Methods - Internal

check_period_ts(ts::RepresentativePeriods, n::PeriodDemandSink, msg::String)
check_period_ts(ts::OperationalScenarios, n::PeriodDemandSink, msg::String)
check_period_ts(ts::SimpleTimes, n::PeriodDemandSink, msg::String)

Function for checking that the timestructure is valid in combination with the chosen period structure in a [PeriodDemandSink(@ref).

check_limits_default(n::Union{LimitedFlexibleInput, Combustion})

This function checks that the limits of a LimitedFlexibleInput or Combustion node are valid.

check_input(n::Union{LimitedFlexibleInput, Combustion})

This function checks that the input of a LimitedFlexibleInput or Combustion node are valid.

check_cap_price_periods(l::CapacityCostLink, 𝒯, price_pers::Int64)
check_cap_price_periods(l::CapacityCostLink, 𝒯, price_pers::Vector{<:Number})

This method checks that the field check_cap_price_periods is correct.

Checks

• If the field is an Int64, the field check_cap_price_periods is required to be positive.
• If the field is an Vector{<:Number}, the field check_cap_price_periods is required to sum up to the value op_per_strat and each value in the Vector must be positive.
• The individual capacity price periods must be able to represent the operational time structure

get_avg_cap_price(l::CapacityCostLink, t_sub::Vector{TS.TimePeriod})

Return the average capacity price over the sub period t_sub for the CapacityCostLink l.

get_sub_periods(l::CapacityCostLink, 𝒯)

Return the vector of sub periods of the CapacityCostLink l.

get_sub_pers_durations(l::CapacityCostLink, 𝒯)
get_sub_pers_durations(l::CapacityCostLink, 𝒯, price_pers::Int64)
get_sub_pers_durations(l::CapacityCostLink, 𝒯, price_pers::Vector{<:Number})

Returns the individual durations of the different sub periods within a time structure 𝒯 and CapacityCostLink l.