private void CalculateMultiReturn()
{
double mult = 2 * Math.PI / 800;
double r, g, b;
int index = 0;
// Assign the parser variables
ParserVariable x = new ParserVariable(0);
ParserVariable y = new ParserVariable(0);
muParser.Parser p = new muParser.Parser(muParser.Parser.EBaseType.tpDOUBLE);
p.DefineOprt("%", new Parser.Fun2Delegate(mod), 2);
p.SetExpr(m_parserImg[0].GetExpr() + "," + m_parserImg[1].GetExpr() + "," + m_parserImg[2].GetExpr());
p.DefineVar("x", x);
p.DefineVar("y", y);
for (int yi = 0; yi < pbImage.Height; ++yi)
{
y.Value = (yi - 400) * mult;
for (int xi = 0; xi < pbImage.Width; ++xi)
{
x.Value = (xi - 400) * mult;
int nNum;
double[] ret = p.EvalMultiExpr();
r = GetColorComponent(ret[0]);
g = GetColorComponent(ret[1]);
b = GetColorComponent(ret[2]);
m_data[index] = (byte)(r * 255);
m_data[index + 1] = (byte)(g * 255);
m_data[index + 2] = (byte)(b * 255);
index += 3;
}
}
}
public WndSample()
{
InitializeComponent();
CreateInitialImage();
PopulatePresets();
cbDec.SelectedIndex = 0;
cbArg.SelectedIndex = 1;
m_data = new byte[pbImage.Width * pbImage.Height * 3];
rbNormal.Checked = true;
try
{
m_parser = new Parser(Parser.EBaseType.tpDOUBLE);
lbVersion.Text = String.Format("muParser V{0}", m_parser.GetVersion());
m_parser.DefineFun("fun1", new Parser.Fun1Delegate(fun1), true);
m_parser.DefineFun("fun3", new Parser.Fun3Delegate(fun3), true);
m_parser.DefineFun("fun4", new Parser.Fun4Delegate(fun4), true);
m_parser.DefineFun("fun5", new Parser.Fun5Delegate(fun5), true);
m_parser.DefineFun("fun6", new Parser.Fun6Delegate(fun6), true);
m_parser.DefineFun("fun7", new Parser.Fun7Delegate(fun7), true);
m_parser.DefineFun("fun8", new Parser.Fun8Delegate(fun8), true);
m_parser.DefineFun("fun9", new Parser.Fun9Delegate(fun9), true);
m_parser.DefineFun("fun10", new Parser.Fun10Delegate(fun10), true);
m_parser.DefineFun("prod", new Parser.MultFunDelegate(prod), true);
m_parser.DefineOprt("%", new Parser.Fun2Delegate(mod), 2);
m_parser.DefineOprt("and", new Parser.Fun2Delegate(mod), 2);
//m_parser.DefinePostfixOprt("m", new muParser.Parser.Fun1Delegate(milli));
m_parser.DefineInfixOprt("!", new muParser.Parser.Fun1Delegate(not), muParser.Parser.EPrec.prLOGIC);
m_parser.DefineVar("ans", m_ans);
m_parser.DefineVar("my_var1", m_val1);
m_parser.DefineVar("my_var2", m_val2);
// Initialize parsers used for the image calculation
for (int i = 0; i < 3; ++i)
{
m_parserImg[i] = new Parser(Parser.EBaseType.tpDOUBLE);
m_parserImg[i].DefineOprt("%", new Parser.Fun2Delegate(mod), 2);
}
PreCalculateBulkVariables();
}
catch (ParserException exc)
{
DumpException(exc);
}
m_history = new List<String>();
}
public WndSample()
{
InitializeComponent();
CreateInitialImage();
PopulatePresets();
cbDec.SelectedIndex = 0;
cbArg.SelectedIndex = 1;
m_data = new byte[pbImage.Width * pbImage.Height * 3];
try
{
m_parser = new Parser();
lbVersion.Text = String.Format("muParserSSE V{0}", m_parser.GetVersion());
m_parser.DefineFun("fun1", new Parser.Fun1Delegate(fun1), true);
m_parser.DefineFun("fun3", new Parser.Fun3Delegate(fun3), true);
m_parser.DefineFun("fun4", new Parser.Fun4Delegate(fun4), true);
m_parser.DefineFun("fun5", new Parser.Fun5Delegate(fun5), true);
//m_parser.DefinePostfixOprt("m", new muParser.Parser.Fun1Delegate(milli));
m_parser.DefineInfixOprt("!", new muParser.Parser.Fun1Delegate(not), muParser.Parser.EPrec.prLOGIC);
m_parser.DefineVar("ans", m_ans);
m_parser.DefineVar("my_var1", m_val1);
m_parser.DefineVar("my_var2", m_val2);
// Initialize parsers used for the image calculation
for (int i = 0; i < 3; ++i)
{
m_parserImg[i] = new Parser();
}
}
catch (ParserException exc)
{
DumpException(exc);
}
m_history = new List<String>();
}
public WndSample()
{
InitializeComponent();
CreateInitialImage();
PopulatePresets();
cbDec.SelectedIndex = 0;
cbArg.SelectedIndex = 1;
m_data = new byte[pbImage.Width * pbImage.Height * 3];
try
{
m_parser = new Parser();
lbVersion.Text = String.Format("muParserSSE V{0}", m_parser.GetVersion());
m_parser.DefineFun("fun1", new Parser.Fun1Delegate(fun1), true);
m_parser.DefineFun("fun3", new Parser.Fun3Delegate(fun3), true);
m_parser.DefineFun("fun4", new Parser.Fun4Delegate(fun4), true);
m_parser.DefineFun("fun5", new Parser.Fun5Delegate(fun5), true);
//m_parser.DefinePostfixOprt("m", new muParser.Parser.Fun1Delegate(milli));
m_parser.DefineInfixOprt("!", new muParser.Parser.Fun1Delegate(not), muParser.Parser.EPrec.prLOGIC);
m_parser.DefineVar("ans", m_ans);
m_parser.DefineVar("my_var1", m_val1);
m_parser.DefineVar("my_var2", m_val2);
// Initialize parsers used for the image calculation
for (int i = 0; i < 3; ++i)
{
m_parserImg[i] = new Parser();
}
}
catch (ParserException exc)
{
DumpException(exc);
}
m_history = new List<String>();
}
public CalcState(ManualResetEvent reset, muParser.Parser parser, int offset)
{
Reset = reset;
Parser = parser;
Offset = offset;
}
