def execute(self):
self.net = sum(self.gain)
def list_deriv_vars(self):
input_keys = ('gain', )
output_keys = ('net', )
return input_keys, output_keys
def apply_derivT(self, arg, result):
if 'gain' in result and 'net' in arg:
result['gain'] += arg['net'] * np.ones(self.n)
n, m = 1500, 150
top = CADRE(n, m)
# orbit initial position and velocity
r_e2b_I0 = [-4969.91222, 4624.84149,
1135.9414, 0.1874654, -1.62801666, 7.4302362]
# number of days since launch
LD = 5417.5
top.set("LD", LD)
top.set("r_e2b_I0", r_e2b_I0)
# Run model to get baseline net gain value
top.run()
obj1 = sum(top.Comm_GainPattern.gain)
# get values for design vars common to each design point
row = rows[-1]
cellInstd = np.zeros((7, 12))
for i in xrange(7):
for k in xrange(12):
st = "pt0.cellInstd[%s]" % str(i * k)
cellInstd[i, k] = float(row[st])
st = "pt0.finAngle[0]"
finAngle = float(row[st])
st = "pt0.antAngle[0]"
antAngle = float(row[st])
a = CADRE(1500, 300)
a.lat = -77.85
a.lon = 166.666667
a.alt = 2.835
a.cellInstd = cellInstd
a.finAngle = finAngle
a.antAngle = antAngle
# get values for design vars that are different for each design point
for i in xrange(npts):
CP_Isetpt = np.zeros(12 * 300)
CP_gamma = np.zeros((300, ))
CP_P_comm = np.zeros((300, ))
for j in xrange(12 * 300):
st = "pt%s.CP_Isetpt[%s]" % (str(i), str(j))
for key in data.keys():
if key[0] == idx or not key[0].isdigit():
if not key[0].isdigit():
shortkey = key
else:
shortkey = key[2:]
# set floats correctly
if data[key].shape == (1, ) and shortkey != "iSOC":
setd[shortkey] = data[key][0]
else:
setd[shortkey] = data[key]
n = setd['P_comm'].size
m = setd['CP_P_comm'].size
assembly = set_as_top(CADRE(n, m))
setd['r_e2b_I0'] = np.zeros(6)
setd['r_e2b_I0'][:3] = data[idx + ":r_e2b_I0"]
setd['r_e2b_I0'][3:] = data[idx + ":v_e2b_I0"]
setd['Gamma'] = data[idx + ":gamma"]
assembly.CP_P_comm = setd['CP_P_comm']
assembly.LD = setd['LD']
assembly.cellInstd = setd['cellInstd']
assembly.CP_gamma = setd['CP_gamma']
assembly.finAngle = setd['finAngle']
assembly.lon = setd['lon']
assembly.CP_Isetpt = setd['CP_Isetpt']
assembly.antAngle = setd['antAngle']
assembly.t = setd['t']
# get values for design vars common to each design point
row = rows[-1]
cellInstd = np.zeros((7, 12))
for i in xrange(7):
for k in xrange(12):
st = "pt0.cellInstd[%s]" % str(i * k)
cellInstd[i, k] = float(row[st])
st = "pt0.finAngle[0]"
finAngle = float(row[st])
st = "pt0.antAngle[0]"
antAngle = float(row[st])
a = CADRE(1500, 300)
a.lat = -77.85
a.lon = 166.666667
a.alt = 2.835
a.cellInstd = cellInstd
a.finAngle = finAngle
a.antAngle = antAngle
# get values for design vars that are different for each design point
for i in xrange(npts):
CP_Isetpt = np.zeros(12 * 300)
CP_gamma = np.zeros((300,))
CP_P_comm = np.zeros((300,))
for j in xrange(12 * 300):
st = "pt%s.CP_Isetpt[%s]" % (str(i), str(j))
