Dense per-element attribute storage (PE2, D-PE2). More...

#include <HeatData.hpp>

Collaboration diagram for openswmm::HeatOverrideData:

Public Member Functions
bool	empty () const noexcept

void	clear ()

Public Attributes
std::vector< HeatOverrideRow >	rows
	as parsed; the serializer's input

std::vector< RadiativeConfig >	rad_link
	[link], empty ⇒ use global

std::vector< RadiativeConfig >	rad_node
	[node], empty ⇒ use global

std::vector< SedimentConfig >	sed_link
	[link], empty ⇒ use global

bool	resolved = false

Detailed Description

Dense per-element attribute storage (PE2, D-PE2).

Sized ONLY when at least one override row targets the family. radiativeFor/sedimentFor return the global when the vector is empty, so a model without overrides allocates nothing and passes the same object it passed before PE — byte-identity is structural rather than tested.

Warning: Do not size these unconditionally "for uniformity". That single change would move every heat deck in the corpus, and it would do it by writing globals into a vector that then reads back as per-element configuration.

Member Function Documentation

◆ clear()

void openswmm::HeatOverrideData::clear ( )

inline

◆ empty()

bool openswmm::HeatOverrideData::empty ( ) const

inlinenoexcept

Member Data Documentation

◆ rad_link

std::vector<RadiativeConfig> openswmm::HeatOverrideData::rad_link

[link], empty ⇒ use global

◆ rad_node

std::vector<RadiativeConfig> openswmm::HeatOverrideData::rad_node

[node], empty ⇒ use global

◆ resolved

bool openswmm::HeatOverrideData::resolved = false

◆ rows

std::vector<HeatOverrideRow> openswmm::HeatOverrideData::rows

as parsed; the serializer's input

◆ sed_link

std::vector<SedimentConfig> openswmm::HeatOverrideData::sed_link