/* ScummVM - Graphic Adventure Engine * * ScummVM is the legal property of its developers, whose names * are too numerous to list here. Please refer to the COPYRIGHT * file distributed with this source distribution. * * 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, either version 3 of the License, or * (at your option) any later version. * * 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. * * You should have received a copy of the GNU General Public License * along with this program. If not, see . * */ #include "chewy/dialogs/options.h" #include "chewy/events.h" #include "chewy/file.h" #include "chewy/globals.h" #include "chewy/sound.h" namespace Chewy { namespace Dialogs { #define SURIMY_START 0 #define SURIMY_END 7 #define SCHNULLER 8 #define SCHNULL_BAND 22 #define MUND_START 9 #define MUND_END 11 #define SCHNULL_OFF 23 #define TDISP_START 12 #define TDISP_END 19 #define TDISP_EIN 20 #define TDISP_AUS 21 #define MUSIC_OFF 24 #define MUSIC_ON1 25 #define MUSIC_ON2 26 #define EXIT 27 static const int16 OPTION_ICONS[9 * 4] = { 18, 61, 40, 76, 112, 61, 130, 76, 82, 104, 144, 139, 164, 93, 194, 115, 198, 80, 206, 115, 210, 55, 302, 138, 126, 146, 210, 198, 22, 92, 44, 136, 50, 92, 72, 136 }; void Options::execute(TafInfo *ti) { long akt_clock = 0, stop_clock = 0; _G(room)->load_tgp(0, &_G(room_blk), GBOOK_TGP, 0, GBOOK); _G(out)->setPointer(_G(workptr)); _G(out)->map_spr2screen(_G(ablage)[_G(room_blk).AkAblage], 0, 0); _G(out)->setPointer(_G(screen0)); _G(room)->set_ak_pal(&_G(room_blk)); _G(fx)->blende1(_G(workptr), _G(screen0), _G(pal), 150, 0, 0); _G(out)->setPointer(_G(workptr)); int16 key = 0; int16 surimy_ani = SURIMY_START; int16 mund_ani = MUND_START; int16 mund_delay = 3; int16 mund_count = mund_delay; int16 tdisp_ani = TDISP_START; int16 tdisp_delay = 3; int16 tdisp_count = tdisp_delay; _G(FrameSpeed) = 0; int16 delay_count = _G(spieler).DelaySpeed; warning("stop_clock = (clock() / CLK_TCK) + 1;"); while (key != Common::KEYCODE_ESCAPE) { _G(out)->map_spr2screen(_G(ablage)[_G(room_blk).AkAblage], 0, 0); ++_G(FrameSpeed); warning("akt_clock = clock() / CLK_TCK;"); if (akt_clock >= stop_clock) { //TmpFrame = _G(FrameSpeed); _G(spieler).DelaySpeed = (_G(FrameSpeed) >> 1) / _G(spieler).FramesPerSecond; _G(FrameSpeed) = 0; warning("stop_clock = (clock() / CLK_TCK) + 1;"); } _G(out)->sprite_set(ti->image[surimy_ani], 18 + ti->_correction[surimy_ani << 1], 8 + ti->_correction[(surimy_ani << 1) + 1], 0); short bar_off = (_G(spieler).FramesPerSecond - 6) * 16; _G(out)->box_fill(33 + bar_off, 65, 33 + 17 + bar_off, 65 + 8, 0); Common::String fps = Common::String::format("%d", _G(spieler).FramesPerSecond << 1); _G(out)->printxy(36 + bar_off, 65, 255, 300, 0, fps.c_str()); if (_G(spieler).SoundSwitch) { _G(out)->sprite_set(ti->image[mund_ani], 18 + ti->_correction[mund_ani << 1], 8 + ti->_correction[(mund_ani << 1) + 1], 0); _G(out)->sprite_set(ti->image[SCHNULL_OFF], 18 + ti->_correction[SCHNULL_OFF << 1], 8 + ti->_correction[(SCHNULL_OFF << 1) + 1], 0); } else { _G(out)->sprite_set(ti->image[SCHNULLER], 18 + ti->_correction[SCHNULLER << 1], 8 + ti->_correction[(SCHNULLER << 1) + 1], 0); _G(out)->sprite_set(ti->image[SCHNULL_BAND], 18 + ti->_correction[SCHNULL_BAND << 1], 8 + ti->_correction[(SCHNULL_BAND << 1) + 1], 0); } _G(out)->pop_box(32 - 2, 104 - 12, 42 + 4, 136 + 2, 192, 183, 182); _G(out)->printxy(32 + 3, 104 - 10, 15, 300, 0, "S"); _G(out)->box_fill(33, 136 - (_G(spieler).SoundVol >> 1), 42, 136, 15); _G(out)->pop_box(52 - 2, 104 - 12, 62 + 4, 136 + 2, 192, 183, 182); _G(out)->printxy(52 + 3, 104 - 10, 31, 300, 0, "M"); _G(out)->box_fill(53, 136 - (_G(spieler).MusicVol >> 1), 62, 136, 31); if (_G(spieler).MusicSwitch) { _G(out)->sprite_set(ti->image[MUSIC_ON1], 18 + ti->_correction[MUSIC_ON1 << 1], 8 + ti->_correction[(MUSIC_ON1 << 1) + 1], 0); _G(out)->sprite_set(ti->image[MUSIC_ON2], 18 + ti->_correction[MUSIC_ON2 << 1], 8 + ti->_correction[(MUSIC_ON2 << 1) + 1], 0); } else _G(out)->sprite_set(ti->image[MUSIC_OFF], 18 + ti->_correction[MUSIC_OFF << 1], 8 + ti->_correction[(MUSIC_OFF << 1) + 1], 0); if (_G(spieler).DisplayText) { _G(out)->sprite_set(ti->image[tdisp_ani], 18 + ti->_correction[tdisp_ani << 1], 8 + ti->_correction[(tdisp_ani << 1) + 1], 0); _G(out)->sprite_set(ti->image[TDISP_EIN], 18 + ti->_correction[TDISP_EIN << 1], 8 + ti->_correction[(TDISP_EIN << 1) + 1], 0); } else _G(out)->sprite_set(ti->image[TDISP_AUS], 18 + ti->_correction[TDISP_AUS << 1], 8 + ti->_correction[(TDISP_AUS << 1) + 1], 0); _G(out)->sprite_set(ti->image[EXIT], 18 + ti->_correction[EXIT << 1], 8 + ti->_correction[(EXIT << 1) + 1], 0); key = _G(in)->get_switch_code(); if ((_G(minfo).button == 1) || (key == Common::KEYCODE_RETURN)) { WAIT_TASTE_LOS int16 rect = _G(in)->mouseVector(_G(minfo).x, _G(minfo).y, OPTION_ICONS, 9); switch (rect) { case 0: if (_G(spieler).FramesPerSecond > 6) --_G(spieler).FramesPerSecond; break; case 1: if (_G(spieler).FramesPerSecond < 10) ++_G(spieler).FramesPerSecond; break; case 2: if (_G(spieler).SoundSwitch) { _G(spieler).SoundSwitch = false; _G(det)->disable_room_sound(); } else { _G(spieler).SoundSwitch = true; _G(det)->enable_room_sound(); } break; case 3: case 4: if (_G(spieler).DisplayText) { _G(spieler).DisplayText = false; _G(atds)->setHasSpeech(true); _G(spieler).SpeechSwitch = true; } else { _G(spieler).DisplayText = true; _G(atds)->setHasSpeech(false); _G(spieler).SpeechSwitch = false; } break; case 5: if (_G(spieler).MusicSwitch) { _G(spieler).MusicSwitch = false; _G(sndPlayer)->stopMod(); } else { _G(spieler).MusicSwitch = true; _G(currentSong) = -1; load_room_music(_G(spieler).PersonRoomNr[P_CHEWY]); } break; case 6: key = Common::KEYCODE_ESCAPE; break; case 7: _G(spieler).SoundVol = (136 - _G(minfo).y) << 1; g_engine->_sound->setSoundVolume(_G(spieler).SoundVol * Audio::Mixer::kMaxChannelVolume / 120); break; case 8: _G(spieler).MusicVol = (136 - _G(minfo).y) << 1; g_engine->_sound->setMusicVolume(_G(spieler).MusicVol * Audio::Mixer::kMaxChannelVolume / 120); break; default: break; } _G(minfo).button = 0; } switch (key) { case Common::KEYCODE_UP: _G(cur)->move(_G(minfo).x, --_G(minfo).y); break; case Common::KEYCODE_DOWN: _G(cur)->move(_G(minfo).x, ++_G(minfo).y); break; case Common::KEYCODE_LEFT: _G(cur)->move(--_G(minfo).x, _G(minfo).y); break; case Common::KEYCODE_RIGHT: _G(cur)->move(++_G(minfo).x, _G(minfo).y); break; default: break; } _G(cur)->plot_cur(); _G(out)->back2screen(_G(workpage)); EVENTS_UPDATE; SHOULD_QUIT_RETURN; if (!delay_count) { if (surimy_ani < SURIMY_END) ++surimy_ani; else surimy_ani = SURIMY_START; if (mund_count > 0) --mund_count; else { if (mund_ani < MUND_END) ++mund_ani; else mund_ani = MUND_START; mund_count = mund_delay; } if (tdisp_count > 0) --tdisp_count; else { if (tdisp_ani < TDISP_END) ++tdisp_ani; else tdisp_ani = TDISP_START; tdisp_count = tdisp_delay; } delay_count = _G(spieler).DelaySpeed; } else --delay_count; } _G(room)->load_tgp(1, &_G(room_blk), GBOOK_TGP, 0, GBOOK); _G(out)->setPointer(_G(workptr)); _G(out)->map_spr2screen(_G(ablage)[_G(room_blk).AkAblage], 0, 0); _G(out)->setPointer(_G(screen0)); _G(room)->set_ak_pal(&_G(room_blk)); _G(fx)->blende1(_G(workptr), _G(screen0), _G(pal), 150, 0, 0); _G(out)->setPointer(_G(workptr)); } } // namespace Dialogs } // namespace Chewy