HOST-ONLY canonical aux name<->component table: the C++ mirror of AUX_CANONICAL (python/pops/dsl.py). More...

#include <string_view>
#include <utility>
#include <pops/core/state/state.hpp>

Include dependency graph for aux_names.hpp:

Namespaces
namespace	pops

Macros
#define	POPS_AUX_NAME_ENTRY(name, idx) {#name, idx},

Functions
constexpr int	pops::aux_canonical_index (std::string_view name)
	Component of the CANONICAL aux field `name`, or -1 if `name` is not a canonical field (it may then be a model-NAMED field, resolved per block by the facade).

constexpr std::string_view	pops::aux_canonical_name (int comp)
	Inverse: CANONICAL name of component `comp`, or an empty view if `comp` is not a canonical component (e.g.

Variables
constexpr std::pair< std::string_view, int >	pops::kAuxCanonicalNames []
	CANONICAL aux name -> component table (mirror of AUX_CANONICAL on the DSL side).

Detailed Description

HOST-ONLY canonical aux name<->component table: the C++ mirror of AUX_CANONICAL (python/pops/dsl.py).

Generated from the SAME single source as pops::Aux – the base contract (phi/grad_x/grad_y, components 0..2) plus the POPS_AUX_FIELDS X-macro (B_z=3, T_e=4) – so it cannot drift from the device layout. Lets a C++ caller resolve a CANONICAL aux field by name without going through the Python facade (ADC-291), and lets a test pin the C++<->Python coherence. NOT included by device kernels: it uses std::string_view (host-only). The model-NAMED fields (extra[k] = component kAuxNamedBase + k) are intentionally NOT in this table: they carry no canonical meaning and are resolved per block by name on the facade side.

Macro Definition Documentation

◆ POPS_AUX_NAME_ENTRY

#define POPS_AUX_NAME_ENTRY	(	name,
		idx
	)	{#name, idx},

include/pops/core/state/aux_names.hpp File Reference¶

Namespaces

Macros

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ POPS_AUX_NAME_ENTRY