public void OnClock(uint tick, bool isTransmit)
{
labelClock.Text = (tick / 10).ToString();
if (tick < 10)
{
if (!markedWaterfallThisCycle)
{
if (null != iwaterfall)
{
int tag = 1;
if (!String.IsNullOrEmpty(mostRecentMessageTimeTag))
{
Int32.TryParse(mostRecentMessageTimeTag, out tag);
}
iwaterfall.MarkCurrentRaster(tag);
mostRecentMessageTimeTag = null;
}
}
markedWaterfallThisCycle = true;
}
else
{
markedWaterfallThisCycle = false;
}
ClockLabel cl = labelClockAnimation as ClockLabel;
if (null != cl)
{
cl.Tenths = tick;
cl.AmTransmit = isTransmit;
}
}
public void OnClock(uint tick, bool isTransmit)
{
labelClock.Text = (tick / 10).ToString();
if (tick < 10)
{
if (!markedWaterfallThisCycle)
{
if (null != iwaterfall)
{
var dt = System.DateTime.UtcNow;
int tag = dt.Second + dt.Minute * 100 + dt.Hour * 10000;
iwaterfall.MarkCurrentRaster(tag);
#if DEBUG
int f = (MinDecodeFrequency + MaxDecodeFrequency) / 2;
annotations.AddAnnotation(tag, f, "TEST " + f.ToString(), 0);
#endif
}
}
markedWaterfallThisCycle = true;
}
else
{
markedWaterfallThisCycle = false;
}
ClockLabel cl = labelClockAnimation as ClockLabel;
if (null != cl)
{
cl.Tenths = tick;
cl.AmTransmit = isTransmit;
}
}
private void XcvrForm_Load(object sender, EventArgs e)
{
this.Text = String.Format("{0}-{1}", this.Text, instanceNumber);
labelPower.Text = "";
ClockLabel cl = new ClockLabel();
cl.Location = labelClockAnimation.Location;
cl.Size = labelClockAnimation.Size;
panelRightGain.Controls.Remove(labelClockAnimation);
panelRightGain.Controls.Add(cl);
labelClockAnimation.Dispose();
labelClockAnimation = cl;
var verticalBarLabel = new VerticalBarLabel();
verticalBarLabel.Location = labelVUmeter.Location;
verticalBarLabel.Size = labelVUmeter.Size;
panelRightGain.Controls.Remove(labelVUmeter);
panelRightGain.Controls.Add(verticalBarLabel);
labelVUmeter.Dispose();
labelVUmeter = verticalBarLabel;
comboBoxnDepth.SelectedIndex = Properties.Settings.Default.Decode_ndepth - 1;
checkBoxEnableAP.Checked = Properties.Settings.Default.Decode_lft8apon;
panelRightGain.BackColor =
panel1.BackColor = CustomColors.CommonBackgroundColor;
waterfallManager = new WaterfallManager();
if (waterfallManager.OnLoad(logfile, chartSpectrum, labelWaterfall, splitContainerMain.Panel2.Controls, mainForm))
{
iwaterfall.MaxHz = MaxDecodeFrequency;
iwaterfall.MinHz = MinDecodeFrequency;
myDemod.SetAudioSamplesCallback(null, AUDIO_BUFFER_SAMPLE_COUNT,
AUDIO_BUFFER_SAMPLE_COUNT, iwaterfall.GetAudioProcessor());
buttonOptions.Enabled = true;
chartSpectrum.Dispose();
chartSpectrum = null;
}
if (null != annotations)
{
checkBoxAnnotate.Checked = annotations.Visible;
checkBoxAnnotate.Enabled = true;
}
if (null != peak)
{
timerVU.Enabled = true;
}
prevSplitter = splitContainerMain.SplitterDistance;
locationToSave = Location;
sizeToSave = Size;
}
private void XcvrForm_Load(object sender, EventArgs e)
{
this.Text = String.Format("{0}-{1}", this.Text, instanceNumber);
labelPower.Text = "";
ClockLabel cl = new ClockLabel();
cl.Location = labelClockAnimation.Location;
cl.Size = labelClockAnimation.Size;
panelRightGain.Controls.Remove(labelClockAnimation);
panelRightGain.Controls.Add(cl);
labelClockAnimation.Dispose();
labelClockAnimation = cl;
comboBoxnDepth.SelectedIndex = Properties.Settings.Default.Decode_ndepth - 1;
checkBoxEnableAP.Checked = Properties.Settings.Default.Decode_lft8apon;
panelRightGain.BackColor =
panel1.BackColor = CustomColors.CommonBackgroundColor;
object wlDir = Microsoft.Win32.Registry.GetValue(
"HKEY_LOCAL_MACHINE\\Software\\W5XD\\WriteLog\\Install", "Directory", "0");
try
{
// if WriteLog's DigiRiteWaterfall assembly loads, use it.
const string name = "WriteLogWaterfall.dll";
string assemblyPath = System.IO.Path.GetFullPath(name);
#if DEBUG
// debug environment its easier to copy the waterfall into our work area
#else
// Use WriteLog's waterfall Control
if (null != wlDir)
{
assemblyPath = wlDir.ToString() + "Programs\\" + name;
}
#endif
System.Reflection.Assembly waterfallAssembly = System.Reflection.Assembly.LoadFile(assemblyPath);
System.Type t = waterfallAssembly.GetType("WriteLog.Waterfall");
if (t == null)
{
throw new System.Exception("Waterfall type not found");
}
waterfall = (Control)System.Activator.CreateInstance(t);
iwaterfall = (WriteLog.IWaterfall)waterfall;
}
catch (System.Exception ex)
{ // if WriteLog is not installed, this is "normal successful completion"
if (null != wlDir)
{
logfile.SendToLog("Xcvr exception " + ex.ToString()); // not normal
}
}
if (null != waterfall)
{ // waterfall loaded. it goes where chartSpectrum was.
((System.ComponentModel.ISupportInitialize)waterfall).BeginInit();
waterfall.Location = chartSpectrum.Location;
waterfall.Dock = chartSpectrum.Dock;
waterfall.Size = chartSpectrum.Size;
waterfall.TabIndex = chartSpectrum.TabIndex;
waterfall.Name = "waterfall";
waterfall.Font = labelWaterfall.Font; // labelWaterfall is placeholder for properties
waterfall.BackColor = labelWaterfall.BackColor;
waterfall.ForeColor = labelWaterfall.ForeColor;
waterfall.Visible = true;
iwaterfall.MaxHz = MaxDecodeFrequency;
iwaterfall.MinHz = MinDecodeFrequency;
iwaterfall.TxFreqHz = mainForm.TxFrequency;
iwaterfall.RxFreqHz = mainForm.RxFrequency;
iwaterfall.onTxFreqMove = new WriteLog.OnFreqMove((int hz) => { mainForm.TxFrequency = hz; });
iwaterfall.onRxFreqMove = new WriteLog.OnFreqMove((int hz) => { mainForm.RxFrequency = hz; });
((System.ComponentModel.ISupportInitialize)waterfall).EndInit();
splitContainerMain.Panel2.Controls.Remove(chartSpectrum);
chartSpectrum.Dispose();
chartSpectrum = null;
splitContainerMain.Panel2.Controls.Add(waterfall);
splitContainerMain.Panel2.Controls.SetChildIndex(waterfall, 0);
iwaterfall.TimeToFreqPowerOfTwo = 12;
myDemod.SetAudioSamplesCallback(null, iwaterfall.TimeToFreqSampleCount,
iwaterfall.TimeToFreqSampleCount, iwaterfall.GetAudioProcessor());
}
prevSplitter = splitContainerMain.SplitterDistance;
locationToSave = Location;
sizeToSave = Size;
#if DEBUG // test the waterfall's ability to change frequency resolution
if (null != iwaterfall)
{
labelWaterfall.Visible = true;
labelWaterfall.Click += new EventHandler((object o, EventArgs ev) =>
{
iwaterfall.TimeToFreqPowerOfTwo += 1;
myDemod.SetAudioSamplesCallback(null, iwaterfall.TimeToFreqSampleCount,
iwaterfall.TimeToFreqSampleCount, iwaterfall.GetAudioProcessor());
});
}
#endif
}