Mercurial > touhou
view pytouhou/games/eosd/interface.py @ 604:aca9551ee8b4
Fix compiling issues with Cython 0.20 ; don't pretend to concat shader sources
author | Thibaut Girka <thib@sitedethib.com> |
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date | Tue, 11 Nov 2014 15:46:31 +0100 |
parents | 244c99c568c8 |
children | d1f0bb0b7a17 |
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# -*- encoding: utf-8 -*- ## ## Copyright (C) 2014 Emmanuel Gil Peyrot <linkmauve@linkmauve.fr> ## ## This program is free software; you can redistribute it and/or modify ## it under the terms of the GNU General Public License as published ## by the Free Software Foundation; version 3 only. ## ## This program is distributed in the hope that it will be useful, ## but WITHOUT ANY WARRANTY; without even the implied warranty of ## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ## GNU General Public License for more details. ## from pytouhou.game.effect import Effect from pytouhou.game.text import Text, Counter, Gauge, NativeText class Interface(object): width = 640 height = 480 game_pos = (32, 16) def __init__(self, resource_loader, player_state): self.game = None self.player_state = player_state front = resource_loader.get_single_anm('front.anm') self.ascii_anm = resource_loader.get_single_anm('ascii.anm') self.highscore = 1000000 #TODO: read score.dat self.items = ([Effect((0, 32 * i), 6, front) for i in range(15)] + [Effect((416 + 32 * i, 32 * j), 6, front) for i in range(7) for j in range(15)] + [Effect((32 + 32 * i, 0), 7, front) for i in range(12)] + [Effect((32 + 32 * i, 464), 8, front) for i in range(12)] + [Effect((0, 0), i, front) for i in reversed(range(6))] + [Effect((0, 0), i, front) for i in range(9, 16)]) for item in self.items: item.sprite.allow_dest_offset = True #XXX self.level_start = [] self.labels = { 'highscore': Text((500, 58), self.ascii_anm, front, text=b'0'), 'score': Text((500, 82), self.ascii_anm, front, text=b'0'), 'player': Counter((500, 122), front, front, script=16, value=0), 'bombs': Counter((500, 146), front, front, script=17, value=0), 'power': Text((500, 186), self.ascii_anm, front, text=b'0'), 'graze': Text((500, 206), self.ascii_anm, front, text=b'0'), 'points': Text((500, 226), self.ascii_anm, front, text=b'0'), 'framerate': Text((512, 464), self.ascii_anm, front), 'debug?': Text((0, 464), self.ascii_anm, front), # Only when there is a boss. 'boss_lives': Text((80, 16), self.ascii_anm), 'timeout': Text((384, 16), self.ascii_anm), } self.labels['boss_lives'].set_color('yellow') self.boss_items = [ Effect((0, 0), 19, front), # Enemy Gauge((100, 24), front), # Gauge Gauge((100, 24), front), # Spellcard gauge ] for item in self.boss_items: item.sprite.allow_dest_offset = True #XXX def start_stage(self, game, stage): self.game = game if stage < 6: text = ('STAGE %d' % stage).encode() elif stage == 6: text = b'FINAL STAGE' elif stage == 7: text = b'EXTRA STAGE' self.stage_name = NativeText((192, 200), game.std.name, shadow=True, align='center') self.stage_name.set_timeout(240, effect='fadeout', duration=60, start=120) self.set_song_name(game.std.bgms[0][0]) self.level_start = [Text((16+384/2, 200), self.ascii_anm, text=text, align='center')] #TODO: find the exact location. self.level_start[0].set_timeout(240, effect='fadeout', duration=60, start=120) self.level_start[0].set_color('yellow') def set_song_name(self, name): #TODO: use the correct animation. self.song_name = NativeText((384, 432), '♪ ' + name, shadow=True, align='right') self.song_name.set_timeout(240, effect='fadeout', duration=60, start=120) def set_boss_life(self): if not self.game.boss: return self.boss_items[1].maximum = self.game.boss.life or 1 self.boss_items[2].maximum = self.game.boss.life or 1 def set_spell_life(self): self.boss_items[2].set_value(self.game.boss.low_life_trigger if self.game.boss else 0) def update(self): for elem in self.items: elem.update() for elem in self.level_start: elem.update() if elem.removed: #XXX self.level_start = [] player_state = self.player_state self.highscore = max(self.highscore, player_state.effective_score) self.labels['highscore'].set_text('%09d' % self.highscore) self.labels['score'].set_text('%09d' % player_state.effective_score) self.labels['power'].set_text('%d' % player_state.power) self.labels['graze'].set_text('%d' % player_state.graze) self.labels['points'].set_text('%d' % player_state.points) self.labels['player'].set_value(player_state.lives) self.labels['bombs'].set_value(player_state.bombs) if self.game.boss: boss = self.game.boss life_gauge = self.boss_items[1] life_gauge.set_value(boss.life) spell_gauge = self.boss_items[2] spell_gauge.sprite.color = (255, 192, 192) if boss.life < spell_gauge.value: spell_gauge.set_value(boss.life) for item in self.boss_items: item.update() self.labels['boss_lives'].set_text('%d' % boss.remaining_lives) self.labels['boss_lives'].changed = True timeout = min((boss.timeout - boss.frame) // 60, 99) timeout_label = self.labels['timeout'] if timeout >= 20: timeout_label.set_color('blue') elif timeout >= 10: timeout_label.set_color('darkblue') else: if timeout >= 5: timeout_label.set_color('purple') else: timeout_label.set_color('red') if (boss.timeout - boss.frame) % 60 == 0 and boss.timeout != 0: self.game.sfx_player.set_volume('timeout.wav', 1.) self.game.sfx_player.play('timeout.wav') timeout_label.set_text('%02d' % (timeout if timeout >= 0 else 0)) timeout_label.changed = True