First, load the OpenCLLink application:

This registers the list ConstantArray[0,10] into the OpenCLLink memory manager:

Vector types can be loaded, but they must obey the width requirement of the type ("Byte[16]" has a width of 16, for example):

An error is returned otherwise:

Images can be loaded as OpenCLMemory:

By default, images are represented as a list of integers; different types can be used, however:

When adding graphics objects, the object is rasterized:

When getting the memory, an image is returned:

When using the type Real, whether it is a "Float" or "Double" is based on the OpenCL device:

In this case, the system supports double precision. This can be overridden using the "TargetPrecision" option:

This adds two to an input list:

This loads the function using OpenCLFunctionLoad:

This runs OpenCLFunction:

This gets the memory using OpenCLMemoryGet:

This unloads the memory using OpenCLMemoryUnload:

Internally, OpenCLMemoryLoad is used to load memory behind the scenes. This color negates an input image:

This loads the function using OpenCLFunctionLoad:

This defines input parameters:

This runs OpenCLFunction: