PartMC  2.1.5
Class List
Here are the data types with brief descriptions:
pmc_aero_binned::aero_binned_tAerosol number and volume distributions stored per bin
pmc_aero_data::aero_data_tAerosol material properties and associated data
pmc_aero_dist::aero_dist_tA complete aerosol distribution, consisting of several modes
pmc_aero_info_array::aero_info_array_t1-D arrays of aero_info_t structure
pmc_aero_info::aero_info_tInformation about removed particles describing the sink
pmc_aero_mode::aero_mode_tAn aerosol size distribution mode
pmc_aero_particle_array::aero_particle_array_t1-D arrays of particles, used by aero_state to build a ragged array
pmc_aero_particle::aero_particle_tSingle aerosol particle data structure
pmc_aero_state::aero_state_tThe current collection of aerosol particles
pmc_aero_weight::aero_weight_tAn aerosol size distribution weighting function
pmc_bin_grid::bin_grid_t1D grid of size bins
pmc_condense::condense_rates_inputs_tInternal-use structure for storing the inputs for the rate-calculation function
pmc_condense::condense_rates_outputs_tInternal-use structure for storing the outputs from the rate-calculation function
pmc_constants::const_tPhysical constants
pmc_env_data::env_data_tEnvironment data
pmc_env_state::env_state_tCurrent environment state
pmc_gas_data::gas_data_tConstant gas data
pmc_gas_state::gas_state_tCurrent state of the gas mixing ratios in the system
pmc_aero_binnedThe aero_binned_t structure and associated subroutines
pmc_aero_dataThe aero_data_t structure and associated subroutines
pmc_aero_distThe aero_dist_t structure and associated subroutines
pmc_aero_infoThe aero_info_t structure and associated subroutines
pmc_aero_info_arrayThe aero_info_array_t structure and assoicated subroutines
pmc_aero_modeThe aero_mode_t structure and associated subroutines
pmc_aero_particleThe aero_particle_t structure and associated subroutines
pmc_aero_particle_arrayThe aero_particle_array_t structure and assoicated subroutines
pmc_aero_stateThe aero_state_t structure and assocated subroutines
pmc_aero_weightThe aero_weight_t structure and associated subroutines
pmc_bin_gridThe bin_grid_t structure and associated subroutines
pmc_coag_kernelGeneric coagulation kernel
pmc_coag_kernel_additiveAdditive coagulation kernel
pmc_coag_kernel_brownBrownian coagulation kernel
pmc_coag_kernel_constantConstant coagulation kernel
pmc_coag_kernel_sediGravitational sedimentation coagulation kernel
pmc_coag_kernel_zeroConstant kernel equal to zero
pmc_coagulationAerosol particle coagulation
pmc_coagulation_distParallel aerosol particle coagulation with MPI
pmc_condenseWater condensation onto aerosol particles
pmc_constantsPhysical constants
pmc_env_dataThe env_data_t structure and associated subroutines
pmc_env_stateThe env_state_t structure and associated subroutines
pmc_exact_solnExact solutions for various simulations
pmc_gas_dataThe gas_data_t structure and associated subroutines
pmc_gas_stateThe gas_state_t structure and associated subroutines
pmc_mosaicInterface to the MOSAIC aerosol and gas phase chemistry code
pmc_mpiWrapper functions for MPI
pmc_netcdfWrapper functions for NetCDF
pmc_nucleateAerosol nucleation functions
pmc_outputWrite data in NetCDF format
pmc_randRandom number generators
pmc_run_exactExact solution simulation
pmc_run_partMonte Carlo simulation
pmc_run_sect1D sectional simulation
pmc_spec_fileReading formatted text input
pmc_spec_lineA single line of formatted test for input
pmc_utilCommon utility subroutines
pmc_coagulation_dist::request_tA single outstanding request for a remote particle
pmc_run_exact::run_exact_opt_tOptions controlling the execution of run_exact()
pmc_run_part::run_part_opt_tOptions controlling the execution of run_part()
pmc_run_sect::run_sect_opt_tOptions controlling the operation of run_sect()
pmc_spec_file::spec_file_tAn input file with extra data for printing messages
pmc_spec_line::spec_line_tA single line of input data, split at whitespace