MicroHH documentation

These pages provide a documentation for MicroHH 2.0

Getting started:

• Code and compilation
  • Requirements
  • Obtaining the MicroHH code
  • Compilation of the code
• Running cases
  • Running your first case
  • Running cases with MPI
• Merging statistics
• Converting binaries
  • Cross-sections
  • Restart files and field dumps

Setting up a case:

• The .ini file
  • File structure
  • Advection [advec]
  • Aerosol [aerosol]
  • Boundary conditions [boundary]
  • Budget statistics [budget]
  • Buffer layer [buffer]
  • Column [column]
  • Cross sections [cross]
  • Decay [decay]
  • Diffusion [diff]
  • Dump of 3D fields [dump]
  • Fields [fields]
  • Large-scale forcings [force]
  • Grid [grid]
  • Immersed boundary [IB]
  • Limiter [limiter]
  • Master [master]
  • Microphysics [micro]
  • Pressure [pres]
  • Radiation [radiation]
  • Source [source]
  • Statistics [stats]
  • Thermodynamics [thermo]
  • Timeloop [time]
• The yourcase_input.nc file
  • Building the yourcase_input.nc
  • init group
  • timedep group
  • radiation group
  • Example input NetCDF file

Statistics:

• Masked statistics
  • Static masks
  • Flux statistics and masks

The code:

• Main code structure

Computing systems:

• Snellius @ SURFsara
  • Modules
  • Slurm load balancer
  • Best practices
• GPU kernel tuning
  • Installation
  • GPU tuning
  • Using the wisdom files
  • Tuning all tunable kernels
  • Debugging

Tutorials:

• LES overview
  • Simulation settings
  • Output
• Idealized LES: beyond the drycblles
  • Advection
  • Buffer
  • Diffusion
  • Fields: random perturbations
  • Microphysics
  • Thermodynamics
• Realistic LES: the cabauw case
  • Generating input data using (LS) ² D
  • Large scale forcings
  • Land surface
  • Radiation

Contributing:

• Documentation contributions

Indices and tables

• Index

• Module Index

• Search Page