Custom Query (210 matches)

I have tried to run flexpart-wrf with different version(from 3.0 to 3.2). However, I found the valuse of potential voricity equal zeros, while I set particle dump for every output interval. Is any bugs in the programes? thanks for your help in advance.

BTW: There seems a bug in convmix_kfeta.f90 programe, if set variable "maxpar" not equal "numpart", which could make the value of "maxval(igrid)" too big and programe stop at the line of "too much x and y grid modify convmix_kfeta.f". This bug could be solved by add another loop behind the line 154.

do ipart=1,maxpart igrid(ipart)=-1 enddo

Hi,

I have compiled flexpart-wrf but I get a warning during compilation, as below. The executable is created, but when I run it's 'killed' immediately.

I have set the stack size to be unlimited.

Compilation warning for flexpart-wrf fortran -c -I/usr/local/netcdf/include -m64 -mcmodel=medium -fconvert=little-endian -finit-local-zero -fno-range-check random.f90 random.f90:68.12: 1 v1=2.*ran3(idum)-1.

1

Warning: Missing actual argument for argument 'inext' at (1) random.f90:69.12:

v2=2.*ran3(idum)-1.

1

I have compiled and run flexpart (gfortran). Initially I did have a problem running flexpart. The executable was 'killed' immediately (as above). To compile for GFORTRAN, I had to edit, for flexpart, “erf.f90” to fix an error about real vs double precision. See ​http://flexpart.eu/ticket/49.

gfortran --version GNU Fortran (Ubuntu 4.8.2-19ubuntu1) 4.8.2

Regards, Cillian

I'm running Flexpart-WRF 3.3.2. When I output as netcdf, I get "NetCDF: Start+count exceeds dimension bound". When I output as binary it seems to work okay.

Last message during netcdf run: readwind 1.301500

calcpar 0.2720000 verttran 0.6025000 concoutput_reg: Calling write_ncconc for main outgrid write_ncconc: writing netcdf output for: domain,kp,nage = 1

1 1

write_ncconc: calling write_ncinfo write_ncinfo: creating file: ./output/flxout_d01_20150416_130000.nc write_ncinfo: ncout,ncoutn= 458752 0

nc_write_global_attributes: Setting up forward simulation attributes nc_write_global_attributes: Setting up map projection attributes nc_write_global_attributes: Setting up common model attributes nc_write_global_attributes: Setting up OUTPUT_INTERVAL nc_write_global_attributes: Setting up AVERAGING_TIME nc_write_global_attributes: Setting up AVERAGE_SAMPLING nc_write_global_attributes: Setting up WEST-EAST_GRID_DIMENSION nc_write_global_attributes: Setting up SOUTH-NORTH_GRID_DIMENSION nc_write_global_attributes: Setting up BOTTOM-TOP_GRID_DIMENSION nc_write_global_attributes: Setting up DX and DY nc_create_main_outfile: Setting up main grid dimensions nc_create_main_outfile: Setting up release point dimensions nc_create_main_outfile: Setting up receptor point dimensions nc_create_main_outfile: Setting up TIMES dimension variable nc_create_main_outfile: Setting up CONC variable nc_create_main_outfile: Setting up DRYDEP variable nc_create_main_outfile: Setting up WETDEP variable

ncid,nccovid= 458752 2 write_ncconc: record index 1 Error: NetCDF: Start+count exceeds dimension bound

For info: nc-config --all

This netCDF 4.3.0 has been built with the following features:

--cc -> icc --cflags -> -I/ichec/packages/netcdf/intel/4.3.0/include --libs -> -L/ichec/packages/netcdf/intel/4.3.0/lib -lnetcdf

--has-c++ -> no --cxx -> --has-c++4 -> no --cxx4 ->

--fc -> ifort --fflags -> -g -I/ichec/packages/netcdf/intel/4.3.0/include --flibs -> -L/ichec/packages/netcdf/intel/4.3.0/lib -lnetcdff -Lichec/packages/netcdf/intel/4.3.0/lib/ -L/ichec/packages/hdf5/intel/1.8.11/lib/ -L/ichec/packages/szip/intel/2.1/lib -lnetcdf -lnetcdf --has-f90 -> yes

--has-dap -> no --has-nc2 -> yes --has-nc4 -> yes --has-hdf5 -> yes --has-hdf4 -> no --has-pnetcdf-> no

--prefix -> /ichec/packages/netcdf/intel/4.3.0 --includedir-> /ichec/packages/netcdf/intel/4.3.0/include --version -> netCDF 4.3.0

Thanks, Cillian