public void EvaluateOperations()
{
var complexOne = new Complex(RealPartOne, ImgPartOne);
var complexTwo = new Complex(RealPartTwo, ImgPartTwo);
var operationsResult = new OpsResult();
operationsResult.Sum = complexOne.add(complexTwo).ToString();
operationsResult.Diff = complexOne.sub(complexTwo).ToString();
operationsResult.Prod = complexOne.mul(complexTwo).ToString();
operationsResult.Div = complexOne.div(complexTwo).ToString();
OperationsResult = operationsResult;
PolarOne = complexOne.ToPolarString();
PolarTwo = complexTwo.ToPolarString();
}
//---------------------------------------------------------
// 関数名 : getIODResult2
// 機能 : 図形に対しての、全ての観測点における内部外部判定値を格納
// 引数 : f_v/図形座標 m_v/観測点座標 flag/観測点の内部外部値
// 戻り値 : flag/観測点の内部外部値
//---------------------------------------------------------
private int[,,] getIODResult2(ArrayList p_v, ArrayList m_v, int[,,] flag, int y)
{
for (int i = 0; i < m_v.Count; i++)
{
Complex com1 = new Complex(1, 0);
Complex com = (Complex)m_v[i];
Complex sum = new Complex(0, 0); // コーシーの近似積分の値
for (int j = 0; j < p_v.Count - 1; j++)
{
Complex c1 = (Complex)p_v[j]; //ｊ番目の外部データ
Complex c2 = (Complex)p_v[j + 1]; //ｊ+1番目の外部データ
Complex sub1 = c1.sub(com);
Complex sub2 = c2.sub(c1);
Complex div = com1.div(sub1);
Complex mul = div.mul(sub2);
sum = sum.add(mul);
}
double ch = Math.Sqrt(Math.Pow(sum.x, 2) + Math.Pow(sum.y, 2));
if (flag[i % 32, (y - 5) / 10, i / 32] == 0)
{
if (ch > 5)
{
flag[i % 32, (y - 5) / 10, i / 32] = 2;
}
else
{
flag[i % 32, (y - 5) / 10, i / 32] = 1;
}
}
}
return flag;
}