com.mathworks.mps.client.internal

Class MATLABArrayFactory

java.lang.Object

com.mathworks.mps.client.internal.MATLABArrayFactory

public class MATLABArrayFactory
extends Object

Factory for MATLAB_Array protobuf message based on input data. The protobuf message is designed after the MATLAB mxArray.

Constructor Summary

Constructors

Constructor and Description
MATLABArrayFactory()

Method Summary

Modifier and Type	Method and Description
static MATLABArray.MATLAB_Array	newInstance(Object data, MWAttributesContainer mwAttributesContainer) Creates an instance of MATLABArray.MATLAB_Array protobuf message based on the input data data must be a Convertible Data Type.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

MATLABArrayFactory

public MATLABArrayFactory()

Method Detail

newInstance

public static MATLABArray.MATLAB_Array newInstance(Object data,
                                                   MWAttributesContainer mwAttributesContainer)

Creates an instance of MATLABArray.MATLAB_Array protobuf message based on the input data data must be a Convertible Data Type. The following are all Convertible Data Types, enumerated along with the type of MATLAB Array to which they are converted to. java.lang.Byte data -> MATLAB type: int8 dimensions: { 1, 1 } byte[] data -> MATLAB type: int8 dimensions: { 1, data.length } java.lang.Short data -> MATLAB type int16 dimensions: { 1, 1 } short[] data -> MATLAB type int16 dimensions: { 1, data.length } java.lang.Integer data -> MATLAB type int32 dimensions: { 1, 1 } int[] data -> MATLAB type int32 dimensions: { 1, data.length } java.lang.Long data -> MATLAB type int64 dimensions: { 1, 1 } long[] data -> MATLAB type int64 dimensions: { 1, data.length } java.lang.Float data -> MATLAB type single dimensions: { 1, 1 } float[] data -> MATLAB type single dimensions: { 1, data.length } java.lang.Double data -> MATLAB type double dimensions: { 1, 1 } double[] data -> MATLAB type double dimensions: { 1, data.length } java.lang.Boolean data -> MATLAB type logical dimensions: { 1, 1 } boolean[] data -> MATLAB type logical dimensions: { 1, data.length } java.lang.Character data -> MATLAB type char dimensions: { 1, 1 } char[] data -> MATLAB type char dimensions: { 1, data.length } java.lang.String data -> MATLAB type char dimensions: { 1, data.length() } java.lang.String[] data -> MATLAB type cell dimensions: { 1, data.length } java.lang.Object[] data -> MATLAB type cell dimensions: { 1, data.length } In addition, for any Convertible Data Type T, the following Java type is also a Convertible Data Type*: T[] data -> (MATLAB type for T) dimensions: { data.length, dimensions(T[0]) } if T is an Array dimensions: { 1, data.length } if T is not an Array *The caveat is that if T is an array type, then all elements of data must have exactly the same length. The output MATLAB Array has the same dimensions as the input data. A 1-D input data of size n will create MATLAB Array of dimension 1xn. An Empty Array in the context of this method is defined as an array with 0 elements or an array with atleast one of its elements as an Empty Array. If data is Empty Array, MATLAB Array created using it will have same dimensions as input (except for the 1-D rule mentioned above) and will have 0 number of elements.

Parameters:

data - Data to be used to create a MATLABArray.MATLAB_Array protobuf message

Returns:

An instance of MATLABArray.MATLAB_Array