public void ArcsinConstantTest()
{
var const1 = new Constant(0.7);
var res = new Arcsin(const1);
Assert.AreEqual(0.77, res.Compute(null), error);
}
public void IsPolynomArcsinX()
{
var var1 = new Variable("x");
var res = new Arcsin(var1);
Assert.AreEqual(false, res.IsPolynom);
}
public void IsPolynom1AddX()
{
var var1 = new Variable("x");
var const1 = new Arcsin("е");
var res = var1 + const1;
Assert.AreEqual(false, res.IsPolynom);
}
public void DivIsPolynomFuncAndVar()
{
var var1 = new Arcsin("x");
var var2 = new Variable("x");
var res = (var1 / var2).IsPolynom;
Assert.AreEqual(false, res);
}
public void DivIsConstantVarAndFunction()
{
var var1 = new Variable("x");
var var2 = new Arcsin("y");
var res = (var1 / var2).IsConstant;
Assert.AreEqual(false, res);
}
public void PowIsPolynom2nonPol()
{
var const1 = new Arcsin("x");
var const2 = 2.0;
var res = new Pow(const1, const2).IsPolynom;
Assert.AreEqual(false, res);
}
public void MulIsPolynomPolAndNonpol()
{
var var1 = new Arcsin("x");
var var2 = new Variable("y");
var res = (var1 * var2).IsPolynom;
Assert.AreEqual(false, res);
}
public void AddIsPolynomPolAndNonPol()
{
var var1 = new Arcsin("x");
Variable e = new Variable("t");
var res = ((Sum)(var1 + e)).IsPolynom;
Assert.AreEqual(false, res);
}
public void AddIsPolynomVarAndNonpolynom()
{
Variable var1 = new Variable("x");
var e = new Arcsin("t");
var res = ((Sum)(var1 + e)).IsPolynom;
Assert.AreEqual(false, res);
}
public void SubIsPolynom2Nonpol()
{
var var1 = new Arcsin("x");
var var2 = new Arcsin("y");
var res = var1 - var2;
Assert.AreEqual(false, res.IsPolynom);
}
public void ArcsinVariableTest()
{
var var1 = new Variable("x");
var res = new Arcsin(var1);
Assert.AreEqual(0.77, res.Compute(new Dictionary <string, double>()
{
["x"] = 0.7
}), error);
}