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Default same as connectedSeriesID. (unit: none)\"], [39, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#res-ramp-piecewise-linear\\\">res_ramp_piecewise_linear</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"If 1, reservoir ramping limits are linearly interpolated between given weeks. If zero (default), the limits are kept constant until next given week. Note that the value within a week is constant. (unit: none)\"], [40, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#ownershare\\\">ownerShare</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Fraction owned of the module. Used to scale down the production capacity. Must be in [0,1]. (unit: none)\"], [41, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#reservoirreferencelevels\\\">reservoirReferenceLevels</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.3\", \"Reservoir reference levels for the standard SHOP cuts. (unit: none)\"], [42, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#submersion\\\">submersion</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"m\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Module outlet line height in MASL. (unit: m)\"], [43, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#maxdischarge\\\">maxDischarge</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Time-dependent maximal discharge (unit: m3/s)\"], [44, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#maxbypass\\\">maxBypass</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Time-dependent maximal water bypass (unit: m3/s)\"], [45, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#min-vol-violation-extra-cut\\\">min_vol_violation_extra_cut</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3\", \"Output\", \"PRODRISK_OPEN\", \"10.3.0\", \"Violations of minimum volume limit in extra cut generation (unit: Mm3)\"], [46, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#expected-water-value-indvan-prd\\\">expected_water_value_indvan_prd</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"Ec /m3\", \"Output\", \"PRODRISK_OPEN\", \"9.6.3\", \"Expected global water value at start time (to ocean) (unit: Ec /m3)\"], [47, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#rampingdowncostenergy\\\">RampingDownCostEnergy</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating ramping down constraint (unit: EUR/MWh)\"], [48, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#forwardspillingcostdprice\\\">ForwardSpillingCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in forward simulation (unit: EUR/MWh)\"], [49, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#min-bypass-violation-extra-cut\\\">min_bypass_violation_extra_cut</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"10.3.0\", \"Violations of minimum bypass limit in extra cut generation (unit: m3/s)\"], [50, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#res-ramp-unit\\\">res_ramp_unit</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Unit of reservoir ramping, if given. Allowed values: Mm3/h, Mm3/week (default), m/h, m/week, cm/h, cm/week. If length (m or cm) per time is used, the ramp rate will reflect the change in surface evaluated at the defined nominal height. (unit: none)\"], [51, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#local-water-value-indvan-prd\\\">local_water_value_indvan_prd</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Output\", \"PRODRISK_OPEN\", \"9.6.3\", \"Local water value at start time (unit: EUR/MWh)\"], [52, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#backwardbypasscostenergy\\\">BackwardBypassCostEnergy</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in backward recursion (unit: EUR/MWh)\"], [53, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#max-reserve-down\\\">max_reserve_down</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Maximum reserve down allocation (unit: MW)\"], [54, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#cutcoeffs\\\">cutCoeffs</a>\", \"list of pandas Series\", \"<a href=\\\"datatypes.html#list-of-tables\\\">xy_array</a>\", \"EUR/MWh\", \"Input/Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cut coefficients of the module production are given as an array of XY tables. Each table in the array corresponds to a price level in ascending order. The x values are all 0, while the y values represent the coefficients. (unit: EUR/MWh)\"], [55, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#max-reserve-down-cost\\\">max_reserve_down_cost</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Violations of maximum reserve down allocation (unit: MW)\"], [56, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#localenergyequivalent\\\">localEnergyEquivalent</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"kWh/m3\", \"Input\", \"PRODRISK_OPEN\", \"10.7.0\", \"Time-dependent local energy equivalent (unit: kWh/m3)\"], [57, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#forwardspillingcostvolume\\\">ForwardSpillingCostVolume</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in forward simulation (unit: EUR/1000m3)\"], [58, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#forwardbypasscostvolume\\\">ForwardBypassCostVolume</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in forward simulation (unit: EUR/1000m3)\"], [59, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#nominalhead\\\">nominalHead</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"m\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Net nominal head used as reference height for the PQcurve (unit: m)\"], [60, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#rampingup\\\">rampingUp</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3/week\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Used to restrict the maximal increase in reservoir volume per week. It is possible to give in one, both ore none of the ramping attributes, as they are not required input to Prodrisk. The unit is specified with the attribute res_ramp_unit. To toggle off the ramping constraint after a certain point in time, the value - 1 should be given in the time series. (unit: Mm3/week)\"], [61, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#minbypasscostenergy\\\">MinBypassCostEnergy</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum bypass constraint (unit: EUR/MWh)\"], [62, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#mindischarge\\\">minDischarge</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Time-dependent minimal discharge (unit: m3/s)\"], [63, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#min-bypass-violation-last-backward\\\">min_bypass_violation_last_backward</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"10.3.0\", \"Violations of minimum bypass limit in last backward iteration (unit: m3/s)\"], [64, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#scenario-start-volumes\\\">scenario_start_volumes</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"Mm3\", \"Output\", \"PRODRISK_OPEN\", \"10.5.1\", \"Reservoir start volume per scenario (unit: Mm3)\"], [65, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#maxreservoircostvolume\\\">MaxReservoirCostVolume</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating maximum reservoir constraint (unit: EUR/1000m3)\"], [66, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#head-coefficients-used-in-run\\\">head_coefficients_used_in_run</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"kEUR/Mm3\", \"Output\", \"PRODRISK_OPEN\", \"10.1.2\", \"From cut calculations run two main iterations (no head coefficients given), this contains the head coefficients from the first main iteration. From runs with head coefficient input, this attribute contains the input series, as HeadCoefficient is overwritten with new coefficients. (unit: kEUR/Mm3)\"], [67, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#localinflow\\\">localInflow</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Output inflow (unit: m3/s)\"], [68, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#min-discharge-violation-extra-cut\\\">min_discharge_violation_extra_cut</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"10.3.0\", \"Violations of minimum discharge limit in extra cut generation (unit: m3/s)\"], [69, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#maxreservoircostdprice\\\">MaxReservoirCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating maximum reservoir constraint (unit: EUR/MWh)\"], [70, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#watervalueconversionfactors\\\">waterValueConversionFactors</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"GWh/Mm3\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Local energy equivalents at the best efficiency point which the SHOP cuts refer to. (unit: GWh/Mm3)\"], [71, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#backwardspillingcostdprice\\\">BackwardSpillingCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in backward recursion (unit: EUR/MWh)\"], [72, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#rampingdowncostdprice\\\">RampingDownCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating ramping down constraint (unit: EUR/MWh)\"], [73, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#headdependentqmax\\\">headDependentQMax</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#table-xy-curve\\\">xy</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The height correction of the maximal module discharge has x values given as relative height (h/h_max). This is not a required input attribute. (unit: m3/s)\"], [74, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#topology\\\">topology</a>\", \"list of int values\", \"<a href=\\\"datatypes.html#list-of-integer-values\\\">int_array</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Describes where the water running through the module will end up. Each of the three entries is the module number of the module where the water will flow: [discharge, bypass, owerflow]. Module number 0 is reserved for the sea (water is lost out of the system). (unit: none)\"], [75, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#forwardspillingcostenergy\\\">ForwardSpillingCostEnergy</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in forward simulation (unit: EUR/MWh)\"], [76, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#global-water-value-indvan-prd\\\">global_water_value_indvan_prd</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Output\", \"PRODRISK_OPEN\", \"9.6.3\", \"Global water value at start time (to ocean) (unit: EUR/MWh)\"], [77, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#regulationtype\\\">regulationType</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"0 = buffer res 1 = reguation res (unit: none)\"], [78, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#overflow\\\">overflow</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Output overflow (unit: m3/s)\"], [79, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#forwardbypasscostenergy\\\">ForwardBypassCostEnergy</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in forward simulation (unit: EUR/MWh)\"], [80, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#minreservoircostenergy\\\">MinReservoirCostEnergy</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum reservoir constraint (unit: EUR/MWh)\"], [81, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#localenergyequivalentconst\\\">localEnergyEquivalentConst</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"kWh/m3\", \"Input\", \"PRODRISK_OPEN\", \"10.7.0\", \"Local energy equivalent (unit: kWh/m3)\"], [82, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#meanunreginflow\\\">meanUnregInflow</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"Mm3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Mean unreg. inflow per year (unit: Mm3)\"], [83, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#bufferreservoircostdprice\\\">BufferReservoirCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of deviating from the guideline curve for buffer reservoirs (unit: EUR/MWh)\"], [84, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#probability-of-negative-inflow-back\\\">probability_of_negative_inflow_back</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"1\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Probability of occurances of negative inflows in last backward iteration (unit: 1)\"], [85, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#backwardbypasscostdprice\\\">BackwardBypassCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in backward recursion (unit: EUR/MWh)\"], [86, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#name\\\">name</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Module name (unit: none)\"], [87, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#reserve-up-allocation\\\">reserve_up_allocation</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"MW\", \"Output\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Output reserve up allocation (unit: MW)\"], [88, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#res-ramp-intra-week\\\">res_ramp_intra_week</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"If 1, reservoir ramping is considered in each water balance within weeks. If 0 (default), reservoir ramping is only included at the end of the week, i.e. weekly average ramping satisfies constraints. Activating this option can be mkuch more time consuming. (unit: none)\"], [89, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#rampingupcostvolume\\\">RampingUpCostVolume</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating ramping up constraint. (unit: EUR/1000m3)\"], [90, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#min-discharge-violation-last-backward\\\">min_discharge_violation_last_backward</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"10.3.0\", \"Violations of minimum discharge limit in last backward iteration (unit: m3/s)\"], [91, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#bufferreservoircostvolume\\\">BufferReservoirCostVolume</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of deviating from the guideline curve for buffer reservoirs (unit: EUR/1000m3)\"], [92, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#startvol\\\">startVol</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"Mm3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Reservoir start volume (unit: Mm3)\"], [93, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#maxreservoircostenergy\\\">MaxReservoirCostEnergy</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating maximum reservoir constraint (unit: EUR/MWh)\"], [94, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#rampingupcostdprice\\\">RampingUpCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating ramping up constraint. (unit: EUR/MWh)\"], [95, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#rampingdown\\\">rampingDown</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3/week\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Used to restrict the maximal decrease in reservoir volume per week. It is possible to give in one, both ore none of the ramping attributes, as they are not required input to Prodrisk. The unit is specified with the attribute res_ramp_unit. To toggle off the ramping constraint after a certain point in time, the value -1 should be given in the time series. (unit: Mm3/week)\"], [96, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#forwardbypasscostdprice\\\">ForwardBypassCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in forward simulation (unit: EUR/MWh)\"], [97, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#max-reserve-up-cost\\\">max_reserve_up_cost</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Violations of maximum reserve up allocation (unit: MW)\"], [98, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#maxdischargeconst\\\">maxDischargeConst</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Max discharge (unit: m3/s)\"], [99, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#minbypasscostdprice\\\">MinBypassCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum bypass constraint (unit: EUR/MWh)\"], [100, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#min-discharge-violation\\\">min_discharge_violation</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"10.3.0\", \"Violations of minimum discharge limit. (unit: m3/s)\"], [101, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#shopwatervalues\\\">shopWaterValues</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"none\", \"Output\", \"PRODRISK_OPEN\", \"9.6.3\", \"Water values (reservoir cut coefficients) for the SHOP cuts. (unit: none)\"], [102, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#hydraulictype\\\">hydraulicType</a>\", \"list of int values\", \"<a href=\\\"datatypes.html#list-of-integer-values\\\">int_array</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Describes any hydraulic coupling between modules. The first element is a code for the type of hydraulic coupling: 100 = modules above same station, no free flow between them, 120 = modules above same station, flow between them restricted by coupling capacity, 130 = modules above same station, flow between them controlled by strategy, 200 = coupled modules, flow between them restricted by coupling capacity, 300 = coupled modules, flow between them controlled by strategy. The second element is an id shared between the modules in the coupling, The third element is the coupling capacity in m3/s (integer value). If the module is not part of a hydraulic coupling, this attribute may be left out or entered with all numbers set to 0. (unit: none)\"], [103, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#mean-reservoir-trajectories-used-in-run\\\">mean_reservoir_trajectories_used_in_run</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3\", \"Output\", \"PRODRISK_OPEN\", \"10.1.2\", \"From cut calculations run two main iterations (no head coefficients given), this contains the mean reservoir trajectories from the first main iteration. From runs with head coefficient input, this attribute contains the input series, as MeanReservoirTrajectories is overwritten with new coefficients. (unit: Mm3)\"], [104, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#maintenance\\\">maintenance</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Time series used to specify the reduction in the power output of the module due to maintenance. This attribute is not required input and may be left out if no maintenance is scheduled. (unit: MW)\"], [105, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#minvol\\\">minVol</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Time-dependent minimal volume (unit: Mm3)\"], [106, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#meanreservoirtrajectories\\\">MeanReservoirTrajectories</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3\", \"Input/Output\", \"PRODRISK_OPEN\", \"9.6.3\", \"Mean reservoir trajectories, used to scale the PQ curve with head in backward iterations. (unit: Mm3)\"], [107, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#pqcurve\\\">PQcurve</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#table-xy-curve\\\">xy</a>\", \"MW and m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Production-discharge table for the power production. The PQ curve can be omitted for modules without any production (pure reservoirs). The curve should be based on nominal head. (unit: MW and m3/s)\"], [108, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#discharge\\\">discharge</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"m3/s\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Output discharge (unit: m3/s)\"], [109, \"<a href=\\\"objects/module/module.html\\\">module</a>\", \"<a href=\\\"objects/module/module.html#minreservoircostdprice\\\">MinReservoirCostDPrice</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum reservoir constraint (unit: EUR/MWh)\"], [110, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#name\\\">name</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Inflow series name (unit: none)\"], [111, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#lognormal-centers\\\">lognormal_centers</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"none\", \"Input/Output\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Center points from k-means clustering used in the lognormal inflow model (unit: none)\"], [112, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#standarddeviation\\\">standardDeviation</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"none\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Standard deviation in statistical model. The standard deviation in the scaled version of the inflow input (see relativeAverageInflow). (unit: none)\"], [113, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#autocorrelation\\\">autoCorrelation</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"none\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Autocorrelation coefficients in statistical model, represents the autocorrelation of the inflowSeries with all the other inflowSeries, including itself. (unit: none)\"], [114, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#cutcoeffs\\\">cutCoeffs</a>\", \"list of pandas Series\", \"<a href=\\\"datatypes.html#list-of-tables\\\">xy_array</a>\", \"EUR/Mm3\", \"Input/Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cut coefficients for inflow series. The cut coefficients of the inflow is given as an array of XY tables. Each table in the array corresponds to a price level in ascending order. The x values are all 0, while the y values represent the coefficients. (unit: EUR/Mm3)\"], [115, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#outcomevalue\\\">outcomeValue</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"none\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Outcomes for principal components in statistical model. (unit: none)\"], [116, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#inflowscenarios\\\">inflowScenarios</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Inflow scenarios. The number of scenarios must be the same as the number of scenarios in the price. Input should be given for at least 52 weeks (this input is used in scaling local inflow for each module connected to the inflow series). (unit: m3/s)\"], [117, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#relativeaverageinflow\\\">relativeAverageInflow</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"none\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Relative average inflow in the statistical model. The relativeAverageInflow is a scaled version of the inflow input with weekly resolution. (unit: none)\"], [118, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#histaverageinflow\\\">histAverageInflow</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"Mm3/year\", \"Input\", \"PRODRISK_OPEN\", \"10.1.0\", \"If set, this value is used in scaling of local inflow to each module. As default, the average over all scenarios for the last 52 weeks of the inflow scenarios is used. (unit: Mm3/year)\"], [119, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#seriesid\\\">seriesId</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Id used to connect module and inflowSeries (unit: none)\"], [120, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#outcomeprobability\\\">outcomeProbability</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"none\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Probabilities for principal components in statistical model. (unit: none)\"], [121, \"<a href=\\\"objects/inflowSeries/inflowSeries.html\\\">inflowSeries</a>\", \"<a href=\\\"objects/inflowSeries/inflowSeries.html#standardized-weekly-inflows\\\">standardized_weekly_inflows</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"Mm3/week\", \"Output\", \"PRODRISK_OPEN\", \"10.4.1\", \"Standarized weekly inflows, used to generate the inflow model. (unit: Mm3/week)\"], [122, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-production\\\">total_production</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Total production (unit: GWh)\"], [123, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#price\\\">price</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Market prices. (unit: EUR/MWh)\"], [124, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-reserve-up-capacity\\\">total_reserve_up_capacity</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Maximum reserve up capacity (unit: MW)\"], [125, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#output-reserve-down-price\\\">output_reserve_down_price</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Output\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Output reserve down price (unit: EUR/MWh)\"], [126, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-reservoir-volume\\\">total_reservoir_volume</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Total reservoir volume (unit: GWh)\"], [127, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#reserve-up-obligation-cost\\\">reserve_up_obligation_cost</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Violations of reserve up obligation (unit: MW)\"], [128, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#fcost-per-scen\\\">fcost_per_scen</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"framkost_scen and MEUR\", \"Output\", \"PRODRISK_OPEN\", \"10.4.1\", \"Forward cost per scenario from final simulation. (unit: framkost_scen and MEUR)\"], [129, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-reserve-down-capacity\\\">total_reserve_down_capacity</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Maximum reserve down capacity (unit: MW)\"], [130, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#cutrhs\\\">cutRHS</a>\", \"list of pandas Series\", \"<a href=\\\"datatypes.html#list-of-tables\\\">xy_array</a>\", \"kEUR\", \"Input/Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"The right-hand side of the cuts is given as an array of XY tables. Each xy table in the array corresponds to a price level in ascending order. The x values are all 0, while the y values are the right-hand side of the cuts. (unit: kEUR)\"], [131, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#expected-objective-value\\\">expected_objective_value</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"kEUR\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Expected objective value (includes penalties? includes end reservoir level?) (unit: kEUR)\"], [132, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#backward-cost-first-run\\\">backward_cost_first_run</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"MEUR\", \"Output\", \"PRODRISK_OPEN\", \"10.1.2\", \"Backward cost per iteration (first main iteration) (unit: MEUR)\"], [133, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-energy-consumed\\\">total_energy_consumed</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Total energy consumed (unit: GWh)\"], [134, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#cutfrequency\\\">cutFrequency</a>\", \"list of pandas Series\", \"<a href=\\\"datatypes.html#list-of-tables\\\">xy_array</a>\", \"none\", \"Input/Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"The number of times a cut is binding is given as an array of XY tables. Each xy table in the array corresponds to a price level in ascending order. The x values are all 0, while the y values represent the frequency. (unit: none)\"], [135, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#backward-cost\\\">backward_cost</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"K-KOST and MEUR\", \"Output\", \"PRODRISK_OPEN\", \"10.1.2\", \"Backward cost per iteration (unit: K-KOST and MEUR)\"], [136, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#reserve-down-obligation\\\">reserve_down_obligation</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Reserve down obligation (unit: MW)\"], [137, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-reservoir-overflow\\\">total_reservoir_overflow</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Total reservoir overflow (unit: GWh)\"], [138, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#forward-cost\\\">forward_cost</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"F-KOST and MEUR\", \"Output\", \"PRODRISK_OPEN\", \"10.1.2\", \"Forward cost per iteration (unit: F-KOST and MEUR)\"], [139, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#indvan-prd-price-level\\\">indvan_prd_price_level</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"Price level the water values at start time refers to. (unit: EUR/MWh)\"], [140, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#pricetransition\\\">priceTransition</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"none\", \"Input/Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"The probability of jumping from one price level to another. The nPriceLevels first scenarios represent the transition probability of jumping from price level 1 to 1, 1 to 2, 1 to 3, etc., 1 to nPriceLevels. The next nPriceLevels scenarios represent jumping from 2 to 1, 2 to 2 and so on. (unit: none)\"], [141, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-nonstorable-inflow\\\">total_nonstorable_inflow</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Reserved for future use: total unregulated inflow (unit: GWh)\"], [142, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#output-price\\\">output_price</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"EUR/MWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Output price (unit: EUR/MWh)\"], [143, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#reserve-up-price\\\">reserve_up_price</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Reserve up price (unit: EUR/MWh)\"], [144, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-reserve-down-allocation\\\">total_reserve_down_allocation</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"MW\", \"Output\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Output total reserve down allocation (unit: MW)\"], [145, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#lognormal-probabilities\\\">lognormal_probabilities</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"none\", \"Input/Output\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Probabilities (weights) from k-means clustering used in the lognormal inflow model (unit: none)\"], [146, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#reserve-down-obligation-cost\\\">reserve_down_obligation_cost</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Violations of reserve down obligation (unit: MW)\"], [147, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#output-reserve-up-price\\\">output_reserve_up_price</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Output\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Output reserve up price (unit: EUR/MWh)\"], [148, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-reserve-up-allocation\\\">total_reserve_up_allocation</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"MW\", \"Output\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Output total reserve up allocation (unit: MW)\"], [149, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#watervalue\\\">waterValue</a>\", \"list of pandas Series\", \"<a href=\\\"datatypes.html#list-of-tables\\\">xy_array</a>\", \"% and EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Aggregated water values at the end of the simulation interval. Each xy table in the array corresponds to a price level in ascending order. The tables consist of 51 xy points, where the x values represent the relative water level in the reservoir in steps of 2% from 100% down to 0% (descending order). The y values are the water values for the given price level and degree of reservoir filling. (unit: % and EUR/MWh)\"], [150, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#priceband\\\">priceBand</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"EUR/MWh\", \"Input/Output\", \"PRODRISK_OPEN\", \"9.6.1\", \"The weekly prices corresponding to the price levels calculated by the price model (unit: EUR/MWh)\"], [151, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-discharge\\\">total_discharge</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Total discharge (unit: GWh)\"], [152, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#water-value-result\\\">water_value_result</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"EUR/MWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Aggregated water values (unit: EUR/MWh)\"], [153, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#forward-cost-first-run\\\">forward_cost_first_run</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"MEUR\", \"Output\", \"PRODRISK_OPEN\", \"10.1.2\", \"Forward cost per iteration (first main iteration) (unit: MEUR)\"], [154, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-energy-pumped\\\">total_energy_pumped</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Total energy pumped (unit: GWh)\"], [155, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#reserve-down-price\\\">reserve_down_price</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Reserve down price (unit: EUR/MWh)\"], [156, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#reserve-up-obligation\\\">reserve_up_obligation</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Reserve up obligation (unit: MW)\"], [157, \"<a href=\\\"objects/area/area.html\\\">area</a>\", \"<a href=\\\"objects/area/area.html#total-storable-inflow\\\">total_storable_inflow</a>\", \"pandas DataFrame\", \"<a href=\\\"datatypes.html#stochastic-time-series\\\">txy_stochastic</a>\", \"GWh\", \"Output\", \"PRODRISK_OPEN\", \"10.2.2\", \"Total inflow (regulated + unregulated) (unit: GWh)\"], [158, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#start-day\\\">start_day</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.3.1\", \"Start day input in CLI interactive dialogue. May take values from 1 to 6, 1 is default. Input and result series start at day 1 in the first week, even if start_day>1. (unit: none)\"], [159, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#mpi-path\\\">mpi_path</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Full path to MPI bin folder, for example C:\\\\Program Files\\\\Microsoft MPI\\\\Bin. (unit: none)\"], [160, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#inflow-model\\\">inflow_model</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.8.0\", \"The type of inflow model used in optimization (lognormal, principal, residual) (unit: none)\"], [161, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-discharge-cost-d-price\\\">min_discharge_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum discharge constraint (unit: EUR/MWh)\"], [162, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#read-head-coefficients\\\">read_head_coefficients</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.4\", \"Set to 0 to skip reading head coefficients from result files. (unit: none)\"], [163, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#relaxation-tolerance\\\">relaxation_tolerance</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Tolerance in the relaxation process (unit: none)\"], [164, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#log-file-path\\\">log_file_path</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The full path to the directory where the session log file will be written. Default: Folder 'LogFiles' in prodriskPath. (unit: none)\"], [165, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#read-start-time-water-values\\\">read_start_time_water_values</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.4\", \"Read water values at start time from result file indvan.prd. (unit: none)\"], [166, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#overflow-cost\\\">overflow_cost</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Penalty cost for reservoir overflow. (unit: EUR/MWh)\"], [167, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#last-iteration-generated-scenarios\\\">last_iteration_generated_scenarios</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Last iteration where generated scenarios are included in the optimization (unit: none)\"], [168, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-bypass-cost-volume\\\">min_bypass_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum bypass constraint (unit: EUR/1000m3)\"], [169, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#inf\\\">inf</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Used as unlimited for certain variables in weekly LP problems. (unit: none)\"], [170, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#cut-negative-residual-inflow\\\">cut_negative_residual_inflow</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.6.1\", \"If the residual inflow model is used (setting residual_model=1), cut negative inflows to zero if this setting is 1 (recommended, default). (unit: none)\"], [171, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#water-ration-cost\\\">water_ration_cost</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Penalty cost for breaking min filling restrictions. (unit: EUR/MWh)\"], [172, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#cuts-as-endvalue-setting\\\">cuts_as_endvalue_setting</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.2.3\", \"Use input cuts as end value setting (if provided) if set to 1. Default value is 0. (unit: none)\"], [173, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-iterations\\\">min_iterations</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Min number of SDDP iterations run (unit: none)\"], [174, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#is-series-simulation\\\">is_series_simulation</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.1.0\", \"Set to 1 to enable series simulation mode (used for investment planning) (unit: none)\"], [175, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#sim-convex\\\">sim_convex</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.4.1\", \"Adds command line option -SIMCONVEX. This ensures same model is used in the forward and backward iterations. (unit: none)\"], [176, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-reservoir-cost-volume\\\">min_reservoir_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum reservoir constraint (unit: EUR/1000m3)\"], [177, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#n-sample-scenarios\\\">n_sample_scenarios</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Number of sampled inflow scenarios to generate percentiles or extremes from (unit: none)\"], [178, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#ramping-down-cost-volume\\\">ramping_down_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"10.2.2\", \"Cost of violating ramping down constraint. (unit: EUR/1000m3)\"], [179, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-discharge-cost-energy\\\">min_discharge_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum discharge constraint (unit: EUR/MWh)\"], [180, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#backward-spilling-cost-volume\\\">backward_spilling_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in backward recursion (unit: EUR/1000m3)\"], [181, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#ramping-up-cost-energy\\\">ramping_up_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"10.2.2\", \"Cost of violating ramping up constraint. (unit: EUR/MWh)\"], [182, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#buffer-reservoir-cost-energy\\\">buffer_reservoir_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of deviating from the guideline curve for buffer reservoirs (unit: EUR/MWh)\"], [183, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#command-line-option\\\">command_line_option</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Command line option, see the Prodrisk documentation (unit: none)\"], [184, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#prepare-shop-input\\\">prepare_shop_input</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.4\", \"Create cut file(s) for SHOP (SHOP, Ja in interactive dialogue). (unit: none)\"], [185, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#surplus-power-cost\\\">surplus_power_cost</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Penalty cost for surplus power. (unit: EUR/MWh)\"], [186, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#head-coeff-and-cut-id\\\">head_coeff_and_cut_id</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.3\", \"Setting this value to 0 together with cut input will force a -NOHEAD run. In -SIM runs with no head coefficients set, this id must either be set to 0, or the -NOHEAD option should be used. (unit: none)\"], [187, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#bypass-cost\\\">bypass_cost</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Global bypass cost (unit: EUR/MWh)\"], [188, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#n-principal-comp\\\">n_principal_comp</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The number of principal components in the inflow model (unit: none)\"], [189, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#read-lognormal-model\\\">read_lognormal_model</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"If set to 1, Prodrisk will read and use a pre-existing lognormal model for inflow (unit: none)\"], [190, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#user-defined-price-model\\\">user_defined_price_model</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Take area->priceBand and area->priceTransition as input and skip GENPRIS (unit: none)\"], [191, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#backward-spilling-cost-energy\\\">backward_spilling_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in backward recursion (unit: EUR/MWh)\"], [192, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#n-kmeans\\\">n_kmeans</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Number of sample points used in K means clustering (unit: none)\"], [193, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#end-week-new-cuts\\\">end_week_new_cuts</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.3.1\", \"End week for calculating new cuts, option#5 in CLI interactive dialogue. Cuts given as input for later weeks are used in the final simulation of the whole simulation period. (unit: none)\"], [194, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#future-cost\\\">future_cost</a>\", \"list of float values\", \"<a href=\\\"datatypes.html#list-of-double-values\\\">double_array</a>\", \"kEUR\", \"Output\", \"PRODRISK_OPEN\", \"9.6.3\", \"Future cost for the cuts to SHOP (unit: kEUR)\"], [195, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#first-relaxation-parameter\\\">first_relaxation_parameter</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Parameter in the relaxation process (unit: none)\"], [196, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#shop-file-name\\\">shop_file_name</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.2.0\", \"Prefix to the file names of the SHOP-files copied to shop_directory. Default: 'SHOP-SYSTEM'. (unit: none)\"], [197, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#deficit-power-cost\\\">deficit_power_cost</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Penalty cost for deficit power. (unit: EUR/MWh)\"], [198, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#reservoir-balance-option\\\">reservoir_balance_option</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Reservoir balances during the week. Default 0 (weekly reservoir balances) (unit: none)\"], [199, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#backward-bypass-cost-volume\\\">backward_bypass_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in backward recursion (unit: EUR/1000m3)\"], [200, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-discharge-cost-volume\\\">min_discharge_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum discharge constraint (unit: EUR/1000m3)\"], [201, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#read-shop-water-values\\\">read_shop_water_values</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.4\", \"Read cuts from result file SHOP-SYSTEM.dat (standard SHOP cut format). Currently only available in the WCF interface. (unit: none)\"], [202, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#read-mean-reservoir-trajectories\\\">read_mean_reservoir_trajectories</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.4\", \"Set to 0 to skip reading mean reservoir trajectories from result files. (unit: none)\"], [203, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#use-reserve-up\\\">use_reserve_up</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Set to 1 to include reserve up capacity market (unit: none)\"], [204, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#price-scenario-option\\\">price_scenario_option</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Reserved for future use (?): feature with multiple price scenarios per inflow scenarios currently not available through the API. (unit: none)\"], [205, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#shop-cut-week\\\">shop_cut_week</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.2.3\", \"Week number standard SHOP cut file should be made for. May be set to 1 or 2. Default value is 1. (unit: none)\"], [206, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#temp-dir\\\">temp_dir</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.2.1\", \"Path to where temp working dir should be created. Special characters are forbidden. Default: prodriskPath. (unit: none)\"], [207, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#write-penalty-logfiles\\\">write_penalty_logfiles</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.3.0\", \"Set to 1 to make detailed penalty information available. Default is 0, as this might increase the computation time. (unit: none)\"], [208, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#alfa-max\\\">alfa_max</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Used as unlimited for objective function in weekly LP problems. (unit: none)\"], [209, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-iterations-without-generated-scenarios\\\">min_iterations_without_generated_scenarios</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Minimum number of iterations without generated scenarios at the end of the optimization (unit: none)\"], [210, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#use-input-pq-curve\\\">use_input_pq_curve</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Binary option: 1 = use input PQ curve 0 = make PQ curve convex (unit: none)\"], [211, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#ignore-headcoeff-meanres\\\">ignore_headcoeff_meanres</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.2.0\", \"If nonzero, head coefficients and mean reservoir trajectories are ignored even if set as input. (unit: none)\"], [212, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#price-periods\\\">price_periods</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The hours of each week are aggregated into price periods with the same price to save simulation time. This aggregation is represented as a time series, where each hour in the week is given a tag to represent the corresponding price period. Three different time resolutions may be used for different set of weeks in an optimization: sequential price period, accumulated price periods and weekly resolution. (unit: none)\"], [213, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#n-price-levels\\\">n_price_levels</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The number of price levels used in the price model, including max and min. (unit: none)\"], [214, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-iterations-first-run\\\">min_iterations_first_run</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Min. no. of iterations in initial strategy computation (to compute head coefficients) (unit: none)\"], [215, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#ramping-down-cost-energy\\\">ramping_down_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"10.2.2\", \"Cost of violating ramping down constraint. (unit: EUR/MWh)\"], [216, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#reference-price\\\">reference_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.3\", \"Reference price for the calculation of water values for SHOP (unit: EUR/MWh)\"], [217, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#node-price-profile\\\">node_price_profile</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.1.2\", \"Set to 1 to use the Node dependent price profile functionality. (unit: none)\"], [218, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#forward-spilling-cost-d-price\\\">forward_spilling_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in forward simulation (unit: EUR/MWh)\"], [219, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#sequential-price-period-end-week\\\">sequential_price_period_end_week</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Last week with sequential price period resolution (unit: none)\"], [220, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#use-reserve-down\\\">use_reserve_down</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_MULTIMARKET\", \"10.6.1\", \"Set to 1 to include reserve down capacity market (unit: none)\"], [221, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#suppress-seq-res\\\">suppress_seq_res</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.2.0\", \"Set to 0 to get all module results with sequential price period resolution (unit: none)\"], [222, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#windows-core-delay\\\">windows_core_delay</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"ms\", \"Input\", \"PRODRISK_OPEN\", \"10.6.1\", \"Safety delay before envoking core programs on temporary run directory on Windows systems. Default 10000ms. (unit: ms)\"], [223, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#backward-bypass-cost-energy\\\">backward_bypass_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in backward recursion (unit: EUR/MWh)\"], [224, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#n-principal-comp-discrete-values\\\">n_principal_comp_discrete_values</a>\", \"list of int values\", \"<a href=\\\"datatypes.html#list-of-integer-values\\\">int_array</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The number of discrete values for each principal component (unit: none)\"], [225, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#forward-model-option\\\">forward_model_option</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"1 - Forward simulation as final simulation, 0 - Convex forward simulation (unit: none)\"], [226, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#max-iterations-first-run\\\">max_iterations_first_run</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Max. no. of iterations in initial strategy computation (to compute head coefficients) (unit: none)\"], [227, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#shop-directory\\\">shop_directory</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.1.0\", \"Path to where SHOP files should be copied. (unit: none)\"], [228, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#prodrisk-path\\\">prodrisk_path</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The full path to the folder containing the .exe and .dll files for running Prodrisk (unit: none)\"], [229, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#lognormal-model\\\">lognormal_model</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"If set to 1, the lognormal model for inflow will be used (unit: none)\"], [230, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#forward-spilling-cost-volume\\\">forward_spilling_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in forward simulation (unit: EUR/1000m3)\"], [231, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#use-owner-share\\\">use_owner_share</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Binary variable to control the use of owner share of modules. Production and pump capacities are scaled with ownerShare attributes on the module- and pump objects. (unit: none)\"], [232, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#second-relaxation-parameter\\\">second_relaxation_parameter</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Parameter in the relaxation process (unit: none)\"], [233, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#forward-bypass-cost-volume\\\">forward_bypass_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in forward simulation (unit: EUR/1000m3)\"], [234, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-bypass-cost-energy\\\">min_bypass_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum bypass constraint (unit: EUR/MWh)\"], [235, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#use-coin-osi\\\">use_coin_osi</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Binary variable to choose between running Prodrisk with OSI (1) or CPLEX (0). Default is 0. (unit: none)\"], [236, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#max-reservoir-cost-volume\\\">max_reservoir_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating maximum reservoir constraint (unit: EUR/1000m3)\"], [237, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#inflow-seasons\\\">inflow_seasons</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.6.1\", \"Define inflow seasons by setting a unique integer tag at the beginning of the first week of each season. A negative tag means that correlations will be zeroed in that season. Default: One season spanning over the whole simulation period. (unit: none)\"], [238, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#n-processes\\\">n_processes</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The number of processes to run in parallel in the simulation (unit: none)\"], [239, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#shop-cut-weeks\\\">shop_cut_weeks</a>\", \"list of int values\", \"<a href=\\\"datatypes.html#list-of-integer-values\\\">int_array</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.1.0\", \"Week numbers extended SHOP cut files should be made for. (unit: none)\"], [240, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#print-all\\\">print_all</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.4.1\", \"Adds command line option -printall. Will give some more detailed logging, including a file with F-cost per scenario per iteration. (unit: none)\"], [241, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#max-cuts-created\\\">max_cuts_created</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Number of cuts created (unit: none)\"], [242, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#log-file-name\\\">log_file_name</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"The name of the session log file, including the file extension (the content is always plain text). By default, the name is inherited from the Prodrisk session and has the format 'session_YYYY-MM-DD-hh-mm-ss.txt' (with a time stamp), unless the name of the session is set otherwise (pyprodrisk: with sim_id). (unit: none)\"], [243, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#backward-spilling-cost-d-price\\\">backward_spilling_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in backward recursion (unit: EUR/MWh)\"], [244, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#max-reservoir-cost-d-price\\\">max_reservoir_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating maximum reservoir constraint (unit: EUR/MWh)\"], [245, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#ramping-down-cost-d-price\\\">ramping_down_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"10.2.2\", \"Cost of violating ramping down constraint. (unit: EUR/MWh)\"], [246, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#forward-spilling-cost-energy\\\">forward_spilling_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of spilling in forward simulation (unit: EUR/MWh)\"], [247, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#aggregated-price-period-start-week\\\">aggregated_price_period_start_week</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Use weekly resolution from this week (unit: none)\"], [248, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#forward-bypass-cost-energy\\\">forward_bypass_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in forward simulation (unit: EUR/MWh)\"], [249, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-reservoir-cost-energy\\\">min_reservoir_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum reservoir constraint (unit: EUR/MWh)\"], [250, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#residual-model\\\">residual_model</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"If set to 1, the residual model for inflow will be used instead of the principal component analysis (unit: none)\"], [251, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#buffer-reservoir-cost-d-price\\\">buffer_reservoir_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of deviating from the guideline curve for buffer reservoirs (unit: EUR/MWh)\"], [252, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#generated-inflow-type\\\">generated_inflow_type</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Type of generated inflow sampling (0: Random, 1: Percentiles, 2: Extremes) (unit: none)\"], [253, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#prodrisk-variant\\\">prodrisk_variant</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Name of Prodrisk executable. May be used on linux to test different MPI versions than Intel MPI. (unit: none)\"], [254, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#reservoir-soft-restriction-cost\\\">reservoir_soft_restriction_cost</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Penalty cost for breaking soft reservoir restrictions. (unit: EUR/m3)\"], [255, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#backward-bypass-cost-d-price\\\">backward_bypass_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in backward recursion (unit: EUR/MWh)\"], [256, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#sequential-price-period-start-week\\\">sequential_price_period_start_week</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"First week with sequential price period resolution (unit: none)\"], [257, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#use-non-convex-pq-curve\\\">use_non_convex_pq_curve</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_NCPQ\", \"10.1.0\", \"Enable feature: non convex PQ curve using integer variables in the final simulation (large computation time!). (unit: none)\"], [258, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#ramping-up-cost-volume\\\">ramping_up_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"10.2.2\", \"Cost of violating ramping up constraint. (unit: EUR/1000m3)\"], [259, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#buffer-reservoir-cost-volume\\\">buffer_reservoir_cost_volume</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/1000m3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of deviating from the guideline curve for buffer reservoirs (unit: EUR/1000m3)\"], [260, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#max-reservoir-cost-energy\\\">max_reservoir_cost_energy</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating maximum reservoir constraint (unit: EUR/MWh)\"], [261, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#max-relaxation-iterations\\\">max_relaxation_iterations</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Maximum number of iterations in the relaxation process (unit: none)\"], [262, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#ramping-up-cost-d-price\\\">ramping_up_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"10.2.2\", \"Cost of violating ramping up constraint. (unit: EUR/MWh)\"], [263, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#forward-bypass-cost-d-price\\\">forward_bypass_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of bypassing in forward simulation (unit: EUR/MWh)\"], [264, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-bypass-cost-d-price\\\">min_bypass_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum bypass constraint (unit: EUR/MWh)\"], [265, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#convergence-criteria\\\">convergence_criteria</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"%\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Convergence tolerance. (unit: %)\"], [266, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#n-generated-scenarios\\\">n_generated_scenarios</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_LOGNORMAL\", \"10.8.0\", \"Number of generated scenarios to include in the optimization (unit: none)\"], [267, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#real-interest-rate\\\">real_interest_rate</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"%\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Real interest rate, used to set weekly discount factors for cash flows in future weeks. (unit: %)\"], [268, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#windows-api-delay\\\">windows_api_delay</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"ms\", \"Input\", \"PRODRISK_OPEN\", \"10.6.1\", \"Safety delay when launching processes from the API on Windows systems. Default 3000ms. (unit: ms)\"], [269, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#max-iterations\\\">max_iterations</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Max number of SDDP iterations run (unit: none)\"], [270, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-scenarios-per-price-node\\\">min_scenarios_per_price_node</a>\", \"int\", \"<a href=\\\"datatypes.html#integer\\\">int</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"10.2.0\", \"Minimum number of scenarios per price node in the price model. (unit: none)\"], [271, \"<a href=\\\"objects/setting/setting.html\\\">setting</a>\", \"<a href=\\\"objects/setting/setting.html#min-reservoir-cost-d-price\\\">min_reservoir_cost_d_price</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"EUR/MWh\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Cost of violating minimum reservoir constraint (unit: EUR/MWh)\"], [272, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#name\\\">name</a>\", \"string\", \"<a href=\\\"datatypes.html#string\\\">string</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Pump name, written to internal file model.h5. Not used for anything else. (unit: none)\"], [273, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#intakersvcurve\\\">intakeRsvCurve</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Do not pump if downstream reservoir volume is below this limit. (unit: Mm3)\"], [274, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#maxpumpheight\\\">maxPumpHeight</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"m\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Largest pumping height (unit: m)\"], [275, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#minpumpheight\\\">minPumpHeight</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"m\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Smallest pumping height (unit: m)\"], [276, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#averagepower\\\">averagePower</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"MW\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Average consumption when pump is used (unit: MW)\"], [277, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#maintenance\\\">maintenance</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"MW\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Capacity unavailable due to pump maintenance. This attribute is not required input and may be left out if no maintenance is scheduled (unit: MW)\"], [278, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#maxheightupflow\\\">maxHeightUpflow</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Pump upflow at largest pumping height (unit: m3/s)\"], [279, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#ownershare\\\">ownerShare</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Fraction owned of the pump, used to scale average consumption. Must be in [0,1]. (unit: none)\"], [280, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#topology\\\">topology</a>\", \"list of int values\", \"<a href=\\\"datatypes.html#list-of-integer-values\\\">int_array</a>\", \"none\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Toplogy description for pumps (external module numbers for): [module containing the pump, module where water is pumped to, module where water is pumped from]. (unit: none)\"], [281, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#outletrsvcurve\\\">outletRsvCurve</a>\", \"pandas Series\", \"<a href=\\\"datatypes.html#time-series\\\">txy</a>\", \"Mm3\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Do not pump if upstream reservoir volume is above this limit. (unit: Mm3)\"], [282, \"<a href=\\\"objects/pump/pump.html\\\">pump</a>\", \"<a href=\\\"objects/pump/pump.html#minheightupflow\\\">minHeightUpflow</a>\", \"float\", \"<a href=\\\"datatypes.html#float\\\">double</a>\", \"m3/s\", \"Input\", \"PRODRISK_OPEN\", \"9.6.1\", \"Pump upflow at smallest pumping height (unit: m3/s)\"]];\n",
       "\n",
       "        // Define the dt_args\n",
       "        let dt_args = {\"dom\": \"tlip\", \"columns\": [{\"name\": \"\", \"className\": \"dt-control\", \"orderable\": false, \"data\": null, \"defaultContent\": \"\"}, {\"name\": \"Object type\", \"className\": \"dt-body-left\"}, {\"name\": \"Attribute name\", \"className\": \"dt-body-left\"}, {\"name\": \"Python data type\", \"className\": \"dt-body-left\"}, {\"name\": \"Core data type\", \"className\": \"dt-body-left\"}, {\"name\": \"unit\", \"className\": \"dt-body-left\"}, {\"name\": \"I/O\", \"className\": \"dt-body-left\"}, {\"name\": \"License\", \"className\": \"dt-body-left\"}, {\"name\": \"Version added\", \"className\": \"dt-body-left\"}, {\"name\": \"Description\", \"visible\": false}], \"order\": [], \"initComplete\": function () {\n",
       "    // Apply the search\n",
       "    this.api()\n",
       "        .columns()\n",
       "        .every(function () {\n",
       "            const that = this;\n",
       "\n",
       "            $('input', this.header()).on('keyup change clear', function () {\n",
       "                if (that.search() !== this.value) {\n",
       "                    that.search(this.value).draw();\n",
       "                }\n",
       "            });\n",
       "        });\n",
       "}\n",
       "};\n",
       "        dt_args[\"data\"] = data;\n",
       "\n",
       "        // Setup - add a text input to each header or footer cell\n",
       "$('#itables_1557bee1_e74c_4349_a58c_c072623ca4a1:not(.dataTable) thead th').each(function () {\n",
       "    let title = $(this).text();\n",
       "    $(this).html('<input type=\"text\" placeholder=\"Search ' +\n",
       "        // We use encodeURI to avoid this LGTM error:\n",
       "        // https://lgtm.com/rules/1511866576920/\n",
       "        encodeURI(title).replaceAll(\"%20\", \" \") +\n",
       "        '\" />');\n",
       "});\n",
       "\n",
       "        new DataTable(table, dt_args);\n",
       "    });\n",
       "</script>\n"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "text/html": [
       "<script>\n",
       "$('tbody').on('click', 'td.dt-control', function () {\n",
       "    var tr = $(this).closest('tr');\n",
       "    var table = $(this).closest('table').DataTable();\n",
       "    var row = table.row(tr);\n",
       "\n",
       "    if (row.child.isShown()) {\n",
       "        // This row is already open - close it\n",
       "        row.child.hide();\n",
       "        tr.removeClass('shown');\n",
       "    } else {\n",
       "        // Open this row\n",
       "        row.child(\"<div align='left'>\".concat(row.data()[7], \"</div>\")).show();\n",
       "        tr.addClass('shown');\n",
       "    }\n",
       "});\n",
       "</script>"
      ],
      "text/plain": [
       "<IPython.core.display.HTML object>"
      ]
     },
     "execution_count": 1,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "import itables as itables\n",
    "from itables import init_notebook_mode\n",
    "import itables.options as opt\n",
    "import pandas as pd\n",
    "from IPython.core.display import HTML\n",
    "\n",
    "opt.maxBytes = 0\n",
    "\n",
    "init_notebook_mode(all_interactive=True, connected=True)\n",
    "table = pd.read_csv('../attributes.csv').reset_index()\n",
    "core_type_dict = {'int' : 'integer','double':'float','string':'string','int_array':'list-of-integer-values','double_array':'list-of-double-values','xy':'table-xy-curve','xy_array':'list-of-tables','txy':'time-series','txy_stochastic':'stochastic-time-series'}\n",
    "for index, row in table.iterrows():\n",
    "  table.at[index, \"Object type\"] = f\"\"\"<a href=\"objects/{row['Object type']}/{row['Object type']}.html\">{row['Object type']}</a>\"\"\"\n",
    "  table.at[index, \"Attribute name\"] = f\"\"\"<a href=\"objects/{row['Object type']}/{row['Object type']}.html#{row['Attribute name'].replace('_', '-').lower()}\">{row['Attribute name']}</a>\"\"\"\n",
    "  table.at[index, \"Core data type\"] = f\"\"\"<a href=\"datatypes.html#{core_type_dict[row['Core data type']].replace('_', '-')}\">{row['Core data type']}</a>\"\"\"\n",
    "itables.show(\n",
    "  table,\n",
    "  dom='tlip',\n",
    "  column_filters='header',\n",
    "  columns=[\n",
    "    {\n",
    "      'name': '',\n",
    "      'className': 'dt-control',\n",
    "      'orderable': False,\n",
    "      'data': None,\n",
    "      'defaultContent': '',\n",
    "    },\n",
    "    {\n",
    "      'name': 'Object type',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'Attribute name',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'Python data type',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'Core data type',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'unit',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'I/O',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'License',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'Version added',\n",
    "      'className': 'dt-body-left'\n",
    "    },\n",
    "    {\n",
    "      'name': 'Description',\n",
    "      'visible': False\n",
    "    }\n",
    "  ]\n",
    ")\n",
    "\n",
    "HTML('''<script>\n",
    "$('tbody').on('click', 'td.dt-control', function () {\n",
    "    var tr = $(this).closest('tr');\n",
    "    var table = $(this).closest('table').DataTable();\n",
    "    var row = table.row(tr);\n",
    "\n",
    "    if (row.child.isShown()) {\n",
    "        // This row is already open - close it\n",
    "        row.child.hide();\n",
    "        tr.removeClass('shown');\n",
    "    } else {\n",
    "        // Open this row\n",
    "        row.child(\"<div align='left'>\".concat(row.data()[7], \"</div>\")).show();\n",
    "        tr.addClass('shown');\n",
    "    }\n",
    "});\n",
    "</script>''')"
   ]
  }
 ],
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