public void EnsureCapturingOperatorinExpression()
{
Expression math_add = new Expression();
Stack dict = new Stack();
ParsedExp exp = math_add.collectTerms("1+2", dict);
int opPresent = '+';
//prove that the operator was saved and ensures that the correct operation was called
Assert.AreEqual(opPresent, exp.oper);
}
public void EnsureCapturingTerm2inExpression()
{
Evaluate mathey = new Evaluate();
Expression math_add = new Expression();
Stack dict = new Stack();
ParsedExp exp = math_add.collectTerms("1+2", dict);
//tests to prove that the operator and terms were saved as numbers
Assert.AreEqual(typeof(int), exp.term2.GetType());
}
public void SetTwoDimenComplexDrawer(string xz, string yz, string xc, string yc)
{
ParsedExp parser = new ParsedExp();
parser.InsertExpression(xz);
XFunc = parser.ExpTree();
parser.InsertExpression(yz);
YFunc = parser.ExpTree();
parser.InsertExpression(xc);
CXFunc = parser.ExpTree();
parser.InsertExpression(yc);
CYFunc = parser.ExpTree();
Iterations = 50;
}
public void SetTwoDimenDrawer(string xfunc, string yfunc, string tlowbound, string tupbound)
{
ParsedExp parser = new ParsedExp();
parser.InsertExpression(xfunc);
XFunc = parser.ExpTree();
parser.InsertExpression(yfunc);
YFunc = parser.ExpTree();
parser.InsertExpression(tlowbound);
TLowerBound = parser.ExpTree();
parser.InsertExpression(tupbound);
THigherBound = parser.ExpTree();
FragmentationDepth = 200;
}
public void SetThreeDimenDrawer(string zfunc, string xlowbound, string xupbound, string ylowbound, string yupbound)
{
ParsedExp parser = new ParsedExp();
parser.InsertExpression(zfunc);
ZFunc = parser.ExpTree();
parser.InsertExpression(xlowbound);
XLowerBound = parser.ExpTree();
parser.InsertExpression(xupbound);
XHigherBound = parser.ExpTree();
parser.InsertExpression(ylowbound);
YLowerBound = parser.ExpTree();
parser.InsertExpression(yupbound);
YHigherBound = parser.ExpTree();
XFragmentationDepth = 50;
YFragmentationDepth = 50;
}
