most_summary
- most_summary(mdo)
most_summary()- Collects and optionally prints a summary of MOST results.ms = most_summary(mdo)
Note
Consider this function experimental. It is included because it is often better than nothing, though it is very incomplete.
- Input:
mdo (struct) – MOST data structure, output (see MOST User's Manual for details)
- Output:
ms (struct) – MOST summary struct with the following fields:
name
description
f
objective function value
nb
\(n_b\), number of buses
ng
\(n_g\), number of generators (including storage, dispatchable load, etc.)
nl
\(n_l\), number of branches
nt
\(n_t\), number of periods in planning horizon
nj_max
\(n_j^{max}\), max number of scenarios per period
nc_max
\(n_c^{max}\), max number of contingencies per scenario in any period
Pg
\(n_g \times n_t \times n_j^{max} \times (n_c^{max}+1)\), real power generation (MW)
Rup
\(n_g \times n_t\), upward ramping reserve quantities (MW)
Rdn
\(n_g \times n_t\), downward ramping reserve quantities (MW)
Pf
\(n_l \times n_t \times n_j^{max} \times (n_c^{max}+1)\), real power branch flow (MW)
u
\(n_g \times n_t \times n_j^{max} \times (n_c^{max}+1)\), generator commitment status (0 or 1)
lamP
\(n_b \times n_t \times n_j^{max} \times (n_c^{max}+1)\), shadow price on power balance ($/MWh)
muF
\(n_l \times n_t \times n_j^{max} \times (n_c^{max}+1)\), shadow price on flow limits ($/MWh)
Printing to the console is currently controlled by the
mdo.qp.opt.verboseflag.