How to use

ucar.ma2.ArrayLong

constructor

static ArrayLong factory( Index index, long [] storage) {
 switch (index.getRank()) {
  case 0 : return new ArrayLong.D0(index, storage);
  case 1 : return new ArrayLong.D1(index, storage);
  case 2 : return new ArrayLong.D2(index, storage);
  case 3 : return new ArrayLong.D3(index, storage);
  case 4 : return new ArrayLong.D4(index, storage);
  case 5 : return new ArrayLong.D5(index, storage);
  case 6 : return new ArrayLong.D6(index, storage);
  case 7 : return new ArrayLong.D7(index, storage);
  default : return new ArrayLong(index, storage);
 }
}

static ArrayLong factory( Index index, long [] storage) {
 switch (index.getRank()) {
  case 0 : return new ArrayLong.D0(index, storage);
  case 1 : return new ArrayLong.D1(index, storage);
  case 2 : return new ArrayLong.D2(index, storage);
  case 3 : return new ArrayLong.D3(index, storage);
  case 4 : return new ArrayLong.D4(index, storage);
  case 5 : return new ArrayLong.D5(index, storage);
  case 6 : return new ArrayLong.D6(index, storage);
  case 7 : return new ArrayLong.D7(index, storage);
  default : return new ArrayLong(index, storage);
 }
}

static ArrayLong factory( Index index, boolean isUnsigned, long [] storage) {
  if (index instanceof Index0D) {
    return new ArrayLong.D0(index, isUnsigned, storage);
  } else if (index instanceof Index1D) {
    return new ArrayLong.D1(index, isUnsigned, storage);
  } else if (index instanceof Index2D) {
    return new ArrayLong.D2(index, isUnsigned, storage);
  } else if (index instanceof Index3D) {
    return new ArrayLong.D3(index, isUnsigned, storage);
  } else if (index instanceof Index4D) {
    return new ArrayLong.D4(index, isUnsigned, storage);
  } else if (index instanceof Index5D) {
    return new ArrayLong.D5(index, isUnsigned, storage);
  } else if (index instanceof Index6D) {
    return new ArrayLong.D6(index, isUnsigned, storage);
  } else if (index instanceof Index7D) {
    return new ArrayLong.D7(index, isUnsigned, storage);
  } else {
    return new ArrayLong(index, isUnsigned, storage);
  }
}

/**
 * Generate new Array with given type and shape and an Index that always return 0.
 *
 * @param classType element Class type, eg double.class.
 * @param shape     shape of the array.
 * @param storage   primitive array of correct type of length 1
 * @return new Array<type> or Array<type>.D<rank> if 0 <= rank <= 7.
 */
static public Array factoryConstant(Class classType, int[] shape, Object storage) {
 Index index = new IndexConstant(shape);
 if ((classType == double.class) || (classType == Double.class))
  return new ArrayDouble(index, (double[]) storage);
 else if ((classType == float.class) || (classType == Float.class))
  return new ArrayFloat(index, (float[]) storage);
 else if ((classType == long.class) || (classType == Long.class))
  return new ArrayLong(index, (long[]) storage);
 else if ((classType == int.class) || (classType == Integer.class))
  return new ArrayInt(index, (int[]) storage);
 else if ((classType == short.class) || (classType == Short.class))
  return new ArrayShort(index, (short[]) storage);
 else if ((classType == byte.class) || (classType == Byte.class))
  return new ArrayByte(index, (byte[]) storage);
 else if ((classType == char.class) || (classType == Character.class))
  return new ArrayChar(index, (char[]) storage);
 else if ((classType == boolean.class) || (classType == Boolean.class))
  return new ArrayBoolean(index, (boolean[]) storage);
 else
  return new ArrayObject(classType, index, (Object[]) storage);
}

/**
 * Generate new Array with given type and shape and an Index that always return 0.
 *
 * @param classType element Class type, eg double.class.
 * @param shape     shape of the array.
 * @param storage   primitive array of correct type of length 1
 * @return new Array<type> or Array<type>.D<rank> if 0 <= rank <= 7.
 */
static public Array factoryConstant(Class classType, int[] shape, Object storage) {
 Index index = new IndexConstant(shape);
 if ((classType == double.class) || (classType == Double.class))
  return new ArrayDouble(index, (double[]) storage);
 else if ((classType == float.class) || (classType == Float.class))
  return new ArrayFloat(index, (float[]) storage);
 else if ((classType == long.class) || (classType == Long.class))
  return new ArrayLong(index, (long[]) storage);
 else if ((classType == int.class) || (classType == Integer.class))
  return new ArrayInt(index, (int[]) storage);
 else if ((classType == short.class) || (classType == Short.class))
  return new ArrayShort(index, (short[]) storage);
 else if ((classType == byte.class) || (classType == Byte.class))
  return new ArrayByte(index, (byte[]) storage);
 else if ((classType == char.class) || (classType == Character.class))
  return new ArrayChar(index, (char[]) storage);
 else if ((classType == boolean.class) || (classType == Boolean.class))
  return new ArrayBoolean(index, (boolean[]) storage);
 else
  return new ArrayObject(classType, index, (Object[]) storage);
}

 return new ArrayInt(index, false, (int[]) storage);
case LONG:
 return new ArrayLong(index, false, (long[]) storage);
case FLOAT:
 return new ArrayFloat(index, (float[]) storage);
 return new ArrayInt(index, true, (int[]) storage);
case ULONG:
 return new ArrayLong(index, true, (long[]) storage);

 public void testConvert() {
 int [] shape = new int[1];
 shape[0] = 10;
 Array A = new ArrayDouble(shape);
 convert(A, false);
 //castObject(A);
 A = new ArrayFloat(shape);
 convert(A, false);
 //castObject(A);
 A = new ArrayLong(shape, false);
 convert(A, false);
 //castObject(A);
 A = new ArrayInt(shape, false);
 convert(A, false);
 //castObject(A);
 A = new ArrayShort(shape, false);
 convert(A, false);
 //castObject(A);
 A = new ArrayByte(shape, false);
 convert(A, false);
 //castObject(A);
 A = new ArrayChar(shape);
 convert(A, false);
 //castObject(A);
 A = new ArrayBoolean(shape);
 convert(A, true);
 //castObject(A);
}