def render_one_movie(parameter_list):
# parameter_list = [num_images, movie_index, num_process]
# settings
lower_body_flag = False
first_person_vire_flag = True
lr_flip_flag = False
generate_json_flag = True
sensor_prop = {'type' : 'perspective'}
if first_person_vire_flag:
sensor_prop['fov'] = 120.0
sensor_prop['toWorld'] = Transform.lookAt(
Point(0, 15+9, 3.5), # Camera origin
Point(0, 9+9, 28.5), # Camera target
Vector(0, 1, 0) # 'up' vector
)
else:
sensor_prop['toWorld'] = Transform.lookAt(
Point(0, 0, 95), # Camera origin
Point(0, 0, 0), # Camera target
Vector(0, 1, 0) # 'up' vector
)
sensor_prop['film'] = {
'type' : 'ldrfilm',
'width' : 64,
'height' : 64,
'banner' : False
}
sensor_prop['sample'] = {
'type' : 'ldsampler',
'sampleCount' : 16
}
integrator_prop = {
'type' : 'path'
}
emitter_prop = {'type' : 'directional'}
emitter_prop['irradiance'] = Spectrum(50)
if first_person_vire_flag:
emitter_prop['direction'] = Vector(0, -1, 0)
else:
emitter_prop['direction'] = Vector(0, 0, -1)
scheduler = Scheduler.getInstance()
# Start up the scheduling system with one worker per local core
for i in range(0, multiprocessing.cpu_count() / parameter_list[2]):
scheduler.registerWorker(LocalWorker(i, 'wrk%i' % i))
scheduler.start()
# create a queue for tracking render jobs
queue = RenderQueue()
body = Body(Point(0, 9, 0), lower_body_flag)
shoulder_limits = {
'p': [-180, 25],
'y': [-90, 30],
'r': [-180 , 180]
}
elbow_limits = [0, 135]
hip_limits = {
'p': [-125, 15],
'y': [-90, 60],
'r': [-30, 70]
}
knee_limits = [0, 150]
left_shoulder_angles = {
'p': -85,
'y': -30,
'r': 0
}
right_shoulder_angles = {
'p': -85,
'y': -30,
'r': 0
}
left_elbow_angle = 70
right_elbow_angle = 70
prev_left_shoulder_angles = {}
prev_right_shoulder_angles = {}
prev_left_elbow_angle = 0
prev_right_elbow_angle = 0
body.left_arm.set_joint_angles(left_shoulder_angles['p'], left_shoulder_angles['y'], left_shoulder_angles['r'], left_elbow_angle)
body.right_arm.set_joint_angles(right_shoulder_angles['p'], right_shoulder_angles['y'], right_shoulder_angles['r'], right_elbow_angle)
if lower_body_flag:
left_hip_angles = {
'p': -55,
'y': -15,
'r': 20
}
right_hip_angles = {
'p': -55,
'y': -15,
'r': 20
}
left_knee_angle = 75
right_knee_angle = 75
prev_left_hip_angles = {}
prev_right_hip_angles = {}
prev_left_knee_angle = 0
prev_right_knee_angle = 0
body.left_leg.set_joint_angles(left_hip_angles['p'], left_hip_angles['y'], left_hip_angles['r'], left_knee_angle)
body.right_leg.set_joint_angles(right_hip_angles['p'], right_hip_angles['y'], right_hip_angles['r'], right_knee_angle)
index = 0
target_list = ['mit_body_v2_%03i_%05i' % (parameter_list[1], i+1) + '.png' for i in xrange(parameter_list[0])]
if not generate_json_flag:
json_list = ['mit_body_v2_%03i_%05i' % (parameter_list[1], i+1)+ '.json' for i in xrange(parameter_list[0])]
if generate_json_flag:
# Normal run (generating json & png images)
while (index < parameter_list[0]):
destination = 'mit_body_v2_%03i_%05i' % (parameter_list[1], index+1)
scene = Scene()
pmgr = PluginManager.getInstance()
# Create a sensor, film & sample generator
scene.addChild(pmgr.create(sensor_prop))
# Set the integrator
scene.addChild(pmgr.create(integrator_prop))
# Add a light source
scene.addChild(pmgr.create(emitter_prop))
prev_left_shoulder_angles = left_shoulder_angles
prev_right_shoulder_angles = right_shoulder_angles
prev_left_elbow_angle = left_elbow_angle
prev_right_elbow_angle = right_elbow_angle
if lower_body_flag:
prev_left_hip_angles = left_hip_angles
prev_right_hip_angles = right_hip_angles
prev_left_knee_angle = left_knee_angle
prev_right_knee_angle = right_knee_angle
temp1 = left_shoulder_angles['p'] + randint(-1, 2)
if ((temp1 < shoulder_limits['p'][0]) or (temp1 > shoulder_limits['p'][1])):
continue
temp2 = left_shoulder_angles['y'] + randint(-1, 2)
if ((temp2 < shoulder_limits['y'][0]) or (temp2 > shoulder_limits['y'][1])):
continue
temp3 = left_shoulder_angles['r'] + randint(-1, 2)
if ((temp3 < shoulder_limits['r'][0]) or (temp3 > shoulder_limits['r'][1])):
continue
temp4 = right_shoulder_angles['p'] + randint(-1, 2)
if ((temp4 < shoulder_limits['p'][0]) or (temp4 > shoulder_limits['p'][1])):
continue
temp5 = right_shoulder_angles['y'] + randint(-1, 2)
if ((temp5 < shoulder_limits['y'][0]) or (temp5 > shoulder_limits['y'][1])):
continue
temp6 = right_shoulder_angles['r'] + randint(-1, 2)
if ((temp6 < shoulder_limits['r'][0]) or (temp6 > shoulder_limits['r'][1])):
continue
temp7 = left_elbow_angle + randint(-1, 2)
if ((temp7 < elbow_limits[0]) or (temp7 > elbow_limits[1])):
continue
temp8 = right_elbow_angle + randint(-1, 2)
if ((temp8 < elbow_limits[0]) or (temp8 > elbow_limits[1])):
continue
if lower_body_flag:
temp9 = left_hip_angles['p'] + randint(-1, 2)
if ((temp9 < hip_limits['p'][0]) or (temp9 > hip_limits['p'][1])):
continue
temp10 = left_hip_angles['y'] + randint(-1, 2)
if ((temp10 < hip_limits['y'][0]) or (temp10 > hip_limits['y'][1])):
continue
temp11 = left_hip_angles['r'] + randint(-1, 2)
if ((temp11 < hip_limits['r'][0]) or (temp11 > hip_limits['r'][1])):
continue
temp12 = right_hip_angles['p'] + randint(-1, 2)
if ((temp12 < hip_limits['p'][0]) or (temp12 > hip_limits['p'][1])):
continue
temp13 = right_hip_angles['y'] + randint(-1, 2)
if ((temp13 < hip_limits['y'][0]) or (temp13 > hip_limits['y'][1])):
continue
temp14 = right_hip_angles['r'] + randint(-1, 2)
if ((temp14 < hip_limits['r'][0]) or (temp14 > hip_limits['r'][1])):
continue
temp15 = left_knee_angle + randint(-1, 2)
if ((temp15 < knee_limits[0]) or (temp15 > knee_limits[1])):
continue
temp16 = right_knee_angle + randint(-1, 2)
if ((temp16 < knee_limits[0]) or (temp16 > knee_limits[1])):
continue
left_shoulder_angles = dict(zip(['p', 'y', 'r'], [temp1, temp2, temp3]))
right_shoulder_angles = dict(zip(['p', 'y', 'r'], [temp4, temp5, temp6]))
left_elbow_angle = temp7
right_elbow_angle = temp8
if lower_body_flag:
left_hip_angles = dict(zip(['p', 'y', 'r'], [temp9, temp10, temp11]))
right_hip_angles = dict(zip(['p', 'y', 'r'], [temp12, temp13, temp14]))
left_knee_angle = temp15
right_knee_angle = temp16
body.left_arm.set_joint_angles(left_shoulder_angles['p'], left_shoulder_angles['y'], left_shoulder_angles['r'], left_elbow_angle)
body.right_arm.set_joint_angles(right_shoulder_angles['p'], right_shoulder_angles['y'], right_shoulder_angles['r'], right_elbow_angle)
if lower_body_flag:
body.left_leg.set_joint_angles(left_hip_angles['p'], left_hip_angles['y'], left_hip_angles['r'], left_knee_angle)
body.right_leg.set_joint_angles(right_hip_angles['p'], right_hip_angles['y'], right_hip_angles['r'], right_knee_angle)
cur_left_elbow = body.left_arm.calc_elbow_point()
cur_right_elbow = body.right_arm.calc_elbow_point()
cur_left_hand = body.left_arm.calc_hand_point()
cur_left_hand = body.right_arm.calc_hand_point()
departure_flag = (cur_left_elbow.z < 0) or (cur_right_elbow.z < 0) or (cur_left_hand.z < 0) or (cur_left_hand.z < 0)
if ((body.is_collision_body_parts() == False) and (departure_flag == False)):
print '\033[94mcollision detection passed!\033[0m'
# Add body parts
for prop in body.get_property_list():
scene.addChild(pmgr.create(prop))
json_data = body.constr_json_data()
with open('mit_body_v2_%05i.json' % (index + 1), 'w') as f:
json.dump(json_data, f, indent=2)
scene.configure()
scene.setDestinationFile(destination)
# Create a render job and insert it into the queue
job = RenderJob('myRenderJob' + str(index), scene, queue)
while True:
# Check current number of thread
num_thread = queue.getJobCount()
if num_thread > 1000:
time.sleep(1)
else:
break
job.start()
# Increment index
index += 1
else:
body.left_arm.set_joint_angles(prev_left_shoulder_angles['p'], prev_left_shoulder_angles['y'], prev_left_shoulder_angles['r'], prev_left_elbow_angle)
body.right_arm.set_joint_angles(prev_right_shoulder_angles['p'], prev_right_shoulder_angles['y'], prev_right_shoulder_angles['r'], prev_right_elbow_angle)
left_shoulder_angles['p'] = prev_left_shoulder_angles['p']
left_shoulder_angles['y'] = prev_left_shoulder_angles['y']
left_shoulder_angles['r'] = prev_left_shoulder_angles['r']
right_shoulder_angles['p'] = prev_right_shoulder_angles['p']
right_shoulder_angles['y'] = prev_right_shoulder_angles['y']
right_shoulder_angles['r'] = prev_right_shoulder_angles['r']
left_elbow_angle = prev_left_elbow_angle
right_elbow_angle = prev_right_elbow_angle
if lower_body_flag:
body.left_leg.set_joint_angles(prev_left_hip_angles['p'], prev_left_hip_angles['y'], prev_left_hip_angles['r'], prev_left_knee_angle)
body.right_leg.set_joint_angles(prev_right_hip_angles['p'], prev_right_hip_angles['y'], prev_right_hip_angles['r'], prev_right_knee_angle)
left_hip_angles['p'] = prev_left_hip_angles['p']
left_hip_angles['y'] = prev_left_hip_angles['y']
left_hip_angles['r'] = prev_left_hip_angles['r']
right_hip_angles['p'] = prev_right_hip_angles['p']
right_hip_angles['y'] = prev_right_hip_angles['y']
right_hip_angles['r'] = prev_right_hip_angles['r']
left_knee_angle = prev_left_knee_angle
right_knee_angle = prev_right_knee_angle
print '--------------------------------------'
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
else:
# re-rendering run (generating only png images)
for index, target_json in enumerate(json_list):
# open json file
with open(target_json) as f:
json_data = json.load(f)
# Set angle parameters from json data (not json file!)
body.set_from_json_data(json_data)
destination = target_json.split('.')[0]
scene = Scene()
pmgr = PluginManager.getInstance()
# Create a sensor, film & sample generator
scene.addChild(pmgr.create(sensor_prop))
# Set the integrator
scene.addChild(pmgr.create(integrator_prop))
# Add a light source
scene.addChild(pmgr.create(emitter_prop))
# Add body parts
for prop in body.get_property_list():
scene.addChild(pmgr.create(prop))
scene.configure()
scene.setDestinationFile(destination)
# Create a render job and insert it into the queue
job = RenderJob('myRenderJob' + str(index), scene, queue)
job.start()
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
while True:
print 'Now, Check rendering results and repeat rendering'
# check png file existence
flag_list = file_checker(target_list)
if flag_list.count(False) == 0:
break
# create a queue for tracking render jobs
queue = RenderQueue()
# rendering again
for i, flag in enumerate(flag_list):
if not flag:
# open json file
with open('mit_body_v2_%05i.json' % (i+1)) as f:
json_data = json.load(f)
# Set angle parameters from json data (not json file!)
body.set_from_json_data(json_data)
destination = 'mit_body_v2_%05i' % (i+1)
scene = Scene()
pmgr = PluginManager.getInstance()
# Create a sensor, film & sample generator
scene.addChild(pmgr.create(sensor_prop))
# Set the integrator
scene.addChild(pmgr.create(integrator_prop))
# Add a light source
scene.addChild(pmgr.create(emitter_prop))
# Add body parts
for prop in body.get_property_list():
scene.addChild(pmgr.create(prop))
scene.configure()
scene.setDestinationFile(destination)
# Create a render job and insert it into the queue
job = RenderJob('myRenderJob' + str(i), scene, queue)
job.start()
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
# left right flip process (Third-persoon point of view vs. Mirror image)
if lr_flip_flag:
print 'Now, generating mirror images'
for target in target_list:
img = Image.open(target)
lr_flip_img = img.transpose(Image.FLIP_LEFT_RIGHT)
lr_flip_img.save(target.split('.')[0] + 'mirror.png')
job = RenderJob('myRenderJob' + str(index), scene, queue)
job.start()
# Increment index
index += 1
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
while True:
print 'Now, Check rendering results and repeat rendering'
# check png file existence
flag_list = file_checker(target_list)
if flag_list.count(False) == 0:
break
# create a queue for tracking render jobs
queue = RenderQueue()
# rendering again
for i, flag in enumerate(flag_list):
if not flag:
# open json file
with open('mit_body_v2_%05i.json' % (i+1)) as f:
json_data = json.load(f)
# Set angle parameters from json data (not json file!)
body.set_from_json_data(json_data)
destination = 'mit_body_v2_%05i' % (i+1)
str((index + 1) * frame_intaerval - 1), scene, queue)
job.start()
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
re_rendering_number = 0
while True:
print 'Now, Check rendering results and repeat rendering'
# check png file existence
flag_list = file_checker(target_list)
if flag_list.count(False) == 0:
break
# create a queue for tracking render jobs
queue = RenderQueue()
# rendering again
for i, flag in enumerate(flag_list):
if not flag:
# open json file
with open('mit_body_v2_%05i_%05i.json' %
(movie_index + 1, ((i + 1) * frame_intaerval))) as f:
json_data = json.load(f)
# Set angle parameters from json data (not json file!)
body.set_from_json_data(json_data)
def render_one_movie(parameter_list):
# parameter_list = [num_images, movie_index, num_process]
# settings
lower_body_flag = False
first_person_vire_flag = True
lr_flip_flag = False
generate_json_flag = True
sensor_prop = {'type': 'perspective'}
if first_person_vire_flag:
sensor_prop['fov'] = 120.0
sensor_prop['toWorld'] = Transform.lookAt(
Point(0, 15 + 9, 3.5), # Camera origin
Point(0, 9 + 9, 28.5), # Camera target
Vector(0, 1, 0) # 'up' vector
)
else:
sensor_prop['toWorld'] = Transform.lookAt(
Point(0, 0, 95), # Camera origin
Point(0, 0, 0), # Camera target
Vector(0, 1, 0) # 'up' vector
)
sensor_prop['film'] = {
'type': 'ldrfilm',
'width': 64,
'height': 64,
'banner': False
}
sensor_prop['sample'] = {'type': 'ldsampler', 'sampleCount': 16}
integrator_prop = {'type': 'path'}
emitter_prop = {'type': 'directional'}
emitter_prop['irradiance'] = Spectrum(50)
if first_person_vire_flag:
emitter_prop['direction'] = Vector(0, -1, 0)
else:
emitter_prop['direction'] = Vector(0, 0, -1)
scheduler = Scheduler.getInstance()
# Start up the scheduling system with one worker per local core
for i in range(0, multiprocessing.cpu_count() / parameter_list[2]):
scheduler.registerWorker(LocalWorker(i, 'wrk%i' % i))
scheduler.start()
# create a queue for tracking render jobs
queue = RenderQueue()
body = Body(Point(0, 9, 0), lower_body_flag)
shoulder_limits = {'p': [-180, 25], 'y': [-90, 30], 'r': [-180, 180]}
elbow_limits = [0, 135]
hip_limits = {'p': [-125, 15], 'y': [-90, 60], 'r': [-30, 70]}
knee_limits = [0, 150]
left_shoulder_angles = {'p': -85, 'y': -30, 'r': 0}
right_shoulder_angles = {'p': -85, 'y': -30, 'r': 0}
left_elbow_angle = 70
right_elbow_angle = 70
prev_left_shoulder_angles = {}
prev_right_shoulder_angles = {}
prev_left_elbow_angle = 0
prev_right_elbow_angle = 0
body.left_arm.set_joint_angles(left_shoulder_angles['p'],
left_shoulder_angles['y'],
left_shoulder_angles['r'], left_elbow_angle)
body.right_arm.set_joint_angles(right_shoulder_angles['p'],
right_shoulder_angles['y'],
right_shoulder_angles['r'],
right_elbow_angle)
if lower_body_flag:
left_hip_angles = {'p': -55, 'y': -15, 'r': 20}
right_hip_angles = {'p': -55, 'y': -15, 'r': 20}
left_knee_angle = 75
right_knee_angle = 75
prev_left_hip_angles = {}
prev_right_hip_angles = {}
prev_left_knee_angle = 0
prev_right_knee_angle = 0
body.left_leg.set_joint_angles(left_hip_angles['p'],
left_hip_angles['y'],
left_hip_angles['r'], left_knee_angle)
body.right_leg.set_joint_angles(right_hip_angles['p'],
right_hip_angles['y'],
right_hip_angles['r'],
right_knee_angle)
index = 0
target_list = [
'mit_body_v2_%03i_%05i' % (parameter_list[1], i + 1) + '.png'
for i in xrange(parameter_list[0])
]
if not generate_json_flag:
json_list = [
'mit_body_v2_%03i_%05i' % (parameter_list[1], i + 1) + '.json'
for i in xrange(parameter_list[0])
]
if generate_json_flag:
# Normal run (generating json & png images)
while (index < parameter_list[0]):
destination = 'mit_body_v2_%03i_%05i' % (parameter_list[1],
index + 1)
scene = Scene()
pmgr = PluginManager.getInstance()
# Create a sensor, film & sample generator
scene.addChild(pmgr.create(sensor_prop))
# Set the integrator
scene.addChild(pmgr.create(integrator_prop))
# Add a light source
scene.addChild(pmgr.create(emitter_prop))
prev_left_shoulder_angles = left_shoulder_angles
prev_right_shoulder_angles = right_shoulder_angles
prev_left_elbow_angle = left_elbow_angle
prev_right_elbow_angle = right_elbow_angle
if lower_body_flag:
prev_left_hip_angles = left_hip_angles
prev_right_hip_angles = right_hip_angles
prev_left_knee_angle = left_knee_angle
prev_right_knee_angle = right_knee_angle
temp1 = left_shoulder_angles['p'] + randint(-1, 2)
if ((temp1 < shoulder_limits['p'][0])
or (temp1 > shoulder_limits['p'][1])):
continue
temp2 = left_shoulder_angles['y'] + randint(-1, 2)
if ((temp2 < shoulder_limits['y'][0])
or (temp2 > shoulder_limits['y'][1])):
continue
temp3 = left_shoulder_angles['r'] + randint(-1, 2)
if ((temp3 < shoulder_limits['r'][0])
or (temp3 > shoulder_limits['r'][1])):
continue
temp4 = right_shoulder_angles['p'] + randint(-1, 2)
if ((temp4 < shoulder_limits['p'][0])
or (temp4 > shoulder_limits['p'][1])):
continue
temp5 = right_shoulder_angles['y'] + randint(-1, 2)
if ((temp5 < shoulder_limits['y'][0])
or (temp5 > shoulder_limits['y'][1])):
continue
temp6 = right_shoulder_angles['r'] + randint(-1, 2)
if ((temp6 < shoulder_limits['r'][0])
or (temp6 > shoulder_limits['r'][1])):
continue
temp7 = left_elbow_angle + randint(-1, 2)
if ((temp7 < elbow_limits[0]) or (temp7 > elbow_limits[1])):
continue
temp8 = right_elbow_angle + randint(-1, 2)
if ((temp8 < elbow_limits[0]) or (temp8 > elbow_limits[1])):
continue
if lower_body_flag:
temp9 = left_hip_angles['p'] + randint(-1, 2)
if ((temp9 < hip_limits['p'][0])
or (temp9 > hip_limits['p'][1])):
continue
temp10 = left_hip_angles['y'] + randint(-1, 2)
if ((temp10 < hip_limits['y'][0])
or (temp10 > hip_limits['y'][1])):
continue
temp11 = left_hip_angles['r'] + randint(-1, 2)
if ((temp11 < hip_limits['r'][0])
or (temp11 > hip_limits['r'][1])):
continue
temp12 = right_hip_angles['p'] + randint(-1, 2)
if ((temp12 < hip_limits['p'][0])
or (temp12 > hip_limits['p'][1])):
continue
temp13 = right_hip_angles['y'] + randint(-1, 2)
if ((temp13 < hip_limits['y'][0])
or (temp13 > hip_limits['y'][1])):
continue
temp14 = right_hip_angles['r'] + randint(-1, 2)
if ((temp14 < hip_limits['r'][0])
or (temp14 > hip_limits['r'][1])):
continue
temp15 = left_knee_angle + randint(-1, 2)
if ((temp15 < knee_limits[0]) or (temp15 > knee_limits[1])):
continue
temp16 = right_knee_angle + randint(-1, 2)
if ((temp16 < knee_limits[0]) or (temp16 > knee_limits[1])):
continue
left_shoulder_angles = dict(
zip(['p', 'y', 'r'], [temp1, temp2, temp3]))
right_shoulder_angles = dict(
zip(['p', 'y', 'r'], [temp4, temp5, temp6]))
left_elbow_angle = temp7
right_elbow_angle = temp8
if lower_body_flag:
left_hip_angles = dict(
zip(['p', 'y', 'r'], [temp9, temp10, temp11]))
right_hip_angles = dict(
zip(['p', 'y', 'r'], [temp12, temp13, temp14]))
left_knee_angle = temp15
right_knee_angle = temp16
body.left_arm.set_joint_angles(left_shoulder_angles['p'],
left_shoulder_angles['y'],
left_shoulder_angles['r'],
left_elbow_angle)
body.right_arm.set_joint_angles(right_shoulder_angles['p'],
right_shoulder_angles['y'],
right_shoulder_angles['r'],
right_elbow_angle)
if lower_body_flag:
body.left_leg.set_joint_angles(left_hip_angles['p'],
left_hip_angles['y'],
left_hip_angles['r'],
left_knee_angle)
body.right_leg.set_joint_angles(right_hip_angles['p'],
right_hip_angles['y'],
right_hip_angles['r'],
right_knee_angle)
cur_left_elbow = body.left_arm.calc_elbow_point()
cur_right_elbow = body.right_arm.calc_elbow_point()
cur_left_hand = body.left_arm.calc_hand_point()
cur_left_hand = body.right_arm.calc_hand_point()
departure_flag = (cur_left_elbow.z < 0) or (
cur_right_elbow.z < 0) or (cur_left_hand.z <
0) or (cur_left_hand.z < 0)
if ((body.is_collision_body_parts() == False)
and (departure_flag == False)):
print '\033[94mcollision detection passed!\033[0m'
# Add body parts
for prop in body.get_property_list():
scene.addChild(pmgr.create(prop))
json_data = body.constr_json_data()
with open('mit_body_v2_%05i.json' % (index + 1), 'w') as f:
json.dump(json_data, f, indent=2)
scene.configure()
scene.setDestinationFile(destination)
# Create a render job and insert it into the queue
job = RenderJob('myRenderJob' + str(index), scene, queue)
while True:
# Check current number of thread
num_thread = queue.getJobCount()
if num_thread > 1000:
time.sleep(1)
else:
break
job.start()
# Increment index
index += 1
else:
body.left_arm.set_joint_angles(prev_left_shoulder_angles['p'],
prev_left_shoulder_angles['y'],
prev_left_shoulder_angles['r'],
prev_left_elbow_angle)
body.right_arm.set_joint_angles(
prev_right_shoulder_angles['p'],
prev_right_shoulder_angles['y'],
prev_right_shoulder_angles['r'], prev_right_elbow_angle)
left_shoulder_angles['p'] = prev_left_shoulder_angles['p']
left_shoulder_angles['y'] = prev_left_shoulder_angles['y']
left_shoulder_angles['r'] = prev_left_shoulder_angles['r']
right_shoulder_angles['p'] = prev_right_shoulder_angles['p']
right_shoulder_angles['y'] = prev_right_shoulder_angles['y']
right_shoulder_angles['r'] = prev_right_shoulder_angles['r']
left_elbow_angle = prev_left_elbow_angle
right_elbow_angle = prev_right_elbow_angle
if lower_body_flag:
body.left_leg.set_joint_angles(prev_left_hip_angles['p'],
prev_left_hip_angles['y'],
prev_left_hip_angles['r'],
prev_left_knee_angle)
body.right_leg.set_joint_angles(prev_right_hip_angles['p'],
prev_right_hip_angles['y'],
prev_right_hip_angles['r'],
prev_right_knee_angle)
left_hip_angles['p'] = prev_left_hip_angles['p']
left_hip_angles['y'] = prev_left_hip_angles['y']
left_hip_angles['r'] = prev_left_hip_angles['r']
right_hip_angles['p'] = prev_right_hip_angles['p']
right_hip_angles['y'] = prev_right_hip_angles['y']
right_hip_angles['r'] = prev_right_hip_angles['r']
left_knee_angle = prev_left_knee_angle
right_knee_angle = prev_right_knee_angle
print '--------------------------------------'
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
else:
# re-rendering run (generating only png images)
for index, target_json in enumerate(json_list):
# open json file
with open(target_json) as f:
json_data = json.load(f)
# Set angle parameters from json data (not json file!)
body.set_from_json_data(json_data)
destination = target_json.split('.')[0]
scene = Scene()
pmgr = PluginManager.getInstance()
# Create a sensor, film & sample generator
scene.addChild(pmgr.create(sensor_prop))
# Set the integrator
scene.addChild(pmgr.create(integrator_prop))
# Add a light source
scene.addChild(pmgr.create(emitter_prop))
# Add body parts
for prop in body.get_property_list():
scene.addChild(pmgr.create(prop))
scene.configure()
scene.setDestinationFile(destination)
# Create a render job and insert it into the queue
job = RenderJob('myRenderJob' + str(index), scene, queue)
job.start()
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
while True:
print 'Now, Check rendering results and repeat rendering'
# check png file existence
flag_list = file_checker(target_list)
if flag_list.count(False) == 0:
break
# create a queue for tracking render jobs
queue = RenderQueue()
# rendering again
for i, flag in enumerate(flag_list):
if not flag:
# open json file
with open('mit_body_v2_%05i.json' % (i + 1)) as f:
json_data = json.load(f)
# Set angle parameters from json data (not json file!)
body.set_from_json_data(json_data)
destination = 'mit_body_v2_%05i' % (i + 1)
scene = Scene()
pmgr = PluginManager.getInstance()
# Create a sensor, film & sample generator
scene.addChild(pmgr.create(sensor_prop))
# Set the integrator
scene.addChild(pmgr.create(integrator_prop))
# Add a light source
scene.addChild(pmgr.create(emitter_prop))
# Add body parts
for prop in body.get_property_list():
scene.addChild(pmgr.create(prop))
scene.configure()
scene.setDestinationFile(destination)
# Create a render job and insert it into the queue
job = RenderJob('myRenderJob' + str(i), scene, queue)
job.start()
# wait for all jobs to finish and release resource
queue.waitLeft(0)
queue.join()
# Print some statistics about the rendering process
print(Statistics.getInstance().getStats())
# left right flip process (Third-persoon point of view vs. Mirror image)
if lr_flip_flag:
print 'Now, generating mirror images'
for target in target_list:
img = Image.open(target)
lr_flip_img = img.transpose(Image.FLIP_LEFT_RIGHT)
lr_flip_img.save(target.split('.')[0] + 'mirror.png')
