private void GenerateValues()
{
m_Parser = new Parser.ASMFileParser();
m_Parser.AddExtFunction("sin", 1, 1, ExtSinus);
m_Parser.AddExtFunction("cos", 1, 1, ExtCosinus);
m_Parser.AddExtFunction("tan", 1, 1, ExtTan);
double startValue = Util.StringToDouble(m_Project.ValueTable.StartValue);
double endValue = Util.StringToDouble(m_Project.ValueTable.EndValue);
double stepValue = Util.StringToDouble(m_Project.ValueTable.StepValue);
if ((startValue != endValue) &&
(stepValue == 0))
{
SetError("Step value must not be equal zero");
return;
}
if ((startValue <= endValue) &&
(stepValue < 0))
{
SetError("Step value must be positive");
return;
}
if ((startValue >= endValue) &&
(stepValue > 0))
{
SetError("Step value must be negative");
return;
}
if (checkClearPreviousValues.Checked)
{
m_Project.ValueTable.Values.Clear();
listValues.Items.Clear();
}
double curValue = startValue;
bool completed = false;
bool firstValue = true;
double lastValue = curValue;
do
{
m_Parser.AddConstantF("x", curValue, 0, "", 0, 1);
var tokens = m_Parser.ParseTokenInfo(m_Project.ValueTable.Formula, 0, m_Project.ValueTable.Formula.Length);
if (tokens == null)
{
SetError(m_Parser.GetError().Code.ToString());
return;
}
double result = 0.0;
if (!m_Parser.EvaluateTokensNumeric(0, tokens, out result))
{
SetError(m_Parser.GetError().Code.ToString());
return;
}
if (m_Project.ValueTable.GenerateDeltas)
{
if (!firstValue)
{
m_Project.ValueTable.Values.Add((result - lastValue).ToString());
listValues.Items.Add((result - lastValue).ToString());
}
firstValue = false;
}
else
{
m_Project.ValueTable.Values.Add(result.ToString());
listValues.Items.Add(result.ToString());
}
lastValue = result;
curValue += stepValue;
if (startValue == endValue)
{
completed = true;
}
if ((stepValue > 0) &&
(curValue > endValue))
{
completed = true;
}
if ((stepValue < 0) &&
(curValue < endValue))
{
completed = true;
}
}while (!completed);
SetError("OK");
m_Project.ValueTable.Data = new ByteBuffer((uint)m_Project.ValueTable.Values.Count);
int index = 0;
foreach (var entry in m_Project.ValueTable.Values)
{
m_Project.ValueTable.Data.SetU8At(index, GR.Convert.ToU8(entry));
++index;
}
}
private void GenerateValues()
{
m_Parser = new Parser.ASMFileParser();
m_Parser.AddExtFunction("sin", 1, 1, ExtSinus);
double startValue = Util.StringToDouble(m_Project.ValueTable.StartValue);
double endValue = Util.StringToDouble(m_Project.ValueTable.EndValue);
double stepValue = Util.StringToDouble(m_Project.ValueTable.StepValue);
if ((startValue != endValue) &&
(stepValue == 0))
{
SetError("Step value must not be equal zero");
return;
}
if ((startValue <= endValue) &&
(stepValue < 0))
{
SetError("Step value must be positive");
return;
}
if ((startValue >= endValue) &&
(stepValue > 0))
{
SetError("Step value must be negative");
return;
}
if (checkClearPreviousValues.Checked)
{
m_Project.ValueTable.Values.Clear();
listValues.Items.Clear();
}
double curValue = startValue;
bool completed = false;
do
{
m_Parser.AddConstantF("x", curValue, 0, "", 0, 1);
var tokens = m_Parser.ParseTokenInfo(m_Project.ValueTable.Formula, 0, m_Project.ValueTable.Formula.Length);
if (tokens == null)
{
SetError(m_Parser.GetError().Code.ToString());
return;
}
double result = 0.0;
if (!m_Parser.EvaluateTokensNumeric(0, tokens, out result))
{
SetError(m_Parser.GetError().Code.ToString());
return;
}
m_Project.ValueTable.Values.Add(result.ToString());
listValues.Items.Add(result.ToString());
curValue += stepValue;
if (startValue == endValue)
{
completed = true;
}
if ((stepValue > 0) &&
(curValue > endValue))
{
completed = true;
}
if ((stepValue < 0) &&
(curValue < endValue))
{
completed = true;
}
}while (!completed);
SetError("OK");
}
