public void copyWaveform(Waveform copyMe)
{
if (copyMe.combiners!=null)
this.combiners = new List<InterpolationType.CombinationOperators>(copyMe.combiners);
else
this.combiners = null;
this.dataFileName = copyMe.dataFileName;
this.dataFromFile = copyMe.dataFromFile;
this.equationString = copyMe.equationString;
if (copyMe.extraParameters != null)
this.extraParameters = new List<DimensionedParameter>(copyMe.extraParameters);
else
this.extraParameters = null;
this.myInterpolationType = copyMe.myInterpolationType;
if (copyMe.referencedWaveforms != null)
this.referencedWaveforms = new List<Waveform>(copyMe.referencedWaveforms);
else
this.referencedWaveforms = null;
this.waveformDuration = new DimensionedParameter(copyMe.waveformDuration);
this.waveformName = copyMe.waveformName;
if (copyMe.xValues != null)
this.xValues = new List<DimensionedParameter>(copyMe.xValues);
else
this.xValues = null;
this.YUnits = copyMe.YUnits;
if (copyMe.yValues != null)
this.yValues = new List<DimensionedParameter>(copyMe.yValues);
else
this.yValues = null;
}
//REO 10/2008
private void fileLoadButton_Click(object sender, EventArgs e)
{
try
{
// Create an instance of StreamReader to read from a file.
// The using statement also closes the StreamReader.
using (StreamReader sr = new StreamReader(filePathTextBox.Text))
{
//to hold temporary X and Y values
Waveform tempwaveform = new Waveform();
//to parse each line in the file at either space or comma seperator
//trimming each line of white space at the beginning and end
DataStructures.UtilityClasses.WaveformParser p = new DataStructures.UtilityClasses.WaveformParser(sr, @"[,\s]\s*", delegate(string s) { return s.Trim(); });
double[] values;
while ((values = p.ReadFloats()) != null)
{
//there should be two values, otherwise the file is formated wrong
if (values.Length != 2)
throw new System.ApplicationException("File should have two comma or tab separated numbers per line");
tempwaveform.XValues.Add(new DimensionedParameter(Units.s, values[0]));
tempwaveform.YValues.Add(new DimensionedParameter(new Units(currentWaveform.YUnits, Units.Multiplier.unity), values[1]));
}
currentWaveform.XValues = tempwaveform.XValues;
currentWaveform.YValues = tempwaveform.YValues;
currentWaveform.DataFileName = filePathTextBox.Text;
currentWaveform.WaveformDuration = (currentWaveform.XValues.Count > 0)
? currentWaveform.XValues[currentWaveform.XValues.Count-1] : currentWaveform.WaveformDuration;
layoutNewWaveform();
updateGraph(this, null);
}
}
catch (Exception ex)
{
// Let the user know what went wrong.
MessageBox.Show("The file could not be read:\n" + ex.Message);
}
}
private void copyToCommonWaveformsToolStripMenuItem_Click(object sender, EventArgs e)
{
Waveform copy = new Waveform(currentWaveform);
Storage.sequenceData.CommonWaveforms.Add(copy);
WordGenerator.mainClientForm.instance.commonWaveformEditor1.setCommonWaveforms(Storage.sequenceData.CommonWaveforms);
}
public void setWaveform(Waveform waveform)
{
this.currentWaveform = waveform;
layoutNewWaveform();
}
public void setWaveform(Waveform waveform)
{
this.waveform = waveform;
this.updateGraph(this, null);
}
public WaveformGraph(Waveform waveform, WaveformEditor waveformEditor, bool waveformEditable)
: this()
{
// TODO: Write this function.
setWaveform(waveform);
setWaveformEditor(waveformEditor);
this.editable = waveformEditable;
}