def run(self,
aero_tstep=None,
structure_tstep=None,
convect_wake=True,
dt=None,
t=None):
if aero_tstep is None:
aero_tstep = self.data.aero.timestep_info[-1]
if structure_tstep is None:
structure_tstep = self.data.structure.timestep_info[-1]
if dt is None:
dt = self.settings['dt'].value
if t is None:
t = self.data.ts * dt
# generate uext
self.velocity_generator.generate(
{
'zeta': aero_tstep.zeta,
'override': True,
't': t,
'ts': self.data.ts,
'dt': dt,
'for_pos': structure_tstep.for_pos
}, aero_tstep.u_ext)
if self.settings['convection_scheme'].value > 1 and convect_wake:
# generate uext_star
self.velocity_generator.generate(
{
'zeta': aero_tstep.zeta_star,
'override': True,
'ts': self.data.ts,
'dt': dt,
't': t,
'for_pos': structure_tstep.for_pos
}, aero_tstep.u_ext_star)
# previous_ts = max(len(self.data.aero.timestep_info) - 1, 0) - 1
# previous_ts = -1
# print('previous_step max circulation: %f' % previous_aero_tstep.gamma[0].min())
# print('current step max circulation: %f' % aero_tstep.gamma[0].min())
uvlmlib.uvlm_solver(self.data.ts,
aero_tstep,
structure_tstep,
self.settings,
convect_wake=convect_wake,
dt=dt)
# print('current step max unsforce: %f' % aero_tstep.dynamic_forces[0].max())
# calculate unsteady (added mass) forces:
self.data.aero.compute_gamma_dot(dt, aero_tstep,
self.data.aero.timestep_info[-3:-1])
uvlmlib.uvlm_calculate_unsteady_forces(aero_tstep,
structure_tstep,
self.settings,
convect_wake=convect_wake,
dt=dt)
return self.data
def run(self,
aero_tstep=None,
structure_tstep=None,
convect_wake=False,
dt=None,
t=None,
unsteady_contribution=False):
# Checks
if convect_wake:
sys.exit("ERROR: convect_wake should be set to False")
if aero_tstep is None:
aero_tstep = self.data.aero.timestep_info[-1]
if structure_tstep is None:
structure_tstep = self.data.structure.timestep_info[-1]
if dt is None:
dt = self.settings['dt'].value
if t is None:
t = self.data.ts*dt
# generate uext
self.velocity_generator.generate({'zeta': aero_tstep.zeta,
'override': True,
't': t,
'ts': self.data.ts,
'dt': dt,
'for_pos': structure_tstep.for_pos},
aero_tstep.u_ext)
# if self.settings['convection_scheme'].value > 1 and convect_wake:
# # generate uext_star
# self.velocity_generator.generate({'zeta': aero_tstep.zeta_star,
# 'override': True,
# 'ts': self.data.ts,
# 'dt': dt,
# 't': t,
# 'for_pos': structure_tstep.for_pos},
# aero_tstep.u_ext_star)
# previous_ts = max(len(self.data.aero.timestep_info) - 1, 0) - 1
# previous_ts = -1
# print('previous_step max circulation: %f' % previous_aero_tstep.gamma[0].min())
# print('current step max circulation: %f' % aero_tstep.gamma[0].min())
uvlmlib.shw_solver(self.data.ts,
aero_tstep,
structure_tstep,
self.settings,
convect_wake=False,
dt=dt)
# print('current step max unsforce: %f' % aero_tstep.dynamic_forces[0].max())
if unsteady_contribution:
# calculate unsteady (added mass) forces:
self.data.aero.compute_gamma_dot(dt, aero_tstep, self.data.aero.timestep_info[-3:])
if self.settings['gamma_dot_filtering'].value > 0:
self.filter_gamma_dot(aero_tstep, self.data.aero.timestep_info, self.settings['gamma_dot_filtering'].value)
uvlmlib.uvlm_calculate_unsteady_forces(aero_tstep,
structure_tstep,
self.settings,
convect_wake=convect_wake,
dt=dt)
else:
for i_surf in range(len(aero_tstep.gamma)):
aero_tstep.gamma_dot[i_surf][:] = 0.0
return self.data
def run(self,
aero_tstep=None,
structure_tstep=None,
convect_wake=True,
dt=None,
t=None,
unsteady_contribution=False):
"""
Runs a step of the aerodynamics as implemented in UVLM.
"""
if aero_tstep is None:
aero_tstep = self.data.aero.timestep_info[-1]
if structure_tstep is None:
structure_tstep = self.data.structure.timestep_info[-1]
if dt is None:
dt = self.settings['dt'].value
if t is None:
t = self.data.ts * dt
if not aero_tstep.zeta:
return self.data
# generate uext
self.velocity_generator.generate(
{
'zeta': aero_tstep.zeta,
'override': True,
't': t,
'ts': self.data.ts,
'dt': dt,
'for_pos': structure_tstep.for_pos
}, aero_tstep.u_ext)
if self.settings['convection_scheme'].value > 1 and convect_wake:
# generate uext_star
self.velocity_generator.generate(
{
'zeta': aero_tstep.zeta_star,
'override': True,
'ts': self.data.ts,
'dt': dt,
't': t,
'for_pos': structure_tstep.for_pos
}, aero_tstep.u_ext_star)
uvlmlib.uvlm_solver(self.data.ts,
aero_tstep,
structure_tstep,
self.settings,
convect_wake=convect_wake,
dt=dt)
if unsteady_contribution:
# calculate unsteady (added mass) forces:
self.data.aero.compute_gamma_dot(dt, aero_tstep,
self.data.aero.timestep_info[-3:])
if self.settings['gamma_dot_filtering'] is None:
self.filter_gamma_dot(aero_tstep, self.data.aero.timestep_info,
None)
elif self.settings['gamma_dot_filtering'].value > 0:
self.filter_gamma_dot(
aero_tstep, self.data.aero.timestep_info,
self.settings['gamma_dot_filtering'].value)
uvlmlib.uvlm_calculate_unsteady_forces(aero_tstep,
structure_tstep,
self.settings,
convect_wake=convect_wake,
dt=dt)
else:
for i_surf in range(len(aero_tstep.gamma)):
aero_tstep.gamma_dot[i_surf][:] = 0.0
return self.data