Class emulator::impl::AtmFieldManager

ClassList > emulator > impl > AtmFieldManager

Field storage container for atmosphere emulator. More...

• #include <atm_field_manager.hpp>

Public Attributes

Type	Name
std::vector< double >	aldif NIR diffuse albedo [-].
std::vector< double >	aldir NIR direct albedo [-].
std::vector< double >	asdif Visible diffuse albedo [-].
std::vector< double >	asdir Visible direct albedo [-].
std::vector< double >	cflx CO2 flux [kg/m²/s].
std::vector< double >	dens Air density [kg/m³].
std::map< std::string, std::vector< double > >	dynamic_fields Runtime-registered fields for configurable I/O.
std::vector< double >	icefrac Sea ice fraction [-].
std::vector< double >	lhf Latent heat flux [W/m²].
std::vector< double >	lndfrac Land fraction [-].
std::vector< double >	lwdn Downward longwave radiation [W/m²].
std::vector< double >	lwup Upward longwave radiation [W/m²].
std::vector< double >	net_inputs Packed input tensor for inference.
std::vector< double >	net_outputs Packed output tensor from inference.
std::vector< double >	ocnfrac Ocean fraction [-].
std::vector< double >	pbot Pressure at bottom level [Pa].
std::vector< double >	pslv Sea level pressure [Pa].
std::vector< double >	ptem Potential temperature [K].
std::vector< double >	qref Reference specific humidity [kg/kg].
std::vector< double >	rainc Convective precipitation [kg/m²/s].
std::vector< double >	rainl Large-scale precipitation [kg/m²/s].
std::vector< double >	shf Sensible heat flux [W/m²].
std::vector< double >	shum Specific humidity [kg/kg].
std::vector< double >	snowc Convective snowfall [kg/m²/s].
std::vector< double >	snowhice Snow height over ice [m].
std::vector< double >	snowhland Snow height over land [m].
std::vector< double >	snowl Large-scale snowfall [kg/m²/s].
std::vector< double >	sst Sea surface temperature [K].
std::vector< double >	swndf NIR diffuse shortwave [W/m²].
std::vector< double >	swndr NIR direct shortwave [W/m²].
std::vector< double >	swnet Net shortwave radiation [W/m²].
std::vector< double >	swvdf Visible diffuse shortwave [W/m²].
std::vector< double >	swvdr Visible direct shortwave [W/m²].
std::vector< double >	tbot Temperature at bottom level [K].
std::vector< double >	tref Reference temperature [K].
std::vector< double >	ts Surface temperature [K].
std::vector< double >	u10 10m wind speed [m/s]
std::vector< double >	u10withgusts 10m wind with gusts [m/s]
std::vector< double >	ubot Zonal wind at bottom level [m/s].
std::vector< double >	vbot Meridional wind at bottom level [m/s].
std::vector< double >	wsx Zonal wind stress [N/m²].
std::vector< double >	wsy Meridional wind stress [N/m²].
std::vector< double >	zbot Height at bottom level [m].

Public Static Attributes

Type	Name
int	N_INPUT_CHANNELS = 39 Default number of input channels (legacy, use config instead).
int	N_OUTPUT_CHANNELS = 44 Default number of output channels (legacy, use config instead).

Public Functions

Type	Name
	AtmFieldManager () = default
void	allocate (int ncols) Allocate all field vectors for given number of columns.
void	deallocate () Deallocate all field vectors.
std::vector< double > *	get_field_ptr (const std::string & name) Get pointer to a field vector by name.
bool	is_allocated () const Check if fields are allocated.
void	register_dynamic_field (const std::string & name) Register or create a dynamic field.
void	set_defaults (int ncols) Set default climatological values for export fields.
	~AtmFieldManager () = default

Detailed Description

Public Attributes Documentation

variable aldif

NIR diffuse albedo [-].

std::vector<double> emulator::impl::AtmFieldManager::aldif;

---

variable aldir

NIR direct albedo [-].

std::vector<double> emulator::impl::AtmFieldManager::aldir;

---

variable asdif

Visible diffuse albedo [-].

std::vector<double> emulator::impl::AtmFieldManager::asdif;

---

variable asdir

Visible direct albedo [-].

std::vector<double> emulator::impl::AtmFieldManager::asdir;

---

variable cflx

CO2 flux [kg/m²/s].

std::vector<double> emulator::impl::AtmFieldManager::cflx;

---

variable dens

Air density [kg/m³].

std::vector<double> emulator::impl::AtmFieldManager::dens;

---

variable dynamic_fields

Runtime-registered fields for configurable I/O.

std::map<std::string, std::vector<double> > emulator::impl::AtmFieldManager::dynamic_fields;

---

variable icefrac

Sea ice fraction [-].

std::vector<double> emulator::impl::AtmFieldManager::icefrac;

---

variable lhf

Latent heat flux [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::lhf;

---

variable lndfrac

Land fraction [-].

std::vector<double> emulator::impl::AtmFieldManager::lndfrac;

---

variable lwdn

Downward longwave radiation [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::lwdn;

---

variable lwup

Upward longwave radiation [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::lwup;

---

variable net_inputs

Packed input tensor for inference.

std::vector<double> emulator::impl::AtmFieldManager::net_inputs;

---

variable net_outputs

Packed output tensor from inference.

std::vector<double> emulator::impl::AtmFieldManager::net_outputs;

---

variable ocnfrac

Ocean fraction [-].

std::vector<double> emulator::impl::AtmFieldManager::ocnfrac;

---

variable pbot

Pressure at bottom level [Pa].

std::vector<double> emulator::impl::AtmFieldManager::pbot;

---

variable pslv

Sea level pressure [Pa].

std::vector<double> emulator::impl::AtmFieldManager::pslv;

---

variable ptem

Potential temperature [K].

std::vector<double> emulator::impl::AtmFieldManager::ptem;

---

variable qref

Reference specific humidity [kg/kg].

std::vector<double> emulator::impl::AtmFieldManager::qref;

---

variable rainc

Convective precipitation [kg/m²/s].

std::vector<double> emulator::impl::AtmFieldManager::rainc;

---

variable rainl

Large-scale precipitation [kg/m²/s].

std::vector<double> emulator::impl::AtmFieldManager::rainl;

---

variable shf

Sensible heat flux [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::shf;

---

variable shum

Specific humidity [kg/kg].

std::vector<double> emulator::impl::AtmFieldManager::shum;

---

variable snowc

Convective snowfall [kg/m²/s].

std::vector<double> emulator::impl::AtmFieldManager::snowc;

---

variable snowhice

Snow height over ice [m].

std::vector<double> emulator::impl::AtmFieldManager::snowhice;

---

variable snowhland

Snow height over land [m].

std::vector<double> emulator::impl::AtmFieldManager::snowhland;

---

variable snowl

Large-scale snowfall [kg/m²/s].

std::vector<double> emulator::impl::AtmFieldManager::snowl;

---

variable sst

Sea surface temperature [K].

std::vector<double> emulator::impl::AtmFieldManager::sst;

---

variable swndf

NIR diffuse shortwave [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::swndf;

---

variable swndr

NIR direct shortwave [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::swndr;

---

variable swnet

Net shortwave radiation [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::swnet;

---

variable swvdf

Visible diffuse shortwave [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::swvdf;

---

variable swvdr

Visible direct shortwave [W/m²].

std::vector<double> emulator::impl::AtmFieldManager::swvdr;

---

variable tbot

Temperature at bottom level [K].

std::vector<double> emulator::impl::AtmFieldManager::tbot;

---

variable tref

Reference temperature [K].

std::vector<double> emulator::impl::AtmFieldManager::tref;

---

variable ts

Surface temperature [K].

std::vector<double> emulator::impl::AtmFieldManager::ts;

---

variable u10

10m wind speed [m/s]

std::vector<double> emulator::impl::AtmFieldManager::u10;

---

variable u10withgusts

10m wind with gusts [m/s]

std::vector<double> emulator::impl::AtmFieldManager::u10withgusts;

---

variable ubot

Zonal wind at bottom level [m/s].

std::vector<double> emulator::impl::AtmFieldManager::ubot;

---

variable vbot

Meridional wind at bottom level [m/s].

std::vector<double> emulator::impl::AtmFieldManager::vbot;

---

variable wsx

Zonal wind stress [N/m²].

std::vector<double> emulator::impl::AtmFieldManager::wsx;

---

variable wsy

Meridional wind stress [N/m²].

std::vector<double> emulator::impl::AtmFieldManager::wsy;

---

variable zbot

Height at bottom level [m].

std::vector<double> emulator::impl::AtmFieldManager::zbot;

---

Public Static Attributes Documentation

variable N_INPUT_CHANNELS

Default number of input channels (legacy, use config instead).

int emulator::impl::AtmFieldManager::N_INPUT_CHANNELS;

---

variable N_OUTPUT_CHANNELS

Default number of output channels (legacy, use config instead).

int emulator::impl::AtmFieldManager::N_OUTPUT_CHANNELS;

---

Public Functions Documentation

function AtmFieldManager

emulator::impl::AtmFieldManager::AtmFieldManager () = default

---

function allocate

Allocate all field vectors for given number of columns.

void emulator::impl::AtmFieldManager::allocate (
    int ncols
) 

Allocates import and export field vectors. The net_inputs and net_outputs vectors are cleared but not pre-allocated (they are sized dynamically in prepare_inputs()).

Parameters:

• ncols Number of local columns

---

function deallocate

Deallocate all field vectors.

void emulator::impl::AtmFieldManager::deallocate () 

---

function get_field_ptr

Get pointer to a field vector by name.

std::vector< double > * emulator::impl::AtmFieldManager::get_field_ptr (
    const std::string & name
) 

Looks up the field in the hardcoded field map, then in dynamic fields.

Parameters:

• name Field name (e.g., "ts", "tbot", "pbot")

Returns:

Pointer to the field vector, or nullptr if not found

---

function is_allocated

Check if fields are allocated.

inline bool emulator::impl::AtmFieldManager::is_allocated () const

Returns:

true if allocate() has been called

---

function register_dynamic_field

Register or create a dynamic field.

void emulator::impl::AtmFieldManager::register_dynamic_field (
    const std::string & name
) 

If the field doesn't exist (not in hardcoded or dynamic fields), creates a new entry in dynamic_fields. If already allocated, resizes the new field to match ncols.

Parameters:

• name Field name to register

---

function set_defaults

Set default climatological values for export fields.

void emulator::impl::AtmFieldManager::set_defaults (
    int ncols
) 

Initializes export fields with reasonable default values for testing.

Parameters:

• ncols Number of columns

---

function ~AtmFieldManager

emulator::impl::AtmFieldManager::~AtmFieldManager () = default

---

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The documentation for this class was generated from the following file components/emulator_comps/eatm/src/impl/atm_field_manager.hpp