
{
ui.listBoxSignals.SelectedIndex = 0;
CurrentChannel = Channels[0];
}
}
private void ExportProc()
{
try
{
exportTotal = 0;
exportedSize = 0;
for (int i = 0; i < MaxSrcs; i++)
{
if (selectChannels[i] != null)
{
exportTotal += selectChannels[i].File.Length;
}
}
for (int i = 0; i < MaxSrcs; i += PropChannelNum)
{
if (selectChannels[i] != null)
{
exportFile = selectChannels[i].File;
if (i > 0 && (selectChannels[i - PropChannelNum] != null))
{
exportedSize += selectChannels[i - PropChannelNum].File.Length;
}
SignalChannel sigChannel = selectChannels[i].File.Channels[selectChannels[i].Channel - 1];
int srcIndex = i / PropChannelNum;
sigChannel.DecodeFM = false;
sigChannel.DecodeCurve = 0;
sigChannel.DecodeAngle = false;
sigChannel.DecodeFM = selectDevice.DevGroup.SourceGroups[srcIndex].AllowFM;
int allowCurve = selectDevice.DevGroup.SourceGroups[srcIndex].AllowCurve;
sigChannel.DecodeCurve = allowCurve;
bool allowAngle = selectDevice.DevGroup.SourceGroups[srcIndex].AllowAngle;
sigChannel.DecodeAngle = allowAngle;
if (allowAngle && selectChannels[i + 1] != null) //参考相位
{
SignalChannel sigChannel1 = selectChannels[i + 1].File.Channels[selectChannels[i + 1].Channel - 1];
sigChannel1.DecodeAngle = true;
sigChannel1.IsReference = true;
selectChannels[i + 1].File.SignalArgsChanged += new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChanged);
}
else if (allowCurve > 0) //解码道岔曲线
{
HHDeviceProperty devBindProp = selectDevice.GetProperty(selectDevice.DevGroup.SourceGroups[srcIndex].Properties[0]);
DevCurve devCurve = devBindProp.Curves[0];
sigChannel.TimeInterval = devCurve.TimeInterval;
if (devCurve.MonitorType == Common.SignalType.SignalDCCurve)
{
sigChannel.DecodeCurve = 2;
}
else
{
sigChannel.DecodeCurve = 1;
}
if ((selectChannels[i + 1] == null) && (selectChannels[i + 2] == null)) //单相
{
sigChannel.SignalArgsChanged += new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChanged);
}
else
{
curveGrp = new Common.CurveGroup(3, devCurve.Group.Type, devCurve.Index);
sigChannel.SignalArgsChanged += new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChangedA);
if (selectChannels[i + 1] != null)
{
selectChannels[i + 1].File.Channels[selectChannels[i + 1].Channel - 1].SignalArgsChanged += new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChangedB); //B相
}
if (selectChannels[i + 2] != null)
{
selectChannels[i + 2].File.Channels[selectChannels[i + 2].Channel - 1].SignalArgsChanged += new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChangedC); //C相
}
}
}
else
{
sigChannel.SignalArgsChanged += new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChanged);
}
exportSrcIndex = srcIndex;
selectChannels[i].File.Export();
if (allowAngle && selectChannels[i + 1] != null) //参考相位
{
SignalChannel sigChannel1 = selectChannels[i + 1].File.Channels[selectChannels[i + 1].Channel - 1];
sigChannel1.DecodeAngle = true;
sigChannel1.SignalArgsChanged -= new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChanged);
}
else if ((allowCurve > 0) && ((selectChannels[i + 1] != null) || (selectChannels[i + 2] != null))) //有2条以上曲线
{
HHDeviceProperty devBindProp = selectDevice.GetProperty(selectDevice.DevGroup.SourceGroups[srcIndex].Properties[0]);
DevCurve devCurve = devBindProp.Curves[0];
sigChannel.SignalArgsChanged -= new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChangedA);
if (selectChannels[i + 1] != null)
{
selectChannels[i + 1].File.Channels[selectChannels[i + 1].Channel - 1].SignalArgsChanged -= new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChangedB); //B相
}
if (selectChannels[i + 2] != null)
{
selectChannels[i + 2].File.Channels[selectChannels[i + 2].Channel - 1].SignalArgsChanged -= new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChangedC); //C相
}
}
else
{
sigChannel.SignalArgsChanged -= new EventHandler <RecordAnalyse.Signal.SignalArgs>(FormDataWizard_SignalArgsChanged);
}
}
}
exportOK = true;
}
catch (Exception)
{
}
}
