public Step(MathNet.Symbolics.Expression ex, string s, object dataa, StepData.DataType dt)
{
expression = ex;
notes = s;
data = dataa;
datatype = dt;
}
public Step(MathNet.Symbolics.Expression ex, string s, string latextext)
{
expression = ex;
notes = s;
//if (gendata)
{
StepData.LaTeXData ld = new StepData.LaTeXData(latextext);
this.datatype = StepData.DataType.LaTeX;
}
}
public List<MATH2.Step> Solve(string raw, MathNet.Symbolics.Expression e)
{
////*
//Console.WriteLine("-----------------------");
//foreach (var item in argvals)
//{
// Console.WriteLine(item);
//}
//Console.WriteLine("-----------------------");
////*/
MathNet.Symbolics.Expression seq = MathNet.Symbolics.Infix.ParseOrThrow(raw);
int na = 1//
//Arg.convert(argvals[2])
;
List<Step> r = new List<Step>();
Console.WriteLine("How many numbers to substitute x");
StringBuilder sb = new StringBuilder();
// int no = int.Parse(Console.ReadLine());
int no= 10
//Arg.convert(argvals[1])
;
while (na != no)
{
r.Add(
new Step(
null,
// sb.Append(
MathNet.Symbolics.Infix.Print(
// MATH2.Utils.Sequences.GetValueInSequence(e, MathNet.Symbolics.Expression.Symbol("x"), na)
MathNet.Symbolics.Structure.Substitute(MathNet.Symbolics.Expression.Symbol(
//Arg.convert(argvals[0])
"x"
), na, seq)
)
// +", "
)
);
na += 1//
//Arg.convert(argvals[3])
;
}
r.Add(new Step(null, sb.ToString()));
return r;
}
public Step(MathNet.Symbolics.Expression ex, string s, object dataa)
{
expression = ex;
notes = s;
data = dataa;
if (dataa.GetType() == typeof(StepData.LaTeXData))
{
datatype = StepData.DataType.LaTeX;
}
if (dataa.GetType() == typeof(StepData.GeneralData))
{
datatype = StepData.DataType.General;
}
if (dataa.GetType() == typeof(StepData.BranchData))
{
datatype = StepData.DataType.Branch;
}
}
public int GetProb(string raw, MathNet.Symbolics.Expression e)
{
return -99;
}
public Step(MathNet.Symbolics.Expression ex, string s)
{
expression = ex;
notes = s;
}
