public static ILArray <double> MultiplyElements(ILArray <double> Array1, ILArray <double> Array2)
{
if (Array1.IsScalar)
{
if (Array2.IsScalar)
{
return(new ILArray <double>(new double[1] {
Array1[0, 0] * Array2[0, 0]
}, 1, 1));
}
else
{
OpDouble_Double helper = new OpDouble_Double(Array1[0, 0], null);
return(DoubleUnaryDoubleOperator(Array2, helper.multiply));
}
}
else if (Array2.IsScalar)
{
OpDouble_Double helper = new OpDouble_Double(Array2[0, 0], null);
return(DoubleUnaryDoubleOperator(Array1, helper.multiply));
}
else
{
OpDouble_DoubleDouble helper = new OpDouble_DoubleDouble();
return(DoubleBinaryDoubleOperator(Array1, Array2, helper.multiply));
}
}
public static ILArray <double> Subtract(ILArray <double> Array1, ILArray <double> Array2)
{
if (Array1.IsScalar)
{
if (Array2.IsScalar)
{
return(new ILArray <double>(new double[1] {
Array1[0, 0] - Array2[0, 0]
}, 1, 1));
}
else
{
OpDouble_Double helper = new OpDouble_Double(Array1[0, 0], null);
return(DoubleUnaryDoubleOperator(Array2, helper.subtractR));
}
}
else if (Array2.IsScalar)
{
OpDouble_Double helper = new OpDouble_Double(Array2[0, 0], null);
return(DoubleUnaryDoubleOperator(Array1, helper.subtractL));
}
else
{
OpDouble_DoubleDouble helper = new OpDouble_DoubleDouble();
return(DoubleBinaryDoubleOperator(Array1, Array2, helper.subtract));
}
}
public static ILArray <double> Divide(ILArray <double> Array1, ILArray <double> Array2)
{
if (Array1.IsScalar)
{
if (Array2.IsScalar)
{
double tmp = Array2[0, 0];
if (tmp != 0)
{
return(new ILArray <double>(new double[1] {
Array1[0, 0] / tmp
}, 1, 1));
}
else
{
return(new ILArray <double>(new double[1] {
double.NaN
}, 1, 1));
}
}
else
{
OpDouble_Double helper = new OpDouble_Double(Array1[0, 0], null);
return(DoubleUnaryDoubleOperator(Array2, helper.divideR));
}
}
else if (Array2.IsScalar)
{
OpDouble_Double helper = new OpDouble_Double(Array2[0, 0], null);
return(DoubleUnaryDoubleOperator(Array1, helper.divideL));
}
else
{
OpDouble_DoubleDouble helper = new OpDouble_DoubleDouble();
return(DoubleBinaryDoubleOperator(Array1, Array2, helper.divide));
}
}
public static ILArray <double> Min(ILArray <double> inArray, double parameter)
{
OpDouble_Double helper = new OpDouble_Double(parameter, null);
return(DoubleUnaryDoubleOperator(inArray, helper.min));
}
public static ILArray <double> Pow(ILArray <double> inArray, double parameter)
{
OpDouble_Double helper = new OpDouble_Double(parameter, Math.Pow);
return(DoubleUnaryDoubleOperator(inArray, helper.operate));
}
public static ILArray<double> Divide(ILArray<double> Array1, ILArray<double> Array2) {
if (Array1.IsScalar) {
if (Array2.IsScalar) {
double tmp = Array2[0, 0];
if (tmp != 0)
return new ILArray<double>(new double[1] { Array1[0, 0] / tmp }, 1, 1);
else
return new ILArray<double>(new double[1] { double.NaN }, 1, 1);
} else {
OpDouble_Double helper = new OpDouble_Double(Array1[0, 0], null);
return DoubleUnaryDoubleOperator(Array2, helper.divideR);
}
} else if (Array2.IsScalar) {
OpDouble_Double helper = new OpDouble_Double(Array2[0, 0], null);
return DoubleUnaryDoubleOperator(Array1, helper.divideL);
} else {
OpDouble_DoubleDouble helper = new OpDouble_DoubleDouble();
return DoubleBinaryDoubleOperator(Array1, Array2, helper.divide);
}
}
public static ILArray<double> MultiplyElements(ILArray<double> Array1, ILArray<double> Array2) {
if (Array1.IsScalar) {
if (Array2.IsScalar)
return new ILArray<double>(new double[1] { Array1[0, 0] * Array2[0, 0] }, 1, 1);
else {
OpDouble_Double helper = new OpDouble_Double(Array1[0, 0],null);
return DoubleUnaryDoubleOperator(Array2, helper.multiply);
}
} else if (Array2.IsScalar) {
OpDouble_Double helper = new OpDouble_Double(Array2[0, 0], null);
return DoubleUnaryDoubleOperator(Array1, helper.multiply);
} else {
OpDouble_DoubleDouble helper = new OpDouble_DoubleDouble();
return DoubleBinaryDoubleOperator(Array1, Array2, helper.multiply);
}
}
public static ILArray<double> Subtract(ILArray<double> Array1, ILArray<double> Array2) {
if (Array1.IsScalar) {
if (Array2.IsScalar)
return new ILArray<double>(new double[1] { Array1[0, 0] - Array2[0, 0] }, 1, 1);
else {
OpDouble_Double helper = new OpDouble_Double(Array1[0, 0], null);
return DoubleUnaryDoubleOperator(Array2, helper.subtractR);
}
} else if (Array2.IsScalar) {
OpDouble_Double helper = new OpDouble_Double(Array2[0, 0], null);
return DoubleUnaryDoubleOperator(Array1, helper.subtractL);
} else {
OpDouble_DoubleDouble helper = new OpDouble_DoubleDouble();
return DoubleBinaryDoubleOperator(Array1, Array2, helper.subtract);
}
}
public static ILArray<double> Min(ILArray<double> inArray, double parameter) {
OpDouble_Double helper = new OpDouble_Double(parameter, null);
return DoubleUnaryDoubleOperator(inArray, helper.min);
}
public static ILArray<double> SubtractR(ILArray<double> inArray, double parameter) {
OpDouble_Double helper = new OpDouble_Double(parameter, null);
return DoubleUnaryDoubleOperator(inArray, helper.subtractR);
}
public static ILArray<double> Pow(ILArray<double> inArray, double parameter) {
OpDouble_Double helper = new OpDouble_Double(parameter, Math.Pow);
return DoubleUnaryDoubleOperator(inArray, helper.operate);
}
