Finite-volume thermal graphs for LID node storage layers. More...

#include "LidNodeHeat.hpp"
#include <algorithm>
#include <cmath>
#include <limits>
#include <utility>

Include dependency graph for LidNodeHeat.cpp:

Functions
std::string	openswmm::twoD::buildLidNodeThermalGraph (const LidNodeState &state, double mobile_water_ft3, double water_heat_capacity, const ConductionConfig &material, double initial_celsius, LidNodeThermalGraph &output)
	Build compact active thermal stores and vertical contacts from accepted LID water state.

std::string	openswmm::twoD::buildLidNodeGroundThermalContact (const LidNodeThermalGraph &graph, std::size_t combined_store_count, int ground_store, double overlap_area, double ground_area, double soil_thickness, double soil_conductivity, double interface_resistance, ThermalContact &output)
	Connect the compact bottom LID store to an appended physical ground store.

std::string	openswmm::twoD::publishLidNodeThermalEnergy (LidNodeState &state, const LidNodeThermalGraph &graph, const std::vector< double > &energy)
	Replace persisted physical-cell energy with a successful compact graph solution.

std::string	openswmm::twoD::transferLidNodeThermalEnergy (const LidNodeThermalGraph &graph, std::size_t cell_count, double water_heat_capacity, const std::vector< LidThermalWaterTransfer > &transfers, std::vector< double > &physical_energy, double &external_j, std::vector< double > *transfer_j)
	Stage producer-ordered sensible energy transfers through a fixed physical LID graph.

Detailed Description

Finite-volume thermal graphs for LID node storage layers.

Namespaces