| | 1034 | ||[=#PA0837 PA0837] || turbulent_inflow_method = 'read_from_file' requires a dynamic input file. || In this case, inflow boundary data is read from the dynamic input file. The inflow boundary data can be inferred from a precursor simulation and processed to a dynamic input file using the pyhton tool pcycle. || |
| | 1035 | ||[=#PA0838 PA0838] || turbulent_inflow_method = 'read_from_file' is not allowed in combination with turbulent_outflow = .T.. || Set turbulent_outflow = .F. to get rid-off this error message. The read-from-file inflow method requires a mass-flux correction method applied to the outflow boundary, which conflicts with turbulent_outflow = .T.. || |
| | 1036 | ||[=#PA0839 PA0839] || turbulent_inflow_method = 'read_from_file' - dimension(s): ... not found in dynamic input file. || The expected dimensions in the dynamic input file are not defined properly. Please use the pre-processor tool pcyle to create the dynamic input file. An overview of the required dimensions and variables for the read-from-file method are provided [../iofiles#PIDS_DYNAMIC here]. || |
| | 1037 | ||[=#PA0840 PA0840] || turbulent_inflow_method = 'read_from_file' - variable(s): ... not found in dynamic input file. || The expected variables in the dynamic input file are not defined properly. Please use the pre-processor tool pcyle to create the dynamic input file. An overview of the required dimensions and variables for the read-from-file method are provided [../iofiles#PIDS_DYNAMIC here]. || |
| | 1038 | ||[=#PA0841 PA0841] || Number of y-grid points in dynamic input file does not match the number of numeric grid points.|| The y-dimension of the input varialbes for the read-from-file inflow method does not match the number of numeric grid points on the staggered grid. || |
| | 1039 | ||[=#PA0842 PA0842] || Number of zu-grid points in dynamic input file does not match the number of numeric grid points.|| The zu-dimension of the input varialbes for the read-from-file inflow method does not match the number of numeric grid points on the staggered grid. || |
| | 1040 | ||[=#PA0843 PA0843] || Number of zw-grid points in dynamic input file does not match the number of numeric grid points.|| The zu-dimension of the input varialbes for the read-from-file inflow method does not match the number of numeric grid points on the staggered grid. || |
| | 1041 | ||[=#PA0844 PA0844] ||Dynamic input files provides too few time levels for turbulent inflow: ... is less than <end_time>. || For the read-from-file inflow method, the covered time interval of the inflow boundary data in the dynamic input file needs to be larger/equal the simulation time. || |
| | 1042 | ||[=#PA0845 PA0845] ||Dimension "time_inflow" in dynamic input file must start at 0.0s. || For the read-from-file inflow method, the time dimension starts at 0. || |
| | 1043 | ||[=#PA0846 PA0846] ||Dimension "time_inflow" in dynamic input file contains fill values. || Fill values are not allowed in the time dimension. || |
| | 1044 | ||[=#PA0847 PA0847] || input_block_size must be smaller or equal than 2 x the subdomain size in x-direction, which is: nxr - nxl + 1, and larger or equal than 2. || In the read-from-file inflow method, the input block size of the boundary data can be customized, in order to allow input of multiple timesteps at once to avoid NetCDF IO every timestep. In order to contrain the input size to avoid any memory exceedance, the size of input boundary data is limited to maximum two three-dimensional arrays. Please check the domain decomposition in the RUN_CONTROL or HEADER file and decrease input_block_size accordingly. Alternatively, the domain-decomposition along the x-dimension can be changed via the namelist parameter [../runtime_parameters#npex npex]. || |
| 1034 | 1045 | ||[=#UI0001 UI0001] ||unknown location "..." ||The location of the CALL of user_actions has to be one of 'before_timestep', 'after_integration', 'after_timestep', 'u_tendency' 'v_tendency', 'w_tendency', 'pt_tendency', 'sa_tendency', 'e_tendency', 'q_tendency', 's_tendency'. The location of the CALL of user_actions_ij has to be one of 'u_tendency' 'v_tendency', 'w_tendency', 'pt_tendency', 'sa_tendency', 'e_tendency', 'q_tendency', 's_tendency'. || |
| 1035 | 1046 | ||[=#UI0002 UI0002] ||location "..." is not allowed to be called with parameters "i" and "j" || The location of the CALL of user_actions_ij must not be 'before_timestep', 'after_integration', 'after_timestep' || |
