Windows 11使用 VMware 搭建虚拟机,安装Ubuntu 并运行 WRF 的理想实验em_b_wave, em_les 并调节 namelist.input 中的部分参数 kkonj 5 人赞同了该文章 我使用的VMware版本如下,官网即可下载,许可证随便上网搜一个就可以用。 2. 下载Ubuntu Server 24.04 LTS的最新版光盘镜像(mirrors
这样大涡模拟 em_les 已经编译完成了。 自定义实验数据 进入test 文件夹: cd ~/WRF/test 里面包含了所有的测试用例。进入大涡模拟的目录: cd em_les 里面的文件在编译完成前如下: 编译成功后,会多出两个可执行文件: 即ideal.exe 和wrf.exe,这两个实际上是快捷方式,链接到刚刚 main 目录里的两个同名文件...
em_les – large eddy simulation, 100 m em_quarter_ss - super cell, 2 km em_tropical_cyclone – hurricane, 15 km 2d em_grav2d_x – gravity current, 100 m em_hill2d_x – flow over a hill, 2 km em_seabreeze2d_x – water and land, 2 km, full physics em_squall2d_x – squall...
em_real(3d real case),em_quarter_ss(3d ideal case), em_b_wav(3d ideal case),em_les(3d ideal case), em_heldsuarez(3d ideal case), em_tropical_cyclone(3d ideal case), em_hill2d_x(2d ideal case),em_squall2d_x(2d ideal case), em_squall2d_y(2d ideal case),em_grav2d_x(2d ...
PGI选13或14,下一步选1e) 创建日志目录 #mkdir ./buildlogf) 逐个编译:#./compile em_grav2d_x &> ./buildlog/em_grav2d_x#./compile em_heldsuar 24、ez &> ./buildlog/em_heldsuarez#./compile em_hill2d_x &> ./buildlog/em_hill2d_x#./compile em_les &> ./buildlog/em_les#./...
#./compileem_les&> ./buildlog/em_les #./compileem_quarter_ss&> ./buildlog/em_quarter_ss #./compileem_real&> ./buildlog/em_real #./compile em_seabreeze2d_x &> ./buildlog/em_seabreeze2d_x #./compile em_squall2d_x &> ./buildlog/em_squall2d_x #./compile em_squall2d_y &...
编译 #mkdir ./buildlog;编译日志目录 #./compile em_b_wave ./buildlog/em_b_wave #./compile em_grav2d_x ./buildlog/em_grav2d_x #./compile em_heldsuarez ./buildlog/em_heldsuarez #./compile em_hill2d_x ./buildlog/em_hill2d_x #./compile em_les ./buildlog/em_les #./...
#./compile em_les &> ./buildlog/em_les #./compile em_quarter_ss &> ./buildlog/em_quarter_ss #./compile em_real &> ./buildlog/em_real #./compile em_seabreeze2d_x &> ./buildlog/em_seabreeze2d_x #./compile em_squall2d_x &> ./buildlog/em_squall2d_x ...
hat/wrf/WRFV3.5.1/external/esmf_time_f90 -lesmf_time /home/parichat/wrf/WRFV3.5.1/externa l/RSL_LITE/librsl_lite.a /home/parichat/wrf/WRFV3.5.1/frame/module_internal_header_util.o /home/parichat/wrf/WRFV3.5.1/frame/pack_utils.o -L/home/parichat/wrf/WRFV3.5.1/external /...
The ARW is suitable for use in a broad range of applications across scales ranging from meters to thousands of kilometers, including: Idealized simulations (e.g. LES, convection, baroclinic waves) Parameterization research Data assimilation research Forecast research Real-time NWP Coupled-model ...