# rst funcs (end)
# ======================================================================
# Optimization Problem Set-up
# ======================================================================
# rst optprob (beg)
# Create optimization problem
optProb = Optimization("opt", MP.obj, comm=comm)
# Add objective
optProb.addObj("obj", scale=1e2)
# Add variables from the AeroProblem
ap.addVariablesPyOpt(optProb)
# Add DVGeo variables
DVGeo.addVariablesPyOpt(optProb)
# Add constraints
DVCon.addConstraintsPyOpt(optProb)
optProb.addCon("cl_con_" + ap.name, lower=0.0, scale=10.0)
# The MP object needs the 'obj' and 'sens' function for each proc set,
# the optimization problem and what the objcon function is:
MP.setProcSetObjFunc("cruise", cruiseFuncs)
MP.setProcSetSensFunc("cruise", cruiseFuncsSens)
MP.setObjCon(objCon)
MP.setOptProb(optProb)
optProb.printSparsity()
# rst optprob (end)
# rst optimizer
# Set up optimizer
if printOK:
print('funcs in obj:', funcs)
return funcs
# Create optimization problem
optProb = Optimization('opt', MP.obj, comm=comm)
# Add objective
optProb.addObj('obj', scale=1e2)
# Add variables from the AeroProblem
ap.addVariablesPyOpt(optProb)
# Add DVGeo variables
DVGeo_GLOBAL.addVariablesPyOpt(optProb)
# Add constraints
DVCon.addConstraintsPyOpt(optProb)
optProb.addCon('cl_con_' + ap.name, lower=0.0, upper=0.0, scale=10.0)
# The MP object needs the 'obj' and 'sens' function for each proc set,
# the optimization problem and what the objcon function is:
MP.setProcSetObjFunc('cruise', cruiseFuncs)
MP.setProcSetSensFunc('cruise', cruiseFuncsSens)
MP.setObjCon(objCon)
MP.setOptProb(optProb)
optProb.printSparsity()
# Set up optimizer
