ipfs

type Adaptation struct {
}

type AdaptationChild struct {
}

type Earth struct {
	AtmosCO2 float64

	GlobalTemp float64
	// ArcticIceMin float64
	// IceSheets    float64
	SeaLevelRise float64
}

type Emissions struct {
	// Meta-data
	UserID     int
	EntityType string
	Year       int

	DateReported string

	TotalScope1CO2e int
	TotalScope2CO2e int
	TotalScope3CO2e int

	// Where is the report and its data from?
	// (options: internally conducted report, consulting group, etc.)
	Source string

	// what methodology was used in the reporting and
	// verification of the emissions data?
	Methodology string

	// Emissions data (by asset)
	// Country children: regions
	// Region children: companies & cities
	// Company children: assets
	ByChild []struct {
		ChildID    int
		ChildName  string
		Scope1CO2e float64
		Scope2CO2e float64
		Scope3CO2e float64
	}
}

type Mitigation struct {
	// Meta-data
	UserID     int
	EntityType string
	Year       int

	// Where is the report and its data from?
	// (options: internally conducted report, consulting group, etc.)
	Source string

	// what methodology was used in the reporting and
	// verification of the mitigation data?
	Methodology string

	// Emissions data (by asset)
	// Country children: regions
	// Region children: companies & cities
	// Company children: assets
	ByChild []struct {
		ChildID      int
		ChildName    string
		CarbonOffset float64
		EnergySaved  float64
		EnergyGen    float64

		// Options:
		// - Renewable energy
		// - Energy efficiency
		// - Agriculture, Forestry & Other
		// - Carbon sequestrations
		Type string

		// Options:
		// - Reduction of GHG sources
		// - Enhancement of GHG sinks
		// - Both
		Category string
	}
}