mp_c_eq.src

一种求解目标函数最小化的MATLAB仿真程序.

mp_c_eq:=proc(dummy_var)
local f_dim,j_rowdim,j_coldim,AA,BB,f,eqlhs,num_v,v_name,temp;
# ************* Set up dimensions
f_dim:=rowdim(F):
j_rowdim:=rowdim(j0):
j_coldim:=coldim(j0):
# ************* Form Optimized Equations ***************#
if n_gen+m_pv>1 then
	for n from 1 to n_gen-1+m_pv do
		F:=stack(F,convert(col(j0,n),matrix)):
	od:
fi:
for n from n_gen-1+m_pv+2 by 2 to n_gen-1+m_pv+2*s_pq do
	 F:=stack(F,convert(col(j0,n),matrix)):
od:
for n from n_gen-1+m_pv+2 by 2 to n_gen-1+m_pv+2*s_pq do
	 F:=stack(F,convert(col(j0,n-1),matrix)):
od:
if j_coldim>n_gen-1+m_pv+2*s_pq then
	for n from n_gen-1+m_pv+2*s_pq+1 to j_coldim do
		F:=stack(F,convert(col(j0,n),matrix)):
	od:
fi:
readlib(optimize):
Fopt:=[optimize(F)]:
F:='F':
for k from 1 to f_dim do
Fopt:=subs(F[k,1]=f[k-1],Fopt):
od:
for n from 1 to j_coldim do
  for k from 1 to j_rowdim do
  Fopt:=subs(F[k+f_dim+(n-1)*j_rowdim,1]=J[k+(n-1)*j_rowdim-1],Fopt):
  od: 
od:
# ************* Make the temp variable list ***********#
eqlhs:=map(lhs,Fopt):
num_v:=nops(eqlhs):
templist:=[]:
for n from 1 to num_v do
	v_name:=convert(eqlhs[n],string): 
	if(substring(v_name,1..1)='t') then
		temp:=v_name:
		templist:=[op(templist),temp]:
	fi:
od:

RETURN(eval(convert([f_dim,j_rowdim,j_coldim],vector)))
end: