Climate processing — numerically identical to legacy climate.c. More...

#include "Climate.hpp"
#include "../core/Constants.hpp"
#include "../core/UnitConversion.hpp"
#include <cmath>
#include <algorithm>

Include dependency graph for Climate.cpp:

Functions
double	openswmm::climate::hargreaves (double latitude, int day_of_year, double t_avg, double t_range)
	Estimate potential evapotranspiration using Hargreaves radiation/temperature.

void	openswmm::climate::updateDailyClimate (ClimateState &state, int day_of_year, int month)
	Update scalar evaporation and snow-related atmospheric coefficients.

void	openswmm::climate::batchDistributeEvap (double evap_rate, const double ponded_depth, double evap_out, int n, double dt)
	Bound one scalar evaporation rate by each ponded-water supply rate.

void	openswmm::climate::updateTempTimes (ClimateState &state, int doy)
	Derive daily sinusoidal temperature timing from latitude and season.

double	openswmm::climate::getSubdailyTemp (const ClimateState &state, double hour)
	Evaluate the three-segment native diurnal temperature curve.

Detailed Description

Climate processing — numerically identical to legacy climate.c.

Namespaces