Network and generator data:
"mpc" 						Network and generator data based on MATPOWER format. 	(http://www.pserc.cornell.edu/matpower/manual.pdf)
"hu" 						Minimum up time limits
"hd" 						Minimum down time limits
"rrp.*mpc.baseMVA" 				Ramp limits 									(MW, similar to mpc.bus(:,3))
"rsp.*mpc.baseMVA" 				Startup/Shutdown capability							(MW, similar to mpc.bus(:,3))
"pdt.*mpc.baseMVA" 				Nodal active power demands							(MW, similar to mpc.bus(:,3))
"qdt.*mpc.baseMVA" 				Nodal reactive power demands							(MVAr, similar to mpc.bus(:,4))

Initial status:
"x0" 						Initial on/off status of generators
"b0"						The number of time periods in the past during which the initial status has been preserved
"p0.*mpc.baseMVA" 				Initial active power injections 						(MW, similar to mpc.bus(:,3))
"q0.*mpc.baseMVA" 				Initial reactive power injections 						(MVAr, similar to mpc.bus(:,4))

Solution of the relaxed problem:
"x", 						The output schedule 
"p.*pmaxt.*mpc.baseMVA", 			The output active power production 						(MW, similar to mpc.bus(:,3))
"q.*pmaxt.*mpc.baseMVA", 			The output reactive power production 						(MVAr, similar to mpc.bus(:,4))
"c*10000" 					The output operating costs
"vv"						Diagonal entries of W_1, ..., W_T
"vr"						Real parts of off-diagonal entries of W_1, ..., W_T
"vi"						Imaginary parts of off-diagonal entries of W_1, ..., W_T

Solution of the rounding procedure:
"xR", 						The feasible schedule 
"pR.*pmaxt.*mpc.baseMVA", 			The feasible active power production 						(MW, similar to mpc.bus(:,3))
"qR.*pmaxt.*mpc.baseMVA", 			The feasible reactive power production 						(MVAr, similar to mpc.bus(:,4))
"cR" 						The feasible operating costs
"vR"						The feasible voltage profiles after rounding					(per unit, similar to mpc.bus(:,12))