如上所述使用 CL 肯定会让您感受到 OpenCL C 语言。但是，您仍然需要了解 OpenCL 运行时设施。
Quartz Composer does have an OpenCL "patch," in which you can hand-edit your kernel. It's a pretty nice way to experiment with stuff like CL-based vertex or color generation, which you can then display on subsequent patches. Once you get something working there, you can usually make the jump to pure C/C++ code that utilizes the CL/GL interop facilities of your platform.
Using CL as above will definitely give you a feel for the OpenCL C language. You will still need to learn about the OpenCL runtime facilities, however.
OpenCL studio hides much of the boiler plate code you would have to write by providing a Lua based infrastructure -- read as: for the host code (the code running on the CPU) you can code in Lua. It furthermore comes with a bunch of examples. The GUI feels sometimes a bit hacked. I also didn't find much help/documentation on how to use the software itself. All in all I think it dramatically reduces the learning effort of OpenCL.
I'm not sure exactly what your requirements are, ie if you're looking for an IDE for OpenCL, complete with debugger and so on, then you can stop reading this reply.
However, if what you want is a way of using OpenCL with much less boilerplate, and which makes it easy to load kernels, and pass arguments to them, then you might consider OpenCLHelper
handles much of the boilerplate of initializing OpenCL, locating devices, creating queues
makes it easy to pass arguments to, and receive arguments from, a kernel
uses clew, so that binding to OpenCL is at runtime, just in case you need OpenCL to be an optional part of your program, rather than mandatory at runtime
makes it relatively painless to take data from one kernel, and provide it to the next, without moving it back and forwards between GPU and PC memory
AMD APP SDK comes with OpenCL compiler, Profiler, Kernel Analyzer. You can also try AMD gDEBugger which is probably the best you can get for OpenCL GPU debugging compared to NVIDIA and Intel.
NVIDIA OpenCL pack
NVIDIA OpenCL pack you can sign up and download opencl samples, Nsight, Visual profiler etc.
Intel OpenCL SDK
Intel OpenCL SDK is another option if you would like to run your programs on Sandybridge processors.
COPRTHR SDK
Brown deer technology has COPRTHR SDK which contains rich set of OpenCL libraries.
Multicoreare Tools
Another option is Multicoreare Tools which combines CUDA/OpenCL, Pyon and DSL Code and generates ISA for the underlaying hardware.
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Quartz Composer 确实有一个 OpenCL“补丁”，您可以在其中手动编辑内核。这是一种非常好的方法来试验基于 CL 的顶点或颜色生成等内容，然后您可以将其显示在后续补丁上。一旦你在那里工作了，你通常可以跳转到利用你平台的 CL/GL 互操作工具的纯 C/C++ 代码。
如上所述使用 CL 肯定会让您感受到 OpenCL C 语言。但是，您仍然需要了解 OpenCL 运行时设施。
Quartz Composer does have an OpenCL "patch," in which you can hand-edit your kernel. It's a pretty nice way to experiment with stuff like CL-based vertex or color generation, which you can then display on subsequent patches. Once you get something working there, you can usually make the jump to pure C/C++ code that utilizes the CL/GL interop facilities of your platform.
Using CL as above will definitely give you a feel for the OpenCL C language. You will still need to learn about the OpenCL runtime facilities, however.
OpenCL Studio
OpenCL studio 隐藏了您必须通过提供来编写的大部分样板代码基于 Lua 的基础设施——读作：对于主机代码（在 CPU 上运行的代码），您可以使用 Lua 进行编码。它还附带了一堆示例。
GUI 有时感觉有点被黑了。我也没有找到太多关于如何使用软件本身的帮助/文档。
总而言之，我认为它极大地减少了 OpenCL 的学习工作量。
OpenCL Studio
OpenCL studio hides much of the boiler plate code you would have to write by providing a Lua based infrastructure -- read as: for the host code (the code running on the CPU) you can code in Lua. It furthermore comes with a bunch of examples.
The GUI feels sometimes a bit hacked. I also didn't find much help/documentation on how to use the software itself.
All in all I think it dramatically reduces the learning effort of OpenCL.
（免责声明：我是 OpenCLHelper 的开发人员）。
我不确定您的具体要求是什么，即，如果您正在寻找 OpenCL 的 IDE，配有调试器等，那么您可以停止阅读此回复。
但是，如果您想要的是一种使用 OpenCL 的方式，样板代码要少得多，并且可以轻松加载内核并向其传递参数，那么您可以考虑 OpenCLHelper
https://github.com/hughperkins/OpenCLHelper
OpenCLHelper：
(Disclaimer: I'm the developer of OpenCLHelper).
I'm not sure exactly what your requirements are, ie if you're looking for an IDE for OpenCL, complete with debugger and so on, then you can stop reading this reply.
However, if what you want is a way of using OpenCL with much less boilerplate, and which makes it easy to load kernels, and pass arguments to them, then you might consider OpenCLHelper
https://github.com/hughperkins/OpenCLHelper
OpenCLHelper:
对于 Windows（Vista、7），请尝试 VS2010 C++ Express
http://www.microsoft.com/visualstudio/en-us/products/2010-editions/visual-cpp-express
以及 AMD App SDK
http://developer.amd.com/sdks/AMDAPPSDK/downloads/Pages/default .aspx
有很多 OpenCL 示例。它可以在过去 7 年内生产的任何 Intel x86 或 x64 CPU 上安装和运行。
For Windows (Vista, 7) try VS2010 C++ Express
http://www.microsoft.com/visualstudio/en-us/products/2010-editions/visual-cpp-express
with the AMD App SDK
http://developer.amd.com/sdks/AMDAPPSDK/downloads/Pages/default.aspx
There are lots of OpenCL examples. It installs and runs on any Intel x86 or x64 CPU made in the last 7 years.
一些选项是
AMD APP SDK
AMD APP SDK 附带 OpenCL 编译器、Profiler ，内核分析器。
您还可以尝试 AMD gDEBugger，与 NVIDIA 和 Intel 相比，它可能是 OpenCL GPU 调试的最佳选择。
NVIDIA OpenCL 包
NVIDIA OpenCL 包 您可以注册并下载 opencl 示例、Nsight、Visual profiler 等。
Intel OpenCL SDK
英特尔 OpenCL SDK 是另一种选择（如果您愿意）喜欢在 Sandybridge 处理器上运行您的程序。
COPRTHR SDK
棕鹿科技拥有COPRTHR SDK，其中包含丰富的OpenCL库。
多核工具
另一个选项是多核工具 它结合了 CUDA/OpenCL、Pyon 和 DSL 代码，并为底层硬件生成 ISA。
Some options are
AMD APP SDK
AMD APP SDK comes with OpenCL compiler, Profiler, Kernel Analyzer.
You can also try AMD gDEBugger which is probably the best you can get for OpenCL GPU debugging compared to NVIDIA and Intel.
NVIDIA OpenCL pack
NVIDIA OpenCL pack you can sign up and download opencl samples, Nsight, Visual profiler etc.
Intel OpenCL SDK
Intel OpenCL SDK is another option if you would like to run your programs on Sandybridge processors.
COPRTHR SDK
Brown deer technology has COPRTHR SDK which contains rich set of OpenCL libraries.
Multicoreare Tools
Another option is Multicoreare Tools which combines CUDA/OpenCL, Pyon and DSL Code and generates ISA for the underlaying hardware.