Mesh thermal state, including bed energy retained through surface drying. More...

#include "core/ProcessPerf.hpp"
#include "MeshHeat.hpp"
#include "../data/MeshData.hpp"
#include "../data/SurfaceStateData.hpp"
#include "../data/SolverOptions2D.hpp"
#include "../solver/InertialKernels.hpp"
#include "../subsurface/SubsurfaceData.hpp"
#include "../../data/LidNodeData.hpp"
#include "../gw/GwTransportData.hpp"
#include "../../core/SimulationContext.hpp"
#include "../../transport/components/HeatFluxModules/BedExchange.hpp"
#include "../../transport/components/HeatFluxModules/SurfaceExchange.hpp"
#include "../../transport/components/HeatFluxModules/RadiativeExchange.hpp"
#include "../../transport/components/HeatFluxModules/HeatOverrides.hpp"
#include "../../transport/components/HeatFluxModules/SolarRadiation.hpp"
#include <algorithm>
#include <cmath>
#include <set>
#include <sstream>
#include <stdexcept>

Include dependency graph for MeshHeat.cpp:

Namespaces
namespace	openswmm

namespace	openswmm::twoD

Functions
GroundColumnAssembly	openswmm::twoD::appendGroundColumnSystem (const MeshData &mesh, const SolverOptions2D &options, GroundHeatState &owner, int i, MeshHeatState *h, double mass, double volume, double evaporated, double dt, double channel_area, std::vector< ThermalStore > &stores, std::vector< ThermalContact > &contacts, std::vector< ThermalBoundary > &boundaries)
	Append one physical column and its finite surface/LID contacts to a shared thermal graph.

double	openswmm::twoD::commitGroundColumnSystem (GroundColumnAssembly &a, const ThermalSolution &solved) noexcept
	Publish an accepted shared thermal solution into one assembly's canonical owners.

std::string	openswmm::twoD::initializeMeshHeat (SimulationContext &ctx, const MeshData &mesh, SurfaceStateData &state, const SolverOptions2D &options, GroundHeatState aquifer, const std::vector< uint8_t > coverage)
	Prepare optional surface thermal stores, porewater and physical ground ownership.

std::string	openswmm::twoD::configureGroundLidOwners (SimulationContext &ctx, const MeshData &mesh, GroundHeatState &owner, const std::vector< GwNodeBed > &beds)
	Map persistent Mesh Richards LID thermal owners onto physical ground cells.

double	openswmm::twoD::applyLocalBedSpecies (const MeshData &mesh, MeshHeatState &h, int i, int r, double mass, double volume, double dt) noexcept
	Exchange one native surface row with finite bed porewater.

double	openswmm::twoD::applyLocalBedSpeciesEuler (const MeshData &mesh, MeshHeatState &h, int i, int r, double mass, double volume, double dt)
	Exchange one native surface row with finite bed porewater for an Euler RK2 stage.

bool	openswmm::twoD::ageLocalBedPorewater (MeshHeatState &h, double dt) noexcept
	Advance the local-storage porewater age inventory without altering water volume.

void	openswmm::twoD::advectStandaloneGround (MeshHeatState &h, int i, double volume, double donor) noexcept
	Carry accepted infiltration heat through a standalone saturated physical soil column.

void	openswmm::twoD::prepareMeshHeat (SimulationContext &ctx, SurfaceStateData &state, double dt)
	Prepare inherited exchange flags, weather and fresh per-cell thermal interval accounting.

double	openswmm::twoD::applyMeshHeatCell (const MeshData &mesh, const SolverOptions2D &options, MeshHeatState &h, int i, double mass, double volume, double evaporated, double dt, bool midpoint) noexcept
	Update one mixed surface thermal sample before accepted intensive water sinks.

void	openswmm::twoD::advanceRemainingGroundColumns (const MeshData &mesh, const SolverOptions2D &options, SurfaceStateData &state, double seconds) noexcept
	Complete each surface-owned physical ground column's unprocessed router interval.

Detailed Description

Mesh thermal state, including bed energy retained through surface drying.

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