def __init__(self, anim_node):
self.name = anim_node.getElementsByTagName(NAME_NODE).item(0).firstChild.nodeValue
self.group = anim_node.getElementsByTagName(GROUP_NODE).item(0).firstChild.nodeValue
self.project_file = anim_node.getElementsByTagName(NATRON_PROJECT_FILE_NODE).item(0).firstChild.nodeValue
self.property_node_list = anim_node.getElementsByTagName(PROPERTY)
self.interpretation_node_list = anim_node.getElementsByTagName(INTERPRETATION)
self.properties = propertyparse.node_list_to_properties_array(self.property_node_list)
self.property_args = propertyparse.node_list_to_args_dict(self.property_node_list)
self.length = anim_node.getElementsByTagName(LENGTH_NODE).item(0).firstChild.nodeValue
# Create dict for interpretations for each property: property name -> (natron_node, natron_property, interpretation, args)
self.interpretations = {}
for i_node in self.interpretation_node_list:
natron_node = i_node.getAttribute(NATRON_NODE_NAME_ATTR)
natron_property = i_node.getAttribute(NATRON_PROPERTY_NAME_ATTR)
args_str = i_node.getAttribute(ARGS_ATTR)
if len(args_str) == 0:
args = None
else:
args = propertyparse.args_string_to_args_dict(args_str)
interpretation = i_node.firstChild.nodeValue
self.interpretations[i_node.getAttribute(NAME_ATTR)] = (natron_node, natron_property, interpretation, args)
def __init__(self, anim_node):
self.name = anim_node.getElementsByTagName(NAME_NODE).item(
0).firstChild.nodeValue
self.group = anim_node.getElementsByTagName(GROUP_NODE).item(
0).firstChild.nodeValue
self.project_file = anim_node.getElementsByTagName(
NATRON_PROJECT_FILE_NODE).item(0).firstChild.nodeValue
self.property_node_list = anim_node.getElementsByTagName(PROPERTY)
self.interpretation_node_list = anim_node.getElementsByTagName(
INTERPRETATION)
self.properties = propertyparse.node_list_to_properties_array(
self.property_node_list)
self.property_args = propertyparse.node_list_to_args_dict(
self.property_node_list)
self.length = anim_node.getElementsByTagName(LENGTH_NODE).item(
0).firstChild.nodeValue
# Create dict for interpretations for each property: property name -> (natron_node, natron_property, interpretation, args)
self.interpretations = {}
for i_node in self.interpretation_node_list:
natron_node = i_node.getAttribute(NATRON_NODE_NAME_ATTR)
natron_property = i_node.getAttribute(NATRON_PROPERTY_NAME_ATTR)
args_str = i_node.getAttribute(ARGS_ATTR)
if len(args_str) == 0:
args = None
else:
args = propertyparse.args_string_to_args_dict(args_str)
interpretation = i_node.firstChild.nodeValue
self.interpretations[i_node.getAttribute(NAME_ATTR)] = (
natron_node, natron_property, interpretation, args)
def __init__(self, filter_node):
self.mlt_service_id = filter_node.getAttribute(ID)
try:
self.multipart_filter = (
filter_node.getAttribute(MULTIPART_FILTER) == "true")
except: # default is False
self.multipart_filter = False
try:
self.mlt_drop_version = filter_node.getAttribute(MLT_DROP_VERSION)
except:
self.mlt_drop_version = None
try:
self.mlt_min_version = filter_node.getAttribute(MLT_MIN_VERSION)
except:
self.mlt_min_version = None
self.xml = filter_node.toxml()
self.name = filter_node.getElementsByTagName(NAME).item(
0).firstChild.nodeValue
self.group = filter_node.getElementsByTagName(GROUP).item(
0).firstChild.nodeValue
# Properties saved as name-value-type tuplets
p_node_list = filter_node.getElementsByTagName(PROPERTY)
self.properties = propertyparse.node_list_to_properties_array(
p_node_list)
# Property args saved in propertyname -> propertyargs_string dict
self.property_args = propertyparse.node_list_to_args_dict(p_node_list)
# Multipart property describes how filters are created and edited when filter
# constists of multiple filters.
# There 0 or 1 of these in the info object.
node_list = filter_node.getElementsByTagName(MULTIPART_PROPERTY)
if len(node_list) == 1:
mp = node_list[0]
value = mp.firstChild.nodeValue
args = mp.getAttribute(ARGS)
start_property = mp.getAttribute(MULTIPART_START)
end_property = mp.getAttribute(MULTIPART_END)
self.multipart_desc = (args, start_property, end_property)
self.multipart_value = value
# Extra editors that handle properties that have been set "no_editor"
e_node_list = filter_node.getElementsByTagName(EXTRA_EDITOR)
self.extra_editors = propertyparse.node_list_to_extraeditors_array(
e_node_list)
# Non-MLT properties are persistent values like properties that values are not directly written out as MLT properties
p_node_list = filter_node.getElementsByTagName(NON_MLT_PROPERTY)
self.non_mlt_properties = propertyparse.node_list_to_non_mlt_properties_array(
p_node_list)
# Property args for Non-MLT properties saved in propertyname -> propertyargs_string dict
self.property_args.update(
propertyparse.node_list_to_args_dict(p_node_list))
def __init__(self, filter_node):
self.mlt_service_id = filter_node.getAttribute(ID)
try:
self.multipart_filter = (filter_node.getAttribute(MULTIPART_FILTER) == "true")
except: # default is False
self.multipart_filter = False
try:
self.mlt_drop_version = filter_node.getAttribute(MLT_DROP_VERSION)
except:
self.mlt_drop_version = None
try:
self.mlt_min_version = filter_node.getAttribute(MLT_MIN_VERSION)
except:
self.mlt_min_version = None
self.xml = filter_node.toxml()
self.name = filter_node.getElementsByTagName(NAME).item(0).firstChild.nodeValue
self.group = filter_node.getElementsByTagName(GROUP).item(0).firstChild.nodeValue
# Properties saved as name-value-type tuplets
p_node_list = filter_node.getElementsByTagName(PROPERTY)
self.properties = propertyparse.node_list_to_properties_array(p_node_list)
# Property args saved in propertyname -> propertyargs_string dict
self.property_args = propertyparse.node_list_to_args_dict(p_node_list)
# Multipart property describes how filters are created and edited when filter
# constists of multiple filters.
# There 0 or 1 of these in the info object.
node_list = filter_node.getElementsByTagName(MULTIPART_PROPERTY)
if len(node_list) == 1:
mp = node_list[0]
value = mp.firstChild.nodeValue
args = mp.getAttribute(ARGS)
start_property = mp.getAttribute(MULTIPART_START)
end_property = mp.getAttribute(MULTIPART_END)
self.multipart_desc = (args, start_property, end_property)
self.multipart_value = value
# Extra editors that handle properties that have been set "no_editor"
e_node_list = filter_node.getElementsByTagName(EXTRA_EDITOR)
self.extra_editors = propertyparse.node_list_to_extraeditors_array(e_node_list)
# Non-MLT properties are persistent values like properties that values are not directly written out as MLT properties
p_node_list = filter_node.getElementsByTagName(NON_MLT_PROPERTY)
self.non_mlt_properties = propertyparse.node_list_to_non_mlt_properties_array(p_node_list)
# Property args for Non-MLT properties saved in propertyname -> propertyargs_string dict
self.property_args.update(propertyparse.node_list_to_args_dict(p_node_list))
def __init__(self, compositor_node):
self.mlt_service_id = compositor_node.getAttribute(MLT_SERVICE)
self.xml = compositor_node.toxml()
self.name = compositor_node.getElementsByTagName(NAME).item(0).firstChild.nodeValue
# Properties saved as name-value-type tuplets
p_node_list = compositor_node.getElementsByTagName(PROPERTY)
self.properties = propertyparse.node_list_to_properties_array(p_node_list)
# Property args saved in propertyname -> propertyargs_string dict
self.property_args = propertyparse.node_list_to_args_dict(p_node_list)
# Extra editors that handle properties that have been set "no_editor"
e_node_list = compositor_node.getElementsByTagName(EXTRA_EDITOR)
self.extra_editors = propertyparse.node_list_to_extraeditors_array(e_node_list)
def __init__(self, compositor_node):
self.mlt_service_id = compositor_node.getAttribute(MLT_SERVICE)
self.xml = compositor_node.toxml()
self.name = compositor_node.getElementsByTagName(NAME).item(0).firstChild.nodeValue
# Properties saved as name-value-type tuplets
p_node_list = compositor_node.getElementsByTagName(PROPERTY)
self.properties = propertyparse.node_list_to_properties_array(p_node_list)
# Property args saved in propertyname -> propertyargs_string dict
self.property_args = propertyparse.node_list_to_args_dict(p_node_list)
# Extra editors that handle properties that have been set "no_editor"
e_node_list = compositor_node.getElementsByTagName(EXTRA_EDITOR)
self.extra_editors = propertyparse.node_list_to_extraeditors_array(e_node_list)
