def add_main_body(self, section):
b = HAWC2MainBody()
b = self.set_entry(b,
section,
'body_name',
h2name='name',
required=True)
copy = section.get_entry('copy_main_body')
if copy is not None:
b.copy_main_body = copy
return b
b = self.set_entry(b, section, 'body_type', h2name='type')
b = self.set_entry(b, section, 'nbodies')
b = self.set_entry(b, section, 'node_distribution')
d_ani = section.get_entry('damping_aniso')
if d_ani is not None:
b.damping_aniso = d_ani
b.damping_type = 'ani'
else:
b = self.set_entry(b, section, 'damping_posdef')
b = self.set_entry(b, section, 'type')
cm = section.get_entry('concentrated_mass')
if cm is not None:
if isinstance(cm[0], (int, float)):
cm = [cm]
b.concentrated_mass = cm
timo = section.get_entry('timoschenko_input')
st_type = timo.get_entry('becas')
if st_type is not None:
stdic = read_hawc2_stKfull_file(timo.get_entry('filename'))
b.st_input_type = st_type
for stset in stdic:
st = HAWC2BeamStructureFullK()
for k, w in stset.iteritems():
setattr(st, k, w)
b.beam_structure.append(st)
else:
stdic = read_hawc2_st_file(timo.get_entry('filename'))
for stset in stdic:
st = HAWC2BeamStructure()
b.st_input_type = 0
for k, w in stset.iteritems():
setattr(st, k, w)
b.beam_structure.append(st)
b.body_set = timo.get_entry('set')
c2def = section.get_entry('c2_def')
b.c12axis = np.array(c2def.get_entry('sec'))[:, 1:5]
return b
def add_main_body(self, section):
b = HAWC2MainBody()
b = self.set_entry(b, section, 'body_name', h2name='name',
required=True)
copy = section.get_entry('copy_main_body')
if copy is not None:
b.copy_main_body = copy
return b
b = self.set_entry(b, section, 'body_type', h2name='type')
b = self.set_entry(b, section, 'nbodies')
b = self.set_entry(b, section, 'node_distribution')
d_ani = section.get_entry('damping_aniso')
if d_ani is not None:
b.damping_aniso = d_ani
b.damping_type = 'ani'
else:
b = self.set_entry(b, section, 'damping_posdef')
b = self.set_entry(b, section, 'type')
cm = section.get_entry('concentrated_mass')
if cm is not None:
if isinstance(cm[0], (int, float)):
cm = [cm]
b.concentrated_mass = cm
timo = section.get_entry('timoschenko_input')
st_type = timo.get_entry('becas')
if st_type is not None:
stdic = read_hawc2_stKfull_file(timo.get_entry('filename'))
b.st_input_type = st_type
for stset in stdic:
st = HAWC2BeamStructureFullK()
for k, w in stset.iteritems():
setattr(st, k, w)
b.beam_structure.append(st)
else:
stdic = read_hawc2_st_file(timo.get_entry('filename'))
for stset in stdic:
st = HAWC2BeamStructure()
b.st_input_type = 0
for k, w in stset.iteritems():
setattr(st, k, w)
b.beam_structure.append(st)
b.body_set = timo.get_entry('set')
c2def = section.get_entry('c2_def')
b.c12axis = np.array(c2def.get_entry('sec'))[:, 1:5]
return b
def stfile2beamvt(filename):
"""read HAWC2 st file and return list of BeamStructureVT's"""
from fusedwind.turbine.structure_vt import BeamStructureVT
sts = []
stdic = read_hawc2_st_file(filename)
for stset in stdic:
st = BeamStructureVT()
for k, w in stset.iteritems():
fused_name = k
if k == 'K': fused_name = 'G'
try:
setattr(st, fused_name, w)
except:
print 'key error', k
sts.append(st)
return sts
def stfile2beamvt(filename):
"""read HAWC2 st file and return list of BeamStructureVT's"""
from fusedwind.turbine.structure_vt import BeamStructureVT
sts = []
stdic = read_hawc2_st_file(filename)
for stset in stdic:
st = BeamStructureVT()
for k, w in stset.iteritems():
fused_name = k
if k == 'K': fused_name = 'G'
try:
setattr(st, fused_name, w)
except:
print 'key error', k
sts.append(st)
return sts
