speciate

type DB struct {
	// contains filtered or unexported fields
}

type InvTable struct {
	// contains filtered or unexported fields
}

type InvTableRecord struct {
	// Unique name for pollutant or activity that will be stored and processed by SMOKE.
	Name string

	// This three-letter code represents the emissions mode that SMOKE uses to augment
	// the pollutant names. Emissions mode usually refers to the on-road or nonroad
	// mobile exhaust or evaporative emissions.
	Mode string

	// The SPECIATE4 ID is the unique species identifier in SPECIATE4.
	SpeciateID string

	// Should we keep this record for processing (Y or N)?
	Keep string

	// The adjustment factor to use in splitting the emissions associated
	// with a CAS number into different inventory data names, or reducing the
	// mass of a metal compound associated with a CAS number to account for the
	// metal mass only.
	Factor float64

	// VOC or TOG component: A “V” should be entered if the CAS number is part
	// of VOC emissions or TOG emissions. A “T” should be entered if the CAS
	// number is part of TOG emissions only. An “N” should be entered if the
	// CAS number is part of neither VOC or TOG. Any other value other than
	// “V” or “T” will be treated as an “N”.
	VTN string

	// A “Y” should be entered if the pollutant is also a VOC model species for
	// the AQM being targeted for the run. Any other values will be treated as an “N”.
	ModelSpecies string

	// A “Y” should be entered if (1) the pollutant is a VOC species
	// (the model-species column must be “Y” as well), and (2) that model-species
	// is explicitly treated in the AQM’s chemical mechanism. The pollutant can be
	// an explicit species in the chemical mechanism only when the GSPRO file
	// definitions of the lumped VOC species have been adjusted to account for
	// the pollutants/species that are explicit in the mechanism.
	Explicit string

	//  A “Y” should be entered if the inventory data name is a type of activity
	// instead of emissions. Any other values will be treated as an “N”.
	Activity string
}

type Mechanisms struct {
	// contains filtered or unexported fields
}

type SpecRef struct {
	// contains filtered or unexported fields
}

type Speciator struct {
	smoke.Scanner

	// If MassBasis is set to true, all emissions will be kept in their original
	// mass units. Otherwise some pollutants will be converted to mole-basis
	// as appropriate.
	MassBasis bool
	// contains filtered or unexported fields
}