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From: Sebastian H. <dar...@us...> - 2004-09-05 02:08:17
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Update of /cvsroot/wpdev/xmlscripts/scripts/speech In directory sc8-pr-cvs1.sourceforge.net:/tmp/cvs-serv6842/speech Added Files: lizardman.py orc.py ratman.py Log Message: Random monster speech. --- NEW FILE: lizardman.py --- import random SAY_COLOR = 58 SAY_SOUND = 418 # List of syllables inspired by RunUO SYLLABLES = [ "ss", "sth", "iss", "is", "ith", "kth", "sith", "this", "its", "sit", "tis", "tsi", "ssi", "sil", "lis", "sis", "lil", "thil", "lith", "sthi", "lish", "shi", "shash", "sal", "miss", "ra", "tha", "thes", "ses", "sas", "las", "les", "sath", "sia", "ais", "isa", "asi", "asth", "stha", "sthi", "isth", "asa", "ath", "tha", "als", "sla", "thth", "ci", "ce", "cy", "yss", "ys", "yth", "syth", "thys", "yts", "syt", "tys", "tsy", "ssy", "syl", "lys", "sys", "lyl", "thyl", "lyth", "sthy", "lysh", "shy", "myss", "ysa", "sthy", "ysth" ] # # Build a random word with a given number of syllables # def buildword(syllables): result = '' for i in range(0, syllables): result += random.choice(SYLLABLES) return result # # Delimit a sentence # def delimiter(end): # End the sentence only if it's the real end or # with a chance of 1/3 if end: if random.random() >= 0.20: return '.' else: return '!' # Just end the word else: if random.random() <= 0.33: if random.random() >= 0.20: return '. ' else: return '! ' else: return ' ' # # Build a random sentence with a given number of words # def buildsentence(words): sentence = '' sentencestart = True for i in range(0, words): # 2/3 long words, 1/3 shorts if random.random() >= 0.33: word = buildword(random.randint(1, 5)) else: word = buildword(random.randint(1, 3)) # Captalize if beginning of sentence if sentencestart: sentence += word.capitalize() else: sentence += word # Add a delimiter char = delimiter(i + 1 == words) sentence += char sentencestart = char[0] != ' ' return sentence def onDamage(char, type, amount, source): # 10% chance to talk if random.random() >= 0.10: return amount if char.health - amount > 0: if amount < 5: sentence = random.choice([ "Ouch!", "Me not hurt bad!", "Thou fight bad.", "Thy blows soft!", "You bad with weapon!" ]) else: sentence = random.choice([ "Ouch! Me hurt!", "No, kill me not!", "Me hurt!", "Away with thee!", "Oof! That hurt!", "Aaah! That hurt...", "Good blow!" ]) else: sentence = random.choice(["Revenge!", "NOOooo!", "I... I...", "Me no die!", "Me die!", "Must... not die...", "Oooh, me hurt...", "Me dying?"]) # Say english sentence after constructed one char.say( buildsentence( random.randint(2, 3) ), SAY_COLOR ) char.soundeffect( SAY_SOUND ) char.say( sentence, SAY_COLOR ) return amount def onWalk(char, dir, sequence): # Only talk if talking toward our attack target if not char.attacktarget or char.distanceto(char.attacktarget) > 5: return False # Otherwise a 10% chance if random.random() >= 0.10: return False char.soundeffect( SAY_SOUND ) char.say( buildsentence(6), SAY_COLOR ) return False --- NEW FILE: ratman.py --- import random SAY_COLOR = 149 SAY_SOUND = 438 # List of syllables inspired by RunUO SYLLABLES = [ "skrit", "ch", "ch", "it", "ti", "it", "ti", "ak", "ek", "ik", "ok", "uk", "yk", "ka", "ke", "ki", "ko", "ku", "ky", "at", "et", "it", "ot", "ut", "yt", "cha", "che", "chi", "cho", "chu", "chy", "ach", "ech", "ich", "och", "uch", "ych", "att", "ett", "itt", "ott", "utt", "ytt", "tat", "tet", "tit", "tot", "tut", "tyt", "tta", "tte", "tti", "tto", "ttu", "tty", "tak", "tek", "tik", "tok", "tuk", "tyk", "ack", "eck", "ick", "ock", "uck", "yck", "cka", "cke", "cki", "cko", "cku", "cky", "rak", "rek", "rik", "rok", "ruk", "ryk", "tcha", "tche", "tchi", "tcho", "tchu", "tchy", "rach", "rech", "rich", "roch", "ruch", "rych", "rrap", "rrep", "rrip", "rrop", "rrup", "rryp", "ccka", "ccke", "ccki", "ccko", "ccku", "ccky" ] # # Build a random word with a given number of syllables # def buildword(syllables): result = '' for i in range(0, syllables): result += random.choice(SYLLABLES) return result # # Delimit a sentence # def delimiter(end): # End the sentence only if it's the real end or # with a chance of 1/3 if end: if random.random() >= 0.20: return '.' else: return '!' # Just end the word else: if random.random() <= 0.33: if random.random() >= 0.20: return '. ' else: return '! ' else: return ' ' # # Build a random sentence with a given number of words # def buildsentence(words): sentence = '' sentencestart = True for i in range(0, words): # 2/3 long words, 1/3 shorts if random.random() >= 0.33: word = buildword(random.randint(1, 5)) else: word = buildword(random.randint(1, 3)) # Captalize if beginning of sentence if sentencestart: sentence += word.capitalize() else: sentence += word # Add a delimiter char = delimiter(i + 1 == words) sentence += char sentencestart = char[0] != ' ' return sentence def onDamage(char, type, amount, source): # 10% chance to talk if random.random() >= 0.10: return amount if char.health - amount > 0: if amount < 5: sentence = random.choice([ "Ouch!", "Me not hurt bad!", "Thou fight bad.", "Thy blows soft!", "You bad with weapon!" ]) else: sentence = random.choice([ "Ouch! Me hurt!", "No, kill me not!", "Me hurt!", "Away with thee!", "Oof! That hurt!", "Aaah! That hurt...", "Good blow!" ]) else: sentence = random.choice(["Revenge!", "NOOooo!", "I... I...", "Me no die!", "Me die!", "Must... not die...", "Oooh, me hurt...", "Me dying?"]) # Say english sentence after constructed one char.say( buildsentence( random.randint(2, 3) ), SAY_COLOR ) char.soundeffect( SAY_SOUND ) char.say( sentence, SAY_COLOR ) return amount def onWalk(char, dir, sequence): # Only talk if talking toward our attack target if not char.attacktarget or char.distanceto(char.attacktarget) > 5: return False # Otherwise a 10% chance if random.random() >= 0.10: return False char.soundeffect( SAY_SOUND ) char.say( buildsentence(6), SAY_COLOR ) return False --- NEW FILE: orc.py --- import random SAY_COLOR = 34 SAY_SOUND = 432 # List of syllables inspired by RunUO SYLLABLES = [ "bu", "du", "fu", "ju", "gu", "ulg", "gug", "gub", "gur", "oog", "gub", "log", "ru", "stu", "glu", "ug", "ud", "og", "log", "ro", "flu", "bo", "duf", "fun", "nog", "dun", "bog", "dug", "gh", "ghu", "gho", "nug", "ig", "igh", "ihg", "luh", "duh", "bug", "dug", "dru", "urd", "gurt", "grut", "grunt", "snarf", "urgle", "igg", "glu", "glug", "foo", "bar", "baz", "ghat", "ab", "ad", "gugh", "guk", "ag", "alm", "thu", "log", "bilge", "augh", "gha", "gig", "goth", "zug", "pig", "auh", "gan", "azh", "bag", "hig", "oth", "dagh", "gulg", "ugh", "ba", "bid", "gug", "bug", "rug", "hat", "brui", "gagh", "buad", "buil", "buim", "bum", "hug", "hug", "buo", "ma", "buor", "ghed", "buu", "ca", "guk", "clog", "thurg", "car", "cro", "thu", "da", "cuk", "gil", "cur", "dak", "dar", "deak", "der", "dil", "dit", "at", "ag", "dor", "gar", "dre", "tk", "dri", "gka", "rim", "eag", "egg", "ha", "rod", "eg", "lat", "eichel", "ek", "ep", "ka", "it", "ut", "ewk", "ba", "dagh", "faugh", "foz", "fog", "fid", "fruk", "gag", "fub", "fud", "fur", "bog", "fup", "hagh", "gaa", "kt", "rekk", "lub", "lug", "tug", "gna", "urg", "l", "gno", "gnu", "gol", "gom", "kug", "ukk", "jak", "jek", "rukk", "jja", "akt", "nuk", "hok", "hrol", "olm", "natz", "i", "i", "o", "u", "ikk", "ign", "juk", "kh", "kgh", "ka", "hig", "ke", "ki", "klap", "klu", "knod", "kod", "knu", "thnu", "krug", "nug", "nar", "nag", "neg", "neh", "oag", "ob", "ogh", "oh", "om", "dud", "oo", "pa", "hrak", "qo", "quad", "quil", "ghig", "rur", "sag", "sah", "sg" ] # # Build a random word with a given number of syllables # def buildword(syllables): result = '' for i in range(0, syllables): result += random.choice(SYLLABLES) return result # # Delimit a sentence # def delimiter(end): # End the sentence only if it's the real end or # with a chance of 1/3 if end: if random.random() >= 0.20: return '.' else: return '!' # Just end the word else: if random.random() <= 0.33: if random.random() >= 0.20: return '. ' else: return '! ' else: return ' ' # # Build a random sentence with a given number of words # def buildsentence(words): sentence = '' sentencestart = True for i in range(0, words): # 2/3 long words, 1/3 shorts if random.random() >= 0.33: word = buildword(random.randint(1, 5)) else: word = buildword(random.randint(1, 3)) # Captalize if beginning of sentence if sentencestart: sentence += word.capitalize() else: sentence += word # Add a delimiter char = delimiter(i + 1 == words) sentence += char sentencestart = char[0] != ' ' return sentence def onDamage(char, type, amount, source): # 10% chance to talk if random.random() >= 0.10: return amount if char.health - amount > 0: if amount < 5: sentence = random.choice([ "Ouch!", "Me not hurt bad!", "Thou fight bad.", "Thy blows soft!", "You bad with weapon!" ]) else: sentence = random.choice([ "Ouch! Me hurt!", "No, kill me not!", "Me hurt!", "Away with thee!", "Oof! That hurt!", "Aaah! That hurt...", "Good blow!" ]) else: sentence = random.choice(["Revenge!", "NOOooo!", "I... I...", "Me no die!", "Me die!", "Must... not die...", "Oooh, me hurt...", "Me dying?"]) # Say english sentence after constructed one char.say( buildsentence( random.randint(2, 3) ), SAY_COLOR ) char.soundeffect( SAY_SOUND ) char.say( sentence, SAY_COLOR ) return amount def onWalk(char, dir, sequence): # Only talk if talking toward our attack target if not char.attacktarget or char.distanceto(char.attacktarget) > 5: return False # Otherwise a 10% chance if random.random() >= 0.10: return False char.soundeffect( SAY_SOUND ) char.say( buildsentence(6), SAY_COLOR ) return False |
