def post_render_actions(node, actions, queue='3d'):
# Proceed with post-render actions (debug, mp4, etc):
# Debug images:
post_renders = []
if node.parm("debug_images").eval():
for action in actions:
# Valid only for Mantra renders;
if not isinstance(action, MantraFarm):
continue
# Generate report per file:
debug_render = BatchFarm(job_name = action.parms['job_name'] + "_debug", queue = queue)
debug_render.debug_image(action.parms['output_picture'],
start = action.parms['start_frame'],
end = action.parms['end_frame'])
debug_render.node = action.node
debug_render.insert_input(action)
post_renders.append(debug_render)
# Merge reports:
merger = BatchFarm(job_name = action.parms['job_name'] + "_mergeReports", queue = queue)
ifd_path = os.path.join(os.getenv("JOB"), 'render/sungrid/ifd')
merger.merge_reports(action.parms['output_picture'], ifd_path=ifd_path, resend_frames=node.parm('rerun_bad_frames').eval())
merger.node = action.node
merger.add_input(debug_render)
post_renders.append(merger)
# Make a movie from proxy frames:
if node.parm("make_proxy").eval() and node.parm("make_movie").eval():
for action in actions:
# Valid only for Mantra renders:
if not isinstance(action, MantraFarm):
continue
movie = Batch.BatchFarm(job_name = action.parms['job_name'] + "_mp4", queue = queue)
movie.make_movie(action.parms['output_picture'])
movie.node = action.node
movie.insert_input(action)
post_renders.append(movie)
return post_renders
def mantra_render_with_tiles(action):
'''Creates a series of Mantra jobs using the same ifds stream with different crop setting
and overwritten filename. Secondly generates merge job with general BatchFarm class for
joining tiles.'''
tile_job_ids = []
mantra_tiles = []
tiles_x = action.rop.parm('vm_tile_count_x').eval()
tiles_y = action.rop.parm('vm_tile_count_y').eval()
parent_job_name = action.parms['job_name']
for tile in range(tiles_x*tiles_y):
mantra_farm = MantraFarm(action.node, action.rop, job_name = parent_job_name, \
crop_parms = (tiles_x,tiles_y,tile))
mantra_tiles.append(mantra_farm)
# Tile merging job:
merging_job_name = action.parms['job_name'] + '_merge'
merger = Batch.BatchFarm(job_name = merging_job_name, queue = str(action.node.parm('queue').eval()))
merger.node = action.node # NOTE: Only for debugging purposes, we don't rely on this overwise
# Need to copy it here, as proxies can be made after tiles merging of course...
merger.parms['make_proxy'] = bool(action.node.parm("make_proxy").eval())
# Queue control
merger.parms['output_picture'] = mantra_farm.parms['output_picture'] # This is for house keeping only
# This prepares commandline to execute:
merger.join_tiles(mantra_farm.parms['output_picture'],
mantra_farm.parms['start_frame'],
mantra_farm.parms['end_frame'],
tiles_x*tiles_y)
action.insert_outputs(mantra_tiles)
[tile.insert_output(merger) for tile in mantra_tiles]
# Returns tiles job and merging job.
return mantra_tiles, merger
