520 lines
17 KiB
Python
520 lines
17 KiB
Python
text_addresses = {'Pedestal': (0x180300, 256),
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'Triforce': (0x180400, 256),
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'Uncle': (0x180500, 256),
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'Ganon1': (0x180600, 256),
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'Ganon2': (0x180700, 256),
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'Blind': (0x180800, 256),
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'TavernMan': (0x180C00, 256),
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'Sahasrahla1': (0x180A00, 256),
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'Sahasrahla2': (0x180B00, 256),
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'BombShop1': (0x180E00, 256),
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'BombShop2': (0x180D00, 256),
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'PyramidFairy': (0x180900, 256),
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'EtherTablet': (0x180F00, 256),
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'BombosTablet': (0x181000, 256),
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'Ganon1Invincible': (0x181100, 256),
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'Ganon2Invincible': (0x181200, 256)}
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Uncle_texts = ['Good Luck!\nYou will need it.', 'Forward this message to 10 other people or this seed will be awful.', 'I hope you like your seeds bootless and fluteless.',
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'10\n9\n8\n7\n6\n5\n4\n3\n2\n1\nGo!', 'I have crippling depression.', 'I\'m off to visit cousin Fritzl.']
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Triforce_texts = ['Product has Hole in center. Bad seller, 0 out of 5.', 'Who stole the fourth triangle?', 'Trifource?\nMore Like Tritrice, am I right?'
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'\n Well Done!', 'You just wasted 2 hours of your life.', 'This was meant to be a trapezoid']
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BombShop2_texts = ['Bombs!\nBombs!\nBiggest!\nBestest!\nGreatest!\nBoomest!']
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PyramidFairy_texts = ['May I talk to you about our lord and savior, Ganon?']
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Sahasrahla2_texts = ['You already got my item, idiot.', 'Why are you still talking to me?', 'This text won\'t change.', 'Have you met my brother, Hasarahshla?']
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Blind_texts = ['I bet you expected a vision related pun?\n\nNot Today.\n Didn\'t see that coming, did you?', 'What do you call a blind dinosaur?\n A Doyouthinkhe-saurus',
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'A blind man walks into a bar...\n\n\n and a table\n\n\n and a door.',
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'Why can\'t blind people eat fish?\n Because it\'s see food']
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Ganon1_texts = ['\n\n\n\n\n\n\n\n\nWhy are you reading an empty textbox?', 'Hi', 'Hey, can you turn off the lights?', 'Oink Oink',
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'Uncle: How do you like my Ganon cosplay?', 'I\'ll try spinning - that\'s a good trick!', 'Did you ever hear the tragedy of Darth Plagueis the Wise?']
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TavernMan_texts = ['Did you know that talking to random NPCs wastes time in a race? I hope this information may be of use to you in the future.']
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KingsReturn_texts = ['Who is this even', 'The Harem']
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Sanctuary_texts = ['A Priest\'s love']
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Kakariko_texts = ['Shasschahshahsahahrahsashsa', 'Schaschlik']
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Blacksmiths_texts = ['frogs for bread', 'That\'s not a sword', 'The Rupeesmiths']
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DeathMountain_texts = ['lost again', 'Alzheimer']
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LostWoods_texts = ['thieves\' stump', 'He\'s got wood', 'Dancing pickles']
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WishingWell_texts = ['Bottle for Bottle']
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DesertPalace_texts = ['literacy moves']
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MountainTower_texts = ['up up and away']
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LinksHouse_texts = ['Home Sweet Home', 'Only one bed']
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Lumberjacks_texts = ['Chop Chop', 'logfellas']
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SickKid_texts = ['Next Time Stay Down']
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Zora_texts = ['Splashes For Sale', 'Slippery when wet']
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MagicShop_texts = ['Drug deal', 'Shrooms for days']
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FluteBoy_texts = ['Stumped']
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class Credits(object):
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def __init__(self):
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self.credit_scenes = {
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'castle': [
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SceneSmallCreditLine(19, 'The return of the King'),
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SceneLargeCreditLine(23, 'Hyrule Castle'),
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],
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'sancturary': [
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SceneSmallCreditLine(19, 'The loyal priest'),
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SceneLargeCreditLine(23, 'Sanctuary'),
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],
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'kakariko': [
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SceneSmallCreditLine(19, "Sahasralah's Homecoming"),
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SceneLargeCreditLine(23, 'Kakariko Town'),
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],
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'desert': [
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SceneSmallCreditLine(19, 'vultures rule the desert'),
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SceneLargeCreditLine(23, 'Desert Palace'),
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],
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'hera': [
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SceneSmallCreditLine(19, 'the bully makes a friend'),
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SceneLargeCreditLine(23, 'Mountain Tower'),
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],
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'house': [
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SceneSmallCreditLine(19, 'your uncle recovers'),
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SceneLargeCreditLine(23, 'Your House'),
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],
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'zora': [
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SceneSmallCreditLine(19, 'finger webs for sale'),
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SceneLargeCreditLine(23, "Zora's Waterfall"),
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],
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'witch': [
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SceneSmallCreditLine(19, 'the witch and assistant'),
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SceneLargeCreditLine(23, 'Magic Shop'),
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],
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'lumberjacks': [
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SceneSmallCreditLine(19, 'twin lumberjacks'),
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SceneLargeCreditLine(23, "Woodsmen's Hut"),
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],
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'grove': [
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SceneSmallCreditLine(19, 'ocarina boy plays again'),
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SceneLargeCreditLine(23, 'Haunted Grove'),
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],
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'well': [
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SceneSmallCreditLine(19, 'venus, queen of faeries'),
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SceneLargeCreditLine(23, 'Wishing Well'),
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],
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'smithy': [
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SceneSmallCreditLine(19, 'the dwarven swordsmiths'),
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SceneLargeCreditLine(23, 'Smithery'),
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],
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'kakariko2': [
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SceneSmallCreditLine(19, 'the bug-catching kid'),
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SceneLargeCreditLine(23, 'Kakariko Town'),
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],
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'bridge': [
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SceneSmallCreditLine(19, 'the lost old man'),
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SceneLargeCreditLine(23, 'Death Mountain'),
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],
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'woods': [
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SceneSmallCreditLine(19, 'the forest thief'),
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SceneLargeCreditLine(23, 'Lost Woods'),
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],
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'pedestal': [
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SceneSmallCreditLine(19, 'and the master sword'),
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SceneSmallAltCreditLine(21, 'sleeps again...'),
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SceneLargeCreditLine(23, 'Forever!'),
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],
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}
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self.scene_order = ['castle', 'sancturary', 'kakariko', 'desert', 'hera', 'house', 'zora', 'witch',
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'lumberjacks', 'grove', 'well', 'smithy', 'kakariko2', 'bridge', 'woods', 'pedestal']
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def update_credits_line(self, scene, line, text):
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scenes = self.credit_scenes
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text = text[:32]
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scenes[scene][line].text = text
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def get_bytes(self):
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pointers = []
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data = bytearray()
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for scene_name in self.scene_order:
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scene = self.credit_scenes[scene_name]
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pointers.append(len(data))
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for part in scene:
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data += part.as_bytes()
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pointers.append(len(data))
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return (pointers, data)
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class CreditLine(object):
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"""Base class of credit lines"""
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def __init__(self, text, align='center'):
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self.text = text
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self.align = align
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@property
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def x(self):
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x = 0
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if self.align == 'left':
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x = 0
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elif self.align == 'right':
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x = 32 - len(self.text)
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else: # center
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x = (32 - len(self.text)) // 2
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return x
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class SceneCreditLine(CreditLine):
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"""Base class for credit lines for the scene portion of the credits"""
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def __init__(self, y, text, align='center'):
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self.y = y
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super().__init__(text, align)
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def header(self, x=None, y=None, length=None):
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if x is None:
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x = self.x
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if y is None:
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y = self.y
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if length is None:
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length = len(self.text)
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header = (0x6000 | (y >> 5 << 11) | ((y & 0x1F) << 5) | (x >> 5 << 10) | (x & 0x1F)) << 16 | (length * 2 - 1)
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return bytearray([header >> 24 & 0xFF, header >> 16 & 0xFF, header >> 8 & 0xFF, header & 0xFF])
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class SceneSmallCreditLine(SceneCreditLine):
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def as_bytes(self):
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buf = bytearray()
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buf.extend(self.header())
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buf.extend(GoldCreditMapper.convert(self.text))
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# handle upper half of apostrophe character if present
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if "'" in self.text:
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apos = "".join([',' if x == "'" else ' ' for x in self.text])
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buf.extend(self.header(self.x + apos.index(','), self.y - 1, len(apos.strip())))
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buf.extend(GoldCreditMapper.convert(apos.strip()))
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# handle lower half of comma character if present
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if ',' in self.text:
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commas = "".join(["'" if x == ',' else ' ' for x in self.text])
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buf.extend(self.header(self.x + commas.index("'"), self.y + 1, len(commas.strip())))
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buf.extend(GoldCreditMapper.convert(commas.strip()))
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return buf
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class SceneSmallAltCreditLine(SceneCreditLine):
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def as_bytes(self):
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buf = bytearray()
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buf += self.header()
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buf += GreenCreditMapper.convert(self.text)
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return buf
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class SceneLargeCreditLine(SceneCreditLine):
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def as_bytes(self):
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buf = bytearray()
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buf += self.header()
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buf += LargeCreditTopMapper.convert(self.text)
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buf += self.header(self.x, self.y + 1)
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buf += LargeCreditBottomMapper.convert(self.text)
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return buf
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def string_to_alttp_text(s, maxbytes=256):
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lines = s.upper().split('\n')
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outbuf = bytearray()
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lineindex = 0
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while lines:
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linespace = 14
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line = lines.pop(0)
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words = line.split(' ')
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outbuf.append(0x74 if lineindex == 0 else 0x75 if lineindex == 1 else 0x76) # line starter
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while words:
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word = words.pop(0)
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# sanity check: if the word we have is more than 14 characters, we take as much as we can still fit and push the rest back for later
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if len(word) > 14:
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if linespace < 14:
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word = ' ' + word
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word_first = word[:linespace]
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words.insert(0, word[linespace:])
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lines.insert(0, ' '.join(words))
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write_word(outbuf, word_first)
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break
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if len(word) <= (linespace if linespace == 14 else linespace - 1):
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if linespace < 14:
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word = ' ' + word
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linespace -= len(word)
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write_word(outbuf, word)
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else:
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# ran out of space, push word and lines back and continue with next line
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words.insert(0, word)
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lines.insert(0, ' '.join(words))
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break
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lineindex += 1
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if lineindex % 3 == 0 and lines:
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outbuf.append(0x7E)
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if lineindex >= 3 and lines:
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outbuf.append(0x73)
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# check for max length
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if len(outbuf) > maxbytes - 1:
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outbuf = outbuf[:maxbytes - 1]
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# make sure we interpret the end of box character
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if outbuf[-1] == 0x00:
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outbuf[-1] = 0x73
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outbuf.append(0x7F)
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return outbuf
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def write_word(buf, word):
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for char in word:
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buf.extend([0x00, char_to_alttp_char(char)])
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char_map = {' ': 0xFF,
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'?': 0xC6,
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'!': 0xC7,
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',': 0xC8,
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'-': 0xC9,
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'…': 0xCC,
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'.': 0xCD,
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'~': 0xCE,
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'～': 0xCE,
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"'": 0xD8,
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'’': 0xD8,
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'↑': 0xE0,
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'↓': 0xE1,
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'→': 0xE2,
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'←': 0xE3,
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'あ': 0x00,
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'い': 0x01,
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'う': 0x02,
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'え': 0x03,
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'お': 0x04,
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'や': 0x05,
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'ゆ': 0x06,
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'よ': 0x07,
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'か': 0x08,
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'き': 0x09,
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'く': 0x0A,
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'け': 0x0B,
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'こ': 0x0C,
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'わ': 0x0D,
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'を': 0x0E,
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'ん': 0x0F,
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'さ': 0x10,
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'し': 0x11,
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'す': 0x12,
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'せ': 0x13,
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'そ': 0x14,
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'が': 0x15,
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'ぎ': 0x16,
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'ぐ': 0x17,
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'た': 0x18,
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'ち': 0x19,
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'つ': 0x1A,
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'て': 0x1B,
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'と': 0x1C,
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'げ': 0x1D,
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'ご': 0x1E,
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'ざ': 0x1F,
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'な': 0x20,
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'に': 0x21,
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'ぬ': 0x22,
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'ね': 0x23,
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'の': 0x24,
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'じ': 0x25,
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'ず': 0x26,
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'ぜ': 0x27,
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'は': 0x28,
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'ひ': 0x29,
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'ふ': 0x2A,
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'へ': 0x2B,
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'ほ': 0x2C,
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'ぞ': 0x2D,
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'だ': 0x2E,
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'ぢ': 0x2F,
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'ま': 0x30,
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'み': 0x31,
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'む': 0x32,
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'め': 0x33,
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'も': 0x34,
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'づ': 0x35,
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'で': 0x36,
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'ど': 0x37,
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'ら': 0x38,
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'り': 0x39,
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'る': 0x3A,
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'れ': 0x3B,
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'ろ': 0x3C,
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'ば': 0x3D,
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'び': 0x3E,
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'ぶ': 0x3F,
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'べ': 0x40,
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'ぼ': 0x41,
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'ぱ': 0x42,
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'ぴ': 0x43,
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'ぷ': 0x44,
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'ぺ': 0x45,
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'ぽ': 0x46,
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'ゃ': 0x47,
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'ゅ': 0x48,
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'ょ': 0x49,
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'っ': 0x4A,
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'ぁ': 0x4B,
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'ぃ': 0x4C,
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'ぅ': 0x4D,
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'ぇ': 0x4E,
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'ぉ': 0x4F,
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'ア': 0x50,
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'イ': 0x51,
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'ウ': 0x52,
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'エ': 0x53,
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'オ': 0x54,
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'ヤ': 0x55,
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'ユ': 0x56,
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'ヨ': 0x57,
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'カ': 0x58,
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'キ': 0x59,
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'ク': 0x5A,
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'ケ': 0x5B,
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'コ': 0x5C,
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'ワ': 0x5D,
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'ヲ': 0x5E,
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'ン': 0x5F,
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'サ': 0x60,
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'シ': 0x61,
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'ス': 0x62,
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'セ': 0x63,
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'ソ': 0x64,
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'ガ': 0x65,
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'ギ': 0x66,
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'グ': 0x67,
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'タ': 0x68,
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'チ': 0x69,
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'ツ': 0x6A,
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'テ': 0x6B,
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'ト': 0x6C,
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'ゲ': 0x6D,
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'ゴ': 0x6E,
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'ザ': 0x6F,
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'ナ': 0x70,
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'ニ': 0x71,
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'ヌ': 0x72,
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'ネ': 0x73,
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'ノ': 0x74,
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'ジ': 0x75,
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'ズ': 0x76,
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'ゼ': 0x77,
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'ハ': 0x78,
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'ヒ': 0x79,
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'フ': 0x7A,
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'ヘ': 0x7B,
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'ホ': 0x7C,
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'ゾ': 0x7D,
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'ダ': 0x7E,
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'マ': 0x80,
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'ミ': 0x81,
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'ム': 0x82,
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'メ': 0x83,
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'モ': 0x84,
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'ヅ': 0x85,
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'デ': 0x86,
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'ド': 0x87,
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'ラ': 0x88,
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'リ': 0x89,
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'ル': 0x8A,
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'レ': 0x8B,
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'ロ': 0x8C,
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'バ': 0x8D,
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'ビ': 0x8E,
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'ブ': 0x8F,
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'ベ': 0x90,
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'ボ': 0x91,
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'パ': 0x92,
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'ピ': 0x93,
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'プ': 0x94,
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'ペ': 0x95,
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'ポ': 0x96,
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'ャ': 0x97,
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'ュ': 0x98,
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'ョ': 0x99,
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'ッ': 0x9A,
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'ァ': 0x9B,
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'ィ': 0x9C,
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'ゥ': 0x9D,
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'ェ': 0x9E,
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'ォ': 0x9F}
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def char_to_alttp_char(char):
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if 0x30 <= ord(char) <= 0x39:
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return ord(char) + 0x70
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if 0x41 <= ord(char) <= 0x5A:
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return ord(char) + 0x69
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return char_map.get(char, 0xFF)
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class TextMapper(object):
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number_offset = None
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alpha_offset = 0
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char_map = {}
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@classmethod
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def map_char(cls, char):
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if cls.number_offset is not None:
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if 0x30 <= ord(char) <= 0x39:
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return ord(char) + cls.number_offset
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if 0x61 <= ord(char) <= 0x7A:
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return ord(char) + cls.alpha_offset
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return cls.char_map.get(char, cls.char_map[' '])
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@classmethod
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def convert(cls, text):
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buf = bytearray()
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for char in text.lower():
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buf.append(cls.map_char(char))
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return buf
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class GoldCreditMapper(TextMapper):
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char_map = {' ': 0x9F,
|
||
',': 0x34,
|
||
'.': 0x37,
|
||
'-': 0x36,
|
||
"'": 0x35}
|
||
alpha_offset = -0x47
|
||
|
||
|
||
class GreenCreditMapper(TextMapper):
|
||
char_map = {' ': 0x9F,
|
||
'.': 0x52}
|
||
alpha_offset = -0x29
|
||
|
||
class RedCreditMapper(TextMapper):
|
||
char_map = {' ': 0x9F} #fixme
|
||
alpha_offset = -0x61
|
||
|
||
class LargeCreditTopMapper(TextMapper):
|
||
char_map = {' ': 0x9F,
|
||
"'": 0x77,
|
||
'!': 0x78,
|
||
'.': 0xA0,
|
||
'#': 0xA1,
|
||
'/': 0xA2,
|
||
':': 0xA3}
|
||
alpha_offset = -0x04
|
||
number_offset = 0x23
|
||
|
||
|
||
class LargeCreditBottomMapper(TextMapper):
|
||
char_map = {' ': 0x9F,
|
||
"'": 0x9D,
|
||
'!': 0x9E,
|
||
'.': 0xC0,
|
||
'#': 0xC1,
|
||
'/': 0xC2,
|
||
':': 0xC3}
|
||
alpha_offset = 0x22
|
||
number_offset = 0x49
|