use pre-fixed names for XL LoRA key matching
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a02523c54c
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@ -71,8 +71,9 @@ def fix_node_name(key: str):
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return fixed_name
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return fixed_name
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def fix_xl_names(keys: Dict[str, Any], nodes: List[NodeProto]):
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def fix_xl_names(keys: Dict[str, Any], nodes: List[str]) -> Tuple[Dict[str, Any], List[str]]:
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fixed = {}
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fixed = {}
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remaining = list(nodes)
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for key, value in keys.items():
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for key, value in keys.items():
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root, *rest = key.split(".")
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root, *rest = key.split(".")
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@ -87,14 +88,11 @@ def fix_xl_names(keys: Dict[str, Any], nodes: List[NodeProto]):
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elif root.startswith("text_model"):
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elif root.startswith("text_model"):
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block = "text_model"
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block = "text_model"
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elif root.startswith("down_blocks"):
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elif root.startswith("down_blocks"):
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fixed[fix_node_name(key)] = value
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block = "down_blocks"
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continue
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elif root.startswith("mid_block"):
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elif root.startswith("mid_blocks"):
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block = "mid_block"
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fixed[fix_node_name(key)] = value
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continue
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elif root.startswith("up_blocks"):
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elif root.startswith("up_blocks"):
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fixed[fix_node_name(key)] = value
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block = "up_blocks"
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continue
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else:
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else:
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logger.warning("unknown XL key name: %s", key)
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logger.warning("unknown XL key name: %s", key)
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fixed[key] = value
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fixed[key] = value
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@ -125,14 +123,14 @@ def fix_xl_names(keys: Dict[str, Any], nodes: List[NodeProto]):
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match = None
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match = None
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if block == "text_model":
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if block == "text_model":
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match = next(
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match = next(
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node for node in nodes if fix_node_name(node.name) == f"{root}_MatMul"
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node for node in remaining if node == f"{root}_MatMul"
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)
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)
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else:
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else:
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match = next(
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match = next(
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node
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node
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for node in nodes
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for node in remaining
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if node.name.startswith(f"/{block}")
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if node.startswith(f"/{block}")
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and fix_node_name(node.name).endswith(
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and node.endswith(
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f"{suffix}_MatMul"
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f"{suffix}_MatMul"
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) # needs to be fixed because some places use to_out.0
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) # needs to be fixed because some places use to_out.0
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)
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)
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@ -141,9 +139,7 @@ def fix_xl_names(keys: Dict[str, Any], nodes: List[NodeProto]):
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logger.warning("no matches for XL key: %s", root)
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logger.warning("no matches for XL key: %s", root)
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continue
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continue
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name: str = match.name
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name = match.rstrip("/MatMul")
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name = fix_node_name(name.rstrip("/MatMul"))
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if name.endswith("proj_o"):
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if name.endswith("proj_o"):
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# wtf
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# wtf
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name = f"{name}ut"
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name = f"{name}ut"
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@ -151,9 +147,9 @@ def fix_xl_names(keys: Dict[str, Any], nodes: List[NodeProto]):
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logger.trace("matching XL key with node: %s -> %s", key, match.name)
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logger.trace("matching XL key with node: %s -> %s", key, match.name)
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fixed[name] = value
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fixed[name] = value
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nodes.remove(match)
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remaining.remove(match)
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return fixed
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return (fixed, remaining)
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def kernel_slice(x: int, y: int, shape: Tuple[int, int, int, int]) -> Tuple[int, int]:
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def kernel_slice(x: int, y: int, shape: Tuple[int, int, int, int]) -> Tuple[int, int]:
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@ -472,10 +468,17 @@ def blend_loras(
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)
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)
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blended[base_key] = np_weights
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blended[base_key] = np_weights
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# fix node names once
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fixed_initializer_names = [
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fix_initializer_name(node.name) for node in base_model.graph.initializer
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]
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fixed_node_names = [fix_node_name(node.name) for node in base_model.graph.node]
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# rewrite node names for XL
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# rewrite node names for XL
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if xl:
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if xl:
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nodes = list(base_model.graph.node)
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blended, remaining = fix_xl_names(blended, fixed_node_names)
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blended = fix_xl_names(blended, nodes)
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if len(remaining) > 0:
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logger.warning("could not match some XL keys: %s", remaining)
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logger.debug(
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logger.debug(
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"updating %s of %s initializers",
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"updating %s of %s initializers",
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@ -483,11 +486,6 @@ def blend_loras(
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len(base_model.graph.initializer),
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len(base_model.graph.initializer),
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)
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)
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fixed_initializer_names = [
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fix_initializer_name(node.name) for node in base_model.graph.initializer
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]
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fixed_node_names = [fix_node_name(node.name) for node in base_model.graph.node]
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unmatched_keys = []
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unmatched_keys = []
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for base_key, weights in blended.items():
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for base_key, weights in blended.items():
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conv_key = base_key + "_Conv"
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conv_key = base_key + "_Conv"
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