public TestOptionsClass EditToData()
{
TestOptionsClass to = new TestOptionsClass();
to.manualTreshold = ckFixTreshold.Checked;
double mt = StaticFunctionsClass.ToDoubleDef(txtManualTreshold.Text, -1);
if (mt <= 0)
{
ckFixTreshold.Checked = false;
txtManualTreshold.Text = "1.0";
to.treshold = 1.0;
}
else
{
txtManualTreshold.Text = mt.ToString();
to.treshold = mt;
}
to.minBoardNr = (int)nmMinBoard.Value;
to.maxBoardNr = (int)nmMaxBoard.Value;
to.signalA = ckSignalA.Checked;
to.signalB = ckSignalB.Checked;
return(to);
}
public void SetDelay(string delay)
{
DelayStr = delay.StartsWith("/") ? $@"1{delay}" : delay;
if (DelayStr.Contains("/"))
{
string[] zt = DelayStr.Split(new char[] { '/' }, StringSplitOptions.RemoveEmptyEntries);
int z = StaticFunctionsClass.ToIntDef(zt[0], 0);
int t = StaticFunctionsClass.ToIntDef(zt[1], 1);
Delay = RefDelay * (((double)z) / ((double)t));
}
else if (!string.IsNullOrEmpty(DelayStr))
{
double dl = StaticFunctionsClass.ToDoubleDef(DelayStr, 1);
Delay = RefDelay * dl;
}
else
{
Delay = 1;
}
Delay *= Statics.NoteDelayFactor;
}
public static double GetNoteLength(string noteatt, double unitlength)
{
int inxsplit = noteatt.IndexOf(Divider);
double notelength = 0;
if (inxsplit < 0)
{
notelength = StaticFunctionsClass.ToDoubleDef(noteatt, 0);
}
else if (inxsplit == 0)
{
notelength = 1.0 / StaticFunctionsClass.ToIntDef(noteatt.Substring(1), 1);
}
else
{
string ddstr = noteatt.Substring(0, inxsplit);
string ddstr2 = noteatt.Substring(inxsplit + 1);
double d1 = StaticFunctionsClass.ToDoubleDef(ddstr, 1);
double d2 = StaticFunctionsClass.ToDoubleDef(ddstr2, 1);
notelength = d1 / d2;
}
return(notelength * unitlength);
}
private void button3_Click(object sender, EventArgs e)
{
float z = (float)StaticFunctionsClass.ToDoubleDef(textBox1.Text, 1.0);
DatabaseDesignForm.Instance().SetZoom(z);
}
