OGC:Harmonica Rifle (5e Equipment)
Harmonica Rifle
Martial Ranged Weapons
| Weapon | Cost | Damage | Weight | Properties |
|---|---|---|---|---|
| Harmonica Rifle | 800 gp | 2d8 piercing | 12 lbs. | Ammunition (range 200/800), capacity (10), loud, misalignment, two-handed |
These early attempts at true multi-shot guns are cap & ball firearms that use a “slide” to move the next bullet into position (the slides resemble harmonicas, hence the name). There are three big disadvantages to this. The first is that the slide must be manually moved, turning even a pistol into a two-handed weapon. The second is that, given the manual action, it’s easily to misalign (and, after the first shot or two, the slide can become hot). The third is that the heft of the slide tends to unbalance the weapon.
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 | Harmonica Rifle from EN Publishing, © 2017, EN World; Author Various Authors, based on original material by EN Publishing. It is covered by the Open Game License v1.0a, rather than the GNU Free Documentation License 1.3. To distinguish it, these items will have this notice. If you see any page that contains Open Game License v1.0a material and does not show this license statement, please contact an admin so that this license statement can be added. It is our intent to work within this license in good faith. | |
gollark: https://aphyr.com/posts/342-typing-the-technical-interview
gollark: If this worked as expected, in theory you could do```pythonraise quibble("abcd")```but alas, no.
gollark: But which runs much faster.
gollark: ```pythonfrom requests_futures.sessions import FuturesSessionimport concurrent.futures as futuresimport randomtry: import cPickle as pickleexcept ImportError: import pickletry: words_to_synonyms = pickle.load(open(".wtscache")) synonyms_to_words = pickle.load(open(".stwcache"))except: words_to_synonyms = {} synonyms_to_words = {}def add_to_key(d, k, v): d[k] = d.get(k, set()).union(set(v))def add_synonyms(syns, word): for syn in syns: add_to_key(synonyms_to_words, syn, [word]) add_to_key(words_to_synonyms, word, syns)def concat(list_of_lists): return sum(list_of_lists, [])def add_words(words): s = FuturesSession(max_workers=100) future_to_word = {s.get("https://api.datamuse.com/words", params={"ml": word}): word for word in words} future_to_word.update({s.get("https://api.datamuse.com/words", params={"ml": word, "v": "enwiki"}): word for word in words}) for future in futures.as_completed(future_to_word): word = future_to_word[future] try: data = future.result().json() except Exception as exc: print(f"{exc} fetching {word}") else: add_synonyms([w["word"] for w in data], word)def getattr_hook(obj, key): results = list(synonyms_to_words.get(key, set()).union(words_to_synonyms.get(key, set()))) if len(results) > 0: return obj.__getattribute__(random.choice(results)) else: raise AttributeError(f"Attribute {key} not found.")def wrap(obj): add_words(dir(obj)) obj.__getattr__ = lambda key: getattr_hook(obj, key)wrap(__builtins__)print(words_to_synonyms["Exception"])```New version which tends to reduce weirder output.
gollark: https://github.com/joelgrus/fizz-buzz-tensorflow/blob/master/Fizz%20Buzz%20in%20Tensorflow.ipynb
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