类 org.meteoinfo.ndarray.Array的使用 (meteoinfo-ndarray 3.2.0 API)

使用Array的程序包
程序包说明

org.meteoinfo.ndarray
Multidimensional arrays of primitives and objects with data stored in memory.

org.meteoinfo.ndarray.math

使用Array的程序包
程序包	说明
org.meteoinfo.ndarray	Multidimensional arrays of primitives and objects with data stored in memory.
org.meteoinfo.ndarray.math

org.meteoinfo.ndarray中Array的使用

org.meteoinfo.ndarray中Array的子类
修饰符和类型	类	说明
`class`	`ArrayBoolean`	Concrete implementation of Array specialized for booleans.
`static class`	`ArrayBoolean.D0`	Concrete implementation of Array specialized for byte, rank 0.
`static class`	`ArrayBoolean.D1`	Concrete implementation of Array specialized for boolean, rank 1.
`static class`	`ArrayBoolean.D2`	Concrete implementation of Array specialized for boolean, rank 2.
`static class`	`ArrayBoolean.D3`	Concrete implementation of Array specialized for boolean, rank 3.
`static class`	`ArrayBoolean.D4`	Concrete implementation of Array specialized for boolean, rank 4.
`static class`	`ArrayBoolean.D5`	Concrete implementation of Array specialized for boolean, rank 5.
`static class`	`ArrayBoolean.D6`	Concrete implementation of Array specialized for boolean, rank 6.
`static class`	`ArrayBoolean.D7`	Concrete implementation of Array specialized for boolean, rank 7.
`class`	`ArrayByte`	Concrete implementation of Array specialized for bytes.
`static class`	`ArrayByte.D0`	Concrete implementation of Array specialized for byte, rank 0.
`static class`	`ArrayByte.D1`	Concrete implementation of Array specialized for byte, rank 1.
`static class`	`ArrayByte.D2`	Concrete implementation of Array specialized for byte, rank 2.
`static class`	`ArrayByte.D3`	Concrete implementation of Array specialized for byte, rank 3.
`static class`	`ArrayByte.D4`	Concrete implementation of Array specialized for byte, rank 4.
`static class`	`ArrayByte.D5`	Concrete implementation of Array specialized for byte, rank 5.
`static class`	`ArrayByte.D6`	Concrete implementation of Array specialized for byte, rank 6.
`static class`	`ArrayByte.D7`	Concrete implementation of Array specialized for byte, rank 7.
`class`	`ArrayChar`	Concrete implementation of Array specialized for chars.
`static class`	`ArrayChar.D0`	Concrete implementation of Array specialized for char, rank 0.
`static class`	`ArrayChar.D1`	Concrete implementation of Array specialized for char, rank 1.
`static class`	`ArrayChar.D2`	Concrete implementation of Array specialized for char, rank 2.
`static class`	`ArrayChar.D3`	Concrete implementation of Array specialized for char, rank 3.
`static class`	`ArrayChar.D4`	Concrete implementation of Array specialized for char, rank 4.
`static class`	`ArrayChar.D5`	Concrete implementation of Array specialized for char, rank 5.
`static class`	`ArrayChar.D6`	Concrete implementation of Array specialized for char, rank 6.
`static class`	`ArrayChar.D7`	Concrete implementation of Array specialized for char, rank 7.
`class`	`ArrayComplex`	Concrete implementation of Array specialized for complex.
`static class`	`ArrayComplex.D0`	Concrete implementation of Array specialized for doubles, rank 0.
`static class`	`ArrayComplex.D1`	Concrete implementation of Array specialized for doubles, rank 1.
`static class`	`ArrayComplex.D2`	Concrete implementation of Array specialized for doubles, rank 2.
`static class`	`ArrayComplex.D3`	Concrete implementation of Array specialized for doubles, rank 3.
`static class`	`ArrayComplex.D4`	Concrete implementation of Array specialized for doubles, rank 4.
`static class`	`ArrayComplex.D5`	Concrete implementation of Array specialized for doubles, rank 5.
`static class`	`ArrayComplex.D6`	Concrete implementation of Array specialized for doubles, rank 6.
`static class`	`ArrayComplex.D7`	Concrete implementation of Array specialized for doubles, rank 7.
`class`	`ArrayDate`	Concrete implementation of Array specialized for complex.
`static class`	`ArrayDate.D0`	Concrete implementation of Array specialized for doubles, rank 0.
`static class`	`ArrayDate.D1`	Concrete implementation of Array specialized for doubles, rank 1.
`static class`	`ArrayDate.D2`	Concrete implementation of Array specialized for doubles, rank 2.
`static class`	`ArrayDate.D3`	Concrete implementation of Array specialized for doubles, rank 3.
`static class`	`ArrayDate.D4`	Concrete implementation of Array specialized for doubles, rank 4.
`static class`	`ArrayDate.D5`	Concrete implementation of Array specialized for doubles, rank 5.
`static class`	`ArrayDate.D6`	Concrete implementation of Array specialized for doubles, rank 6.
`static class`	`ArrayDate.D7`	Concrete implementation of Array specialized for doubles, rank 7.
`class`	`ArrayDouble`	Concrete implementation of Array specialized for doubles.
`static class`	`ArrayDouble.D0`	Concrete implementation of Array specialized for doubles, rank 0.
`static class`	`ArrayDouble.D1`	Concrete implementation of Array specialized for doubles, rank 1.
`static class`	`ArrayDouble.D2`	Concrete implementation of Array specialized for doubles, rank 2.
`static class`	`ArrayDouble.D3`	Concrete implementation of Array specialized for doubles, rank 3.
`static class`	`ArrayDouble.D4`	Concrete implementation of Array specialized for doubles, rank 4.
`static class`	`ArrayDouble.D5`	Concrete implementation of Array specialized for doubles, rank 5.
`static class`	`ArrayDouble.D6`	Concrete implementation of Array specialized for doubles, rank 6.
`static class`	`ArrayDouble.D7`	Concrete implementation of Array specialized for doubles, rank 7.
`class`	`ArrayFloat`	Concrete implementation of Array specialized for floats.
`static class`	`ArrayFloat.D0`	Concrete implementation of Array specialized for floats, rank 0.
`static class`	`ArrayFloat.D1`	Concrete implementation of Array specialized for floats, rank 1.
`static class`	`ArrayFloat.D2`	Concrete implementation of Array specialized for floats, rank 2.
`static class`	`ArrayFloat.D3`	Concrete implementation of Array specialized for floats, rank 3.
`static class`	`ArrayFloat.D4`	Concrete implementation of Array specialized for floats, rank 4.
`static class`	`ArrayFloat.D5`	Concrete implementation of Array specialized for floats, rank 5.
`static class`	`ArrayFloat.D6`	Concrete implementation of Array specialized for floats, rank 6.
`static class`	`ArrayFloat.D7`	Concrete implementation of Array specialized for floats, rank 7.
`class`	`ArrayInt`	Concrete implementation of Array specialized for ints.
`static class`	`ArrayInt.D0`	Concrete implementation of Array specialized for ints, rank 0.
`static class`	`ArrayInt.D1`	Concrete implementation of Array specialized for ints, rank 1.
`static class`	`ArrayInt.D2`	Concrete implementation of Array specialized for ints, rank 2.
`static class`	`ArrayInt.D3`	Concrete implementation of Array specialized for ints, rank 3.
`static class`	`ArrayInt.D4`	Concrete implementation of Array specialized for ints, rank 4.
`static class`	`ArrayInt.D5`	Concrete implementation of Array specialized for ints, rank 5.
`static class`	`ArrayInt.D6`	Concrete implementation of Array specialized for ints, rank 6.
`static class`	`ArrayInt.D7`	Concrete implementation of Array specialized for ints, rank 7.
`class`	`ArrayLong`	Concrete implementation of Array specialized for longs.
`static class`	`ArrayLong.D0`	Concrete implementation of Array specialized for longs, rank 0.
`static class`	`ArrayLong.D1`	Concrete implementation of Array specialized for longs, rank 1.
`static class`	`ArrayLong.D2`	Concrete implementation of Array specialized for longs, rank 2.
`static class`	`ArrayLong.D3`	Concrete implementation of Array specialized for longs, rank 3.
`static class`	`ArrayLong.D4`	Concrete implementation of Array specialized for longs, rank 4.
`static class`	`ArrayLong.D5`	Concrete implementation of Array specialized for longs, rank 5.
`static class`	`ArrayLong.D6`	Concrete implementation of Array specialized for longs, rank 6.
`static class`	`ArrayLong.D7`	Concrete implementation of Array specialized for longs, rank 7.
`class`	`ArrayObject`	Concrete implementation of Array specialized for Objects.
`static class`	`ArrayObject.D0`	Concrete implementation of Array specialized for Objects, rank 0.
`static class`	`ArrayObject.D1`	Concrete implementation of Array specialized for Objects, rank 1.
`static class`	`ArrayObject.D2`	Concrete implementation of Array specialized for Objects, rank 2.
`static class`	`ArrayObject.D3`	Concrete implementation of Array specialized for Objects, rank 3.
`static class`	`ArrayObject.D4`	Concrete implementation of Array specialized for Objects, rank 4.
`static class`	`ArrayObject.D5`	Concrete implementation of Array specialized for Objects, rank 5.
`static class`	`ArrayObject.D6`	Concrete implementation of Array specialized for Objects, rank 6.
`static class`	`ArrayObject.D7`	Concrete implementation of Array specialized for Objects, rank 7.
`class`	`ArrayRagged`	DO NOT USE
`class`	`ArrayScalar`	Helper class for StructureDataAscii
`class`	`ArraySequence`	ArraySequence is the way to contain the data for a Sequence, using a StructureDataIterator.
`class`	`ArraySequenceNested`	Handles nested sequences: a 1D array of variable length 1D arrays of StructureData.
`class`	`ArrayShort`	Concrete implementation of Array specialized for shorts.
`static class`	`ArrayShort.D0`	Concrete implementation of Array specialized for shorts, rank 0.
`static class`	`ArrayShort.D1`	Concrete implementation of Array specialized for shorts, rank 1.
`static class`	`ArrayShort.D2`	Concrete implementation of Array specialized for shorts, rank 2.
`static class`	`ArrayShort.D3`	Concrete implementation of Array specialized for shorts, rank 3.
`static class`	`ArrayShort.D4`	Concrete implementation of Array specialized for shorts, rank 4.
`static class`	`ArrayShort.D5`	Concrete implementation of Array specialized for shorts, rank 5.
`static class`	`ArrayShort.D6`	Concrete implementation of Array specialized for shorts, rank 6.
`static class`	`ArrayShort.D7`	Concrete implementation of Array specialized for shorts, rank 7.
`class`	`ArrayString`	Concrete implementation of Array specialized for Strings.
`static class`	`ArrayString.D0`	Concrete implementation of Array specialized for String, rank 0.
`static class`	`ArrayString.D1`	Concrete implementation of Array specialized for Strings, rank 1.
`static class`	`ArrayString.D2`	Concrete implementation of Array specialized for Strings, rank 2.
`static class`	`ArrayString.D3`	Concrete implementation of Array specialized for Strings, rank 3.
`static class`	`ArrayString.D4`	Concrete implementation of Array specialized for Strings, rank 4.
`static class`	`ArrayString.D5`	Concrete implementation of Array specialized for Strings, rank 5.
`static class`	`ArrayString.D6`	Concrete implementation of Array specialized for Strings, rank 6.
`static class`	`ArrayString.D7`	Concrete implementation of Array specialized for Strings, rank 7.
`class`	`ArrayStructure`
`class`	`ArrayStructureBak`	Superclass for implementations of Array of StructureData.
`class`	`ArrayStructureBB`	Concrete implementation of ArrayStructure, data storage is in a ByteBuffer, which is converted to member data on the fly.
`class`	`ArrayStructureBBpos`	Variation of ArrayStructureBB, where the offsets of the records into the ByteBuffer are uneven and must be passed in by the user.
`class`	`ArrayStructureBBsection`	Describe
`class`	`ArrayStructureComposite`	An ArrayStructure compose of other ArrayStructures.
`class`	`ArrayStructureMA`	Concrete implementation of ArrayStructure, data storage is in member arrays, which are converted to StructureData member data on the fly.
`class`	`ArrayStructureW`	Concrete implementation of ArrayStructure, with data access deferred to the StructureData objects.

类型参数类型为Array的org.meteoinfo.ndarray中的字段
修饰符和类型	字段	说明
`protected java.util.Map<StructureMembers.Member,Array>`	StructureDataW.`memberData`

返回Array的org.meteoinfo.ndarray中的方法
修饰符和类型	方法	说明
`static Array`	MAMath.`add(Array a, Array b)`	Add elements of two arrays together, allocating the result array.
`static Array`	MAMath.`convert(Array org, DataType wantType)`	Convert original array to desired type
`static Array`	MAMath.`convert2packed(Array unpacked, double missingValue, int nbits, boolean isUnsigned, DataType packedType)`
`static Array`	MAMath.`convert2Unpacked(Array packed, MAMath.ScaleOffset scaleOffset)`
`static Array`	MAMath.`convertUnsigned(Array unsigned)`	Convert unsigned data to signed data of a wider type.
`Array`	Array.`copy()`	Create a copy of this Array, copying the data so that physical order is the same as logical order
`Array`	ArrayRagged.`copy()`	DO NOT USE, throws UnsupportedOperationException
`Array`	ArrayStructure.`copy()`	DO NOT USE, throws UnsupportedOperationException
`Array`	ArrayStructureBak.`copy()`	DO NOT USE, throws UnsupportedOperationException
`Array`	Array.`copyIfView()`	Create a copy of this Array if it's physical order is not the same as logical order
`protected abstract Array`	Array.`createView(Index index)`	create new Array with given Index and the same backing store
`protected Array`	ArrayBoolean.`createView(Index index)`	create new Array with given indexImpl and same backing store
`protected Array`	ArrayByte.`createView(Index index)`
`protected Array`	ArrayChar.`createView(Index index)`	create new Array with given indexImpl and same backing store
`protected Array`	ArrayComplex.`createView(Index index)`	create new Array with given indexImpl and the same backing store
`protected Array`	ArrayDate.`createView(Index index)`	create new Array with given indexImpl and the same backing store
`protected Array`	ArrayDouble.`createView(Index index)`	create new Array with given indexImpl and the same backing store
`protected Array`	ArrayFloat.`createView(Index index)`	create new Array with given indexImpl and same backing store
`protected Array`	ArrayInt.`createView(Index index)`	create new Array with given indexImpl and same backing store
`protected Array`	ArrayLong.`createView(Index index)`	create new Array with given indexImpl and same backing store
`protected Array`	ArrayObject.`createView(Index index)`	create new Array with given indexImpl and the same backing store
`protected Array`	ArrayRagged.`createView(Index index)`	DO NOT USE, throws UnsupportedOperationException
`protected Array`	ArrayScalar.`createView(Index index)`
`protected Array`	ArrayShort.`createView(Index index)`	create new Array with given indexImpl and same backing store
`protected Array`	ArrayString.`createView(Index index)`	create new Array with given indexImpl and same backing store
`protected Array`	ArrayStructure.`createView(Index arg0)`
`Array`	ArrayStructureBak.`createView(Index index)`
`Array`	ArraySequence.`extractMemberArray(StructureMembers.Member proxym)`
`Array`	ArrayStructureBak.`extractMemberArray(StructureMembers.Member m)`	Extract data for one member, over all structures.
`static Array`	Array.`factory(java.lang.Class classType, int[] shape)`	Generate new Array with given type and shape and zeroed storage.
`static Array`	Array.`factory(java.lang.Class classType, int[] shape, java.lang.Object storage)`	Generate new Array with given type, shape, storage.
`static Array`	Array.`factory(java.lang.Class classType, Index indexCalc, java.lang.Object storage)`	Create new array with given type, index, storage.
`static Array`	Array.`factory(java.lang.Object javaArray)`	Generate a new Array from a java array of any rank and type.
`static Array`	Array.`factory(DataType dataType, int[] shape)`	Generate new Array with given type and shape and zeroed storage.
`static Array`	Array.`factory(DataType dataType, int[] shape, java.lang.Object storage)`	/** Generate new Array with given type, shape, storage.
`static Array`	Array.`factory(DataType dtype, int[] shape, java.nio.ByteBuffer bb)`	Create an Array from a ByteBuffer
`static Array`	Array.`factory(DataType dtype, Index index, java.lang.Object storage)`
`static Array`	Array.`factoryConstant(java.lang.Class classType, int[] shape, java.lang.Object storage)`	Generate new Array with given type and shape and an Index that always return 0.
`Array`	Array.`flip(int dim)`	Create a new Array using same backing store as this Array, by flipping the index so that it runs from shape[index]-1 to 0.
`Array`	ArrayStructureBak.`getArray(int recno, StructureMembers.Member m)`	Get member data of any type for a specific record as an Array.
`Array`	ArrayStructureBB.`getArray(int recnum, StructureMembers.Member m)`
`Array`	ArrayStructureW.`getArray(int recnum, StructureMembers.Member m)`
`Array`	DimArray.`getArray()`	Get array
`Array`	StructureData.`getArray(java.lang.String memberName)`	Get member data array of any type as an Array.
`abstract Array`	StructureData.`getArray(StructureMembers.Member m)`	Get member data array of any type as an Array.
`Array`	StructureDataA.`getArray(StructureMembers.Member m)`
`Array`	StructureDataComposite.`getArray(StructureMembers.Member m)`
`Array`	StructureDataProxy.`getArray(StructureMembers.Member m)`
`Array`	StructureDataW.`getArray(StructureMembers.Member m)`	Get member data array of any type as an Array.
`Array`	StructureMembers.Member.`getDataArray()`	Get the data array, if any.
`Array`	Dimension.`getDimArray()`	Get dimension value array
`static Array`	Array.`makeArray(DataType dtype, boolean isUnsigned, java.util.List<java.lang.String> stringValues)`	Make an 1D array from a list of strings.
`static Array`	Array.`makeArray(DataType dtype, int npts, double start, double incr)`	Make a 1D array from a start and inccr.
`static Array`	Array.`makeArray(DataType dtype, java.lang.String[] stringValues)`	Make an 1D array from an array of strings.
`static Array`	Array.`makeArray(DataType dtype, java.util.List<java.lang.String> stringValues)`	Make an 1D array from a list of strings.
`static Array`	Array.`makeArrayRankPlusOne(Array org)`	Add extra dimension with len = 1.
`Array`	Array.`permute(int[] dims)`	Create a new Array using same backing store as this Array, by permuting the indices.
`Array`	Array.`reduce()`	Create a new Array using same backing store as this Array, by eliminating any dimensions with length one.
`Array`	Array.`reduce(int dim)`	Create a new Array using same backing store as this Array, by eliminating the specified dimension.
`Array`	Array.`reshape(int[] shape)`	Create a new Array by copying this Array to a new one with given shape
`Array`	Array.`reshapeNoCopy(int[] shape)`	Reshape this array without copying data
`Array`	Array.`reshapeVLen(int[] shape)`	Reshape this array - the new shape total size may be different.
`Array`	Array.`section(int[] origin, int[] shape)`	Create a new Array as a subsection of this Array, with rank reduction.
`Array`	Array.`section(int[] origin, int[] shape, int[] stride)`	Create a new Array as a subsection of this Array, with rank reduction.
`Array`	Array.`section(java.util.List<Range> ranges)`	Create a new Array as a subsection of this Array, with rank reduction.
`Array`	FlatIndex.`section(int first, int last, int stride)`	Get section array
`Array`	FlatIndex.`section(java.util.List<java.lang.Integer> idx)`	Set section array
`Array`	Array.`sectionNoReduce(int[] origin, int[] shape, int[] stride)`	Create a new Array as a subsection of this Array, without rank reduction.
`Array`	Array.`sectionNoReduce(java.util.List<Range> ranges)`	Create a new Array as a subsection of this Array, without rank reduction.
`Array`	ArrayStructureBak.`sectionNoReduce(java.util.List<Range> ranges)`
`Array`	Array.`slice(int dim, int value)`	Create a new Array using same backing store as this Array, by fixing the specified dimension at the specified index value.
`Array`	Array.`transpose(int dim1, int dim2)`	Create a new Array using same backing store as this Array, by transposing two of the indices.

参数类型为Array的org.meteoinfo.ndarray中的方法
修饰符和类型	方法	说明
`static Array`	MAMath.`add(Array a, Array b)`	Add elements of two arrays together, allocating the result array.
`static void`	MAMath.`addDouble(Array result, Array a, Array b)`	Add elements of two arrays together as doubles, place sum in the result array.
`static void`	Array.`arraycopy(Array arraySrc, int srcPos, Array arrayDst, int dstPos, int len)`	Cover for System.arraycopy().
`static MAMath.ScaleOffset`	MAMath.`calcScaleOffsetSkipMissingData(Array a, double missingValue, int nbits, boolean isUnsigned)`	Calculate the scale/offset for an array of numbers.
`static boolean`	MAMath.`conformable(Array a, Array b)`	Check that two arrays are conformable.
`static Array`	MAMath.`convert(Array org, DataType wantType)`	Convert original array to desired type
`static Array`	MAMath.`convert2packed(Array unpacked, double missingValue, int nbits, boolean isUnsigned, DataType packedType)`
`static Array`	MAMath.`convert2Unpacked(Array packed, MAMath.ScaleOffset scaleOffset)`
`static Array`	MAMath.`convertUnsigned(Array unsigned)`	Convert unsigned data to signed data of a wider type.
`static void`	MAMath.`copy(Array result, Array a)`	Copy array a to array result, the result array will be in canonical order The operation type is taken from the type of a.
`static void`	MAMath.`copyBoolean(Array result, Array a)`	copy array a to array result as bytes The array a and result must be type boolean
`static void`	MAMath.`copyByte(Array result, Array a)`	copy array a to array result as bytes The values from the array a are converted to byte (if needed), and then converted to the type of result (if needed).
`static void`	MAMath.`copyChar(Array result, Array a)`	copy array a to array result as char The values from the array a are converted to char (if needed), and then converted to the type of result (if needed).
`static void`	MAMath.`copyDouble(Array result, Array a)`	copy array a to array result as doubles The values from the arrays a are converted to double (if needed), and then converted to the type of result (if needed).
`static void`	MAMath.`copyFloat(Array result, Array a)`	copy array a to array result as floats The values from the arrays a are converted to float (if needed), and then converted to the type of result (if needed).
`static void`	MAMath.`copyInt(Array result, Array a)`	copy array a to array result as integers The values from the arrays a are converted to integer (if needed), and then converted to the type of result (if needed).
`static void`	MAMath.`copyLong(Array result, Array a)`	copy array a to array result as longs The values from the array a are converted to long (if needed), and then converted to the type of result (if needed).
`static void`	MAMath.`copyObject(Array result, Array a)`	copy array a to array result as an Object The array a and result must be type object
`static void`	MAMath.`copyShort(Array result, Array a)`	copy array a to array result as shorts The values from the array a are converted to short (if needed), and then converted to the type of result (if needed).
`static boolean`	MAMath.`fuzzyEquals(Array data1, Array data2)`	Returns true if the specified arrays have the same size, signedness, and approximately equal corresponding elements.
`static double`	MAMath.`getMaximum(Array a)`
`static double`	MAMath.`getMaximumSkipMissingData(Array a, double missingValue)`
`static double`	MAMath.`getMinimum(Array a)`
`static double`	MAMath.`getMinimumSkipMissingData(Array a, double missingValue)`
`static MAMath.MinMax`	MAMath.`getMinMax(Array a)`	Find min and max value in this array, getting values as doubles.
`static MAMath.MinMax`	MAMath.`getMinMaxSkipMissingData(Array a, double missingValue)`
`static MAMath.MinMax`	MAMath.`getMinMaxSkipMissingData(Array a, IsMissingEvaluator eval)`
`static boolean`	MAMath.`isEqual(Array data1, Array data2)`
`static Array`	Array.`makeArrayRankPlusOne(Array org)`	Add extra dimension with len = 1.
`void`	DimArray.`setArray(Array value)`	Set array
`void`	StructureMembers.Member.`setDataArray(Array data)`	Set the data array.
`static void`	MAMath.`setDouble(Array result, double val)`	Set all the elements of this array to the given double value.
`void`	ArrayStructureBak.`setMemberArray(StructureMembers.Member m, Array memberArray)`	Set data for one member, over all structures.
`void`	ArrayStructureMA.`setMemberArray(java.lang.String memberName, Array data)`	Set the data array for this member.
`void`	StructureDataW.`setMemberData(java.lang.String memberName, Array data)`
`void`	StructureDataW.`setMemberData(StructureMembers.Member m, Array data)`
`void`	FlatIndex.`setSection(int first, int last, int stride, Array value)`	Set section array
`void`	FlatIndex.`setSection(java.util.List<java.lang.Integer> idx, Array value)`	Set section
`static double`	MAMath.`sumDouble(Array a)`	sum all of the elements of array a as doubles.
`static double`	MAMath.`sumDoubleSkipMissingData(Array a, double missingValue)`	sum all of the elements of array a as doubles.

参数类型为Array的org.meteoinfo.ndarray中的构造器
构造器	说明
`DimArray(Array array, java.util.List<Dimension> dims)`	Constructor
`FlatIndex(Array array)`	Constructor
`ListIterator(Array array, java.util.List<java.lang.Object> ranges)`	Constructor
`MAMatrix(Array a)`	Create an MAMatrix using the given rank-2 array.
`MAVector(Array a)`	Create an MAVector using the given rank-1 array.
`MixIterator(Array array, java.util.List<java.lang.Object> ranges)`	Constructor

org.meteoinfo.ndarray.math中Array的使用

返回Array的org.meteoinfo.ndarray.math中的方法
修饰符和类型	方法	说明
`static Array`	ArrayMath.`abs(Array a)`	Array absolute
`static Array`	ArrayMath.`acos(Array a)`	Arc cosine function
`static Array`	ArrayMath.`add(Array a, java.lang.Number b)`	Array add
`static Array`	ArrayMath.`add(Array a, Array b)`	Array add
`static Array`	ArrayMath.`add(Array a, Complex b)`	Array add
`static Array`	ArrayMath.`all(Array a, int axis)`	Test whether all array element along a given axis evaluates to True.
`static Array`	ArrayMath.`any(Array a, int axis)`	Test whether any array element along a given axis evaluates to True.
`static Array`	ArrayMath.`argMax(Array a, int axis)`	Get the indices of the maximum values along an axis.
`static Array`	ArrayMath.`argMin(Array a, int axis)`	Get the indices of the minimum values along an axis.
`static Array`	ArrayUtil.`argSort(Array a, java.lang.Integer axis)`	Get sorted array index along an axis
`static Array`	ArrayUtil.`array(java.lang.Object data)`	Create an array
`static Array`	ArrayUtil.`array(java.lang.Object data, DataType dt)`	Create an array
`static Array`	ArrayUtil.`array_list(java.util.List data, DataType dt)`	Create an array
`static Array`	ArrayUtil.`arrayRange(java.lang.Number start, java.lang.Number stop, java.lang.Number step)`	Array range
`static Array`	ArrayUtil.`arrayRange_bak(java.lang.Number start, java.lang.Number stop, java.lang.Number step)`	Array range
`static Array`	ArrayUtil.`arrayRange1(java.lang.Number start, int length, java.lang.Number step)`	Array range
`static Array`	ArrayMath.`asin(Array a)`	Arc sine function
`static Array`	ArrayMath.`atan(Array a)`	Arc tangen function
`static Array`	ArrayMath.`atan2(Array a, Array b)`	Arc tangen function
`static Array`	ArrayMath.`binCount(Array a)`	Count number of occurrences of each value in array of non-negative ints
`static Array`	ArrayMath.`binCount(Array a, Array weights)`	Count number of occurrences of each value in array of non-negative ints
`static Array`	ArrayMath.`bitAnd(Array a, java.lang.Number b)`	Bit and operation
`static Array`	ArrayMath.`bitAnd(Array a, Array b)`	Bit and operation
`static Array`	ArrayMath.`bitInvert(Array a)`	Bit inversion ~ operation
`static Array`	ArrayMath.`bitOr(Array a, java.lang.Number b)`	Bit or \| operation
`static Array`	ArrayMath.`bitOr(Array a, Array b)`	Bit or \| operation
`static Array`	ArrayMath.`bitXor(Array a, java.lang.Number b)`	Bit exclusive or ^ operation
`static Array`	ArrayMath.`bitXor(Array a, Array b)`	Bit exclusive or \| operation
`static Array`	ArrayUtil.`broadcast(Array a, int[] shape)`	Broadcast array to a new shape
`static Array`	ArrayUtil.`broadcast(Array a, java.util.List<java.lang.Integer> shape)`	Broadcast array to a new shape
`static Array[]`	ArrayMath.`cartesianToPolar(Array x, Array y)`	Convert cartesian to polar coordinate
`static Array`	ArrayMath.`cdiff(Array data, int dimIdx)`	Performs a centered difference operation on a grid data along one dimension direction
`static Array`	ArrayMath.`cdiff_bak(Array data, boolean isX)`	Performs a centered difference operation on a grid data in the x or y direction
`static Array`	ArrayMath.`ceil(Array a)`	Return the ceiling of the input, element-wise.
`static Array`	ArrayUtil.`concatenate(java.util.List<Array> arrays, java.lang.Integer axis)`	Concatenate arrays to one array along a axis
`static Array`	ArrayUtil.`concatenate(Array a, Array b, java.lang.Integer axis)`	Concatenate two arrays to one array along a axis
`static Array`	ArrayUtil.`convertEncoding(ArrayChar a, java.lang.String encoding)`	Convert char array encoding from UTF-8
`static Array`	ArrayMath.`copy(Array a)`	Copy array
`static Array`	ArrayMath.`cos(Array a)`	Cosine function
`static Array`	ArrayUtil.`cressman(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array v_s, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, java.util.List<java.lang.Number> radList)`	Cressman analysis
`static Array`	ArrayUtil.`cressman_bak(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array v_s, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, java.util.List<java.lang.Number> radList)`	Cressman analysis
`static Array`	ArrayMath.`cumsum(Array a, int axis)`	Return the cumulative sum of the elements along a given axis.
`static Array`	ArrayUtil.`delete(Array a, int idx, int axis)`	Return a new array with sub-arrays along an axis deleted
`static Array`	ArrayUtil.`delete(Array a, java.util.List<java.lang.Integer> idx, int axis)`	Return a new array with sub-arrays along an axis deleted
`static Array`	ArrayUtil.`diag(Array a, int k)`	Extract a diagonal or construct a diagonal array.
`static Array`	ArrayMath.`div(java.lang.Number b, Array a)`	Array divide
`static Array`	ArrayMath.`div(Array a, java.lang.Number b)`	Array divide
`static Array`	ArrayMath.`div(Array a, Array b)`	Array divide
`static Array`	ArrayMath.`div(Array a, Complex b)`	Array divide
`static Array`	ArrayMath.`div(Complex b, Array a)`	Array divide
`static Array`	ArrayMath.`dot(Array a, Array b)`	Matrix multiplication
`static Array`	ArrayUtil.`empty(java.util.List<java.lang.Integer> shape, DataType dtype)`	Get zero array
`static Array`	ArrayMath.`equal(Array a, java.lang.Number b)`	Array equal
`static Array`	ArrayMath.`equal(Array a, java.lang.String b)`	Array equal
`static Array`	ArrayMath.`equal(Array a, Array b)`	Array equal
`static Array`	ArrayMath.`exp(Array a)`	Exponent function
`static Array[]`	ArrayUtil.`extendHalfCell(Array x, Array y)`	Extend the grid to half cell, so the grid points are the centers of the cells
`static Array`	ArrayUtil.`eye(int n, int m, int k, DataType dtype)`	Return a 2-D array with ones on the diagonal and zeros elsewhere.
`static Array`	ArrayUtil.`flatNonZero(Array a)`	Return the flat indices of the elements that are non-zero.
`static Array`	ArrayMath.`flip(Array a, int idx)`	Flip array
`static Array`	ArrayMath.`flip(Array a, java.util.List<java.lang.Integer> idxs)`	Flip array
`static Array`	ArrayMath.`floor(Array a)`	Return the ceiling of the input, element-wise.
`static Array`	ArrayMath.`floorDiv(java.lang.Number b, Array a)`	Array floor divide
`static Array`	ArrayMath.`floorDiv(Array a, java.lang.Number b)`	Array floor divide
`static Array`	ArrayMath.`floorDiv(Array a, Array b)`	Array mod
`static Array`	ArrayMath.`fmax(Array x1, Array x2)`	Element-wise maximum of array elements, ignores NaNs.
`static Array`	ArrayMath.`fmin(Array x1, Array x2)`	Element-wise minimum of array elements, ignores NaNs.
`static Array`	ArrayUtil.`full(java.util.List<java.lang.Integer> shape, java.lang.Object fillValue, DataType dtype)`	Return a new array of given shape and type, filled with fill value.
`static Array`	ArrayUtil.`full(java.util.List<java.lang.Integer> shape, Array fillValue, DataType dtype)`	Return a new array of given shape and type, filled with fill value.
`static Array`	ArrayMath.`greaterThan(Array a, java.lang.Number b)`	Array greater than
`static Array`	ArrayMath.`greaterThan(Array a, Array b)`	Array greater than
`static Array`	ArrayMath.`greaterThanOrEqual(Array a, java.lang.Number b)`	Array greater than or equal
`static Array`	ArrayMath.`greaterThanOrEqual(Array a, Array b)`	Array greater than or equal
`static Array`	ArrayMath.`hcurl(Array uData, Array vData, java.util.List<java.lang.Number> xx, java.util.List<java.lang.Number> yy)`	Calculates the vertical component of the curl (ie, vorticity)
`static Array`	ArrayMath.`hcurl(Array uData, Array vData, Array xx, Array yy)`	Calculates the vertical component of the curl (ie, vorticity)
`static Array`	ArrayMath.`hdivg(Array uData, Array vData, java.util.List<java.lang.Number> xx, java.util.List<java.lang.Number> yy)`	Calculates the horizontal divergence using finite differencing
`static Array`	ArrayMath.`hdivg(Array uData, Array vData, Array xx, Array yy)`	Calculates the horizontal divergence using finite differencing
`static Array`	ArrayUtil.`identity(int n, DataType dtype)`	Return the identity array - a square array with ones on the main diagonal.
`static Array`	ArrayUtil.`interpn(java.util.List<Array> points, Array values, java.util.List<Array> xi)`	Multidimensional interpolation on regular grids.
`Array`	ArrayUtil.`interpolate(Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate array data
`static Array`	ArrayUtil.`interpolate_1d(double x, Array xp, Array a, int axis)`	Interpolates data with any shape over a specified axis.
`static Array`	ArrayUtil.`interpolate_1d(Array xa, Array xp, Array a, int axis)`	Interpolates data with any shape over a specified axis.
`static Array`	ArrayUtil.`interpolation_Inside(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate with inside method - The grid cell value is the average value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Inside_Max(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate with inside method - The grid cell value is the maximum value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Inside_Mean(Array x_s, Array y_s, Array a, Array X, Array Y, boolean center)`	Interpolate with inside method - The grid cell value is the average value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Inside_Min(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate with inside method - The grid cell value is the minimum value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Nearest_1(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, double radius, double fill_value)`	Interpolate with nearest method
`static Array`	ArrayUtil.`interpolation_Nearest_bak(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, double radius)`	Interpolate with nearest method
`static Array`	ArrayMath.`inValues(Array a, java.util.List b)`	Return the array with the value of 1 when the input array element value in the list b, otherwise set value as 0.
`static Array`	ArrayMath.`isClose(Array a, Array b, double rTol, double aTol)`	Returns a boolean array where two arrays are element-wise equal within a tolerance.
`static Array`	ArrayMath.`isClose(Array a, Array b, double rTol, double aTol, boolean equalNaN)`	Returns a boolean array where two arrays are element-wise equal within a tolerance.
`static Array`	ArrayMath.`isFinite(Array a)`	Test element-wise for finiteness (not infinity or not Not a Number).
`static Array`	ArrayMath.`isInfinite(Array a)`	Test element-wise for positive or negative infinity.
`static Array`	ArrayMath.`join(Array a, Array b, int dim)`	Join two arrays by a dimension
`static Array`	ArrayMath.`leftShift(Array a, java.lang.Number b)`	Bit left shift operation
`static Array`	ArrayMath.`leftShift(Array a, Array b)`	Bit left shift operation
`static Array`	ArrayMath.`lessThan(Array a, java.lang.Number b)`	Array less than
`static Array`	ArrayMath.`lessThan(Array a, Array b)`	Array less than
`static Array`	ArrayMath.`lessThanOrEqual(Array a, java.lang.Number b)`	Array less than or equal
`static Array`	ArrayMath.`lessThanOrEqual(Array a, Array b)`	Array less than or equal
`static Array`	ArrayUtil.`lineSpace(java.lang.Number start, java.lang.Number stop, int n, boolean endpoint)`	Array line space
`static Array`	ArrayUtil.`lineSpace_bak(java.lang.Number start, java.lang.Number stop, int n, boolean endpoint)`	Array line space
`static Array`	ArrayUtil.`linint2(Array a, Array X, Array Y, Array newX, Array newY)`	Interpolates from a rectilinear grid to another rectilinear grid using bilinear interpolation.
`static Array`	ArrayMath.`log(Array a)`	Log function
`static Array`	ArrayMath.`log10(Array a)`	Log10 function
`static Array`	ArrayMath.`logicalNot(Array a)`	Logical not
`static Array`	ArrayMath.`magnitude(Array uData, Array vData)`	Take magnitude value from U/V grid data
`static Array`	ArrayMath.`maskin(Array a, Array m)`	Maskin function
`static Array`	ArrayMath.`maskout(Array a, Array m)`	Maskout function
`static Array`	ArrayMath.`maskout(Array a, Array m, java.lang.Number missingValue)`	Maskout function
`static Array`	ArrayMath.`max(Array a, int axis)`	Compute maximum value of an array along an axis (dimension)
`static Array`	ArrayMath.`maximum(Array x1, Array x2)`	Element-wise maximum of array elements.
`static Array`	ArrayMath.`mean(java.util.List<Array> alist)`	Compute the arithmetic mean arry from a list of arrays
`static Array`	ArrayMath.`mean(Array a, int axis)`	Compute mean value of an array along an axis (dimension)
`static Array`	ArrayMath.`mean(Array a, java.util.List<java.lang.Integer> axis)`	Compute mean value of an array along an axis (dimension)
`static Array`	ArrayMath.`median(Array a, int axis)`	Compute median value of an array along an axis (dimension)
`static Array[]`	ArrayUtil.`meshgrid(Array x)`	Mesh grid
`static Array[]`	ArrayUtil.`meshgrid(Array... xs)`	Mesh grid
`static Array[]`	ArrayUtil.`meshgrid(Array x, Array y)`	Mesh grid
`static Array`	ArrayMath.`min(Array a, int axis)`	Compute minimum value of an array along an axis (dimension)
`static Array`	ArrayMath.`minimum(Array x1, Array x2)`	Element-wise minimum of array elements.
`static Array`	ArrayMath.`mod(java.lang.Number b, Array a)`	Array mod
`static Array`	ArrayMath.`mod(Array a, java.lang.Number b)`	Array mod
`static Array`	ArrayMath.`mod(Array a, Array b)`	Array mod
`static Array`	ArrayMath.`mul(Array a, java.lang.Number b)`	Array multiply
`static Array`	ArrayMath.`mul(Array a, Array b)`	Array mutiply
`static Array`	ArrayMath.`mul(Array a, Complex b)`	Array multiply
`static Array`	ArrayMath.`notEqual(Array a, java.lang.Number b)`	Array not equal
`static Array`	ArrayMath.`notEqual(Array a, Array b)`	Array not equal
`static Array`	ArrayUtil.`ones(int n)`	Get ones array
`static Array`	ArrayUtil.`ones(java.util.List<java.lang.Integer> shape, DataType dtype)`	Get ones array
`static Array`	ArrayMath.`outer(Array a, Array b)`	Compute the outer product of two vectors.
`static Array[]`	ArrayMath.`polarToCartesian(Array B, Array r)`	Convert poar to cartesian coordinate
`static Array`	ArrayMath.`polyVal(java.util.List<java.lang.Number> p, Array x)`	Evaluate a polynomial at specific values.
`static Array`	ArrayMath.`pow(java.lang.Number a, Array b)`	Array pow function
`static Array`	ArrayMath.`pow(Array a, java.lang.Number b)`	Array pow function
`static Array`	ArrayMath.`pow(Array a, Array b)`	Array pow function
`static Array`	ArrayMath.`pow(Array a, Complex b)`	Array pow function
`static Array`	ArrayMath.`pow(Complex b, Array a)`	Array pow function
`static Array`	ArrayUtil.`rand(int n)`	Get random array - one dimension
`static Array`	ArrayUtil.`rand(java.util.List<java.lang.Integer> shape)`	Get random array
`static Array`	ArrayUtil.`readASCIIFile(java.lang.String fileName, java.lang.String delimiter, int headerLines, java.lang.String dataType, java.util.List<java.lang.Integer> shape, boolean readFirstCol)`	Read ASCII data file to an array
`static Array`	ArrayUtil.`readASCIIFile(java.lang.String fileName, java.lang.String delimiter, int headerLines, DataType dataType, java.util.List<java.lang.Integer> shape, boolean readFirstCol)`	Read ASCII data file to an array
`static Array`	ArrayUtil.`readASCIIFile(java.lang.String fileName, DataType dataType, int count, java.lang.String delimiter)`	Read ASCII data file to an array
`static Array`	ArrayUtil.`readBinFile(java.lang.String fn, java.util.List<java.lang.Integer> dims, java.lang.String dataType, int skip, java.lang.String byteOrder)`	Read array from a binary file
`static Array`	ArrayUtil.`readBinFile(java.lang.String fn, DataType dataType, int count, int offset)`	Read array from a binary file
`static Array`	ArrayUtil.`readBinFile(java.lang.String fn, DataType dataType, int count, int offset, java.lang.String byteOrder)`	Read array from a binary file
`static Array`	ArrayMath.`removeNaN(Array a)`	Remove NaN values in an array
`static Array[]`	ArrayMath.`removeNaN(Array... a)`	Remove NaN values in arrays
`static Array`	ArrayUtil.`repeat(java.lang.Number v, int n)`	Repeat a value n times
`static Array`	ArrayUtil.`repeat(Array a, java.util.List<java.lang.Integer> repeats)`	Repeat elements of an array.
`static Array`	ArrayUtil.`repeat(Array a, java.util.List<java.lang.Integer> repeats, int axis)`	Repeat elements of an array.
`static Array`	ArrayUtil.`resample_Bilinear(Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, java.util.List<java.lang.Number> newX, java.util.List<java.lang.Number> newY)`	Resample grid array with bilinear method
`static Array`	ArrayUtil.`resample_Bilinear(Array a, Array X, Array Y, Array newX, Array newY)`	Resample grid array with bilinear method
`static Array`	ArrayUtil.`resample_Neighbor(Array a, Array X, Array Y, Array newX, Array newY)`	Resample grid array with neighbor method
`static Array`	ArrayMath.`rightShift(Array a, java.lang.Number b)`	Bit right shift operation
`static Array`	ArrayMath.`rightShift(Array a, Array b)`	Bit right shift operation
`static Array`	ArrayMath.`rolling_mean(Array x, int window, boolean center)`	Moving average function
`static Array`	ArrayMath.`rot90(Array a, int k)`	Rotate an array by 90 degrees in counter-clockwise direction.
`static Array`	ArrayUtil.`searchSorted(Array a, Array v, boolean left)`	Find indices where elements should be inserted to maintain order.
`static Array`	ArrayMath.`section(Array a, int[] origin, int[] size, int[] stride)`	Section array
`static Array`	ArrayMath.`section(Array a, java.util.List<Range> ranges)`	Section array
`static Array`	ArrayMath.`setSection(Array a, int[] origin, int[] shape, Array v)`	Set section
`static Array`	ArrayMath.`setSection(Array a, java.util.List<Range> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection(Array a, java.util.List<Range> ranges, java.lang.Object v)`	Set section
`static Array`	ArrayMath.`setSection(Array a, java.util.List<Range> ranges, Array v)`	Set section
`static Array`	ArrayMath.`setSection_List(Array a, java.util.List<java.util.List<java.lang.Integer>> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection_List(Array a, java.util.List<java.util.List<java.lang.Integer>> ranges, Array v)`	Set section
`static Array`	ArrayMath.`setSection_Mix(Array a, java.util.List<java.lang.Object> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection_Mix(Array a, java.util.List<java.lang.Object> ranges, Array v)`	Set section
`static Array`	ArrayMath.`setSection_Mix_Bak(Array a, java.util.List<java.lang.Object> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection_Mix_Bak(Array a, java.util.List<java.lang.Object> ranges, Array v)`	Set section
`static Array`	ArrayMath.`sign(Array x)`	Returns an element-wise indication of the sign of a number.
`static Array`	ArrayMath.`sin(Array a)`	Sine function
`static Array`	ArrayUtil.`slice(Array a, int axis, int idx)`	Get slice array along an axis
`static Array`	ArrayUtil.`slice(Array a, int axis, Array dim, double v)`	Get slice array along an axis
`static Array`	ArrayUtil.`smooth5(Array a)`	Smooth with 5 points
`static Array`	ArrayUtil.`smooth5(Array a, int rowNum, int colNum, double unDefData)`	Smooth with 5 points
`static Array`	ArrayUtil.`smooth9(Array a)`	Smooth with 9 points
`static Array`	ArrayUtil.`sort(Array a, java.lang.Integer axis)`	Sort array along an axis
`static Array`	ArrayMath.`sqrt(Array a)`	Sqrt function
`static Array`	ArrayMath.`std(Array a, int axis, int ddof)`	Compute standard deviation value of an array along an axis (dimension)
`static Array`	ArrayMath.`sub(java.lang.Number b, Array a)`	Array subtract
`static Array`	ArrayMath.`sub(Array a, java.lang.Number b)`	Array subtract
`static Array`	ArrayMath.`sub(Array a, Array b)`	Array subtract
`static Array`	ArrayMath.`sub(Array a, Complex b)`	Array subtract
`static Array`	ArrayMath.`sub(Complex b, Array a)`	Array subtract
`static Array`	ArrayMath.`sum(java.util.List<Array> alist)`	Compute the sum arry from a list of arrays
`static Array`	ArrayMath.`sum(Array a, int axis)`	Compute sum value of an array along an axis (dimension)
`static Array`	ArrayMath.`take(Array a, java.util.List<java.lang.Object> ranges)`	Take elements from an array along an axis.
`static Array`	ArrayMath.`take(Array a, Array condition)`	Extract 1D array by boolean array
`static Array`	ArrayMath.`take(Array a, Array indices, java.lang.Integer axis)`	Take elements from an array along an axis.
`static Array`	ArrayMath.`takeValues(Array a, java.util.List<java.util.List<java.lang.Integer>> ranges)`	Take elements from an array.
`static Array`	ArrayMath.`tan(Array a)`	Tangent function
`static Array`	ArrayUtil.`tile(java.lang.Number v, int n)`	Repeat a value n times
`static Array`	ArrayUtil.`tile(java.lang.Number v, java.util.List<java.lang.Integer> repeats)`	Repeat a value n times
`static Array`	ArrayUtil.`tile(Array a, java.util.List<java.lang.Integer> repeats)`	Repeat elements of an array.
`static Array`	ArrayUtil.`toBoolean(Array a)`	Convert array to boolean type
`static Array`	ArrayUtil.`toDate(Array a)`	Convert array to date type
`static Array`	ArrayMath.`toDegrees(Array a)`	Convert radians to degrees function
`static Array`	ArrayUtil.`toDouble(Array a)`	Convert array to double type
`static Array`	ArrayUtil.`toFloat(Array a)`	Convert array to float type
`static Array`	ArrayUtil.`toInteger(Array a)`	Convert array to integer type
`static Array`	ArrayMath.`toRadians(Array a)`	Convert radians to degrees function
`static Array`	ArrayMath.`transpose(Array a, int dim1, int dim2)`	Transpose array
`static Array`	ArrayMath.`trapz(Array a, double dx, int axis)`	Integrate vector array using the composite trapezoidal rule.
`static Array`	ArrayMath.`trapz(Array a, Array x, int axis)`	Integrate vector array using the composite trapezoidal rule.
`static Array`	ArrayUtil.`unique(Array a, java.lang.Integer axis)`	Find the unique elements of an array.
`static Array`	ArrayMath.`var(Array a, int axis, int ddof)`	Compute variance value of an array along an axis (dimension)
`static Array`	ArrayUtil.`view(Array a)`	New view of array with the same data.
`static Array`	ArrayUtil.`zeros(int n)`	Get zero array
`static Array`	ArrayUtil.`zeros(java.util.List<java.lang.Integer> shape, java.lang.String dtype)`	Get zero array
`static Array`	ArrayUtil.`zeros(java.util.List<java.lang.Integer> shape, DataType dtype)`	Get zero array

返回变量类型为Array的类型的org.meteoinfo.ndarray.math中的方法
修饰符和类型	方法	说明
`static java.util.List<Array>`	ArrayUtil.`arraySplit(Array a, int sections, int axis)`
`static java.util.List<Array>`	ArrayUtil.`histogram(Array a, double[] bins)`	Histogram x/y array
`static java.util.List<Array>`	ArrayUtil.`histogram(Array a, int nbins)`	Histogram x/y array
`static java.util.List<Array>`	ArrayUtil.`histogram(Array a, Array bins)`	Histogram x/y array
`static java.util.List<Array>`	ArrayUtil.`nonzero(Array a)`	Return the indices of the elements that are non-zero.

参数类型为Array的org.meteoinfo.ndarray.math中的方法
修饰符和类型	方法	说明
`static Array`	ArrayMath.`abs(Array a)`	Array absolute
`static Array`	ArrayMath.`acos(Array a)`	Arc cosine function
`static Array`	ArrayMath.`add(Array a, java.lang.Number b)`	Array add
`static Array`	ArrayMath.`add(Array a, Array b)`	Array add
`static Array`	ArrayMath.`add(Array a, Complex b)`	Array add
`static boolean`	ArrayMath.`all(Array a)`	Test whether all array element evaluates to True.
`static Array`	ArrayMath.`all(Array a, int axis)`	Test whether all array element along a given axis evaluates to True.
`static boolean`	ArrayMath.`any(Array a)`	Test whether any array element evaluates to True.
`static Array`	ArrayMath.`any(Array a, int axis)`	Test whether any array element along a given axis evaluates to True.
`static int`	ArrayMath.`argMax(Array a)`	Get the index of the maximum value into the flattened array.
`static Array`	ArrayMath.`argMax(Array a, int axis)`	Get the indices of the maximum values along an axis.
`static int`	ArrayMath.`argMin(Array a)`	Get the index of the minimum value into the flattened array.
`static Array`	ArrayMath.`argMin(Array a, int axis)`	Get the indices of the minimum values along an axis.
`static Array`	ArrayUtil.`argSort(Array a, java.lang.Integer axis)`	Get sorted array index along an axis
`static java.util.List<Array>`	ArrayUtil.`arraySplit(Array a, int sections, int axis)`
`static Array`	ArrayMath.`asin(Array a)`	Arc sine function
`static java.util.List<java.lang.Object>`	ArrayMath.`asList(Array a)`	As number list
`static Array`	ArrayMath.`atan(Array a)`	Arc tangen function
`static Array`	ArrayMath.`atan2(Array a, Array b)`	Arc tangen function
`static double`	ArrayMath.`aveDouble(Array a)`	Average array
`static double`	ArrayMath.`aveDouble(Array a, double missingValue)`	Average array skip missing value
`static Array`	ArrayMath.`binCount(Array a)`	Count number of occurrences of each value in array of non-negative ints
`static Array`	ArrayMath.`binCount(Array a, Array weights)`	Count number of occurrences of each value in array of non-negative ints
`static Array`	ArrayMath.`bitAnd(Array a, java.lang.Number b)`	Bit and operation
`static Array`	ArrayMath.`bitAnd(Array a, Array b)`	Bit and operation
`static Array`	ArrayMath.`bitInvert(Array a)`	Bit inversion ~ operation
`static Array`	ArrayMath.`bitOr(Array a, java.lang.Number b)`	Bit or \| operation
`static Array`	ArrayMath.`bitOr(Array a, Array b)`	Bit or \| operation
`static Array`	ArrayMath.`bitXor(Array a, java.lang.Number b)`	Bit exclusive or ^ operation
`static Array`	ArrayMath.`bitXor(Array a, Array b)`	Bit exclusive or \| operation
`static int[]`	ArrayMath.`broadcast(Array a, Array b)`	Get broadcast shape from two arrays
`static Array`	ArrayUtil.`broadcast(Array a, int[] shape)`	Broadcast array to a new shape
`static Array`	ArrayUtil.`broadcast(Array a, java.util.List<java.lang.Integer> shape)`	Broadcast array to a new shape
`static int`	ArrayMath.`broadcastCheck(Array a, Array b)`	Broadcast check for two arrays.
`static Array[]`	ArrayMath.`cartesianToPolar(Array x, Array y)`	Convert cartesian to polar coordinate
`static Array`	ArrayMath.`cdiff(Array data, int dimIdx)`	Performs a centered difference operation on a grid data along one dimension direction
`static Array`	ArrayMath.`cdiff_bak(Array data, boolean isX)`	Performs a centered difference operation on a grid data in the x or y direction
`static Array`	ArrayMath.`ceil(Array a)`	Return the ceiling of the input, element-wise.
`static Array`	ArrayUtil.`concatenate(Array a, Array b, java.lang.Integer axis)`	Concatenate two arrays to one array along a axis
`static boolean`	ArrayMath.`containsNaN(Array a)`	Check if the array contains NaN value
`static java.lang.String`	ArrayUtil.`convertToString(Array a)`	Array to string
`static Array`	ArrayMath.`copy(Array a)`	Copy array
`static java.lang.Object`	ArrayUtil.`copyToNDJavaArray(Array a)`	Convert array to N-Dimension double Java array
`static java.lang.Object`	ArrayUtil.`copyToNDJavaArray(Array a, java.lang.String dtype)`	Convert array to N-Dimension double Java array
`static java.lang.Object`	ArrayUtil.`copyToNDJavaArray_Double(Array a)`	Convert array to N-Dimension double Java array
`static java.lang.Object`	ArrayUtil.`copyToNDJavaArray_Double(Array a, double missingValue)`	Convert array to N-Dimension double Java array
`static java.lang.Object`	ArrayUtil.`copyToNDJavaArray_Long(Array a)`	Convert array to N-Dimension double Java array
`static Array`	ArrayMath.`cos(Array a)`	Cosine function
`static Array`	ArrayUtil.`cressman(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array v_s, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, java.util.List<java.lang.Number> radList)`	Cressman analysis
`static Array`	ArrayUtil.`cressman_bak(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array v_s, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, java.util.List<java.lang.Number> radList)`	Cressman analysis
`static Array`	ArrayMath.`cumsum(Array a, int axis)`	Return the cumulative sum of the elements along a given axis.
`static java.util.List<java.lang.Double>`	ArrayMath.`cumsum(Array a, java.util.List<Range> ranges)`	Compute cumulative sum value of an array
`static Array`	ArrayUtil.`delete(Array a, int idx, int axis)`	Return a new array with sub-arrays along an axis deleted
`static Array`	ArrayUtil.`delete(Array a, java.util.List<java.lang.Integer> idx, int axis)`	Return a new array with sub-arrays along an axis deleted
`static Array`	ArrayUtil.`diag(Array a, int k)`	Extract a diagonal or construct a diagonal array.
`static Array`	ArrayMath.`div(java.lang.Number b, Array a)`	Array divide
`static Array`	ArrayMath.`div(Array a, java.lang.Number b)`	Array divide
`static Array`	ArrayMath.`div(Array a, Array b)`	Array divide
`static Array`	ArrayMath.`div(Array a, Complex b)`	Array divide
`static Array`	ArrayMath.`div(Complex b, Array a)`	Array divide
`static Array`	ArrayMath.`dot(Array a, Array b)`	Matrix multiplication
`static Array`	ArrayMath.`equal(Array a, java.lang.Number b)`	Array equal
`static Array`	ArrayMath.`equal(Array a, java.lang.String b)`	Array equal
`static Array`	ArrayMath.`equal(Array a, Array b)`	Array equal
`static Array`	ArrayMath.`exp(Array a)`	Exponent function
`static Array[]`	ArrayUtil.`extendHalfCell(Array x, Array y)`	Extend the grid to half cell, so the grid points are the centers of the cells
`static java.lang.Object[]`	ArrayUtil.`findIndices(java.util.List<Array> points, Array xi)`	Find indices
`static Array`	ArrayUtil.`flatNonZero(Array a)`	Return the flat indices of the elements that are non-zero.
`static Array`	ArrayMath.`flip(Array a, int idx)`	Flip array
`static Array`	ArrayMath.`flip(Array a, java.util.List<java.lang.Integer> idxs)`	Flip array
`static Array`	ArrayMath.`floor(Array a)`	Return the ceiling of the input, element-wise.
`static Array`	ArrayMath.`floorDiv(java.lang.Number b, Array a)`	Array floor divide
`static Array`	ArrayMath.`floorDiv(Array a, java.lang.Number b)`	Array floor divide
`static Array`	ArrayMath.`floorDiv(Array a, Array b)`	Array mod
`static Array`	ArrayMath.`fmax(Array x1, Array x2)`	Element-wise maximum of array elements, ignores NaNs.
`static Array`	ArrayMath.`fmin(Array x1, Array x2)`	Element-wise minimum of array elements, ignores NaNs.
`static Array`	ArrayUtil.`full(java.util.List<java.lang.Integer> shape, Array fillValue, DataType dtype)`	Return a new array of given shape and type, filled with fill value.
`static int`	ArrayUtil.`getDimIndex(Array dim, java.lang.Number v)`	Get value index in a dimension array
`static double`	ArrayMath.`getMaximum(Array a)`	Get maximum value
`static double`	ArrayMath.`getMaximum(Array a, double missingv)`	Get maximum value
`static double`	ArrayMath.`getMinimum(Array a)`	Get minimum value
`static double`	ArrayMath.`getMinimum(Array a, double missingv)`	Get minimum value
`static float`	ArrayMath.`getR(Array xData, Array yData)`	Get correlation coefficient How well did the forecast values correspond to the observed values?
`static Array`	ArrayMath.`greaterThan(Array a, java.lang.Number b)`	Array greater than
`static Array`	ArrayMath.`greaterThan(Array a, Array b)`	Array greater than
`static Array`	ArrayMath.`greaterThanOrEqual(Array a, java.lang.Number b)`	Array greater than or equal
`static Array`	ArrayMath.`greaterThanOrEqual(Array a, Array b)`	Array greater than or equal
`static int[]`	ArrayUtil.`gridIndex(Array xdim, Array ydim, double x, double y)`	Get grid array x/y value index
`static Array`	ArrayMath.`hcurl(Array uData, Array vData, java.util.List<java.lang.Number> xx, java.util.List<java.lang.Number> yy)`	Calculates the vertical component of the curl (ie, vorticity)
`static Array`	ArrayMath.`hcurl(Array uData, Array vData, Array xx, Array yy)`	Calculates the vertical component of the curl (ie, vorticity)
`static Array`	ArrayMath.`hdivg(Array uData, Array vData, java.util.List<java.lang.Number> xx, java.util.List<java.lang.Number> yy)`	Calculates the horizontal divergence using finite differencing
`static Array`	ArrayMath.`hdivg(Array uData, Array vData, Array xx, Array yy)`	Calculates the horizontal divergence using finite differencing
`static java.util.List<Array>`	ArrayUtil.`histogram(Array a, double[] bins)`	Histogram x/y array
`static java.util.List<Array>`	ArrayUtil.`histogram(Array a, int nbins)`	Histogram x/y array
`static java.util.List<Array>`	ArrayUtil.`histogram(Array a, Array bins)`	Histogram x/y array
`static Array`	ArrayUtil.`interpn(java.util.List<Array> points, Array values, java.util.List<Array> xi)`	Multidimensional interpolation on regular grids.
`static java.lang.Object`	ArrayUtil.`interpn(java.util.List<Array> points, Array values, Array xi)`	Multidimensional interpolation on regular grids.
`static double`	ArrayUtil.`interpn_s(java.util.List<java.util.List<java.lang.Number>> points, Array values, java.util.List<java.lang.Number> xi)`	Multidimensional interpolation on regular grids.
`static double`	ArrayUtil.`interpn_s(java.util.List<Array> points, Array values, Array xi)`	Multidimensional interpolation on regular grids.
`Array`	ArrayUtil.`interpolate(Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate array data
`static Array`	ArrayUtil.`interpolate_1d(double x, Array xp, Array a, int axis)`	Interpolates data with any shape over a specified axis.
`static Array`	ArrayUtil.`interpolate_1d(Array xa, Array xp, Array a, int axis)`	Interpolates data with any shape over a specified axis.
`static Array`	ArrayUtil.`interpolation_Inside(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate with inside method - The grid cell value is the average value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Inside_Max(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate with inside method - The grid cell value is the maximum value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Inside_Mean(Array x_s, Array y_s, Array a, Array X, Array Y, boolean center)`	Interpolate with inside method - The grid cell value is the average value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Inside_Min(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y)`	Interpolate with inside method - The grid cell value is the minimum value of the inside points or fill value if no inside point.
`static Array`	ArrayUtil.`interpolation_Nearest_1(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, double radius, double fill_value)`	Interpolate with nearest method
`static Array`	ArrayUtil.`interpolation_Nearest_bak(java.util.List<java.lang.Number> x_s, java.util.List<java.lang.Number> y_s, Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, double radius)`	Interpolate with nearest method
`static Array`	ArrayMath.`inValues(Array a, java.util.List b)`	Return the array with the value of 1 when the input array element value in the list b, otherwise set value as 0.
`static Array`	ArrayMath.`isClose(Array a, Array b, double rTol, double aTol)`	Returns a boolean array where two arrays are element-wise equal within a tolerance.
`static Array`	ArrayMath.`isClose(Array a, Array b, double rTol, double aTol, boolean equalNaN)`	Returns a boolean array where two arrays are element-wise equal within a tolerance.
`static boolean`	ArrayMath.`isComplex(Array a)`	Check if an array is complex data type
`static Array`	ArrayMath.`isFinite(Array a)`	Test element-wise for finiteness (not infinity or not Not a Number).
`static Array`	ArrayMath.`isInfinite(Array a)`	Test element-wise for positive or negative infinity.
`static boolean`	ArrayMath.`isNumeric(Array a)`	Check if an array is numeric array
`static Array`	ArrayMath.`join(Array a, Array b, int dim)`	Join two arrays by a dimension
`static Array`	ArrayMath.`leftShift(Array a, java.lang.Number b)`	Bit left shift operation
`static Array`	ArrayMath.`leftShift(Array a, Array b)`	Bit left shift operation
`static Array`	ArrayMath.`lessThan(Array a, java.lang.Number b)`	Array less than
`static Array`	ArrayMath.`lessThan(Array a, Array b)`	Array less than
`static Array`	ArrayMath.`lessThanOrEqual(Array a, java.lang.Number b)`	Array less than or equal
`static Array`	ArrayMath.`lessThanOrEqual(Array a, Array b)`	Array less than or equal
`static double[]`	ArrayMath.`lineRegress(Array xData, Array yData)`	Linear regress
`static Array`	ArrayUtil.`linint2(Array a, Array X, Array Y, Array newX, Array newY)`	Interpolates from a rectilinear grid to another rectilinear grid using bilinear interpolation.
`static Array`	ArrayMath.`log(Array a)`	Log function
`static Array`	ArrayMath.`log10(Array a)`	Log10 function
`static Array`	ArrayMath.`logicalNot(Array a)`	Logical not
`static Array`	ArrayMath.`magnitude(Array uData, Array vData)`	Take magnitude value from U/V grid data
`static Array`	ArrayMath.`maskin(Array a, Array m)`	Maskin function
`static Array`	ArrayMath.`maskout(Array a, Array m)`	Maskout function
`static Array`	ArrayMath.`maskout(Array a, Array m, java.lang.Number missingValue)`	Maskout function
`static java.lang.Number`	ArrayMath.`max(Array a)`	Compute maximum value of an array
`static Array`	ArrayMath.`max(Array a, int axis)`	Compute maximum value of an array along an axis (dimension)
`static double`	ArrayMath.`max(Array a, java.util.List<Range> ranges)`	Compute maximum value of an array
`static Array`	ArrayMath.`maximum(Array x1, Array x2)`	Element-wise maximum of array elements.
`static double`	ArrayMath.`mean(Array a)`	Compute mean value of an array
`static Array`	ArrayMath.`mean(Array a, int axis)`	Compute mean value of an array along an axis (dimension)
`static Array`	ArrayMath.`mean(Array a, java.util.List<java.lang.Integer> axis)`	Compute mean value of an array along an axis (dimension)
`static double`	ArrayMath.`meanRange(Array a, java.util.List<Range> ranges)`	Compute mean value of an array by ranges
`static double`	ArrayMath.`median(Array a)`	Compute median value of an array
`static Array`	ArrayMath.`median(Array a, int axis)`	Compute median value of an array along an axis (dimension)
`static double`	ArrayMath.`median(Array a, java.util.List<Range> ranges)`	Compute median value of an array
`static Array[]`	ArrayUtil.`meshgrid(Array x)`	Mesh grid
`static Array[]`	ArrayUtil.`meshgrid(Array... xs)`	Mesh grid
`static Array[]`	ArrayUtil.`meshgrid(Array x, Array y)`	Mesh grid
`static java.lang.Number`	ArrayMath.`min(Array a)`	Compute minimum value of an array
`static Array`	ArrayMath.`min(Array a, int axis)`	Compute minimum value of an array along an axis (dimension)
`static double`	ArrayMath.`min(Array a, java.util.List<Range> ranges)`	Compute minimum value of an array
`static Array`	ArrayMath.`minimum(Array x1, Array x2)`	Element-wise minimum of array elements.
`static void`	ArrayMath.`missingToNaN(Array a, java.lang.Number missingv)`	Set missing value to NaN
`static Array`	ArrayMath.`mod(java.lang.Number b, Array a)`	Array mod
`static Array`	ArrayMath.`mod(Array a, java.lang.Number b)`	Array mod
`static Array`	ArrayMath.`mod(Array a, Array b)`	Array mod
`static Array`	ArrayMath.`mul(Array a, java.lang.Number b)`	Array multiply
`static Array`	ArrayMath.`mul(Array a, Array b)`	Array mutiply
`static Array`	ArrayMath.`mul(Array a, Complex b)`	Array multiply
`static java.util.List<Array>`	ArrayUtil.`nonzero(Array a)`	Return the indices of the elements that are non-zero.
`static Array`	ArrayMath.`notEqual(Array a, java.lang.Number b)`	Array not equal
`static Array`	ArrayMath.`notEqual(Array a, Array b)`	Array not equal
`static Array`	ArrayMath.`outer(Array a, Array b)`	Compute the outer product of two vectors.
`static void`	ArrayMath.`place(Array a, Array b, Array value)`	Change elements of an array based on conditional and input values.
`static Array[]`	ArrayMath.`polarToCartesian(Array B, Array r)`	Convert poar to cartesian coordinate
`static Array`	ArrayMath.`polyVal(java.util.List<java.lang.Number> p, Array x)`	Evaluate a polynomial at specific values.
`static Array`	ArrayMath.`pow(java.lang.Number a, Array b)`	Array pow function
`static Array`	ArrayMath.`pow(Array a, java.lang.Number b)`	Array pow function
`static Array`	ArrayMath.`pow(Array a, Array b)`	Array pow function
`static Array`	ArrayMath.`pow(Array a, Complex b)`	Array pow function
`static Array`	ArrayMath.`pow(Complex b, Array a)`	Array pow function
`static double`	ArrayMath.`prodDouble(Array a)`	Produce array
`static double`	ArrayMath.`quantile(Array a, int aNum)`	Quantile function
`static Array`	ArrayMath.`removeNaN(Array a)`	Remove NaN values in an array
`static Array[]`	ArrayMath.`removeNaN(Array... a)`	Remove NaN values in arrays
`static Array`	ArrayUtil.`repeat(Array a, java.util.List<java.lang.Integer> repeats)`	Repeat elements of an array.
`static Array`	ArrayUtil.`repeat(Array a, java.util.List<java.lang.Integer> repeats, int axis)`	Repeat elements of an array.
`static void`	ArrayMath.`replaceValue(Array a, java.lang.Object oValue, java.lang.Object value)`	Replace value
`static Array`	ArrayUtil.`resample_Bilinear(Array a, java.util.List<java.lang.Number> X, java.util.List<java.lang.Number> Y, java.util.List<java.lang.Number> newX, java.util.List<java.lang.Number> newY)`	Resample grid array with bilinear method
`static Array`	ArrayUtil.`resample_Bilinear(Array a, Array X, Array Y, Array newX, Array newY)`	Resample grid array with bilinear method
`static Array`	ArrayUtil.`resample_Neighbor(Array a, Array X, Array Y, Array newX, Array newY)`	Resample grid array with neighbor method
`static Array`	ArrayMath.`rightShift(Array a, java.lang.Number b)`	Bit right shift operation
`static Array`	ArrayMath.`rightShift(Array a, Array b)`	Bit right shift operation
`static Array`	ArrayMath.`rolling_mean(Array x, int window, boolean center)`	Moving average function
`static Array`	ArrayMath.`rot90(Array a, int k)`	Rotate an array by 90 degrees in counter-clockwise direction.
`static void`	ArrayUtil.`saveASCIIFile(java.lang.String fn, Array a, int colNum, java.lang.String format, java.lang.String delimiter)`	Save an array data to a ASCII file
`static void`	ArrayUtil.`saveBinFile(java.lang.String fn, Array a, java.lang.String byteOrder, boolean append, boolean sequential)`	Save an array data to a binary file
`static int`	ArrayUtil.`searchSorted(Array a, double v)`	Search sorted list index
`static int`	ArrayUtil.`searchSorted(Array a, java.lang.Number v, boolean left)`	Find indices where elements should be inserted to maintain order.
`static Array`	ArrayUtil.`searchSorted(Array a, Array v, boolean left)`	Find indices where elements should be inserted to maintain order.
`static Array`	ArrayMath.`section(Array a, int[] origin, int[] size, int[] stride)`	Section array
`static Array`	ArrayMath.`section(Array a, java.util.List<Range> ranges)`	Section array
`static Array`	ArrayMath.`setSection(Array a, int[] origin, int[] shape, Array v)`	Set section
`static Array`	ArrayMath.`setSection(Array a, java.util.List<Range> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection(Array a, java.util.List<Range> ranges, java.lang.Object v)`	Set section
`static Array`	ArrayMath.`setSection(Array a, java.util.List<Range> ranges, Array v)`	Set section
`static Array`	ArrayMath.`setSection_List(Array a, java.util.List<java.util.List<java.lang.Integer>> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection_List(Array a, java.util.List<java.util.List<java.lang.Integer>> ranges, Array v)`	Set section
`static Array`	ArrayMath.`setSection_Mix(Array a, java.util.List<java.lang.Object> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection_Mix(Array a, java.util.List<java.lang.Object> ranges, Array v)`	Set section
`static Array`	ArrayMath.`setSection_Mix_Bak(Array a, java.util.List<java.lang.Object> ranges, java.lang.Number v)`	Set section
`static Array`	ArrayMath.`setSection_Mix_Bak(Array a, java.util.List<java.lang.Object> ranges, Array v)`	Set section
`static void`	ArrayMath.`setValue(Array a, Array b, java.lang.Number value)`	Set value
`static void`	ArrayMath.`setValue(Array a, Array b, Array value)`	Set value
`static Array`	ArrayMath.`sign(Array x)`	Returns an element-wise indication of the sign of a number.
`static Array`	ArrayMath.`sin(Array a)`	Sine function
`static Array`	ArrayUtil.`slice(Array a, int axis, int idx)`	Get slice array along an axis
`static Array`	ArrayUtil.`slice(Array a, int axis, Array dim, double v)`	Get slice array along an axis
`static Array`	ArrayUtil.`smooth5(Array a)`	Smooth with 5 points
`static Array`	ArrayUtil.`smooth5(Array a, int rowNum, int colNum, double unDefData)`	Smooth with 5 points
`static Array`	ArrayUtil.`smooth9(Array a)`	Smooth with 9 points
`static Array`	ArrayUtil.`sort(Array a, java.lang.Integer axis)`	Sort array along an axis
`static Array`	ArrayMath.`sqrt(Array a)`	Sqrt function
`static double`	ArrayMath.`std(Array a)`	Compute standard deviation value of an array
`static double`	ArrayMath.`std(Array a, int ddof)`	Compute standard deviation value of an array
`static Array`	ArrayMath.`std(Array a, int axis, int ddof)`	Compute standard deviation value of an array along an axis (dimension)
`static double`	ArrayMath.`std(Array a, java.util.List<Range> ranges, int ddof)`	Compute standard deviation value of an array
`static Array`	ArrayMath.`sub(java.lang.Number b, Array a)`	Array subtract
`static Array`	ArrayMath.`sub(Array a, java.lang.Number b)`	Array subtract
`static Array`	ArrayMath.`sub(Array a, Array b)`	Array subtract
`static Array`	ArrayMath.`sub(Array a, Complex b)`	Array subtract
`static Array`	ArrayMath.`sub(Complex b, Array a)`	Array subtract
`static java.lang.Number`	ArrayMath.`sum(Array a)`	Summarize array
`static double`	ArrayMath.`sum(Array a, double missingValue)`	Summarize array skip missing value
`static Array`	ArrayMath.`sum(Array a, int axis)`	Compute sum value of an array along an axis (dimension)
`static double`	ArrayMath.`sum(Array a, java.util.List<Range> ranges)`	Compute sum value of an array
`static Array`	ArrayMath.`take(Array a, java.util.List<java.lang.Object> ranges)`	Take elements from an array along an axis.
`static Array`	ArrayMath.`take(Array a, Array condition)`	Extract 1D array by boolean array
`static Array`	ArrayMath.`take(Array a, Array indices, java.lang.Integer axis)`	Take elements from an array along an axis.
`static Array`	ArrayMath.`takeValues(Array a, java.util.List<java.util.List<java.lang.Integer>> ranges)`	Take elements from an array.
`static Array`	ArrayMath.`tan(Array a)`	Tangent function
`static Array`	ArrayUtil.`tile(Array a, java.util.List<java.lang.Integer> repeats)`	Repeat elements of an array.
`static Array`	ArrayUtil.`toBoolean(Array a)`	Convert array to boolean type
`static Array`	ArrayUtil.`toDate(Array a)`	Convert array to date type
`static Array`	ArrayMath.`toDegrees(Array a)`	Convert radians to degrees function
`static Array`	ArrayUtil.`toDouble(Array a)`	Convert array to double type
`static Array`	ArrayUtil.`toFloat(Array a)`	Convert array to float type
`static Array`	ArrayUtil.`toInteger(Array a)`	Convert array to integer type
`static Array`	ArrayMath.`toRadians(Array a)`	Convert radians to degrees function
`static double`	ArrayUtil.`toStation(Array data, java.util.List<java.lang.Number> xArray, java.util.List<java.lang.Number> yArray, double x, double y)`	Interpolate data to a station point
`static double`	ArrayUtil.`toStation(Array data, java.util.List<java.lang.Number> xArray, java.util.List<java.lang.Number> yArray, double x, double y, double missingValue)`	Interpolate data to a station point
`static double`	ArrayUtil.`toStation(Array data, Array xArray, Array yArray, double x, double y)`	Interpolate data to a station point
`static double`	ArrayUtil.`toStation_Neighbor(Array data, java.util.List<java.lang.Number> xArray, java.util.List<java.lang.Number> yArray, double x, double y)`	Interpolate data to a station point
`static double`	ArrayUtil.`toStation_Neighbor(Array data, java.util.List<java.lang.Number> xArray, java.util.List<java.lang.Number> yArray, double x, double y, double missingValue)`	Interpolate data to a station point
`static double`	ArrayUtil.`toStation_Neighbor(Array data, Array xArray, Array yArray, double x, double y)`	Interpolate data to a station point
`static java.lang.String`	ArrayUtil.`toString_old(Array a)`	Array to string
`static Array`	ArrayMath.`transpose(Array a, int dim1, int dim2)`	Transpose array
`static double`	ArrayMath.`trapz(Array y, double dx)`	Integrate vector array using the composite trapezoidal rule.
`static Array`	ArrayMath.`trapz(Array a, double dx, int axis)`	Integrate vector array using the composite trapezoidal rule.
`static double`	ArrayMath.`trapz(Array y, double dx, java.util.List<Range> ranges)`	Integrate vector array using the composite trapezoidal rule.
`static double`	ArrayMath.`trapz(Array y, Array x)`	Integrate vector array using the composite trapezoidal rule.
`static Array`	ArrayMath.`trapz(Array a, Array x, int axis)`	Integrate vector array using the composite trapezoidal rule.
`static double`	ArrayMath.`trapz(Array y, Array x, java.util.List<Range> ranges)`	Integrate vector array using the composite trapezoidal rule.
`static Array`	ArrayUtil.`unique(Array a, java.lang.Integer axis)`	Find the unique elements of an array.
`static double`	ArrayMath.`var(Array a, int ddof)`	Compute variance value of an array
`static Array`	ArrayMath.`var(Array a, int axis, int ddof)`	Compute variance value of an array along an axis (dimension)
`static double`	ArrayMath.`var(Array a, java.util.List<Range> ranges, int ddof)`	Compute variance value of an array
`static double`	ArrayMath.`vdot(Array a, Array b)`	Return the dot product of two vectors.
`static Array`	ArrayUtil.`view(Array a)`	New view of array with the same data.
`static void`	ArrayUtil.`writeBinFile(org.meteoinfo.common.io.EndianDataOutputStream outs, Array a, java.lang.String byteOrder, boolean sequential)`	Save an array data to a binary file

类型变量类型为Array的org.meteoinfo.ndarray.math中的方法参数
修饰符和类型	方法	说明
`static Array`	ArrayUtil.`concatenate(java.util.List<Array> arrays, java.lang.Integer axis)`	Concatenate arrays to one array along a axis
`static java.lang.Object[]`	ArrayUtil.`findIndices(java.util.List<Array> points, Array xi)`	Find indices
`static Array`	ArrayUtil.`interpn(java.util.List<Array> points, Array values, java.util.List<Array> xi)`	Multidimensional interpolation on regular grids.
`static java.lang.Object`	ArrayUtil.`interpn(java.util.List<Array> points, Array values, Array xi)`	Multidimensional interpolation on regular grids.
`static double`	ArrayUtil.`interpn_s(java.util.List<Array> points, Array values, Array xi)`	Multidimensional interpolation on regular grids.
`static Array`	ArrayMath.`mean(java.util.List<Array> alist)`	Compute the arithmetic mean arry from a list of arrays
`static Array`	ArrayMath.`sum(java.util.List<Array> alist)`	Compute the sum arry from a list of arrays

类的使用org.meteoinfo.ndarray.Array

org.meteoinfo.ndarray中Array的使用

org.meteoinfo.ndarray.math中Array的使用

类的使用
org.meteoinfo.ndarray.Array