public double getModulus()
{
double square = MAL.Power(real, 2) + MAL.Power(imaginary, 2);
double complement = MAL.SquareRoot(square, InstantiationDecimals);
return(complement);
}
private void Graph_Load(object sender, EventArgs e)
{
Width = ScreenWidth / CentreOfGraphScale - ScreenHeight / 4;
Height = Width;
Location = new Point(startingX, startingY);
double[] scalingTest = new double[2];
double scalingTrial;
switch (typeOfGraph)
{
case "MIDPOINT":
scalingTest[0] = Values.Max();
scalingTest[1] = MAL.Modulus(Values.Min());
scalingTrial = scalingTest.Max();
significantFigures = MAL.Exponent(scalingTrial, ScaleBase);
ScalingFactor = MAL.Power(ScaleBase, significantFigures);
break;
case "HALFLINE":
scalingTest[0] = MAL.Modulus(Values[0]);
scalingTest[1] = MAL.Modulus(Values[1]);
scalingTrial = scalingTest.Max();
significantFigures = MAL.Exponent(scalingTrial, ScaleBase);
ScalingFactor = MAL.Power(ScaleBase, significantFigures);
break;
case "CIRCLE":
scalingTest[0] = MAL.Modulus(Values[0]);
scalingTest[1] = MAL.Modulus(Values[1]);
scalingTrial = scalingTest.Max() + Values[2];
significantFigures = MAL.Exponent(scalingTrial, ScaleBase);
ScalingFactor = MAL.Power(ScaleBase, significantFigures);
break;
case "DISPLAY":
scalingTest[0] = MAL.Modulus(Values[0]);
scalingTest[1] = MAL.Modulus(Values[1]);
scalingTrial = scalingTest.Max();
significantFigures = MAL.Exponent(scalingTrial, ScaleBase);
ScalingFactor = MAL.Power(ScaleBase, significantFigures);
break;
}
}
