摘要：【中文】本发明属于制导计算机领域，涉及一种软件集成交互设计方法。将子软件模块看作一个武器上分系统，根据任务需求分类定义出主调度软件与子软件模块之间的输入输出接口变量，并在主调度软件工程中设定为全局变量，通过主调度软件和子模块软件对接口变量的周期读写操作，完成数据更新和信息交互。各子软件模块封装后以静态链接库文件形式加入主调度软件工程，集中调试编译后形成目标文件，烧写入制导计算机中。本发明中将具有各自核心技术的子软件模块进行各自独立封装为静态链接库，通过主调度软件集中编译为总目标文件，既保护了各子软件模块的自有技术，又充分应用了子模块软件的功能，有利于软件的合作研制。 【EN】The invention belongs to the field of guidance computers, and relates to a software integration interaction design method. The sub-software module is used as a weapon upper-branch system, an input/output interface variable between the main scheduling software and the sub-software module is defined according to task requirements in a classification mode, the input/output interface variable is set as a global variable in a main scheduling software project, and data updating and information interaction are completed through periodic read-write operation of the main scheduling software and the sub-module software on the interface variable. And each sub software module is packaged and then added into the main scheduling software project in a static link library file form, and a target file is formed after centralized debugging and compiling and is programmed into the guidance computer. In the invention, the sub-software modules with respective core technologies are independently packaged into the static link library and are compiled into the total target file through the main scheduling software, so that the self-owned technology of each sub-software module is protected, the functions of the sub-module software are fully applied, and the cooperative development of the software is facilitated.