public EquationFunctionValue(string prototype, string definition, double[] defaults)
{
Match m = prototypeRegex.Match(prototype);
m_paramOrders = new string[m.Groups["VarName"].Captures.Count];
for (int i = 0; i < m.Groups["VarName"].Captures.Count; i++)
{
m_paramOrders[i] = m.Groups["VarName"].Captures[i].Value;
}
m_Frag = EquationFragment.Parse(definition, null);
m_defaults = defaults;
m_sName = m.Groups["Name"].Value;
}
public EquationGraphSeries(EquationFragment frag, string VariableName)
{
m_Frag = frag;
m_GraphVariable = VariableName;
}
public EquationGraphSeries(EquationFragment frag, string VariableName, double _MinX, double _MaxX)
{
m_Frag = frag;
MinX = _MinX;
MaxX = _MaxX;
m_GraphVariable = VariableName;
}
public ValueFragment(string val, EquationFragment parent)
: base(parent)
{
m_sValueName = val;
m_bIsConst = double.TryParse(val, out m_dConstValue);
}
public UnaryOperand(string op, EquationFragment frag1, EquationFragment parent)
: base(parent)
{
m_sOp = op;
if (m_Frag1 is EmptyEquationFragment)
throw new EmptyEquationFragmentException();
m_Frag1 = frag1;
}
public Function(string name, EquationFragment parameters, EquationFragment parent)
: base(parent)
{
m_sFunctionName = name;
m_Parameters = parameters;
if (FunctionValues != null)
{
if (FunctionValues.ContainsKey(m_sFunctionName))
m_FunctionValue = FunctionValues[m_sFunctionName];
else if (EquationFragment.GlobalFunctions.ContainsKey(m_sFunctionName))
m_FunctionValue = EquationFragment.GlobalFunctions[m_sFunctionName];
else
throw new FunctionNotFoundException("Function '" + name + "' was not found", name);
}
else if (EquationFragment.GlobalFunctions.ContainsKey(m_sFunctionName))
m_FunctionValue = EquationFragment.GlobalFunctions[m_sFunctionName];
if (m_FunctionValue != null && m_FunctionValue.ParamCount != 0 && parameters is EmptyEquationFragment)
throw new ParameterMismatchException("Function '" + name + "' does not take zero parameters");
}
protected EquationFragment(string s, EquationFragment parent)
: this(parent)
{
InternalParse(s);
}
protected EquationFragment(EquationFragment parent) { this.m_Parent = parent; }