//x = y^2/3
public DifferentialSystem(string[] DiffEquations, string[] StaticEquations, double[] startingVals, double startTime = 0)
{
for (int i = 0; i < DiffEquations.Count(); i++)
{
DiffEquations[i] = DiffEquations[i].Replace(" ", "");
int EqualsLocation = 0;
string var = "";
while (DiffEquations[i][EqualsLocation] != '=')
{
var += DiffEquations[i][EqualsLocation];
EqualsLocation++;
}
Equation Equation = new Equation(DiffEquations[i].Substring(EqualsLocation + 1));
variables.Add(new Variable(var, Equation, startingVals[i], startTime)); ;
}
for (int i = 0; i < StaticEquations.Count(); i++)
{
StaticEquations[i] = StaticEquations[i].Replace(" ", "");
int EqualsLocation = 0;
string var = "";
while (StaticEquations[i][EqualsLocation] != '=')
{
var += StaticEquations[i][EqualsLocation];
EqualsLocation++;
}
Equation Equation = new Equation(StaticEquations[i].Substring(EqualsLocation + 1));
staticVariables.Add(new StaticVariable(var, Equation));
}
for (int i = 0; i < variables.Count(); i++)
{
variables[i].DiffEquation.addVariables(variables);
variables[i].DiffEquation.addVariables(staticVariables);
}
}
public StaticVariable(string Name, Equation Equation)
{
this.Name = Name;
this.Equation = Equation;
}
public Variable(string Name, Equation DiffEquation, double startingValue, double time)
{
this.Name = Name;
this.DiffEquation = DiffEquation;
head = new TimeValueNode(time, startingValue);
}
