Input parameters for one leak entry in a compressed air leak survey. More...

#include <compressed_air_leak_survey.h>

Public Attributes
int	hours_per_year = 0
	Annual compressed air system operating time \([\unit{\hour\per\year}]\).

int	utility_type = 0
	Cost basis selector (see UtilityType) \([\unit{\unitless}]\).

double	utility_cost = 0.0
	Utility rate — \([\unit{\dollar\per\cubic\foot}]\) when `utility_type` = 0; \([\unit{\dollar\per\kilo\watt\hour}]\) when `utility_type` = 1.

int	measurement_method = 0
	Flow-rate measurement method selector (see MeasurementMethod) \([\unit{\unitless}]\).

estimate_method::Input	estimate_input = {}
	Inputs for the estimate method (used when `measurement_method` = 0)

decibels_method::Input	decibels_input = {}
	Inputs for the decibels method (used when `measurement_method` = 1)

bag_method::Input	bag_input = {}
	Inputs for the bag method (used when `measurement_method` = 2)

orifice_method::Input	orifice_input = {}
	Inputs for the orifice method (used when `measurement_method` = 3)

compressed_air_utils::CompressorElectricityData	compressor_electricity_data = {}
	Compressor electricity parameters (used when `utility_type` = 1)

int	units = 1
	Number of identical leak points represented by this entry \([\unit{\unitless}]\).

Detailed Description

A single Input represents one or more identical leak points. The units field acts as a multiplier so that a group of identical leaks can be entered as a single row rather than repeated entries.

All four sub-method input structs must be populated; only the one selected by measurement_method is used in the calculation. Use the MeasurementMethod and UtilityType enumerators to assign the integer selector fields.

Definition at line 86 of file compressed_air_leak_survey.h.