/// <summary>
/// This method finalizes and converts the outputString to a floating point value
/// </summary>
private void FinalizeOutput()
{
OutputValue = float.Parse(OutputString);
OutputValue = (float)Math.Round(OutputValue, 1);
if (OutputValue < 0.1f)
{
OutputValue = 0.1f;
}
ActiveLabel.Text = OutputValue.ToString();
ClearNumericKeyBoard();
NumericKeyboardPanel.Visible = false;
ActiveLabel.BackColor = Color.White;
ActiveLabel = null;
}
internal override void Build()
{
if (_TimeStamp.Count != _OutputValue.Count)
{
throw new SimulinkModelGeneratorException("TimeStamps count needs to be the same as OutputValues count.");
}
model.System.Block.Add(new Block()
{
BlockType = "Reference",
BlockName = GenerateUniqueName("Repeating\\nSequence"),
Parameters = new List <Parameter>()
{
new Parameter()
{
Name = "Position", Text = base._Position
},
new Parameter()
{
Name = "BlockMirror", Text = base._BlockMirror
},
new Parameter()
{
Name = "Ports", Text = "[0 1]"
},
new Parameter()
{
Name = "LibraryVersion", Text = "1.391"
},
new Parameter()
{
Name = "SourceType", Text = "Repeating table"
},
new Parameter()
{
Name = "SourceBlock", Text = "simulink/Sources/Repeating\\nSequence"
},
new Parameter()
{
Name = "rep_seq_t", Text = _TimeStamp.ToString()
},
new Parameter()
{
Name = "rep_seq_y", Text = _OutputValue.ToString()
}
}
});
}
//-------------------------------------------------------------------------------------------------------------------------------------------------
public string GetOutputString()
{
return(OutputValue.ToString());
}
