Multispecies reactions in LID storage and treatment layers. More...

#include "MsxLidReactions.hpp"
#include "../core/SimulationContext.hpp"
#include "../hydrology/LidNode.hpp"
#include "../transport/components/ReactionModule/MsxLegacyTransport.hpp"
#include "../transport/components/ReactionModule/ReactionIntegrator.hpp"
#include "../transport/components/ReactionModule/ReactionLegacyBinding.hpp"
#include "QualityRouting.hpp"
#include <algorithm>
#include <cmath>
#include <limits>
#include <optional>

Include dependency graph for MsxLidReactions.cpp:

Namespaces
namespace	openswmm

namespace	openswmm::msxlid

Functions
bool	openswmm::msxlid::reactPool (SimulationContext &c, int control, int layer, double volume, double *mass, double dt, double temp, std::vector< double > &reacted, std::vector< double > &clamped)
	React one finite native LID water pool through scoped compiled species laws.

void	openswmm::msxlid::initialize (SimulationContext &c)
	Ensure opted-in native LID-node layer species stores exist at current seed phase.

double	openswmm::msxlid::heldMass (const SimulationContext &c, int node, int species)
	Sum one node's held layer inventory for a reaction species.

double	openswmm::msxlid::mobileWater (const SimulationContext &c, int node, double fallback)
	Read the retained native LID-node mobile water history with caller fallback.

void	openswmm::msxlid::prepareNodes (SimulationContext &c, double dt)
	Replay accepted native LID water transfers into layer/mobile species inventories before routing.

double	openswmm::msxlid::outlet (const SimulationContext &c, int node, int link, int species, double fallback)
	Read a prepared node-layer outlet concentration for one link/species.

double	openswmm::msxlid::receive (SimulationContext &c, int node, int link, double water, int species, double rate, double dt)
	Capture an accepted incoming link native mass-rate share into the first matching LID port.

void	openswmm::msxlid::reactNodes (SimulationContext &c, double dt)
	React native LID-node held layer pools and weighted mobile water portions once per interval.

bool	openswmm::msxlid::reactedSubcatchment (const SimulationContext &c, int sc)
	Test the prepared conventional-LID reactive subcatchment mask.

Detailed Description

Multispecies reactions in LID storage and treatment layers.

Author: Caleb Buahin caleb.nosp@m..bua.nosp@m.hin@g.nosp@m.mail.nosp@m..com

License: Apache-2.0

Namespaces

Functions

Detailed Description