def load():
"""
If docs fail to load, new ones are created and saved.
"""
prefs_file_path = userfolders.get_config_dir() + PREFS_DOC
recents_file_path = userfolders.get_config_dir() + RECENT_DOC
global prefs, recent_projects
try:
prefs = utils.unpickle(prefs_file_path)
except:
prefs = EditorPreferences()
with atomicfile.AtomicFileWriter(prefs_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(prefs, write_file)
# Override deprecated preferences to default values.
prefs.delta_overlay = True
prefs.auto_play_in_clip_monitor = False
prefs.empty_click_exits_trims = True
prefs.quick_enter_trims = True
prefs.remember_monitor_clip_frame = True
try:
recent_projects = utils.unpickle(recents_file_path)
except:
recent_projects = utils.EmptyClass()
recent_projects.projects = []
with atomicfile.AtomicFileWriter(recents_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(recent_projects, write_file)
# Remove non-existing projects from recents list
remove_list = []
for proj_path in recent_projects.projects:
if os.path.isfile(proj_path) == False:
remove_list.append(proj_path)
if len(remove_list) > 0:
for proj_path in remove_list:
recent_projects.projects.remove(proj_path)
with atomicfile.AtomicFileWriter(recents_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(recent_projects, write_file)
# Versions of program may have different prefs objects and
# we may need to to update prefs on disk if user has e.g.
# installed later version of Flowblade.
current_prefs = EditorPreferences()
if len(prefs.__dict__) != len(current_prefs.__dict__):
current_prefs.__dict__.update(prefs.__dict__)
prefs = current_prefs
with atomicfile.AtomicFileWriter(prefs_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(prefs, write_file)
print("prefs updated to new version, new param count:",
len(prefs.__dict__))
def save():
"""
Write out prefs and recent_projects files
"""
prefs_file_path = userfolders.get_config_dir() + PREFS_DOC
recents_file_path = userfolders.get_config_dir() + RECENT_DOC
with atomicfile.AtomicFileWriter(prefs_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(prefs, write_file)
with atomicfile.AtomicFileWriter(recents_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(recent_projects, write_file)
def _get_render_profile(project_profile, render_size, render_folder):
new_width, new_height = _get_render_dimensions(project_profile,
render_size)
file_contents = "description=" + "proxy render profile" + "\n"
file_contents += "frame_rate_num=" + str(
project_profile.frame_rate_num()) + "\n"
file_contents += "frame_rate_den=" + str(
project_profile.frame_rate_den()) + "\n"
file_contents += "width=" + str(new_width) + "\n"
file_contents += "height=" + str(new_height) + "\n"
file_contents += "progressive=1" + "\n"
file_contents += "sample_aspect_num=" + str(
project_profile.sample_aspect_num()) + "\n"
file_contents += "sample_aspect_den=" + str(
project_profile.sample_aspect_den()) + "\n"
file_contents += "display_aspect_num=" + str(
project_profile.display_aspect_num()) + "\n"
file_contents += "display_aspect_den=" + str(
project_profile.display_aspect_den()) + "\n"
render_profile_path = render_folder + "/temp_render_profile"
with atomicfile.AtomicFileWriter(render_profile_path, "w") as afw:
profile_file = afw.get_file()
profile_file.write(file_contents)
render_profile = mlt.Profile(render_profile_path)
return render_profile
def _get_proxy_profile(project):
project_profile = project.profile
new_width, new_height = _get_proxy_dimensions(project_profile,
project.proxy_data.size)
file_contents = "description=" + "proxy render profile" + "\n"
file_contents += "frame_rate_num=" + str(
project_profile.frame_rate_num()) + "\n"
file_contents += "frame_rate_den=" + str(
project_profile.frame_rate_den()) + "\n"
file_contents += "width=" + str(new_width) + "\n"
file_contents += "height=" + str(new_height) + "\n"
file_contents += "progressive=1" + "\n"
file_contents += "sample_aspect_num=" + str(
project_profile.sample_aspect_num()) + "\n"
file_contents += "sample_aspect_den=" + str(
project_profile.sample_aspect_den()) + "\n"
file_contents += "display_aspect_num=" + str(
project_profile.display_aspect_num()) + "\n"
file_contents += "display_aspect_den=" + str(
project_profile.display_aspect_den()) + "\n"
proxy_profile_path = userfolders.get_cache_dir() + "temp_proxy_profile"
with atomicfile.AtomicFileWriter(proxy_profile_path, "w") as afw:
profile_file = afw.get_file()
profile_file.write(file_contents)
proxy_profile = mlt.Profile(proxy_profile_path)
return proxy_profile
def save_current_colors():
# Used to communicate theme colors to tools like gmic.py running on separate process
colors = (unpack_gdk_color(_selected_bg_color), unpack_gdk_color(_bg_color), unpack_gdk_color(_button_colors))
save_file_path = _colors_data_path()
with atomicfile.AtomicFileWriter(save_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(colors, write_file)
def _edl_xml_render_done(data):
edl_path = data
mlt_parse = MLTXMLToEDLParse(get_edl_temp_xml_path(), current_sequence())
edl_contents = mlt_parse.create_edl()
with atomicfile.AtomicFileWriter(edl_path, "w") as afw:
f = afw.get_file()
f.write(edl_contents)
def write_status_message(msg):
try:
status_msg_file = session_folder() + "/" + STATUS_MSG_FILE
with atomicfile.AtomicFileWriter(status_msg_file, "w") as afw:
script_file = afw.get_file()
script_file.write(msg)
except:
pass # this failing because we can't get file access will show as progress hickup to user, we don't care
def save(self, save_file_path):
save_data = copy.copy(self)
for layer in save_data.layers:
layer.pango_layout = None
with atomicfile.AtomicFileWriter(save_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(save_data, write_file)
self.create_pango_layouts() # we just destroyed these because they don't pickle, they need to be recreated.
def _save_animation_dialog_callback(dialog, response_id):
if response_id == Gtk.ResponseType.ACCEPT:
file_path = dialog.get_filenames()[0]
# Write out file.
with atomicfile.AtomicFileWriter(file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(_animation_instance, write_file)
dialog.destroy()
else:
dialog.destroy()
def write_misc_session_data(session_id, file_name, misc_data):
folder = _get_session_folder(session_id)
data_path = folder + "/" + file_name
if os.path.exists(data_path):
os.remove(data_path)
with atomicfile.AtomicFileWriter(data_path, "wb") as afw:
outfile = afw.get_file()
pickle.dump(misc_data, outfile)
def set_render_data(session_id, video_render_data):
folder = _get_session_folder(session_id)
render_data_path = folder + "/" + RENDER_DATA_FILE
if os.path.exists(render_data_path):
os.remove(render_data_path)
with atomicfile.AtomicFileWriter(render_data_path, "wb") as afw:
outfile = afw.get_file()
pickle.dump(video_render_data, outfile)
def abort_render(session_id):
folder = _get_session_folder(session_id)
abort_msg_file = folder + "/" + ABORT_MSG_FILE
try:
with atomicfile.AtomicFileWriter(abort_msg_file, "wb") as afw:
outfile = afw.get_file()
pickle.dump("##abort", outfile)
except atomicfile.AtomicFileWriteError:
# Sometimes this fails and not handling it makes things worse, see if this needs more attention.
print("atomicfile.AtomicFileWriteError in ccrutils.abort_render(), could not open for writing: ", folder)
def _save_opts_dialog_callback(dialog, response_id):
if response_id == Gtk.ResponseType.ACCEPT:
file_path = dialog.get_filenames()[0]
buf = widgets.args_panel.opts_view.get_buffer()
opts_text = buf.get_text(buf.get_start_iter(), buf.get_end_iter(), include_hidden_chars=True)
with atomicfile.AtomicFileWriter(file_path, "w") as afw:
opts_file = afw.get_file()
opts_file.write(opts_text)
dialog.destroy()
else:
dialog.destroy()
def run(self):
self.start_time = time.monotonic()
self.render_player = None
self.frames_range_writer = None
self.abort = False
self.script_renderer = None
frame_name = "frame"
profile = mltprofiles.get_profile(self.profile_desc)
# Delete old preview frames
for frame_file in os.listdir(_clip_frames_folder):
file_path = os.path.join(_clip_frames_folder, frame_file)
os.remove(file_path)
self.frames_range_writer = gmicplayer.FramesRangeWriter(
self.clip_path, self.frames_update, profile)
self.frames_range_writer.write_frames(_clip_frames_folder + "/",
frame_name, self.range_in,
self.range_out)
if self.abort == True:
return
script_file = open(self.script_path)
user_script = script_file.read()
print(user_script)
while len(os.listdir(_clip_frames_folder)) != self.length:
print("WAITING")
time.sleep(0.5)
# Render frames with gmic script
self.script_renderer = gmicplayer.FolderFramesScriptRenderer(
user_script,
_clip_frames_folder,
_rendered_frames_folder + "/",
frame_name,
self.script_render_update_callback,
self.script_render_output_callback,
nice=10,
re_render_existing=False)
self.script_renderer.write_frames()
# Write out completed flag file.
completed_msg_file = _session_folder + "/" + COMPLETED_MSG_FILE
script_text = "##completed##" # let's put something in here
with atomicfile.AtomicFileWriter(completed_msg_file, "w") as afw:
script_file = afw.get_file()
script_file.write(script_text)
def remove_non_existing_recent_projects():
# Remove non-existing projects from recents list
recents_file_path = userfolders.get_config_dir() + RECENT_DOC
remove_list = []
for proj_path in recent_projects.projects:
if os.path.isfile(proj_path) == False:
remove_list.append(proj_path)
if len(remove_list) > 0:
for proj_path in remove_list:
recent_projects.projects.remove(proj_path)
with atomicfile.AtomicFileWriter(recents_file_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(recent_projects, write_file)
def run(self):
frame_levels = [None] * self.clip_media_length
for frame in range(0, len(frame_levels)):
self.temp_clip.seek(frame)
mlt.frame_get_waveform(self.temp_clip.get_frame(), 10, 50)
val = self.levels.get(RIGHT_CHANNEL)
if val == None:
val = 0.0
frame_levels[frame] = float(val)
self.last_rendered_frame = frame
with atomicfile.AtomicFileWriter(self.file_cache_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(frame_levels, write_file)
def _save_changed_xml_file(s_media_file, new_profile):
xml_file = open(s_media_file.path)
xml_text = xml_file.read()
new_profile_node = mltprofiles.get_profile_node(new_profile)
in_index = xml_text.find("<profile")
out_index = xml_text.find("/>", in_index) + 2
new_xml_text = xml_text[0:in_index] + new_profile_node + xml_text[out_index:len(xml_text)]
folder = editorpersistance.prefs.render_folder
uuid_str = md5.new(str(os.urandom(32))).hexdigest()
new_xml_file_path = folder + "/"+ uuid_str + ".xml"
with atomicfile.AtomicFileWriter(new_xml_file_path, "w") as afw:
new_xml_file = afw.get_file()
new_xml_file.write(new_xml_text)
return new_xml_file_path
def _save_changed_xml_file(s_media_file, new_profile):
xml_file = open(s_media_file.path)
xml_text = xml_file.read()
new_profile_node = mltprofiles.get_profile_node(new_profile)
in_index = xml_text.find("<profile")
out_index = xml_text.find("/>", in_index) + 2
new_xml_text = xml_text[0:in_index] + new_profile_node + xml_text[out_index:len(xml_text)]
folder = userfolders.get_render_dir()
uuid_str = hashlib.md5(str(os.urandom(32)).encode('utf-8')).hexdigest()
new_xml_file_path = folder + "/"+ uuid_str + ".xml"
with atomicfile.AtomicFileWriter(new_xml_file_path, "w") as afw:
new_xml_file = afw.get_file()
new_xml_file.write(new_xml_text)
return new_xml_file_path
def _save_profile_clicked(widgets, user_profiles_view):
load_profile_combo, description, f_rate_num, f_rate_dem, width, height, \
s_rate_num, s_rate_dem, d_rate_num, d_rate_dem, progressive = widgets
profile_file_name = description.get_text().lower().replace(os.sep,
"_").replace(
" ", "_")
file_contents = "description=" + description.get_text() + "\n"
file_contents += "frame_rate_num=" + f_rate_num.get_text() + "\n"
file_contents += "frame_rate_den=" + f_rate_dem.get_text() + "\n"
file_contents += "width=" + width.get_text() + "\n"
file_contents += "height=" + height.get_text() + "\n"
if progressive.get_active() == True:
prog_val = "1"
else:
prog_val = "0"
file_contents += "progressive=" + prog_val + "\n"
file_contents += "sample_aspect_num=" + s_rate_num.get_text() + "\n"
file_contents += "sample_aspect_den=" + s_rate_dem.get_text() + "\n"
file_contents += "display_aspect_num=" + d_rate_num.get_text() + "\n"
file_contents += "display_aspect_den=" + d_rate_dem.get_text() + "\n"
profile_path = userfolders.get_data_dir(
) + mltprofiles.USER_PROFILES_DIR + profile_file_name
if os.path.exists(profile_path):
dialogutils.warning_message(_("Profile '") + description.get_text() + _("' already exists!"), \
_("Delete profile and save again."), gui.editor_window.window)
return
with atomicfile.AtomicFileWriter(profile_path, "w") as afw:
profile_file = afw.get_file()
profile_file.write(file_contents)
dialogutils.info_message(_("Profile '") + description.get_text() + _("' saved."), \
_("You can now create a new project using the new profile."), gui.editor_window.window)
mltprofiles.load_profile_list()
render.reload_profiles()
user_profiles_view.fill_data_model(mltprofiles.get_user_profiles())
def run(self):
Gdk.threads_enter()
_info_window.info.set_text("Loading project " + self.filename + "...")
Gdk.threads_leave()
persistance.show_messages = False
target_project = persistance.load_project(self.filename, False, True)
target_project.c_seq = target_project.sequences[
target_project.c_seq_index]
# Media file media assets
media_assets = ""
for media_file_id, media_file in target_project.media_files.items():
if isinstance(media_file, patternproducer.AbstractBinClip):
continue
if os.path.isfile(media_file.path):
media_assets = media_assets + str(media_file.path) + "\n"
with atomicfile.AtomicFileWriter(_get_assets_file(), "w") as afw:
f = afw.get_file()
f.write(media_assets)
_shutdown()
def save(self, save_path):
with atomicfile.AtomicFileWriter(save_path, "wb") as afw:
write_file = afw.get_file()
pickle.dump(self, write_file)
def abort_render(session_id):
folder = _get_session_folder(session_id)
abort_msg_file = folder + "/" + ABORT_MSG_FILE
with atomicfile.AtomicFileWriter(abort_msg_file, "wb") as afw:
outfile = afw.get_file()
pickle.dump("##abort", outfile)
def _launch_render(self, clip, range_in, range_out, clip_start_offset):
self.create_data_dirs_if_needed()
job_msg = self.get_job_queue_message()
job_msg.text = _("Render Starting...")
job_msg.status = jobs.RENDERING
jobs.update_job_queue(job_msg)
self.render_range_in = range_in
self.render_range_out = range_out
self.clip_start_offset = clip_start_offset
blenderheadless.clear_flag_files(self.get_container_program_id())
# We need data to be available for render process,
# create video_render_data object with default values if not available.
if self.container_data.render_data == None:
self.container_data.render_data = toolsencoding.create_container_clip_default_render_data_object(
current_sequence().profile)
# Make sure preview render does not try to create video clip.
render_data = copy.deepcopy(self.container_data.render_data)
if self.render_type == PREVIEW_RENDER:
render_data.do_video_render = False
render_data.is_preview_render = True
blenderheadless.set_render_data(self.get_container_program_id(),
render_data)
# Write current render target container clip for blenderrendersetup.py
cont_info_id_path = userfolders.get_cache_dir(
) + "blender_render_container_id"
with atomicfile.AtomicFileWriter(cont_info_id_path, "w") as afw:
outfile = afw.get_file()
outfile.write(str(self.get_container_program_id()))
# Write current render set up exec lines for blenderrendersetup.py
if self.render_type != PREVIEW_RENDER:
file_path_str = 'bpy.context.scene.render.filepath = "' + self.get_rendered_media_dir(
) + '/frame"' + NEWLINE
else:
file_path_str = 'bpy.context.scene.render.filepath = "' + self.get_preview_media_dir(
) + '/frame"' + NEWLINE
if not os.path.exists(self.get_preview_media_dir()):
os.mkdir(self.get_preview_media_dir())
render_exec_lines = file_path_str \
+ 'bpy.context.scene.render.fps = 24' + NEWLINE \
+ 'bpy.context.scene.render.image_settings.file_format = "PNG"' + NEWLINE \
+ 'bpy.context.scene.render.image_settings.color_mode = "RGBA"' + NEWLINE \
+ 'bpy.context.scene.render.film_transparent = 1' + NEWLINE \
+ 'bpy.context.scene.render.resolution_x = '+ str(current_sequence().profile.width()) + NEWLINE \
+ 'bpy.context.scene.render.resolution_y = ' + str(current_sequence().profile.height()) + NEWLINE \
+ 'bpy.context.scene.render.resolution_percentage = 100' + NEWLINE \
+ 'bpy.context.scene.frame_start = ' + str(range_in) + NEWLINE \
+ 'bpy.context.scene.frame_end = ' + str(range_out) + NEWLINE
render_exec_lines = self._write_exec_lines_for_obj_type(
render_exec_lines, "objects")
render_exec_lines = self._write_exec_lines_for_obj_type(
render_exec_lines, "materials")
render_exec_lines = self._write_exec_lines_for_obj_type(
render_exec_lines, "curves")
exec_lines_file_path = self.get_session_dir(
) + "/blender_render_exec_lines"
with atomicfile.AtomicFileWriter(exec_lines_file_path, "w") as afw:
outfile = afw.get_file()
outfile.write(render_exec_lines)
args = (
"session_id:" + self.get_container_program_id(),
"project_path:" + utils.escape_shell_path(
self.container_data.program
), #.replace(" ", "\ "), # This is going through Popen shell=True and needs escaped spaces.
"range_in:" + str(range_in),
"range_out:" + str(range_out),
"profile_desc:" +
PROJECT().profile.description().replace(" ", "_"))
# Run with nice to lower priority if requested (currently hard coded to lower)
nice_command = "nice -n " + str(10) + " " + str(
respaths.LAUNCH_DIR + "flowbladeblenderheadless").replace(
" ", "\ ")
for arg in args:
nice_command += " "
nice_command += arg
subprocess.Popen([nice_command], shell=True)
def save_project(project, file_path, changed_profile_desc=None):
"""
Creates pickleable project object
"""
print("Saving project...") # + os.path.basename(file_path)
# Get shallow copy
s_proj = copy.copy(project)
# Implements "change profile" functionality
global _fps_conv_mult, _xml_new_paths_for_profile_change
_fps_conv_mult = 1.0
if changed_profile_desc != None:
_fps_conv_mult = mltprofiles.get_profile(changed_profile_desc).fps(
) / mltprofiles.get_profile(s_proj.profile_desc).fps()
s_proj.profile_desc = changed_profile_desc
_xml_new_paths_for_profile_change = {
} # dict acts also as a flag to show that profile change save is happening
new_profile = mltprofiles.get_profile(changed_profile_desc)
#print "Saving changed profile project: ", changed_profile_desc
#print "FPS conversion multiplier:", _fps_conv_mult
else:
_xml_new_paths_for_profile_change = None # None value acts also as a flag to show that profile change save is _not_ happening
# Set current sequence index
s_proj.c_seq_index = project.sequences.index(project.c_seq)
# Set project SAVEFILE_VERSION to current in case this is a resave of older file type.
# Older file type has been converted to newer file type on load.
s_proj.SAVEFILE_VERSION = appconsts.SAVEFILE_VERSION
# Init proxy convert data
global project_proxy_mode, proxy_path_dict
project_proxy_mode = s_proj.proxy_data.proxy_mode
proxy_path_dict = {}
# Replace media file objects with pickleable copys
media_files = {}
for k, v in s_proj.media_files.items():
s_media_file = copy.copy(v)
# Because of MLT misfeature of changing project profile when loading MLT XML files we need to create new modified XML files when
# saving to change profile.
# Underlying reason: https://github.com/mltframework/mlt/issues/212
if changed_profile_desc != None and hasattr(
s_media_file, "path"
) and s_media_file.path != None and utils.is_mlt_xml_file(
s_media_file.path) == True:
new_xml_file_path = _save_changed_xml_file(s_media_file,
new_profile)
_xml_new_paths_for_profile_change[
s_media_file.path] = new_xml_file_path
s_media_file.path = new_xml_file_path
#print "XML path replace for media:", s_media_file.path, new_xml_file_path
# Remove unpicleable attrs
remove_attrs(s_media_file, MEDIA_FILE_REMOVE)
# Convert media files between original and proxy files
if project_proxy_mode == appconsts.CONVERTING_TO_USE_PROXY_MEDIA:
if s_media_file.has_proxy_file:
proxy_path_dict[
s_media_file.path] = s_media_file.second_file_path
s_media_file.set_as_proxy_media_file()
elif project_proxy_mode == appconsts.CONVERTING_TO_USE_ORIGINAL_MEDIA:
if s_media_file.is_proxy_file:
proxy_path_dict[
s_media_file.path] = s_media_file.second_file_path
s_media_file.set_as_original_media_file()
# Change paths when doing snapshot save. Image sequences are not
# md5 hashed and are saved in folders and need to be looked up by relative search
# when loading.
if snapshot_paths != None:
if s_media_file.type != appconsts.PATTERN_PRODUCER and s_media_file.type != appconsts.IMAGE_SEQUENCE:
s_media_file.path = snapshot_paths[s_media_file.path]
media_files[s_media_file.id] = s_media_file
s_proj.media_files = media_files
# Replace sequences with pickleable objects
sequences = []
for i in range(0, len(project.sequences)):
add_seq = project.sequences[i]
sequences.append(get_p_sequence(add_seq))
s_proj.sequences = sequences
# Remove unpickleable attributes
remove_attrs(s_proj, PROJECT_REMOVE)
# Write out file.
with atomicfile.AtomicFileWriter(file_path, "wb") as afw:
outfile = afw.get_file()
pickle.dump(s_proj, outfile)
def write_completed_message():
completed_msg_file = session_folder() + "/" + COMPLETED_MSG_FILE
script_text = "##completed##" # let's put something in here
with atomicfile.AtomicFileWriter(completed_msg_file, "w") as afw:
script_file = afw.get_file()
script_file.write(script_text)
def _launch_render(self, clip, range_in, range_out, clip_start_offset):
self.create_data_dirs_if_needed()
self.render_range_in = range_in
self.render_range_out = range_out
self.clip_start_offset = clip_start_offset
blenderheadless.clear_flag_files(self.get_container_program_id())
# We need data to be available for render process,
# create video_render_data object with default values if not available.
if self.container_data.render_data == None:
self.container_data.render_data = toolsencoding.create_container_clip_default_render_data_object(
current_sequence().profile)
blenderheadless.set_render_data(self.get_container_program_id(),
self.container_data.render_data)
# Write current render target container clip for blenderrendersetup.py
cont_info_id_path = userfolders.get_cache_dir(
) + "blender_render_container_id"
with atomicfile.AtomicFileWriter(cont_info_id_path, "w") as afw:
outfile = afw.get_file()
outfile.write(str(self.get_container_program_id()))
# Write current render set up exec lines for blenderrendersetup.py
render_exec_lines = 'bpy.context.scene.render.filepath = "' + self.get_rendered_media_dir() + '/frame"' + NEWLINE \
+ 'bpy.context.scene.render.fps = 24' + NEWLINE \
+ 'bpy.context.scene.render.image_settings.file_format = "PNG"' + NEWLINE \
+ 'bpy.context.scene.render.image_settings.color_mode = "RGBA"' + NEWLINE \
+ 'bpy.context.scene.render.film_transparent = 1' + NEWLINE \
+ 'bpy.context.scene.render.resolution_x = '+ str(current_sequence().profile.width()) + NEWLINE \
+ 'bpy.context.scene.render.resolution_y = ' + str(current_sequence().profile.height()) + NEWLINE \
+ 'bpy.context.scene.render.resolution_percentage = 100' + NEWLINE \
+ 'bpy.context.scene.frame_start = ' + str(range_in) + NEWLINE \
+ 'bpy.context.scene.frame_end = ' + str(range_out) + NEWLINE
objects = self.blender_objects()
for obj in objects:
# objects are [name, type, editorlist], see blenderprojectinit.py
obj_name = obj[0]
editor_lines = []
for editor_data in obj[2]:
# editor_data is [prop_path, label, tooltip, editor_type, value], see containerprogramedit.EditorManagerWindow.get_current_editor_data()
prop_path = editor_data[0]
value = editor_data[4]
render_exec_lines += 'obj = bpy.data.objects["' + obj_name + '"]' + NEWLINE
render_exec_lines += 'obj.' + prop_path + " = " + value + NEWLINE
exec_lines_file_path = self.get_session_dir(
) + "/blender_render_exec_lines"
with atomicfile.AtomicFileWriter(exec_lines_file_path, "w") as afw:
outfile = afw.get_file()
outfile.write(render_exec_lines)
args = ("session_id:" + self.get_container_program_id(),
"project_path:" + self.container_data.program, "range_in:" +
str(range_in), "range_out:" + str(range_out), "profile_desc:" +
PROJECT().profile.description().replace(" ", "_"))
# Run with nice to lower priority if requested (currently hard coded to lower)
nice_command = "nice -n " + str(
10) + " " + respaths.LAUNCH_DIR + "flowbladeblenderheadless"
for arg in args:
nice_command += " "
nice_command += arg
subprocess.Popen([nice_command], shell=True)