Current environment state. More...
Public Attributes | |
real *8 | temp |
Temperature (K). | |
real *8 | rel_humid |
Relative humidity (1). | |
real *8 | pressure |
Ambient pressure (Pa). | |
real *8 | longitude |
Longitude (degrees). | |
real *8 | latitude |
Latitude (degrees). | |
real *8 | altitude |
Altitude (m). | |
real *8 | start_time |
Start time (s since 00:00 UTC). | |
integer | start_day |
Start day of year (UTC). | |
real *8 | height |
Box height (m). | |
type(gas_state_t) | gas_emissions |
Gas emissions. | |
real *8 | gas_emission_rate |
Gas emisssion rate (s^{-1}). | |
type(gas_state_t) | gas_background |
Background gas concentrations. | |
real *8 | gas_dilution_rate |
Gas-background dilution rate (s^{-1}). | |
type(aero_dist_t) | aero_emissions |
Aerosol emissions. | |
real *8 | aero_emission_rate |
Aerosol emisssion rate (s^{-1}). | |
type(aero_dist_t) | aero_background |
Aerosol background. | |
real *8 | aero_dilution_rate |
Aero-background dilute rate (s^{-1}). |
Current environment state.
All quantities are instantaneous, describing the state at a particular instant of time. Constant data and other data not associated with the current environment state is store in env_data_t.
The emissions and dilution are both described by pairs of a state and a rate. The product of these gives the actual emissions or dilution with units quantity per time. One way to think about this is to set the rate to 1/3600 and then regard the state as an amount per hour, etc.
Aerosol background.
Aero-background dilute rate (s^{-1}).
Aerosol emisssion rate (s^{-1}).
Aerosol emissions.
Altitude (m).
Background gas concentrations.
Gas-background dilution rate (s^{-1}).
Gas emisssion rate (s^{-1}).
Gas emissions.
Box height (m).
Latitude (degrees).
Longitude (degrees).
Ambient pressure (Pa).
Relative humidity (1).
Start day of year (UTC).
Start time (s since 00:00 UTC).
Temperature (K).