void registerVariables(CBatch_detail_aa_twofold current_row)
{
parser = new MathParserNet.Parser();
// --- register functions
parser.RegisterCustomDoubleFunction("deter_dilu", Deter_Dilu);
// --- register variables
//parser.AddVariable("", Convert.ToDouble());
parser.AddVariable("weight1", Convert.ToDouble(current_row.Weight1));
parser.AddVariable("weight2", Convert.ToDouble(current_row.Weight2));
parser.AddVariable("volumen1", Convert.ToDouble(current_row.Volumen1));
parser.AddVariable("volumen2", Convert.ToDouble(current_row.Volumen2));
if (current_row.Reading1 != null && current_row.Reading1.Trim() != "")
{
parser.AddVariable("reading1", current_row.Reading1);
}
else
{
parser.AddVariable("reading1", 0);
}
if (current_row.Reading2 != null && current_row.Reading2.Trim() != "")
{
parser.AddVariable("reading2", current_row.Reading2);
}
else
{
parser.AddVariable("reading2", 0);
}
parser.AddVariable("dilu2", Convert.ToDouble(current_row.Dilu2));
parser.AddVariable("dilu3", Convert.ToDouble(current_row.Dilu3));
parser.AddVariable("flag_dilu2", Convert.ToDouble(current_row.Flag_dilu2));
parser.AddVariable("flag_dilu3", Convert.ToDouble(current_row.Flag_dilu3));
parser.AddVariable("fum", Convert.ToDouble(current_row.Fum));
parser.AddVariable("calc_dilu2", "deter_dilu(dilu2, flag_dilu2)");
parser.AddVariable("calc_dilu3", "deter_dilu(dilu3, flag_dilu3)");
parser.AddVariable("factor1", "volumen1/weight1*calc_dilu2*calc_dilu3*fum");
parser.AddVariable("factor2", "volumen2/weight2*calc_dilu2*calc_dilu3*fum");
parser.AddVariable("law1", "reading1*factor1");
parser.AddVariable("law2", "reading2*factor2");
parser.AddVariable("Result_analysis", "(law1+law2)/2");
AssignValues(current_row);
}
static void RunBenchmark(BenchmarkKind which)
{
var yamp = YAMP.Parser.PrimaryContext;
var mpparser = new MathParser.Parser();
var mptk = new MathParserTK_NET.MathParserTK();
var mpnet = new MathParserNet.Parser();
var mfmp = new MathFunctions.MathParser();
var llmp = new MathParserDataStructures.MathObj();
var calcEngine = new CalcEngine.CalcEngine();
calcEngine.CacheExpressions = false;
var lines = new string[0];
switch (which)
{
case BenchmarkKind.Standard:
// UB
//YAMP : 154 ms
//LLMP : 108 ms
//MP : 4134 ms
//MPTK : 375 ms
//MPNET : 3054 ms
//MFP : 88 ms
//CALEN : 33 ms
//NCALC : 420 ms
lines = MakeTenK("2-3*5+7/2-8*2");
break;
case BenchmarkKind.File:
// UB
//YAMP : 2084 ms
//LLMP : 1072 ms
//MP : 372847 ms
//MPTK : ---
//MPNET : ---
//MFP : ---
//CALEN : 271 ms
//NCALC : ---
if (!File.Exists(BMK_FILE))
{
GenerateBenchmarks();
}
lines = File.ReadAllLines(BMK_FILE);
break;
case BenchmarkKind.Little:
// UB
//YAMP : 71 ms
//LLMP : 59 ms
//MP : 1840 ms
//MPTK : 87 ms
//MPNET : 3232 ms
//MFP : 37 ms
//CALEN : 23 ms
//NCALC : 247 ms
lines = MakeTenK("2+3");
break;
case BenchmarkKind.Thomson:
// UB
//YAMP : 193 ms
//LLMP : 138 ms
//MP : 11508 ms
//MPTK : 647 ms
//MPNET : 3827 ms
//MFP : ---
//CALEN : 41 ms
//NCALC : ---
lines = MakeTenK("2-(3*5)^2+7/(2-8)*2");
break;
}
Console.WriteLine("Starting benchmarks ...");
Console.WriteLine("----------");
// The implementation here... YAMP
Benchmark("YAMP", lines, query => yamp.Run(query));
//http://www.codeproject.com/Articles/53001/LL-Mathematical-Parser
Benchmark("LLMathParser", lines, query => llmp.Evaluate(query, new char[0], new double[0]));
//http://www.codeproject.com/Articles/11164/Math-Parser
Benchmark("MathParser", lines, query => mpparser.Evaluate(query));
//http://www.codeproject.com/Tips/381509/Math-Parser-NET-Csharp
Benchmark("MathParserTK", lines, query => mptk.Parse(query, false));
//http://www.codeproject.com/Articles/274093/Math-Parser-NET
Benchmark("MathParserNet", lines, query => mpnet.Simplify(query));
//http://www.codeproject.com/Articles/23061/MathParser-Math-Formula-Parser
Benchmark("MathFormulaParser", lines, query => mfmp.Calculate(query));
//http://www.codeproject.com/Articles/246374/A-Calculation-Engine-for-NET
Benchmark("CalcEngine", lines, query => calcEngine.Evaluate(query));
//http://ncalc.codeplex.com/
//Benchmark("NCalc", lines, query => new NCalc.Expression(query, NCalc.EvaluateOptions.NoCache).Evaluate());
}
void registerVariables(CBatch_detail_aa_twofold current_row)
{
parser = new MathParserNet.Parser();
// --- register functions
parser.RegisterCustomDoubleFunction("deter_dilu", Deter_Dilu);
// --- register variables
//parser.AddVariable("", Convert.ToDouble());
parser.AddVariable("weight1", Convert.ToDouble(current_row.Weight1));
parser.AddVariable("weight2", Convert.ToDouble(current_row.Weight2));
parser.AddVariable("volumen1", Convert.ToDouble(current_row.Volumen1));
parser.AddVariable("volumen2", Convert.ToDouble(current_row.Volumen2));
if (current_row.Reading1 != null && current_row.Reading1.Trim() != "")
parser.AddVariable("reading1", current_row.Reading1);
else
parser.AddVariable("reading1", 0);
if (current_row.Reading2 != null && current_row.Reading2.Trim() != "")
parser.AddVariable("reading2", current_row.Reading2);
else
parser.AddVariable("reading2", 0);
parser.AddVariable("dilu2", Convert.ToDouble(current_row.Dilu2));
parser.AddVariable("dilu3", Convert.ToDouble(current_row.Dilu3));
parser.AddVariable("flag_dilu2", Convert.ToDouble(current_row.Flag_dilu2));
parser.AddVariable("flag_dilu3", Convert.ToDouble(current_row.Flag_dilu3));
parser.AddVariable("fum", Convert.ToDouble(current_row.Fum));
parser.AddVariable("calc_dilu2", "deter_dilu(dilu2, flag_dilu2)");
parser.AddVariable("calc_dilu3", "deter_dilu(dilu3, flag_dilu3)");
parser.AddVariable("factor1", "volumen1/weight1*calc_dilu2*calc_dilu3*fum");
parser.AddVariable("factor2", "volumen2/weight2*calc_dilu2*calc_dilu3*fum");
parser.AddVariable("law1", "reading1*factor1");
parser.AddVariable("law2", "reading2*factor2");
parser.AddVariable("Result_analysis", "(law1+law2)/2");
AssignValues(current_row);
}
static void RunBenchmark(BenchmarkKind which)
{
var yamp = new YAMP.Parser();
var mpparser = new MathParser.Parser();
var mptk = new MathParserTK_NET.MathParserTK();
var mpnet = new MathParserNet.Parser();
var mfmp = new MathFunctions.MathParser();
var llmp = new MathParserDataStructures.MathObj();
var calcEngine = new CalcEngine.CalcEngine();
calcEngine.CacheExpressions = false;
var lines = new string[0];
switch (which)
{
case BenchmarkKind.Standard:
// UB
//YAMP : 154 ms
//LLMP : 108 ms
//MP : 4134 ms
//MPTK : 375 ms
//MPNET : 3054 ms
//MFP : 88 ms
//CALEN : 33 ms
//NCALC : 420 ms
lines = MakeTenK("2-3*5+7/2-8*2");
break;
case BenchmarkKind.File:
// UB
//YAMP : 2084 ms
//LLMP : 1072 ms
//MP : 372847 ms
//MPTK : ---
//MPNET : ---
//MFP : ---
//CALEN : 271 ms
//NCALC : ---
if (!File.Exists(BMK_FILE))
GenerateBenchmarks();
lines = File.ReadAllLines(BMK_FILE);
break;
case BenchmarkKind.Little:
// UB
//YAMP : 71 ms
//LLMP : 59 ms
//MP : 1840 ms
//MPTK : 87 ms
//MPNET : 3232 ms
//MFP : 37 ms
//CALEN : 23 ms
//NCALC : 247 ms
lines = MakeTenK("2+3");
break;
case BenchmarkKind.Thomson:
// UB
//YAMP : 193 ms
//LLMP : 138 ms
//MP : 11508 ms
//MPTK : 647 ms
//MPNET : 3827 ms
//MFP : ---
//CALEN : 41 ms
//NCALC : ---
lines = MakeTenK("2-(3*5)^2+7/(2-8)*2");
break;
}
Console.WriteLine("Starting benchmarks ...");
Console.WriteLine("----------");
// The implementation here... YAMP
Benchmark("YAMP", lines, query => yamp.Evaluate(query));
//http://www.codeproject.com/Articles/53001/LL-Mathematical-Parser
Benchmark("LLMathParser", lines, query => llmp.Evaluate(query, new char[0], new double[0]));
//http://www.codeproject.com/Articles/11164/Math-Parser
Benchmark("MathParser", lines, query => mpparser.Evaluate(query));
//http://www.codeproject.com/Tips/381509/Math-Parser-NET-Csharp
Benchmark("MathParserTK", lines, query => mptk.Parse(query, false));
//http://www.codeproject.com/Articles/274093/Math-Parser-NET
Benchmark("MathParserNet", lines, query => mpnet.Simplify(query));
//http://www.codeproject.com/Articles/23061/MathParser-Math-Formula-Parser
Benchmark("MathFormulaParser", lines, query => mfmp.Calculate(query));
//http://www.codeproject.com/Articles/246374/A-Calculation-Engine-for-NET
Benchmark("CalcEngine", lines, query => calcEngine.Evaluate(query));
//http://ncalc.codeplex.com/
//Benchmark("NCalc", lines, query => new NCalc.Expression(query, NCalc.EvaluateOptions.NoCache).Evaluate());
}