Array() Constructor

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Description

Creates a new Array object using the default Array length (10).

 

Timing Precision Mode

This page describes functionality in millisecond timing precision mode. Millisecond timing precision mode is deprecated and will be removed in a future release. We recommend that you migrate your Mission Plans to nanosecond timing precision mode.

 

Constructor Signature

Array(

)

 

 

Syntax

Array myArray1();

 

 

Example 1

This example demonstrates how to construct a Array.

 

Array myArray;

myArray = {1, 2, 3};

 

// If no dimension is specified, the use of {} sets the number of

// elements to what the user has specified, in this case, to 3.

         

Report myArray, myArray.Dimension;

 

 

Output:

myArray =

 

Element

Output

0

1.000000000

1

2.000000000

2

3.000000000

 

 

myArray.Dimension = 3.00000000

 

 

Example 2

This example demonstrates another method for Array construction. This method may be more useful for changing individual elements in a Array where as Example 1 shows a method more suitable for creating an entire Array on one line.

 

Array myArray[10];

myArray[0] = 1;

myArray[1] = 2;

myArray[2] = 3;

 

// Note that in Millisecond mode, if no dimension is specified and

// the Array is constructed in this manner, it is automatically set

// to contain 10 elements. In Nanosecond mode, the dimension is not

// assigned a default value.

 

Report myArray,  myArray.Dimension;

 

 

Output:

myArray =

 

Element

Output

0

1.000000000

1

2.000000000

2

3.000000000

3

0.000000000

4

0.000000000

5

0.000000000

6

0.000000000

7

0.000000000

8

0.000000000

9

0.000000000

 

 

 

myArray.Dimension = 10.00000000

 

 

Example 3

This example demonstrates constructing a Array by assigning it to an existing Array.

 

Array myArray1;

myArray1 = {1, 2, 3};

 

Array myArray2;

myArray2 = myArray1;

 

// Note that in Millisecond mode, if no dimension is specified,

// the Array is automatically set to 10 elements.

 

Report myArray2, myArray1;

 

 

Output:

myArray1 =

 

Element

Output

0

1.000000000

1

2.000000000

2

3.000000000

 

 

myArray2 =

 

Element

Output

0

1.000000000

1

2.000000000

2

3.000000000

3

0.000000000

4

0.000000000

5

0.000000000

6

0.000000000

7

0.000000000

8

0.000000000

9

0.000000000

 

 

 

See also

Array Object

Matrix, Array, and Variable Math Guide