学习一下 展望未来啊

高端东西必须收藏啊

看下 这个比较感兴趣啊

VSM studio确实只是对CCS5.2进行了自动配置，生成了.cof文件，至于在CCS5.2里面如何手动配置，要待再行研究了。

To work with PICCOLO parts you need both ControlSUITE and Code Composer Studio Free (CCS-FREE) installed. The following is a basic guide outlining the required steps: Download CCS-FREE (version 4.2 or later) from Texas Instuments and install it.  If your operating system is Windows 7 or Windows Vista you should install it to your home (My Documents) folder as CCS-FREE is not compatible with the way newer versions of windows handle user rights escalation. Ensure that C2000 support is included. Update CCS. Ensure you have .NET framework 3.5 installed, and then install controlSUITE from Texas Instruments, ensuring the relevant components are installed. Configure the toolchain to output a .COF file for source level debugging. Alternatively, install the VSMStudio IDE from the Labcenter website which will detect the toolchain and configure it automatically for you. 上面这段应该是生成.cof文件的方法吧  酷B啊 我在Proteus官网下的VSMStudio IDE 貌似无法安装。 以上所录，权当抛砖，希望仿真成功的前辈能够及早公布仿真步骤与方法，以免去更多无谓的重复劳动。

COFF/DWARF The COFF format for PICCOLO is a public domain symbolic debug format used by Code Composer. COFF files for the PICCOLO have the extension '.COF'  and contain full symbolic debug information including source line address and variable data. To load a COFF file into the model, you will need to set the program property with the full filename and extension. e.g. PROGRAM=MYFILE.COF Note that the COFF file contains absolute paths to the 'C' source files, and problems may arise if the project is moved from one directory to another.  The corresponding DWARF file should be in the same directory as the COF file. HEX Failing all else, simply specify the HEX file as the program property for the processor on the schematic. This will simulate but will not single step debug as there is not enough information to provide a source window.

Device Support The TMS320F2802x series model models the behavior of the following microcontrollers from Texas Instruments™: TMS320F280200PT TMS320F280200DA TMS320F28020PT TMS320F28020DA TMS320F28021PT TMS320F28021DA TMS320F28022PT TMS320F28022DA TMS320F28023PT TMS320F28023DA TMS320F28026PT TMS320F28026DA TMS320F28027PT TMS320F28027DA      The suffix denotes a package of microcontroller: PT – LQFP with 38 pins, DA – TSSOP with 48 pins. Please check the Texas Instruments website (www.ti.com) for the latest information and errata on these devices. Compiler Support Source Level Debugging is supported Through the COF file format exported from the CCE Compiler. Please refer to toolchain installation for more information. The free VSM Studio IDE will automatically configure your CCE toolchain for use with Proteus VSM. Download from our website  (www.labcenter.com) See Also: Model Properties Loaders General Model Limitations Toolchain Installation 这些是Proteus自带的PICCOLO.chm help文件里面的内容

The free Labcenter VSM Studio IDE can greatly simplify this task as it will automatically configure supported compilers to work with a Proteus VSM simulation. 从Labcenter网站上摘到一句，而且看Proteus提供的一些例程，生成的加载文件都会有.cof 和一个空的.asm文件，工程后缀应该是.vsmp。 貌似The free Labcenter VSM Studio IDE，应该是生成.cof文件的工具。

直接在CCS5里面生成.cof吗？ CCS3.3有没有这个配置选项？

基于proteus的Piccolo DSP电灯实验例程里面的gpio_led.cof gpio_led.cof.asm两个文件是怎么得到的？ 还请指教 是用CCS5直接生成的还是转换得到的？

楼主不妨出一个详细教程加例程，这样便于初学者跟进，DSP的各种配置本身就比较繁琐额。新手入门尤其是自学难度较大。

为什么例程里面加载的是.cof文件啊

我看例程里面加载的是.cof格式的文件啊 类似51的.omf文件 这样在Proteus里面就可以实现源码级调试了

看到此帖 让我又萌生起当年玩Proteus的冲动