118 lines
3.4 KiB
Plaintext
118 lines
3.4 KiB
Plaintext
python early hide:
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import inspect
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__register_params = frozenset(inspect.signature(renpy.register_statement).parameters).difference({"name", "parse"})
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def register_decorator(cls):
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"""
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A class decorator which registers a new statement.
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The name of the statement will be the class name unless a `name` class attribute is present, which should be a string.
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The `parse` method should be a static method that returns an object which will be passed to the other methods as `self`.
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Returning an instance of the class is disabled for now.
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"""
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# security
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def raiser(*args, **kwargs):
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raise NotImplementedError("Returning an instance of the class is disabled")
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cls.__init__ = raiser
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name = getattr(cls, "name", cls.__name__)
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parse = getattr(cls, "parse", cls) # left in
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renpy.register_statement(name,
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parse=parse,
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**{k:getattr(cls, k) for k in __register_params.intersection(vars(cls))})
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return cls
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python early:
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def parse_chibi(l):
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who = l.simple_expression()
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action = l.simple_expression()
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return (who, action)
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def execute_chibi(p):
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print(f"{p}")
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who, action = p
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func = eval(f"{who}_chibi.{action}")
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# print(f"Execution: {who} {action}")
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def lint_chibi(p):
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who, action = p
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try:
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chibi = eval(f"{who}_chibi")
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except Exception:
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renpy.error(f"Character chibi not defined: {who}")
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def predict_chibi(p):
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who, action = p
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chibi = eval(f"{who}_chibi")
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doll = eval(f"{who}")
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layers = (
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l[0] for pose in chibi.poses.keys()
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for k in doll.states.values() if k[0] and k[2]
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for l in k[0].get_layers(k[0]._hash, subpath=posixpath.join("chibi", pose)).values()
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)
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return layers
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renpy.register_statement(
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name="chibi",
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parse=parse_chibi,
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execute=execute_chibi,
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lint=lint_chibi,
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predict=predict_chibi,
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)
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def parse_random(l):
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l.require(":")
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l.expect_eol()
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ll = l.subblock_lexer()
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blocks = []
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while ll.advance():
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with ll.catch_error():
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weight = 1.0
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condition = "True"
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if ll.keyword("block"):
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ll.expect_block("block")
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block = ll.subblock_lexer().renpy_block()
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if ll.keyword("weight"):
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weight = float(ll.require(ll.float))
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if ll.keyword("if"):
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ll.expect_block("if block")
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condition = ll.require(ll.python_expression)
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else:
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block = ll.renpy_statement()
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blocks.append((block, weight, condition))
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return {"blocks": blocks}
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def next_random(p):
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blocks = [(block, weight, condition) for block, weight, condition in p["blocks"] if eval(condition)]
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total_weight = sum(weight for _, weight, _ in blocks)
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n = renpy.random.random() * total_weight
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for block, weight, _ in blocks:
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if n <= weight:
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break
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else:
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n -= weight
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return block
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renpy.register_statement(
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name="random",
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block=True,
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predict_all=True,
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parse=parse_random,
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next=next_random,
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)
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