Enable the use of advanced basis. Three options: use the latest solve, use all solves from the previous run, use the first solve from the previous run.

Include t00000 for storage and online variables for the results output (as long as there are variable values for the first time period).

Also changing the length of the forecast horizon so that it is now possible to either keep a static length for the forecasts or to have a decreasing forecast horizon that only extends forward at every tForecastJump.

Several fixes to get intervalLength > 1 working. Still needs some fix if intervalLength > 1 for the first steps in the horizon (dt for the first time step not calculated properly).

Updates to run-up phase. Added unit conversions from p.u./min to p.u./h and multiplication by intervalInHours for p_u_maxOutputInLastRunUpInterval and p_ut_runUp. Tested only with deterministic run, intervalInHours=1 and intervalLength=1. Calculation of dt_toStartup probably needs a fix for other intervaLengths than 1.

Fixes and clean ups. Most importantly a term in the q_maxUpward was updated to point to the correct start up time period (hopefully).

Replaced q_fixedGenCap2U with q_constrainedCapMultiUnit, which enables different decommissioning and replacement decisions in addition to fixed investment ratios. Removed unnecessary parameters and divided p_groupPolicy into p_groupPolicy and p_groupPolicy3D. Renamed also the linking sets related to groups, e.g. gnu_group --> gnuGroup.

Implementing temporary forecast and time displacement arrays to slightly improve "inputsLoop" performance.

Implementing "ts_fuelPrice" time series based on the input "ts_fuelPriceChange" to avoid needlessly time consuming summation over "tFull" in the objective funciton.

Implementing "ts_fuelPrice", which avoids summation over the "ts_fuelPriceChange" in the "q_obj" during every solve. Also minor performance tweaking to "inputsLoop".

All parameters in the model definition files now include the mType dimension to avoid overwriting of parameters if multiple models are declared.

Tweaks to the efficiency approximations, removing old unused sets and parameters, as well as minor readability improvements.

Old tt set renamed as tCurrent, and new tt now described as temporary subset of timesteps. Various performance upgrades, mainly to calculating the startup types and minimum up/downtime.

Added a new displacement set "cf_Central" that binds the v_state variables of the shorter forecasts to the central forecast at the end of the forecast length to avoid issues with hydro reservoirs being overutilized in the shorter forecasts.

Corrections to ramping constraints and testing different start-up types (hot, warm, cold) and minimum up/down times.

Removed "p_uft_online_last" from use, as it is not currently working properly and possibly confuses the objective function.

At the moment, online variables are generated only for the time steps when they actually affect the v_gen variables. Thus, having this sort of incentive term to keep the units online at the end of the simulation is perhaps not necessary. The horizon extends over the t_end anyways, and the units keep on working as if they still had to keep on keeping on.

The reserve variables for the to-be-committed period are now "realized", meaning that the fRealization forecast is used for all the different forecasts. The commitments are locked using the solution previous to the update. Reimplemented the requirement for the reserve transfer to have reserve requirements for both nodes.

Fixing problems in using forecasts and reserves. May include some ad hoc changes that need to be cleared up later.