protected override void InitFunction()
{
if (this.SourceType == SourceType.Equation)
{
_function = new Parameter2DFunction(_formula, _formulaY);
}
else
{
// Parametric2DEvalutor evalutor = new Parametric2DEvalutor();
// evalutor.Text = this.CodeBody;
// switch(this.CodeLanguage)
// {
// case CodeLanguage.CSharp:
// evalutor.language= CodeLanguage.CSharp;
// break;
// case CodeLanguage.VBNET:
// evalutor.language = CodeLanguage.VBNET;
// break;
// }
// _function = new Parameter2DFunction(new Parameter2DFunctionDelegate(evalutor.Invoke));
FunctionEvalutor evalutor = new FunctionEvalutor(this.CodeBody, new string[] { "t" }, this.CodeLanguage);
_function = new Parameter2DFunction((Parameter2DFunctionDelegate)evalutor.CreateDelegate(typeof(Parameter2DFunctionDelegate)));
}
if (this.DerivativeMode)
{
for (int i = 0; i < this.OrderOfDerivative; i++)
{
_function = _function.Derivative;
}
}
}
protected override void InitFunction()
{
if (this.SourceType == SourceType.Equation)
{
_function = new Explicit2DFunction(this.Formula);
}
else
{
// RealFunctionEvalutor evalutor = new RealFunctionEvalutor();
// evalutor.Text = this.CodeBody;
// switch(this.CodeLanguage)
// {
// case CodeLanguage.CSharp:
// evalutor.language= CodeLanguage.CSharp;
// break;
// case CodeLanguage.VBNET:
// evalutor.language = CodeLanguage.VBNET;
// break;
// }
// _function = new Explicit2DFunction(new RealFunction(evalutor.Invoke));
FunctionEvalutor evalutor = new FunctionEvalutor(this.CodeBody, new string[] { "x" }, this.CodeLanguage);
_function = new Explicit2DFunction((RealFunction)evalutor.CreateDelegate(typeof(RealFunction)));
}
if (_isInvert)
{
_function = FunctionFactory.InverseExplicit2DFunction((Explicit2DFunction)_function);
}
if (this.DerivativeMode)
{
for (int i = 0; i < this.OrderOfDerivative; i++)
{
_function = _function.Derivative;
if (_function is Constant)
{
return;
}
}
}
}
protected override void InitFunction()
{
if (this.SourceType == SourceType.Equation)
{
_function = new ParametricSurface(_formula, _formulaY, _formulaZ);
}
else
{
// Parametric3DEvalutor evalutor = new Parametric3DEvalutor();
// evalutor.Text = this.CodeBody;
// switch(this.CodeLanguage)
// {
// case CodeLanguage.CSharp:
// evalutor.language= CodeLanguage.CSharp;
// break;
// case CodeLanguage.VBNET:
// evalutor.language = CodeLanguage.VBNET;
// break;
// }
// _function = new Parameter3DFunction(new Parameter3DFunctionDelegate(evalutor.Invoke));
FunctionEvalutor evalutor = new FunctionEvalutor(this.CodeBody, new string[] { "u", "v" }, this.CodeLanguage);
_function = new ParametricSurface((ParametricSurfaceDelegate)evalutor.CreateDelegate(typeof(ParametricSurfaceDelegate)));
}
}
protected override void InitFunction()
{
if (this.SourceType == SourceType.Equation)
{
_function = new Explicit3DFunction(this.Formula);
}
else
{
// BivariateFunctionnEvalutor evalutor = new BivariateFunctionnEvalutor();
// evalutor.Text = this.CodeBody;
// switch(this.CodeLanguage)
// {
// case CodeLanguage.CSharp:
// evalutor.language= CodeLanguage.CSharp;
// break;
// case CodeLanguage.VBNET:
// evalutor.language = CodeLanguage.VBNET;
// break;
// }
// _function = new Explicit3DFunction(new BivariateRealFunction(evalutor.Invoke));
FunctionEvalutor evalutor = new FunctionEvalutor(this.CodeBody, new string[] { "x", "y" }, this.CodeLanguage);
_function = new Explicit3DFunction((BivariateRealFunction)evalutor.CreateDelegate(typeof(BivariateRealFunction)));
}
}
protected override void InitFunction()
{
if (this.SourceType == SourceType.Equation)
{
_function = new Implicit3DFunction(this.Formula);
}
else
{
// TrivariateFunctionEvalutor evalutor = new TrivariateFunctionEvalutor();
// evalutor.Text = this.CodeBody;
// switch(this.CodeLanguage)
// {
// case CodeLanguage.CSharp:
// evalutor.language= CodeLanguage.CSharp;
// break;
// case CodeLanguage.VBNET:
// evalutor.language = CodeLanguage.VBNET;
// break;
// }
// _function = new Implicit3DFunction(new TrivariateRealFunction(evalutor.Invoke));
FunctionEvalutor evalutor = new FunctionEvalutor(this.CodeBody, new string[]{"x", "y", "z"},this.CodeLanguage);
_function = new Implicit3DFunction((TrivariateRealFunction)evalutor.CreateDelegate(typeof(TrivariateRealFunction)));
}
}
protected override void InitFunction()
{
if (this.SourceType == SourceType.Equation)
{
_function = new Parameter3DFunction(_formula, _formulaY, _formulaZ);
}
else
{
// Parametric3DEvalutor evalutor = new Parametric3DEvalutor();
// evalutor.Text = this.CodeBody;
// switch(this.CodeLanguage)
// {
// case CodeLanguage.CSharp:
// evalutor.language= CodeLanguage.CSharp;
// break;
// case CodeLanguage.VBNET:
// evalutor.language = CodeLanguage.VBNET;
// break;
// }
// _function = new Parameter3DFunction(new Parameter3DFunctionDelegate(evalutor.Invoke));
FunctionEvalutor evalutor = new FunctionEvalutor(this.CodeBody, new string[]{"t"},this.CodeLanguage);
_function = new Parameter3DFunction((Parameter3DFunctionDelegate)evalutor.CreateDelegate(typeof(Parameter3DFunctionDelegate)));
}
}
protected override void InitFunction()
{
if (this.SourceType == SourceType.Equation)
{
_function = new Implicit2DFunction(this.Formula);
}
else
{
// BivariateFunctionnEvalutor evalutor = new BivariateFunctionnEvalutor();
// evalutor.Text = this.CodeBody;
// switch(this.CodeLanguage)
// {
// case CodeLanguage.CSharp:
// evalutor.language= CodeLanguage.CSharp;
// break;
// case CodeLanguage.VBNET:
// evalutor.language = CodeLanguage.VBNET;
// break;
// }
// _function = new Implicit2DFunction(new BivariateRealFunction(evalutor.Invoke));
FunctionEvalutor evalutor = new FunctionEvalutor(this.CodeBody, new string[]{"x", "y"},this.CodeLanguage);
_function = new Implicit2DFunction((BivariateRealFunction)evalutor.CreateDelegate(typeof(BivariateRealFunction)));
}
if (this.DerivativeMode)
{
for (int i = 0; i < this.OrderOfDerivative; i++)
{
_function = _function.Derivative;
if (_function is Constant)
return;
}
}
}