promotes=['*'])
root.add('d_param%s' % i,
IndepVarComp('d_param%s' % i, d_param),
promotes=['*'])
root.add('t_param%s' % i,
IndepVarComp('t_param%s' % i, t_param),
promotes=['*'])
root.add('turbineH%s' % i,
IndepVarComp('turbineH%s' % i, float(turbineZ[i])),
promotes=['*'])
root.add('rotorDiameter%s' % i,
IndepVarComp('rotorDiameter%s' % i, float(rotorDiameter[i])),
promotes=['*'])
root.add('optCOE',
optCOE(nGroups, nPoints, nFull, nTurbs, nDirections, nVertices,
minSpacing),
promotes=['*'])
print 'added'
for i in range(nGroups):
root.connect('rotorDiameter%s' % i, 'Rotor%s.rotorDiameter' % i)
root.connect('ratedPower%s' % i, 'Rotor%s.turbineRating' % i)
root.connect('rotorDiameter%s' % i,
'Myy_estimate%s.rotor_diameter' % i)
root.connect('rotorDiameter%s' % i,
'bladeLengthComp%s.rotor_diameter' % i)
root.connect('rotorDiameter%s' % i,
'freqConstraintGroup%s.diameter' % i)
"""OpenMDAO"""
prob = Problem()
root = prob.root = Group()
# Design Variables
for i in range(nGroups):
root.add('ratedPower%s'%i, IndepVarComp('ratedPower%s'%i, float(ratedPower[i]), units='kW'), promotes=['*'])
root.add('d_param%s'%i, IndepVarComp('d_param%s'%i, d_param), promotes=['*'])
root.add('t_param%s'%i, IndepVarComp('t_param%s'%i, t_param), promotes=['*'])
root.add('turbineH%s'%i, IndepVarComp('turbineH%s'%i, float(turbineZ[i])), promotes=['*'])
root.add('rotorDiameter%s'%i, IndepVarComp('rotorDiameter%s'%i, float(rotorDiameter[i])), promotes=['*'])
root.add('optCOE', optCOE(nGroups,nPoints,nFull,nTurbs,nDirections,nVertices,minSpacing),promotes=['*'])
print 'added'
for i in range(nGroups):
root.connect('rotorDiameter%s'%i, 'Rotor%s.rotorDiameter'%i)
root.connect('ratedPower%s'%i, 'Rotor%s.turbineRating'%i)
root.connect('rotorDiameter%s'%i, 'Myy_estimate%s.rotor_diameter'%i)
root.connect('rotorDiameter%s'%i,'bladeLengthComp%s.rotor_diameter'%i)
root.connect('rotorDiameter%s'%i,'freqConstraintGroup%s.diameter'%i)
root.connect('turbineH%s'%i, 'minHeight%s.height'%i)
root.connect('rotorDiameter%s'%i, 'minHeight%s.diameter'%i)
for i in range(nGroups):