public IArrayMath toEltMultiply(IArray newArray) throws ShapeNotMatchException {
getArray().getArrayUtils().checkShape(newArray);
IArrayMath arrMath = newArray.getArrayMath();
IArray result = getFactory().createArray(getArray().getElementType(), getArray().getShape());
if (getArray().getRank() == newArray.getRank()) {
eltMultiplyWithEqualSize(newArray, result);
} else {
ISliceIterator sourceSliceIterator = null;
ISliceIterator resultSliceIterator = null;
try {
sourceSliceIterator = getArray().getSliceIterator(newArray.getRank());
resultSliceIterator = result.getSliceIterator(newArray.getRank());
while (sourceSliceIterator.hasNext() && resultSliceIterator.hasNext()) {
IArray sourceSlice = sourceSliceIterator.getArrayNext();
IArray resultSlice = resultSliceIterator.getArrayNext();
arrMath.eltMultiplyWithEqualSize(sourceSlice, resultSlice);
}
} catch (InvalidRangeException e) {
throw new ShapeNotMatchException("shape is invalid");
}
}
return result.getArrayMath();
}
public IArrayMath eltDivide(IArrayMath array) throws ShapeNotMatchException {
return eltDivide(array.getArray());
}
public IArrayMath eltRemainder(IArrayMath array) throws ShapeNotMatchException {
return eltRemainder(array.getArray());
}
public void eltDivideWithEqualSize(IArrayMath array, IArrayMath result)
throws ShapeNotMatchException {
eltDivideWithEqualSize(array.getArray(), result.getArray());
}
public double vecDot(IArrayMath array) throws ShapeNotMatchException {
return vecDot(array.getArray());
}
public double powerSum(IArrayMath axis, int dimension, double power)
throws ShapeNotMatchException {
return powerSum(axis.getArray(), dimension, power);
}
public IArrayMath add(IArrayMath array) throws ShapeNotMatchException {
return add(array.getArray());
}
public IArrayMath matMultiply(IArrayMath array) throws ShapeNotMatchException {
return matMultiply(array.getArray());
}
