Plan H6b — implementation. See BedExchange.hpp for the derivation. More...

#include "BedExchange.hpp"
#include "../../../data/ChannelThermalData.hpp"
#include <cmath>
#include <cstddef>
#include "HeatOverrides.hpp"
#include "SurfaceExchange.hpp"
#include "../../../core/SimulationContext.hpp"
#include "../../../data/TableData.hpp"
#include "../../../hydraulics/XSectBatch.hpp"
#include "../../../hydraulics/Link.hpp"

Include dependency graph for BedExchange.cpp:

Namespaces
namespace	openswmm

namespace	openswmm::transport

namespace	openswmm::transport::heat

Functions
PairStep	openswmm::transport::heat::relaxPair (const BedCoupling &g, double t_w, double t_b, double j0, double j1, double h, double area_m2, double dt) noexcept
	One exact step of the coupled (water, bed) pair.

SolutePairStep	openswmm::transport::heat::exchangePair (double c_w, double c_b, double vol_w, double vol_b, double q_exch, double dt) noexcept
	One exact step of the two-body solute exchange.

bool	openswmm::transport::heat::bedExchangeEnabled (const SimulationContext &ctx) noexcept
	Test current native finite-bed heat family process enable.

double	openswmm::transport::heat::groundTemperature (SimulationContext &ctx) noexcept
	Sample the global held deep-ground temperature at native absolute model time.

double	openswmm::transport::heat::linkBedAreaM2 (const SimulationContext &ctx, int link) noexcept
	Compute wetted conduit bed contact area from native geometry.

double	openswmm::transport::heat::linkFreeSurfaceFt2 (const SimulationContext &ctx, int link) noexcept
	Compute native open-conduit free surface for heat/evaporation binding.

double	openswmm::transport::heat::bedExchangeQ (const SedimentConfig &cfg, double bed_m2) noexcept
	Compute total finite-bed solute exchange rate from diffusion and hyporheic velocity.

double	openswmm::transport::heat::groundTempFor (const SimulationContext &ctx, const SedimentConfig &sc, double t_gr_global) noexcept
	Choose one element's held deep-ground constant or globally sampled series temperature.

void	openswmm::transport::heat::fillChannelThermalGeometry (const SimulationContext &ctx, ChannelThermalRegion &region) noexcept
	Publish native conduit thermal region geometry in SI.

BedCoupling	openswmm::transport::heat::bedCouplingFromContact (const SimulationContext &ctx, const SedimentConfig &sc, double bed_m2, double vol_ft3, double t_gr) noexcept
	Construct finite water/bed conductance and capacity from one SI contact footprint.

BedCoupling	openswmm::transport::heat::bedCouplingForLink (const SimulationContext &ctx, int link, double vol_ft3, double t_gr) noexcept
	Build a conduit finite-bed pair from current wet perimeter and resolved element material.

void	openswmm::transport::heat::seedBedTemperature (SimulationContext &ctx)
	Size and seed native link bed temperatures at their initial owner phase.

void	openswmm::transport::heat::applyBedSoluteExchange (SimulationContext &ctx, double *link_conc, int n_arr, int offset, int n_total, double dt)
	Step every conduit's bed/channel solute exchange for one `dt`.

Detailed Description

Plan H6b — implementation. See BedExchange.hpp for the derivation.

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