进入名为test的case文件夹,修改env_mach_specific,env_mach_pes.xml等文件,需要注意配置用多少个CPU。 依次执行cesm_setup,check_case,check_input_data这三个脚本。 执行后缀为build的脚本进行编译,然后执行后缀为submit的脚本进行提交:${CASE}.build,${CASE}.submit CAM单独编译运行 前面总结的是CESM模式的编译运...
上述变量设置完毕后就可以执行 ./case.setup 上述变量就被读入模式设置里了 3.namelist的设置 执行上述命令以后,模式会在当前文件夹下生成下面几个文件,格式均为user_nl_ + 分量名 如果不去修改这些文件,那么在编译的过程中模式会读取默认的设置,但如果你想对某些设置进行修改,那么就...
$ cd intel/oneapi/ $ sh modulefiles-setup.sh $ echo "export MODULEPATH=/home/toba/modulefiles:/home/toba/intel/oneapi/modulefiles:$MODULEPATH" >>~/.bashrc $ source ~/.bashrc $ module load compiler/latest mpi/latest mkl/latest ## 如果在module load阶段出现以下类似错误提示:exclude oclfpga...
输入命令设置算例: ./case.setup 这一步基本不会有什么问题,基本就是走个过场( 编译算例 这一步就很关键了,错误基本都出在这里,在这一步就是编译算例的运行环境。 直接调用命令 ./case.build 程序就会自动编译各个组件,中间报错就各自寻找解决方案吧,我遇到的太多了(心累 最后看到程序输出 MODEL BUILD HAS FINI...
安装算例:./cesm_setup /glade/apps/opt/lmod/lmod/init/csh: No such file or directory The follow lua module(s) are missing: posix(相似问题同样解决) 参考文献: CESM网站 CESM 1.2 User‘s Guide 地学中心模式团队成果被美国国家大气中心NCAR采用 ...
4 Developer setup 1 Software requirements 1.1 Software requirements for installing, building and running CESM Installing, building and running CESM requires: a Unix-like operating system (Linux, AIX, OS X, etc.) git client version 1.8 or newer ...
进入名为test的case文件夹,修改env_mach_specific,env_mach_pes.xml等文件,需要注意配置用多少个CPU。 依次执行cesm_setup,check_case,check_input_data这三个脚本。 执行后缀为build的脚本进行编译,然后执行后缀为submit的脚本进行提交:${CASE}.build,${CASE}.submit ...
4 Developer setup 1 Software requirements 1.1 Software requirements for installing, building and running CESM Installing, building and running CESM requires: a Unix-like operating system (Linux, AIX, OS X, etc.) git client version 1.8 or newer ...
file sets can be used to start an atmospheric assimilation by decompressing an ensemble of them into an accessible “REFDIR” directory and following the usual DART set up procedures, as outlined in the DART tutorials and scripts, such as ${DART}/models/cam-fv/shell_scripts/cesm2_1/*setup...
Additionally, the CESM1 land, river, sea ice, glaciers and ocean component models can be used in CESM1/MESSy simulations, allowing to use MESSy as a comprehensive Earth System Model. For CESM1/MESSy setups, the MESSy process and diagnostic submodels for atmospheric physics and chemistry are ...