e1 = eos.one_parameter_EoS(g, dg, d2g, r, dr, v)
e2 = eos.canal_surface(g, dg, d2g, r, dr, v)
############################################################
lbu.clear_scene(meshes=True, lamps=True, cameras=False)
lbu.set_scene(resolution_x=1400,
resolution_y=960,
resolution_percentage=100,
alpha_mode='SKY',
horizon_color=[1, 1, 1],
light_samples=2,
use_environment_light=False)
lbu.add_point_light(name="lamp",
energy=1,
shadow_method='NOSHADOW',
location=[-3.83856, -4.3118, 6.04704])
scene = bpy.context.scene
cam = scene.camera
cam.location = [14.6387, -19.52351, 0.52857]
cam.rotation_euler = numpy.array([87.975, 0.62, 393.916]) * numpy.pi / 180.0
cam.data.lens_unit = "FOV"
cam.data.angle = 6.1 * numpy.pi / 180.0
cam.data.shift_x = 0.018
cam.data.shift_y = 0.03
eos1 = myl.addTensorProductPatch(e1[:, :, 0],
e1[:, :, 1],
e1[:, :, 2],
name="envelope_1",
lbu.clear_scene(meshes=True, lamps=True, cameras=False)
lbu.set_scene(resolution_x=800,
resolution_y=800,
resolution_percentage=100,
alpha_mode='SKY',
horizon_color=[1, 1, 1],
light_samples=16,
use_environment_light=True,
environment_energy=0.3,
environment_color='PLAIN')
## Set Lighting
lbu.add_point_light(name="lamp",
energy=1.2,
shadow_method='RAY_SHADOW',
shadow_ray_samples=16,
shadow_soft_size=2.0,
location=[3.75, 1.65, 3.20])
## Set Camera
cam = scene.camera
cam.location = [2.102, 1.798, 1.104]
cam.rotation_euler = numpy.radians(numpy.array([66.7, 0.778, 132.2]))
cam.data.angle = numpy.radians(37.72)
#################################################
#################################################
bpy.ops.import_scene.obj(filepath=pthin + 'mesh/mesh.obj',
axis_forward='Y',
axis_up='Z')
obj = bpy.data.objects['mesh']
resolution_percentage=100,
alpha_mode='SKY',
horizon_color=(1, 1, 1),
light_samples=16,
use_environment_light=True,
environment_energy=0.3,
environment_color='PLAIN')
light_settings = scene.world.light_settings
light_settings.use_ambient_occlusion = False #True
light_settings.ao_factor = 0.5
light_settings.ao_blend_type = 'MULTIPLY'
## Set Lighting
lamp = lbu.add_point_light(name="lamp",
energy=1.2,
shadow_method='RAY_SHADOW',
shadow_ray_samples=16,
shadow_soft_size=2.0,
location=(2.66, 0.99, 2.49))
## Set Camera
cam = scene.camera
cam.location = (2.102, 1.798, 1.104)
cam.rotation_euler = numpy.radians((66.7, 0.778, 132.2))
#cam.rotation_euler = numpy.radians((66.7, 0.778, 127.3))
cam.data.angle = numpy.radians(37.72)
################################################################
################################################################
# LOAD VERTICES
verts = []
f = open(pthin + 'debug/verts.dat', 'r')
alpha_mode='TRANSPARENT',
horizon_color=(1, 1, 1),
light_samples=16,
use_environment_light=True,
environment_energy=0.3,
environment_color='PLAIN')
light_settings = scene.world.light_settings
light_settings.use_ambient_occlusion = False #True
light_settings.ao_factor = 0.5
light_settings.ao_blend_type = 'MULTIPLY'
## Set Lighting
lamp = lbu.add_point_light(
name="lamp",
energy=1.2,
shadow_method='RAY_SHADOW', #'NOSHADOW',
shadow_ray_samples=16,
shadow_soft_size=2.0,
location=(2.66, 0.99, 3.34) #location=(-2.68, 1.65, 3.20)
)
lamp.data.shadow_color = 0.3 * numpy.ones(3)
## Set Camera
cam = scene.camera
cam.location = (2.102, 1.798, 1.104)
#cam.rotation_euler = numpy.radians((66.7, 0.778, 132.2))
cam.rotation_euler = numpy.radians((66.7, 0.778, 127.3))
cam.data.angle = numpy.radians(37.72)
################################################################
################################################################
# LOAD VERTICES
lbu.clear_scene(meshes=True, lamps=True, cameras=False)
lbu.set_scene(resolution_x=800,
resolution_y=600,
resolution_percentage=100,
alpha_mode='SKY',
horizon_color=[1, 1, 1],
light_samples=16,
use_environment_light=True,
environment_energy=0.3,
environment_color='PLAIN')
## Set Lighting
lbu.add_point_light(name="lamp",
energy=1,
shadow_method='RAY_SHADOW',
shadow_ray_samples=1,
shadow_soft_size=0.01,
location=[1.37, -1.89, 0.9])
#################################################
#################################################
bpy.ops.import_scene.obj(
filepath='/d/bandrieu/GitHub/FFTsurf/test/demo_EoS_MAT/mesh_eos_optim.obj',
axis_forward='Y',
axis_up='Z')
eds = bpy.data.objects['mesh_eos_optim']
lbe.set_smooth(eds)
mat_eds = bpy.data.materials['mat1']
mat_eds.diffuse_color = (0.5, 1, 0.5)
mat_eds.diffuse_intensity = 1
resolution_y=resy,
resolution_percentage=100,
alpha_mode='SKY',
horizon_color=(1, 1, 1),
light_samples=16,
use_environment_light=True,
environment_energy=0.3,
environment_color='PLAIN')
light_settings = scene.world.light_settings
light_settings.use_ambient_occlusion = False #True
light_settings.ao_factor = 0.5
light_settings.ao_blend_type = 'MULTIPLY'
## Set Lighting
lamp = lbu.add_point_light(name="lamp",
energy=1.0,
shadow_method='NOSHADOW',
location=(-2.68, 1.65, 3.20))
## Set Camera
cam = scene.camera
cam.location = (2.102, 1.798, 1.104)
cam.rotation_euler = numpy.radians((66.7, 0.778, 132.2))
cam.data.angle = numpy.radians(37.72)
################################################################
################################################################
# COLOR PALETTE
"""
color_faces = numpy.loadtxt('/d/bandrieu/GitHub/These/memoire/figures/data/BRep/face_color.dat')
color_faces = lco.cc_hsv(color_faces, fs=1.2, fv=1.0)
ncolors = len(color_faces)
lbu.clear_scene(meshes=True, lamps=True, cameras=False)
lbu.set_scene(resolution_x=800,
resolution_y=600,
resolution_percentage=100,
alpha_mode='SKY',
horizon_color=[1,1,1],
light_samples=16,
use_environment_light=True,
environment_energy=0.2,
environment_color='PLAIN')
## Set Lighting
lamp = lbu.add_point_light(name="lamp",
energy=1.5,
shadow_method='RAY_SHADOW',
shadow_ray_samples=16,
shadow_soft_size=3.0,
location=[3.73603, -0.89244, 5.9])
lamp.data.distance = 30
lamp.data.shadow_color = 0.6*numpy.ones(3)
## Set Camera
cam = scene.camera
cam.location = [4.40783, -5.13018, 4.29261]
cam.rotation_euler = numpy.radians(numpy.array([55.137, 0.574, 44.611]))
cam.data.lens = 35.0
#################################################
#########################################
