00:03Within the program. There are now three different array methods

00:06which are found on the home ribbon.

00:09All three versions follow the same procedure to create the desired luminaire array with control

00:15provided from the array info panel.

00:19Firstly, a luminaire needs to be located in the design space as the basis of an array,

00:26select that luminaire and choose one of the create array options.

00:31A linear array will create a single row of luminaries.

00:35A rectangular array will create multiple rows of luminaries within a defined area.

00:40And a polar array will create a curve of luminaries around the circumference of a

00:45defined ellipse or circle.

00:47For a linear array. You must define the array orientation by

00:51selecting the start and end position of a line.

00:56A default luminary spacing is used.

00:58But this can be manually adjusted from the array info panel or swapped

01:05a number of lummis so that they are equally spaced

01:13for a rectangular array, you must select the opposite corners of a rectangular area

01:23again, a default spacing is used but it is possible to adjust this in both the X and Y

01:29directions or swapped a number of lummis

01:36so that they are equally spaced.

01:43For a polar array.

01:45You must define the center and radi of a circular or elliptical array.

01:59A default spacing is used but it is possible to adjust this spacing

02:07or swapped a number of luminis so that they are equally spaced around the perimeter.

02:18Only when you choose to break away will individual luminis become uniquely editable?

02:24Please be aware that it is not possible to make a specific change to a luminaire in an array as

02:29a change to one will apply to all.