# ftv.add(it.formed_object.viz3d)
# ftv.add(it.formed_object.viz3d_dict['node_numbers'], order=5)
lt.formed_object.viz3d['cp'].set(tube_radius=0.001)
#ftv.add(ft.formed_object.viz3d_dict['node_numbers'], order=5)
ftv.add(lt.formed_object.viz3d['cp'])
lt.config.gu['dofs'].viz3d['default'].scale_factor = 0.5
ftv.add(lt.config.gu['dofs'].viz3d['default'])
ftv.add(lt.config.fu.viz3d['default'])
# ftv.add(lt.config.fu.viz3d_dict['node_load'])
# ftv.add(lt.sim_history.viz3d)
ftv.add(lt.config.fu.viz3d['node_load'])
# ftv.add(ft.config.gu['dofs'].viz3d)
#
it.u_1
ft.u_1
lt.u_1
n_cam_move = 100
fta = FTA(ftv=ftv)
fta.init_view(a=45, e=60, d=10, f=(0, 0, 0), r=-120)
fta.add_cam_move(
n=n_cam_move, # a=60, e=70, d=6, r=-120,
duration=100,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
sim_config = SimulationConfig(goal_function_type='none',
gu={'cl': gu_constant_length,
'u': gu_dof_constraints,
'psi': gu_psi_constraints},
acc=1e-8, MAX_ITER=100)
sim_task = SimulationTask(previous_task=cp_factory_task,
config=sim_config,
n_steps=25)
cp.u[(0, 3), 2] = -0.1
cp.u[(1), 2] = 0.1
sim_task.u_1
cp = sim_task.formed_object
ftv = FTV()
ftv.add(sim_task.sim_history.viz3d_dict['node_numbers'], order=5)
ftv.add(sim_task.sim_history.viz3d)
ftv.add(gu_dof_constraints.viz3d)
fta = FTA(ftv=ftv)
fta.init_view(a=200, e=35, d=5, f=(0, 0, 0), r=0)
fta.add_cam_move(a=200, e=34, n=5, d=5, r=0,
duration=10,
vot_fn=lambda cmt: np.linspace(0, 1, 4),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.render()
fta.configure_traits()
'psi': gu_psi_constraints},
acc=1e-8, MAX_ITER=200)
sim_task = SimulationTask(previous_task=cpf,
config=sim_config,
n_steps=20)
cp = sim_task.formed_object
cp.u[cpf.N_grid[::2, :].flatten(), 2] = -0.1
cp.u[cpf.N_grid[0, ::2].flatten(), 2] = -0.2
sim_task.u_1
import pylab as p
cp.plot_mpl(p.axes())
p.show()
ftv = FTV()
# ftv.add(sim_task.sim_history.viz3d['node_numbers'], order=5)
ftv.add(sim_task.sim_history.viz3d['cp'])
ftv.add(gu_dof_constraints.viz3d['default'])
fta = FTA(ftv=ftv)
fta.init_view(a=-45, e=65, d=60, f=(0, 0, 0), r=-50)
fta.add_cam_move(a=-80, e=80, n=20, d=35, r=-45,
duration=10,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
lt = bsf_process.load_task
me = InfoCadMeshExporter(forming_task=lt, n_l_e=1)
me.write()
X, F = me._get_geometry()
x, y, z = X.T
import mayavi.mlab as m
me.plot_mlab(m)
m.show()
#
# bsf_process.generate_scaffoldings()
n_cam_move = 20
fta = FTA(ftv=ftv)
fta.init_view(a=45, e=60, d=7, f=(0, 0, 0), r=-120)
fta.add_cam_move(a=60, e=70, n=n_cam_move, d=8, r=-120,
duration=10,
vot_fn=lambda cmt: np.linspace(0.01, 0.5, n_cam_move),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.add_cam_move(a=80, e=80, d=7, n=n_cam_move, r=-132,
duration=10,
vot_fn=lambda cmt: np.linspace(0.5, 1.0, n_cam_move),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.render()
fta.configure_traits()
n_cam_move = 20
fta = FTA(ftv=ftv)
fta.init_view(a=45.0,
e=54.7356103172,
d=7.77,
f=(0.500000035416,
0.287922133088,
0.409750220151),
r=--120.0)
fta.add_cam_move(a=24.8592205112,
e=35.3839345289,
d=4.41536277196,
f=(0.500000035416,
0.287922133088,
0.409750220151),
r=-93.3680789265,
n=n_cam_move,
duration=10,
vot_start=0.0, vot_end=1.0,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.add_cam_move(a=24.8592205112,
e=35.3839345289,
d=4.41536277196,
f=(0.500000035416,
0.287922133088,
0.409750220151),
r=-93.3680789265,
n=n_cam_move,
duration=10,
it.u_1
ft.u_1
# ftv.plot()
# ftv.update(vot=1, force=True)
# ftv.show()
n_cam_move = 30
fta = FTA(ftv=ftv)
fta.init_view(a=60, e=55, d=6, f=(0.85, 0.03, -1.0), r=-132)
fta.add_cam_move(a=71,
e=78,
n=n_cam_move,
d=5,
r=-120,
duration=10,
azimuth_move='linear',
elevation_move='linear',
distance_move='linear',
vot_end=0.8)
fta.add_cam_move(a=80,
e=80,
d=5,
n=n_cam_move,
r=-132,
duration=10,
azimuth_move='linear',
elevation_move='linear',
distance_move='linear',
vot_start=0.8)
ftv.add(ft.sim_history.viz3d['cp'])
# ftv.add(ft.config.gu['dofs'].viz3d)
#
it.u_1
ft.u_1
# ftv.plot()
# ftv.update(vot=1, force=True)
# ftv.show()
n_cam_move = 30
fta = FTA(ftv=ftv)
fta.init_view(a=60, e=55, d=6, f=(0.85, 0.03, -1.0), r=-132)
fta.add_cam_move(a=71, e=78, n=n_cam_move, d=5, r=-120,
duration=10,
azimuth_move='linear',
elevation_move='linear',
distance_move='linear',
vot_end=0.8)
fta.add_cam_move(a=80, e=80, d=5, n=n_cam_move, r=-132,
duration=10,
azimuth_move='linear',
elevation_move='linear',
distance_move='linear',
vot_start=0.8)
fta.plot()
fta.configure_traits()
},
acc=1e-5,
MAX_ITER=10)
sim_task = SimulationTask(previous_task=cpf, config=sim_config, n_steps=5)
cp = sim_task.formed_object
cp.u[cpf.N_grid[(0, -1), 1], 2] = -1.0
sim_task.u_1
ftv = FTV()
#ftv.add(sim_task.sim_history.viz3d['node_numbers'], order=5)
ftv.add(sim_task.sim_history.viz3d['cp'])
ftv.add(gu_dof_constraints.viz3d['default'])
fta = FTA(ftv=ftv)
fta.init_view(a=200, e=35, d=50, f=(0, 0, 0), r=0)
fta.add_cam_move(
a=200,
e=34,
n=5,
d=50,
r=0,
duration=10,
# vot_fn=lambda cmt: np.linspace(0, 1, 4),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
'psi': gu_psi_constraints
},
acc=1e-5,
MAX_ITER=100)
sim_task = SimulationTask(previous_task=cpf, config=sim_config, n_steps=20)
cp = sim_task.formed_object
cp.u[cpf.N_grid[::2, :].flatten(), 2] = -0.1
cp.u[cpf.N_grid[0, ::2].flatten(), 2] = -0.2
sim_task.u_1
ftv = FTV()
# ftv.add(sim_task.sim_history.viz3d_dict['node_numbers'], order=5)
ftv.add(sim_task.sim_history.viz3d['cp'])
ftv.add(gu_dof_constraints.viz3d['default'])
fta = FTA(ftv=ftv)
fta.init_view(a=200, e=35, d=50, f=(0, 0, 0), r=0)
fta.add_cam_move(a=200,
e=34,
n=5,
d=50,
r=0,
duration=10,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
def run_examples():
factor = 10
kw4 = dict(a=0.45, # 0.36,
c=0.17, # 0.17, # 0.12
h=0.4, # 0.4, # 0.55
d_r=0.1 / factor, d_up=0.01 / factor, d_down=0.04 / factor,
# d_r=0.01 / factor, d_up=0.01 / factor, d_down=0.04 / factor,
# d_r=0.05, d_up=0.005, d_down=0.01,
t_max=1.0,
psi_max=np.pi * 0.86,
n_cell_x=5, n_cell_y=5,
# n_cell_x=3, n_cell_y=3,
n_fold_steps=50,
n_load_steps=1)
bsf_process = WBShellFormingProcess(**kw4)
ftv = WBShellFormingProcessFTV(model=bsf_process)
it = bsf_process.init_displ_task
import pylab as p
ax = p.axes()
fa = bsf_process.factory_task
fa.formed_object.plot_mpl(ax, nodes=False, lines=False, facets=False)
p.show()
show_init_task = False
show_trr = True
fta = FTA(ftv=ftv, figsize_factor=1.5)
fta.init_view(a=33.4389721223,
e=61.453898329,
d=6.0,
f=(1.58015494765,
1.12671403563,
-0.111520325399),
r=-105.783218753)
if show_init_task:
ftv.add(it.target_faces[0].viz3d['default'])
it.formed_object.viz3d['cp'].trait_set(tube_radius=0.1)
ftv.add(it.formed_object.viz3d['cp'])
#ftv.add(it.formed_object.viz3d['node_numbers'], order=5)
it.u_1
if show_trr:
ft = bsf_process.fold_angle_cntl
ft.sim_history.trait_set(anim_t_start=0, anim_t_end=30)
ft.sim_history.viz3d['cp'].trait_set(tube_radius=0.005)
ftv.add(ft.sim_history.viz3d['cp'])
ft.formed_object.viz3d['cp'].trait_set(
lines=True, tube_radius=0.005)
ft.sim_history.viz3d['cp_thick'].trait_set(
lines=False, plane_offsets=[0.006])
ftv.add(ft.sim_history.viz3d['cp_thick'])
ft.u_1
lower_plate_ft = bsf_process.interlock_plate # lower_plate
lower_plate_ft.formed_object.trait_set(
anim_t_start=30.0, anim_t_end=31)
lower_plate_ft.formed_object.viz3d['cp'].trait_set(
lines=True, tube_radius=0.005)
ftv.add(lower_plate_ft.formed_object.viz3d['cp'])
lower_plate_ft.formed_object.viz3d['cp_thick'].trait_set(
lines=False, plane_offsets=[0.006])
ftv.add(lower_plate_ft.formed_object.viz3d['cp_thick'])
ft_center = ft.center_1
ft_center[0] += 0.5
ft_center[1] -= 1.0
ft_rotate = -np.pi / 2
mt_turn = MoveTask(previous_task=ft,
u_target=[0, 0, 0],
rotation_axis=[0, 0, 1],
rotation_center=ft_center,
rotation_angle=ft_rotate,
n_steps=20)
mt_turn.sim_history.trait_set(anim_t_start=30.01, anim_t_end=40)
mt_turn.sim_history.viz3d['cp'].trait_set(
lines=True, tube_radius=0.005)
ftv.add(mt_turn.sim_history.viz3d['cp'])
mt_turn.sim_history.viz3d['cp_thick'].trait_set(
lines=False, plane_offsets=[0.006])
ftv.add(mt_turn.sim_history.viz3d['cp_thick'])
mt_turn.u_1
ft_rotate2 = -np.pi / 3
mt_t2 = MoveTask(previous_task=lower_plate_ft,
u_target=[0, 0, 0],
rotation_axis=[0, 0, 1],
rotation_center=ft_center,
rotation_angle=ft_rotate,
n_steps=20)
mt_t2.sim_history.trait_set(anim_t_start=30.01, anim_t_end=40)
mt_t2.sim_history.viz3d['cp'].trait_set(
lines=True, tube_radius=0.005)
ftv.add(mt_t2.sim_history.viz3d['cp'])
mt_t2.sim_history.viz3d['cp_thick'].trait_set(
lines=False, plane_offsets=[0.006])
ftv.add(mt_t2.sim_history.viz3d['cp_thick'])
mt_t2.u_1
mt_rotate = MoveTask(previous_task=mt_turn,
u_target=[0, 0, 0],
rotation_axis=[1, 1, 0],
rotation_center=ft_center,
rotation_angle=ft_rotate2,
n_steps=20)
mt_rotate.sim_history.trait_set(anim_t_start=40.01, anim_t_end=50)
mt_rotate.sim_history.viz3d['cp'].trait_set(
lines=True, tube_radius=0.005)
ftv.add(mt_rotate.sim_history.viz3d['cp'])
mt_rotate.sim_history.viz3d['cp_thick'].trait_set(
lines=False, plane_offsets=[0.006])
ftv.add(mt_rotate.sim_history.viz3d['cp_thick'])
mt_rotate.u_1
mt_r2 = MoveTask(previous_task=mt_t2,
u_target=[0, 0, 0],
rotation_axis=[1, 1, 0],
rotation_center=ft_center,
rotation_angle=ft_rotate2,
n_steps=40)
mt_r2.sim_history.trait_set(anim_t_start=40.01, anim_t_end=50)
mt_r2.sim_history.viz3d['cp'].trait_set(
lines=True, tube_radius=0.005)
ftv.add(mt_r2.sim_history.viz3d['cp'])
mt_r2.sim_history.viz3d['cp_thick'].trait_set(
lines=False, plane_offsets=[0.006])
ftv.add(mt_r2.sim_history.viz3d['cp_thick'], name='cp3')
mt_r2.u_1
if False:
upper_plate_ft = bsf_process.upper_plate
upper_plate_ft.formed_object.viz3d['cp'].trait_set(
lines=False, tube_radius=0.001)
upper_plate_ft.formed_object.trait_set(
anim_t_start=50.0, anim_t_end=70)
# ftv.add(upper_plate_ft.formed_object.viz3d['cp'])
azimuth = 120.
elevation = 105
f = it.center_1
f[2] += 1
f[0] += 0.3
fta.init_cam_station.trait_set(
azimuth=azimuth,
elevation=elevation,
distance=7,
roll=-115.,
focal_point=f,
)
f[2] -= 1
#f = [1.49, 1.89, 0.45]
# Turn from crease pattern view to folding position
fta.add_cam_move(duration=10, n=10,
# d=6.8,
f=f, # ft.center_1,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped',
vot_start=0, vot_end=0)
# Show the folding process
fta.add_cam_move(duration=15, n=60,
d=6.8,
f=ft.center_1,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped',
vot_start=0, vot_end=1)
fta.add_cam_move(duration=5, n=20,
vot_start=1, vot_end=1)
# Wait
fta.add_cam_move(duration=1, n=10,
vot_start=0, vot_end=0)
# Insert the interlocks
f = mt_rotate.center_1
fta.add_cam_move(duration=9, n=20,
f=f,
vot_start=0, vot_end=1)
# Wait
fta.add_cam_move(duration=1, n=20,
vot_start=0, vot_end=0)
# Put it down again
f = mt_rotate.center_1
f[0] += 0.5
fta.add_cam_move(duration=8, n=40,
d=4.0,
f=f,
distance_move='damped',
vot_start=0, vot_end=1)
# Wait
fta.add_cam_move(duration=1, n=20,
vot_start=1, vot_end=1)
fta.plot()
fta.render()
sim_config = SimulationConfig(goal_function_type='none',
gu={'cl': gu_constant_length,
'dofs': gu_dof_constraints,
'psi': gu_psi_constraints},
acc=1e-5, MAX_ITER=100)
sim_task = SimulationTask(previous_task=cpf,
config=sim_config,
n_steps=20)
cp = sim_task.formed_object
cp.u[cpf.N_grid[::2, :].flatten(), 2] = -0.1
cp.u[cpf.N_grid[0, ::2].flatten(), 2] = -0.2
sim_task.u_1
ftv = FTV()
# ftv.add(sim_task.sim_history.viz3d_dict['node_numbers'], order=5)
ftv.add(sim_task.sim_history.viz3d['cp'])
ftv.add(gu_dof_constraints.viz3d['default'])
fta = FTA(ftv=ftv)
fta.init_view(a=200, e=35, d=50, f=(0, 0, 0), r=0)
fta.add_cam_move(a=200, e=34, n=5, d=50, r=0,
duration=10,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
self.add(self.back_viz3d)
# self.add(self.labels_viz3d)
# self.add(self.eftlogo_normals)
# self.add(self.eftlogo_bases)
m = self.mlab
super(FoldedStickersFTV, self).plot()
oricreate_mlab_label(m)
if __name__ == '__main__':
twist_folding = TwistFolding(n_steps=40)
ftv = FoldedStickersFTV(sim_task=twist_folding)
fta = FTA(ftv=ftv)
fta.init_view(a=110, e=35, d=11, f=(0, 0, 0), r=160)
fta.add_cam_move(a=90, e=10, n=50, d=7, r=180,
duration=10,
vot_fn=lambda cmt: np.linspace(0, 1, 40),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.add_cam_move(d=5, n=10,
duration=10,
vot_fn=lambda cmt: np.ones_like(cmt),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.add_cam_move(a=0, e=160, d=8, n=25,
duration=10,
vot_fn=lambda cmt: np.ones_like(cmt),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.add_cam_move(e=170, r=180 + 45, d=12, n=30,
plt.tight_layout()
plt.show()
fot = miura_fp.fold_task
fot.u_1
lot = miura_fp.load_task
lot.u_1
ftv = FTV()
lot.sim_history.set(anim_t_start=0, anim_t_end=50)
lot.sim_history.viz3d['displ'].set(tube_radius=0.002,
warp_scale_factor=5.0)
ftv.add(lot.sim_history.viz3d['displ'])
gu_dofs_viz3d = lot.config.gu['dofs'].viz3d['default']
gu_dofs_viz3d.scale_factor = 1
ftv.add(gu_dofs_viz3d)
ftv.add(lot.config.fu.viz3d['default'])
lot.config.fu.viz3d['default'].set(anim_t_start=00, anim_t_end=50)
fta = FTA(ftv=ftv)
fta.init_view(a=-45, e=65, d=60, f=(0, 0, 0), r=-50)
fta.add_cam_move(a=-80, e=80, n=20, d=35, r=-45,
duration=10,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
# it.formed_object.viz3d.set(tube_radius=0.002)
# ftv.add(it.formed_object.viz3d)
# ftv.add(it.formed_object.viz3d_dict['node_numbers'], order=5)
lt.formed_object.viz3d['cp'].set(tube_radius=0.001)
#ftv.add(ft.formed_object.viz3d_dict['node_numbers'], order=5)
ftv.add(lt.formed_object.viz3d['cp'])
lt.config.gu['dofs'].viz3d['default'].scale_factor = 0.5
ftv.add(lt.config.gu['dofs'].viz3d['default'])
ftv.add(lt.config.fu.viz3d['default'])
# ftv.add(lt.config.fu.viz3d_dict['node_load'])
# ftv.add(lt.sim_history.viz3d)
ftv.add(lt.config.fu.viz3d['node_load'])
# ftv.add(ft.config.gu['dofs'].viz3d)
#
it.u_1
ft.u_1
lt.u_1
n_cam_move = 100
fta = FTA(ftv=ftv)
fta.init_view(a=45, e=60, d=10, f=(0, 0, 0), r=-120)
fta.add_cam_move(n=n_cam_move, # a=60, e=70, d=6, r=-120,
duration=100,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
def run_examples():
factor = 10
kw1 = dict(a=0.36,
c=0.12,
h=0.55,
d_r=0.01 / factor, d_up=0.01 / factor, d_down=0.02 / factor,
# d_r=0.0005, d_up=0.0005, d_down=0.01,
t_max=1.0,
n_cell_x=2, n_cell_y=2,
n_fold_steps=5 * factor,
n_load_steps=1)
kw2 = dict(a=2,
h=7,
c=3,
d_r=0.01, d_up=0.01, d_down=0.02,
t_max=0.5,
n_cell_x=4, n_cell_y=4,
n_fold_steps=20,
n_load_steps=1)
kw3 = dict(a=2,
h=3,
c=2,
d_r=0.01, d_up=0.01, d_down=0.02,
t_max=1.0,
n_cell_x=1, n_cell_y=1,
n_fold_steps=40,
n_load_steps=1)
kw4 = dict(a=0.36,
c=0.18, # 0.17, # 0.12
h=0.4, # 0.4, # 0.55
d_r=0.1 / factor, d_up=0.01 / factor, d_down=0.04 / factor,
# d_r=0.01 / factor, d_up=0.01 / factor, d_down=0.04 / factor,
# d_r=0.05, d_up=0.005, d_down=0.01,
t_max=1.0,
psi_max=np.pi, # * 0.99976,
n_cell_x=3, n_cell_y=4, # 3,
n_fold_steps=60,
n_load_steps=1)
bsf_process = WBShellFormingProcess(**kw4)
ftv = WBShellFormingProcessFTV(model=bsf_process)
fa = bsf_process.factory_task
if True:
import pylab as p
fig, ax = p.subplots(1, 1, figsize=(8.27, 11.69), dpi=300)
fa.formed_object.plot_mpl(ax,
nodes=False, lines=False,
facets=False, linewidth=0.2)
p.axis('off')
N_h_F = fa.N_h[::3, :]
N_i_F = fa.N_i[1::3, :]
F_lower = np.array(
[N_i_F, N_h_F[:-1, :-1], N_h_F[1:, :-1]], dtype=np.float_)
F_upper = np.array(
[N_i_F, N_h_F[:-1, 1:], N_h_F[1:, 1:]], dtype=np.float_)
F_I = np.vstack([F_lower.reshape(3, -1).T,
F_upper.reshape(3, -1).T])
L_F_I = F_I[:, [[0, 1], [1, 2], [2, 0]]]
p.savefig('/tmp/wb_trr.jpg', bbox_inches=0)
it = bsf_process.init_displ_task
animate = False
show_init_task = False
show_fold_angle_cntl = False
show_trr = True
show_fold_kinem_cntl = False
fta = FTA(ftv=ftv, figsize_factor=1.5)
fta.init_view(a=33.4389721223,
e=61.453898329,
d=5.0,
f=(1.58015494765,
1.12671403563,
-0.111520325399),
r=-105.783218753)
if show_init_task:
ftv.add(it.target_faces[0].viz3d['default'])
it.formed_object.viz3d['cp'].trait_set(tube_radius=0.1)
ftv.add(it.formed_object.viz3d['cp'])
#ftv.add(it.formed_object.viz3d['node_numbers'], order=5)
it.u_1
if show_fold_angle_cntl:
ft = bsf_process.fold_angle_cntl
ft.sim_history.trait_set(anim_t_start=0, anim_t_end=10)
# ft.config.gu['dofs'].trait_set(anim_t_start=0, anim_t_end=5)
ft.sim_history.viz3d['cp'].trait_set(tube_radius=0.02)
print(ft.sim_step)
ft.sim_history.set(anim_t_start=0, anim_t_end=10)
# ft.config.gu['dofs'].set(anim_t_start=0, anim_t_end=5)
ft.sim_history.viz3d['cp'].set(tube_radius=0.002)
ftv.add(ft.sim_history.viz3d['cp'])
# ftv.add(ft.sim_history.viz3d['node_numbers'])
# ft.config.gu['dofs'].viz3d['default'].scale_factor = 0.5
# ftv.add(ft.config.gu['dofs'].viz3d['default'])
ft.u_1
# bsf_process.generate_fe_mesh(0.5)
fta.add_cam_move(duration=10, n=20)
arg_phi, phi = bsf_process.max_slope
fig, (ax1, ax3) = p.subplots(2, 1, sharex=True)
ax2 = ax1.twinx()
n_u, n_v, c = bsf_process.curvature_t
ax1.plot(ft.t_arr, c, 'b-',
label='curvature')
ax2.plot(ft.t_arr, n_u, 'g-', label='height u')
ax2.plot(ft.t_arr, n_v, 'y-', label='height v')
ax3.plot(ft.t_arr, phi, 'r-', label='slope')
# p.show()
if show_trr:
ft = bsf_process.fold_angle_cntl
ft.sim_history.trait_set(anim_t_start=0, anim_t_end=20)
ft.sim_history.viz3d['cp'].trait_set(tube_radius=0.005)
ftv.add(ft.sim_history.viz3d['cp'])
ft.u_1
mt_up = MoveTask(previous_task=ft,
u_target=[0, 0, 0.4],
rotation_axis=[0, 1, 0],
rotation_center=[1, 0, 0],
rotation_angle=np.pi / 8,
n_steps=30)
mt_up.sim_history.trait_set(anim_t_start=20.01, anim_t_end=50)
mt_up.sim_history.viz3d['cp'].trait_set(tube_radius=0.005)
ftv.add(mt_up.sim_history.viz3d['cp'])
mt_up.u_1
mt_fp_down = MoveTask(previous_task=ft,
u_target=[0, 0, 0.4],
rotation_axis=[0, 1, 0],
rotation_center=[1, 0, 0],
rotation_angle=0,
n_steps=20)
mt_fp_down.sim_history.trait_set(anim_t_start=50.01, anim_t_end=70)
mt_fp_down.sim_history.viz3d['cp'].trait_set(tube_radius=0.001)
ftv.add(mt_fp_down.sim_history.viz3d['cp'])
mt_fp_down.u_1
lower_plate_ft = bsf_process.interlock_plate # lower_plate
lower_plate_ft.formed_object.viz3d['cp'].trait_set(
lines=False, tube_radius=0.001)
lower_plate_ft.formed_object.trait_set(
anim_t_start=30.0, anim_t_end=50)
ftv.add(lower_plate_ft.formed_object.viz3d['cp'])
mt_lp_down = MoveTask(previous_task=lower_plate_ft,
u_target=[0, 0, 0.4],
rotation_axis=[0, 1, 0],
rotation_center=[1, 0, 0],
rotation_angle=0,
n_steps=20)
mt_lp_down.sim_history.trait_set(anim_t_start=50.01, anim_t_end=70)
mt_lp_down.sim_history.viz3d['cp'].trait_set(
lines=False, tube_radius=0.005)
ftv.add(mt_lp_down.sim_history.viz3d['cp'])
mt_lp_down.u_1
upper_plate_ft = bsf_process.upper_plate
upper_plate_ft.formed_object.viz3d['cp'].trait_set(
lines=False, tube_radius=0.001)
upper_plate_ft.formed_object.trait_set(
anim_t_start=50.0, anim_t_end=70)
ftv.add(upper_plate_ft.formed_object.viz3d['cp'])
# bsf_process.generate_fe_mesh(0.5)
fta.init_cam_station.trait_set(
azimuth=185,
elevation=5.,
distance=5.34,
roll=90.0,
focal_point=(1.1, 1.2, 0.0),
)
elevation = 77.0
# Turn from crease pattern view to folding position
fta.add_cam_move(duration=10, n=30,
a=139.71,
e=elevation,
d=4.26,
r=99.5,
f=(1.13, 1.17, 0.11),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped',
vot_start=0, vot_end=0)
# Show the folding process
fta.add_cam_move(duration=10, n=60,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped',
vot_start=0, vot_end=1)
# Wait
fta.add_cam_move(duration=1, n=5,
vot_start=0, vot_end=0)
# Lift the folded plate
fta.add_cam_move(duration=9, n=30,
a=181,
r=90,
azimuth_move='damped',
roll_move='damped',
vot_start=0, vot_end=1)
# Wait
fta.add_cam_move(duration=1, n=5,
vot_start=1, vot_end=1)
# Put it down again
fta.add_cam_move(duration=9, n=20,
vot_start=1, vot_end=0)
# Wait
fta.add_cam_move(duration=1, n=10,
vot_start=0, vot_end=0)
# Turn around
fta.add_cam_move(duration=9, n=40,
e=elevation - 180,
f=(0.0, 1.17, 0.5),
elevation_move='damped',
vot_start=0, vot_end=0)
# Wait
fta.add_cam_move(duration=1, n=10,
vot_start=0, vot_end=0)
# Move to the upper plate
fta.add_cam_move(duration=9, n=20,
vot_start=0, vot_end=1)
# Turn it back
fta.add_cam_move(duration=4, n=40,
e=elevation + 4,
d=3.8,
elevation_move='damped',
distance_move='damped',
f=(1.1, 1.1, 0.5),
vot_start=1, vot_end=1)
# Wait
fta.add_cam_move(duration=1, n=10,
vot_start=1, vot_end=1)
if show_fold_kinem_cntl:
ft = bsf_process.fold_kinem_cntl
print(ft.sim_step)
ft.sim_history.trait_set(anim_t_start=0, anim_t_end=10)
ft.config.gu['dofs'].trait_set(anim_t_start=0, anim_t_end=5)
ft.sim_history.viz3d['cp'].trait_set(tube_radius=0.002)
ftv.add(ft.sim_history.viz3d['cp'])
ft.config.gu['dofs'].viz3d['default'].scale_factor = 0.5
ftv.add(ft.config.gu['dofs'].viz3d['default'])
ft.u_1
fta.add_cam_move(duration=10, n=20)
fta.plot()
fta.configure_traits()
# ftv.add(ft.config.gu['dofs'].viz3d)
#
it.u_1
ft.u_1
lt.u_1
#
# print 'fu', lt.sim_step.get_f()
# print 'Gu', lt.sim_step.get_G()
#
# cp = lt.formed_object
# iL_phi = cp.iL_psi2 - cp.iL_psi_0
# print 'phi', iL_phi
ftv.plot()
ftv.update(vot=1, force=True)
ftv.show()
n_cam_move = 100
fta = FTA(ftv=ftv)
fta.init_view(a=45, e=60, d=10, f=(0, 0, 0), r=-120)
fta.add_cam_move(n=n_cam_move, # a=60, e=70, d=6, r=-120,
duration=100,
vot_fn=lambda cmt: np.linspace(0.01, 1.0, n_cam_move),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.render()
fta.configure_traits()
ft.u_1
#ftv.plot()
#ftv.configure_traits()
n_cam_move = 20
fta = FTA(ftv=ftv)
fta.init_view(a=45.0,
e=54.7356103172,
d=7.77,
f=(0.500000035416,
0.287922133088,
0.409750220151),
r=--120.0)
fta.add_cam_move(a=24.8592205112,
e=35.3839345289,
d=4.41536277196,
f=(0.500000035416,
0.287922133088,
0.409750220151),
r=-93.3680789265,
n=n_cam_move,
duration=10,
vot_start=0.0, vot_end=1.0,
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.plot()
fta.configure_traits()
ftt = FPV(forming_process=bsf_process)
ftt.configure_traits()
print(ft.sim_step)
ft.sim_history.set(anim_t_start=0, anim_t_end=10)
ft.config.gu['dofs'].set(anim_t_start=0, anim_t_end=5)
ft.sim_history.viz3d['cp'].set(tube_radius=0.002)
ftv.add(ft.sim_history.viz3d['cp'])
# ftv.add(ft.sim_history.viz3d['node_numbers'])
ft.config.gu['dofs'].viz3d['default'].scale_factor = 0.1
ftv.add(ft.config.gu['dofs'].viz3d['default'])
ft.u_1
# bsf_process.generate_fe_mesh(0.5)
fta.add_cam_move(duration=10, n=20)
arg_phi, phi = bsf_process.max_slope
if False:
fig, (ax1, ax3) = p.subplots(2, 1, sharex=True)
ax2 = ax1.twinx()
n_u, n_v, c = bsf_process.curvature_t
ax1.plot(ft.t_arr, c, 'b-',
label='curvature')
ax2.plot(ft.t_arr, n_u, 'g-', label='height u')
ax2.plot(ft.t_arr, n_v, 'y-', label='height v')
ax3.plot(ft.t_arr, phi, 'r-', label='slope')
p.show()
it.formed_object.viz3d['cp'].set(tube_radius=0.002)
ftv.add(it.formed_object.viz3d['cp'])
#ftv.add(it.formed_object.viz3d['node_numbers'], order=5)
it.u_1
if show_fold_task:
ft.sim_history.set(anim_t_start=0, anim_t_end=10)
ft.config.gu['dofs'].set(anim_t_start=0, anim_t_end=5)
ft.sim_history.viz3d['cp'].set(tube_radius=0.002)
ftv.add(ft.sim_history.viz3d['cp'])
# ftv.add(ft.sim_history.viz3d['node_numbers'])
ft.config.gu['dofs'].viz3d['default'].scale_factor = 0.5
ftv.add(ft.config.gu['dofs'].viz3d['default'])
ft.u_1
fta.add_cam_move(duration=10, n=20)
if show_turn_task:
tt.formed_object.set(anim_t_start=10, anim_t_end=20)
tt.formed_object.viz3d['cp'].set(tube_radius=0.002)
ftv.add(tt.formed_object.viz3d['cp'])
fta.add_cam_move(
duration=10,
n=20,
)
if show_turn_task2:
tt2.u_1
tt2.formed_object.set(anim_t_start=10, anim_t_end=20)
tt2.sim_history.viz3d['cp'].set(tube_radius=0.002)
e=61.453898329,
d=5.0,
f=(1.58015494765,
1.12671403563,
-0.111520325399),
r=-105.783218753)
if show_init_task:
ftv.add(it.target_faces[0].viz3d['default'])
it.formed_object.viz3d['cp'].set(tube_radius=0.002)
ftv.add(it.formed_object.viz3d['cp'])
#ftv.add(it.formed_object.viz3d['node_numbers'], order=5)
it.u_1
if show_fold_angle_cntl:
ft = bsf_process.fold_angle_cntl
print 'NDOFS', ft.formed_object.n_dofs
print ft.sim_step
ft.sim_history.set(anim_t_start=0, anim_t_end=10)
ft.config.gu['dofs'].set(anim_t_start=0, anim_t_end=5)
ft.sim_history.viz3d['cp'].set(tube_radius=0.002)
ftv.add(ft.sim_history.viz3d['cp'])
# ftv.add(ft.sim_history.viz3d['node_numbers'])
ft.config.gu['dofs'].viz3d['default'].scale_factor = 0.5
ftv.add(ft.config.gu['dofs'].viz3d['default'])
ft.u_1
fta.add_cam_move(duration=10, n=20)
fta.plot()
fta.configure_traits()
# self.add(self.eftlogo_bases)
m = self.mlab
super(FoldedStickersFTV, self).plot()
oricreate_mlab_label(m)
if __name__ == '__main__':
twist_folding = TwistFolding(n_steps=40)
ftv = FoldedStickersFTV(sim_task=twist_folding)
fta = FTA(ftv=ftv)
fta.init_view(a=110, e=35, d=11, f=(0, 0, 0), r=160)
fta.add_cam_move(a=90,
e=10,
n=50,
d=7,
r=180,
duration=10,
vot_fn=lambda cmt: np.linspace(0, 1, 40),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.add_cam_move(d=5,
n=10,
duration=10,
vot_fn=lambda cmt: np.ones_like(cmt),
azimuth_move='damped',
elevation_move='damped',
distance_move='damped')
fta.add_cam_move(a=0,
e=160,
d=8,
n=25,
