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scummvm/engines/avalanche/lucerna2.cpp

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/* 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 2
* 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, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*
*/
/*
* This code is based on the original source code of Lord Avalot d'Argent version 1.3.
* Copyright (c) 1994-1995 Mike, Mark and Thomas Thurman.
*/
/* LUCERNA The screen, [keyboard] and mouse handler.*/
#include "avalanche/avalanche.h"
#include "avalanche/lucerna2.h"
#include "avalanche/gyro2.h"
#include "avalanche/scrolls2.h"
#include "avalanche/visa2.h"
#include "avalanche/timeout2.h"
#include "avalanche/trip6.h"
#include "avalanche/enid2.h"
#include "avalanche/celer2.h"
#include "avalanche/pingo2.h"
#include "avalanche/sequence2.h"
#include "avalanche/acci2.h"
#include "avalanche/roomnums.h"
#include "common/rect.h"
#include "common/system.h"
#include "graphics/palette.h"
//#include "dropdown.h"
//#include "basher.h"
namespace Avalanche {
Lucerna::Lucerna(AvalancheEngine *vm) : fxhidden(false) {
_vm = vm;
}
Lucerna::~Lucerna() {
for (byte i = 0; i < 31; i++)
for (byte j = 0; j < 2; j++)
if (_vm->_gyro->_also[i][j] != 0) {
delete _vm->_gyro->_also[i][j];
_vm->_gyro->_also[i][j] = 0;
}
}
void Lucerna::init() {
_vm->_gyro->_oh = _vm->_gyro->_onh = _vm->_gyro->_om = 17717;
for (byte i = 0; i < 31; i++)
for (byte j = 0; j < 2; j++)
_vm->_gyro->_also[i][j] = 0;
#if 0
if (_vm->_enhanced->atbios)
_vm->_gyro->atkey = "f1";
else
_vm->_gyro->atkey = "alt-";
#endif
}
/**
* Call a given Verb
* @remarks Originally called 'callverb'
*/
void Lucerna::callVerb(byte id) {
if (id == _vm->_acci->kPardon) {
_vm->_scrolls->display(Common::String("The f5 key lets you do a particular action in certain ") +
"situations. However, at the moment there is nothing " +
"assigned to it. You may press alt-A to see what the " +
"current setting of this key is.");
} else {
_vm->_gyro->_weirdWord = false;
_vm->_acci->_polite = true;
_vm->_acci->_verb = id;
_vm->_acci->doThat();
}
}
void Lucerna::draw_also_lines() {
byte ff;
CursorMan.showMouse(false);
_vm->_graphics->_magics.fillRect(Common::Rect(0, 0, 640, 200), 0);
_vm->_graphics->_magics.frameRect(Common::Rect(0, 45, 640, 161), 15);
for (ff = 0; ff < _vm->_gyro->_lineNum; ff++) {
// We had to check if the lines are within the borders of the screen.
if ((_vm->_gyro->_lines[ff]._x1 >= 0) && (_vm->_gyro->_lines[ff]._x1 < _vm->_graphics->kScreenWidth) && (_vm->_gyro->_lines[ff]._y1 >= 0) && (_vm->_gyro->_lines[ff]._y1 < _vm->_graphics->kScreenHeight)
&& (_vm->_gyro->_lines[ff]._x2 >= 0) && (_vm->_gyro->_lines[ff]._x2 < _vm->_graphics->kScreenWidth) && (_vm->_gyro->_lines[ff]._y2 >= 0) && (_vm->_gyro->_lines[ff]._y2 < _vm->_graphics->kScreenHeight))
_vm->_graphics->_magics.drawLine(_vm->_gyro->_lines[ff]._x1, _vm->_gyro->_lines[ff]._y1, _vm->_gyro->_lines[ff]._x2, _vm->_gyro->_lines[ff]._y2, _vm->_gyro->_lines[ff]._color);
}
CursorMan.showMouse(true);
}
// nextstring, scram1 and unscrable are only used in load_also
Common::String Lucerna::nextstring() {
Common::String str;
byte length = f.readByte();
for (int i = 0; i < length; i++)
str += f.readByte();
return str;
}
void Lucerna::scram1(Common::String &x) {
for (uint fz = 0; fz < x.size(); fz++)
x.setChar(x[fz] ^ 177, fz);
}
void Lucerna::unscramble() {
for (byte fv = 0; fv < 31; fv++)
for (byte ff = 0; ff < 2; ff++)
if (_vm->_gyro->_also[fv][ff] != 0)
scram1(*_vm->_gyro->_also[fv][ff]);
scram1(_vm->_gyro->_listen);
scram1(_vm->_gyro->_flags);
}
void Lucerna::load_also(Common::String n) {
byte ff, fv;
for (fv = 0; fv < 31; fv++)
for (ff = 0; ff < 2; ff++)
if (_vm->_gyro->_also[fv][ff] != 0) {
delete _vm->_gyro->_also[fv][ff];
_vm->_gyro->_also[fv][ff] = 0;
}
Common::String filename;
filename = filename.format("also%s.avd", n.c_str());
if (!f.open(filename)) {
warning("AVALANCHE: Lucerna: File not found: %s", filename.c_str());
return;
}
f.seek(128);
byte minnames = f.readByte();
for (fv = 0; fv <= minnames; fv++) {
for (ff = 0; ff < 2; ff++) {
_vm->_gyro->_also[fv][ff] = new Common::String;
*_vm->_gyro->_also[fv][ff] = nextstring();
}
*_vm->_gyro->_also[fv][0] = Common::String('\x9D') + *_vm->_gyro->_also[fv][0] + Common::String('\x9D');
}
memset(_vm->_gyro->_lines, 0xFF, sizeof(_vm->_gyro->_lines));
//fv = getpixel(0, 0);
_vm->_gyro->_lineNum = f.readByte();
for (byte i = 0; i < _vm->_gyro->_lineNum; i++) {
_vm->_gyro->_lines[i]._x1 = f.readSint16LE();
_vm->_gyro->_lines[i]._y1 = f.readSint16LE();
_vm->_gyro->_lines[i]._x2 = f.readSint16LE();
_vm->_gyro->_lines[i]._y2 = f.readSint16LE();
_vm->_gyro->_lines[i]._color = f.readByte();
}
memset(_vm->_gyro->_peds, 177, sizeof(_vm->_gyro->_peds));
fv = f.readByte();
for (byte i = 0; i < fv; i++) {
_vm->_gyro->_peds[i]._x = f.readSint16LE();
_vm->_gyro->_peds[i]._y = f.readSint16LE();
_vm->_gyro->_peds[i]._direction = f.readByte();
}
_vm->_gyro->_fieldNum = f.readByte();
for (byte i = 0; i < _vm->_gyro->_fieldNum; i++) {
_vm->_gyro->_fields[i]._x1 = f.readSint16LE();
_vm->_gyro->_fields[i]._y1 = f.readSint16LE();
_vm->_gyro->_fields[i]._x2 = f.readSint16LE();
_vm->_gyro->_fields[i]._y2 = f.readSint16LE();
}
for (byte i = 0; i < 15; i++) {
_vm->_gyro->_magics[i]._operation = f.readByte();
_vm->_gyro->_magics[i]._data = f.readUint16LE();
}
for (byte i = 0; i < 7; i++) {
_vm->_gyro->_portals[i]._operation = f.readByte();
_vm->_gyro->_portals[i]._data = f.readUint16LE();
}
_vm->_gyro->_flags.clear();
for (byte i = 0; i < 26; i++)
_vm->_gyro->_flags += f.readByte();
int16 listen_length = f.readByte();
_vm->_gyro->_listen.clear();
for (byte i = 0; i < listen_length; i++)
_vm->_gyro->_listen += f.readByte();
draw_also_lines();
//setactivepage(1);
warning("STUB: Lucerna::load_also()");
f.close();
unscramble();
for (fv = 0; fv <= minnames; fv++)
*_vm->_gyro->_also[fv][0] = Common::String(',') + *_vm->_gyro->_also[fv][0] + ',';
}
void Lucerna::load(byte n) { // Load2, actually
Common::String xx;
CursorMan.showMouse(false);
_vm->_graphics->fleshColors();
xx = _vm->_gyro->intToStr(n);
Common::String filename;
filename = filename.format("place%s.avd", xx.c_str());
if (!f.open(filename)) {
warning("AVALANCHE: Lucerna: File not found: %s", filename.c_str());
return;
}
f.seek(146);
if (!_vm->_gyro->_roomnName.empty())
_vm->_gyro->_roomnName.clear();
for (byte i = 0; i < 30; i++) {
char actChar = f.readByte();
if ((32 <= actChar) && (actChar <= 126))
_vm->_gyro->_roomnName += actChar;
}
// Compression method byte follows this...
f.seek(177);
_vm->_graphics->_background = _vm->_graphics->loadPictureRow(f, _vm->_graphics->kBackgroundWidth, _vm->_graphics->kBackgroundHeight);
_vm->_graphics->refreshBackground();
f.close();
load_also(xx);
_vm->_celer->loadBackgroundSprites(n);
// byte bit = *_vm->_graphics->getPixel(0,0);
CursorMan.showMouse(true);
}
void Lucerna::zoomout(int16 x, int16 y) {
// int16 x1, y1, x2, y2;
// byte fv;
warning("STUB: Lucerna::zoomout()");
}
void Lucerna::find_people(byte room) {
for (byte fv = 1; fv < 29; fv++) {
if (_vm->_gyro->_whereIs[fv] == room) {
if (fv < 25)
_vm->_gyro->_him = fv + 150;
else
_vm->_gyro->_her = fv + 150;
}
}
}
void Lucerna::exitroom(byte x) {
//nosound();
_vm->_celer->forgetBackgroundSprites();
_vm->_gyro->_seeScroll = true; // This stops the trippancy system working over the length of this procedure.
switch (x) {
case r__spludwicks:
_vm->_timeout->lose_timer(_vm->_timeout->reason_avariciustalks);
_vm->_gyro->_dna._avariciusTalk = 0;
// He doesn't HAVE to be talking for this to work. It just deletes it IF it exists.
break;
case r__bridge:
if (_vm->_gyro->_dna._drawbridgeOpen > 0) {
_vm->_gyro->_dna._drawbridgeOpen = 4; // Fully open.
_vm->_timeout->lose_timer(_vm->_timeout->reason_drawbridgefalls);
}
break;
case r__outsidecardiffcastle:
_vm->_timeout->lose_timer(_vm->_timeout->reason_cardiffsurvey);
break;
case r__robins:
_vm->_timeout->lose_timer(_vm->_timeout->reason_getting_tied_up);
break;
}
_vm->_gyro->_interrogation = 0; // Leaving the room cancels all the questions automatically.
_vm->_gyro->_seeScroll = false; // Now it can work again!
_vm->_gyro->_dna._lastRoom = _vm->_gyro->_dna._room;
if (_vm->_gyro->_dna._room != r__map)
_vm->_gyro->_dna._lastRoomNotMap = _vm->_gyro->_dna._room;
}
void Lucerna::new_town() { // You've just entered a town from the map.
_vm->_dropdown->setupMenu();
switch (_vm->_gyro->_dna._room) {
case r__outsidenottspub: // Entry into Nottingham.
if ((_vm->_gyro->_dna._roomCount[r__robins] > 0) && (_vm->_gyro->_dna._beenTiedUp) && (!_vm->_gyro->_dna._takenMushroom))
_vm->_gyro->_dna._mushroomGrowing = true;
break;
case r__wisewomans: { // Entry into Argent.
if (_vm->_gyro->_dna._talkedToCrapulus && (! _vm->_gyro->_dna._lustieIsAsleep)) {
_vm->_gyro->_dna._spludwickAtHome = !((_vm->_gyro->_dna._roomCount[r__wisewomans] % 3) == 1);
_vm->_gyro->_dna._crapulusWillTell = ! _vm->_gyro->_dna._spludwickAtHome;
} else {
_vm->_gyro->_dna._spludwickAtHome = true;
_vm->_gyro->_dna._crapulusWillTell = false;
}
if (_vm->_gyro->_dna._boxContent == _vm->_gyro->kObjectWine)
_vm->_gyro->_dna._wineState = 3; // Vinegar
}
break;
}
if (_vm->_gyro->_dna._room != r__outsideducks) {
if ((_vm->_gyro->_dna._objects[_vm->_gyro->kObjectOnion - 1]) && !(_vm->_gyro->_dna._onionInVinegar))
_vm->_gyro->_dna._rottenOnion = true; // You're holding the onion
}
}
void Lucerna::put_geida_at(byte whichped, byte &ped) {
if (ped == 0)
return;
_vm->_trip->tr[1].init(5, false, _vm->_trip); // load Geida
_vm->_trip->apped(2, whichped);
_vm->_trip->tr[1].call_eachstep = true;
_vm->_trip->tr[1].eachstep = _vm->_trip->procgeida_procs;
}
void Lucerna::enterroom(byte x, byte ped) {
_vm->_gyro->_seeScroll = true; // This stops the trippancy system working over the length of this procedure.
find_people(x);
_vm->_gyro->_dna._room = x;
if (ped != 0)
_vm->_gyro->_dna._roomCount[x]++;
load(x);
if ((_vm->_gyro->_dna._roomCount[x] == 0) && (! _vm->_gyro->setFlag('S')))
points(1);
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleAvalot - 150] = _vm->_gyro->_dna._room;
if (_vm->_gyro->_dna._geidaFollows)
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleGeida - 150] = x;
_vm->_gyro->_roomTime = 0;
if ((_vm->_gyro->_dna._lastRoom == r__map) && (_vm->_gyro->_dna._lastRoomNotMap != _vm->_gyro->_dna._room))
new_town();
switch (x) {
case r__yours:
if (_vm->_gyro->_dna._avvyInBed) {
_vm->_celer->drawBackgroundSprite(-1, -1, 3);
_vm->_graphics->refreshBackground();
_vm->_timeout->set_up_timer(100, _vm->_timeout->procarkata_shouts, _vm->_timeout->reason_arkata_shouts);
}
break;
case r__outsideyours:
if (ped > 0) {
if (! _vm->_gyro->_dna._talkedToCrapulus) {
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleCrapulus - 150] = r__outsideyours;
_vm->_trip->tr[1].init(8, false, _vm->_trip); // load Crapulus
if (_vm->_gyro->_dna._roomCount[r__outsideyours] == 1) {
_vm->_trip->apped(2, 4); // Start on the right-hand side of the screen.
_vm->_trip->tr[1].walkto(5); // Walks up to greet you.
} else {
_vm->_trip->apped(2, 5); // Starts where he was before.
_vm->_trip->tr[1].face = 3;
}
_vm->_trip->tr[1].call_eachstep = true;
_vm->_trip->tr[1].eachstep = _vm->_trip->procface_avvy; // He always faces Avvy.
} else _vm->_gyro->_whereIs[_vm->_gyro->kPeopleCrapulus - 150] = r__nowhere;
if (_vm->_gyro->_dna._crapulusWillTell) {
_vm->_trip->tr[1].init(8, false, _vm->_trip);
_vm->_trip->apped(2, 2);
_vm->_trip->tr[1].walkto(4);
_vm->_timeout->set_up_timer(20, _vm->_timeout->proccrapulus_splud_out, _vm->_timeout->reason_crapulus_says_spludwick_out);
_vm->_gyro->_dna._crapulusWillTell = false;
}
}
break;
case r__outsidespludwicks:
if ((_vm->_gyro->_dna._roomCount[r__outsidespludwicks] == 1) && (ped == 1)) {
_vm->_timeout->set_up_timer(20, _vm->_timeout->procbang, _vm->_timeout->reason_explosion);
_vm->_gyro->_dna._spludwickAtHome = true;
}
break;
case r__spludwicks:
if (_vm->_gyro->_dna._spludwickAtHome) {
if (ped > 0) {
_vm->_trip->tr[1].init(2, false, _vm->_trip); // load Spludwick
_vm->_trip->apped(2, 2);
_vm->_gyro->_whereIs[1] = r__spludwicks;
}
_vm->_gyro->_dna._dogFoodPos = 0; // _vm->_gyro->also Spludwick pos.
_vm->_trip->tr[1].call_eachstep = true;
_vm->_trip->tr[1].eachstep = _vm->_trip->procgeida_procs;
} else
_vm->_gyro->_whereIs[1] = r__nowhere;
break;
case r__brummieroad:
if (_vm->_gyro->_dna._geidaFollows)
put_geida_at(5, ped);
if (_vm->_gyro->_dna._cwytalotGone) {
_vm->_gyro->_magics[kColorLightred - 1]._operation = _vm->_gyro->kMagicNothing;
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleCwytalot - 150] = r__nowhere;
} else {
if (ped > 0) {
_vm->_trip->tr[1].init(4, false, _vm->_trip); // 4 = Cwytalot
_vm->_trip->tr[1].call_eachstep = true;
_vm->_trip->tr[1].eachstep = _vm->_trip->procfollow_avvy_y;
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleCwytalot - 150] = r__brummieroad;
if (_vm->_gyro->_dna._roomCount[r__brummieroad] == 1) { // First time here...
_vm->_trip->apped(2, 2); // He appears on the right of the screen...
_vm->_trip->tr[1].walkto(4); // ...and he walks up...
} else {
// You've been here before.
_vm->_trip->apped(2, 4); // He's standing in your way straight away...
_vm->_trip->tr[1].face = _vm->_trip->left;
}
}
}
break;
case r__argentroad:
if ((_vm->_gyro->_dna._cwytalotGone) && (! _vm->_gyro->_dna._passedCwytalotInHerts) && (ped == 2) &&
(_vm->_gyro->_dna._roomCount[r__argentroad] > 3)) {
_vm->_trip->tr[1].init(4, false, _vm->_trip); // 4 = Cwytalot again
_vm->_trip->apped(2, 1);
_vm->_trip->tr[1].walkto(2);
_vm->_trip->tr[1].vanishifstill = true;
_vm->_gyro->_dna._passedCwytalotInHerts = true;
// _vm->_gyro->whereis[#157] = r__Nowhere; // can we fit this in?
_vm->_timeout->set_up_timer(20, _vm->_timeout->proc_cwytalot_in_herts, _vm->_timeout->reason_cwytalot_in_herts);
}
break;
case r__bridge:
if (_vm->_gyro->_dna._drawbridgeOpen == 4) { // open
_vm->_celer->drawBackgroundSprite(-1, -1, 3); // Position of drawbridge
_vm->_graphics->refreshBackground();
_vm->_gyro->_magics[kColorGreen - 1]._operation = _vm->_gyro->kMagicNothing; // You may enter the drawbridge.
}
if (_vm->_gyro->_dna._geidaFollows)
put_geida_at(ped + 3, ped); // load Geida
break;
case r__robins:
if (ped > 0) {
if (! _vm->_gyro->_dna._beenTiedUp) {
// A welcome party... or maybe not...
_vm->_trip->tr[1].init(6, false, _vm->_trip);
_vm->_trip->apped(2, 2);
_vm->_trip->tr[1].walkto(3);
_vm->_timeout->set_up_timer(36, _vm->_timeout->procget_tied_up, _vm->_timeout->reason_getting_tied_up);
}
}
if (_vm->_gyro->_dna._beenTiedUp) {
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleRobinHood - 150] = 0;
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleFriarTuck - 150] = 0;
}
if (_vm->_gyro->_dna._tiedUp)
_vm->_celer->drawBackgroundSprite(-1, -1, 2);
if (!_vm->_gyro->_dna._mushroomGrowing)
_vm->_celer->drawBackgroundSprite(-1, -1, 3);
_vm->_graphics->refreshBackground();
break;
case r__outsidecardiffcastle:
if (ped > 0)
switch (_vm->_gyro->_dna._cardiffQuestionNum) {
case 0 : { // You've answered NONE of his questions.
_vm->_trip->tr[1].init(9, false, _vm->_trip);
_vm->_trip->apped(2, 2);
_vm->_trip->tr[1].walkto(3);
_vm->_timeout->set_up_timer(47, _vm->_timeout->proccardiffsurvey, _vm->_timeout->reason_cardiffsurvey);
}
break;
case 5 :
_vm->_gyro->_magics[1]._operation = _vm->_gyro->kMagicNothing;
break; // You've answered ALL his questions. => nothing happens.
default: { // You've answered SOME of his questions.
_vm->_trip->tr[1].init(9, false, _vm->_trip);
_vm->_trip->apped(2, 3);
_vm->_trip->tr[1].face = _vm->_trip->right;
_vm->_timeout->set_up_timer(3, _vm->_timeout->proccardiff_return, _vm->_timeout->reason_cardiffsurvey);
}
}
if (_vm->_gyro->_dna._cardiffQuestionNum < 5)
_vm->_gyro->_interrogation = _vm->_gyro->_dna._cardiffQuestionNum;
else _vm->_gyro->_interrogation = 0;
break;
case r__map:
// You're entering the map.
dawn();
//setactivepage(cp);
if (ped > 0)
zoomout(_vm->_gyro->_peds[ped - 1]._x, _vm->_gyro->_peds[ped - 1]._y);
//setactivepage(1 - cp);
{
if ((_vm->_gyro->_dna._objects[_vm->_gyro->kObjectWine - 1]) && (_vm->_gyro->_dna._wineState != 3)) {
_vm->_visa->dixi('q', 9); // Don't want to waste the wine!
_vm->_gyro->_dna._objects[_vm->_gyro->kObjectWine - 1] = false;
objectlist();
}
}
_vm->_visa->dixi('q', 69);
break;
case r__catacombs:
if ((ped == 0) || (ped == 3) || (ped == 5) || (ped == 6)) {
switch (ped) {
case 3: { // Enter from oubliette
_vm->_gyro->_dna._catacombX = 8;
_vm->_gyro->_dna._catacombY = 4;
}
break;
case 5: { // Enter from du Lustie's
_vm->_gyro->_dna._catacombX = 8;
_vm->_gyro->_dna._catacombY = 7;
}
break;
case 6: { // Enter from Geida's
_vm->_gyro->_dna._catacombX = 4;
_vm->_gyro->_dna._catacombY = 1;
}
break;
}
_vm->_gyro->_dna._enterCatacombsFromLustiesRoom = true;
_vm->_trip->catamove(ped);
_vm->_gyro->_dna._enterCatacombsFromLustiesRoom = false;
}
break;
case r__argentpub:
if (_vm->_gyro->_dna._wonNim)
_vm->_celer->drawBackgroundSprite(-1, -1, 1); // No lute by the settle.
_vm->_gyro->_dna._malagauche = 0; // Ready to boot Malagauche
if (_vm->_gyro->_dna._givenBadgeToIby) {
_vm->_celer->drawBackgroundSprite(-1, -1, 8);
_vm->_celer->drawBackgroundSprite(-1, -1, 9);
}
_vm->_graphics->refreshBackground();
break;
case r__lustiesroom:
_vm->_gyro->_dna._dogFoodPos = 1; // Actually, du Lustie pos.
if (_vm->_trip->tr[0].whichsprite == 0) // Avvy in his normal clothes
_vm->_timeout->set_up_timer(3, _vm->_timeout->proccallsguards, _vm->_timeout->reason_du_lustie_talks);
else if (! _vm->_gyro->_dna._enteredLustiesRoomAsMonk) // already
// Presumably, Avvy dressed as a monk.
_vm->_timeout->set_up_timer(3, _vm->_timeout->procgreetsmonk, _vm->_timeout->reason_du_lustie_talks);
if (_vm->_gyro->_dna._geidaFollows) {
put_geida_at(5, ped);
if (_vm->_gyro->_dna._lustieIsAsleep) {
_vm->_celer->drawBackgroundSprite(-1, -1, 5);
_vm->_graphics->refreshBackground();
}
}
break;
case r__musicroom:
if (_vm->_gyro->_dna._jacquesState > 0) {
_vm->_gyro->_dna._jacquesState = 5;
_vm->_celer->drawBackgroundSprite(-1, -1, 2);
_vm->_graphics->refreshBackground();
_vm->_celer->drawBackgroundSprite(-1, -1, 4);
_vm->_gyro->_magics[kColorBrown - 1]._operation = _vm->_gyro->kMagicNothing;
_vm->_gyro->_whereIs[_vm->_gyro->kPeopleJacques - 150] = 0;
}
if (ped != 0) {
_vm->_celer->drawBackgroundSprite(-1, -1, 6);
_vm->_graphics->refreshBackground();
_vm->_sequence->first_show(6);
_vm->_sequence->then_show(5);
_vm->_sequence->then_show(7);
_vm->_sequence->start_to_close();
}
break;
case r__outsidenottspub:
if (ped == 2) {
_vm->_celer->drawBackgroundSprite(-1, -1, 3);
_vm->_graphics->refreshBackground();
_vm->_sequence->first_show(3);
_vm->_sequence->then_show(2);
_vm->_sequence->then_show(1);
_vm->_sequence->then_show(4);
_vm->_sequence->start_to_close();
}
break;
case r__outsideargentpub:
if (ped == 2) {
_vm->_celer->drawBackgroundSprite(-1, -1, 6);
_vm->_graphics->refreshBackground();
_vm->_sequence->first_show(6);
_vm->_sequence->then_show(5);
_vm->_sequence->then_show(7);
_vm->_sequence->start_to_close();
}
break;
case r__wisewomans:
_vm->_trip->tr[1].init(11, false, _vm->_trip);
if ((_vm->_gyro->_dna._roomCount[r__wisewomans] == 1) && (ped > 0)) {
_vm->_trip->apped(2, 2); // Start on the right-hand side of the screen.
_vm->_trip->tr[1].walkto(4); // Walks up to greet you.
} else {
_vm->_trip->apped(2, 4); // Starts where she was before.
_vm->_trip->tr[1].face = 3;
}
_vm->_trip->tr[1].call_eachstep = true;
_vm->_trip->tr[1].eachstep = _vm->_trip->procface_avvy; // She always faces Avvy.
break;
case r__insidecardiffcastle:
if (ped > 0) {
_vm->_trip->tr[1].init(10, false, _vm->_trip); // Define the dart.
_vm->_celer->drawBackgroundSprite(-1, -1, 1);
_vm->_graphics->refreshBackground();
_vm->_sequence->first_show(1);
if (_vm->_gyro->_dna._arrowInTheDoor)
_vm->_sequence->then_show(3);
else
_vm->_sequence->then_show(2);
if (_vm->_gyro->_dna._takenPen)
_vm->_celer->drawBackgroundSprite(-1, -1, 4);
_vm->_sequence->start_to_close();
} else {
_vm->_celer->drawBackgroundSprite(-1, -1, 1);
if (_vm->_gyro->_dna._arrowInTheDoor)
_vm->_celer->drawBackgroundSprite(-1, -1, 3);
else
_vm->_celer->drawBackgroundSprite(-1, -1, 2);
_vm->_graphics->refreshBackground();
}
break;
case r__avvysgarden:
if (ped == 1) {
_vm->_celer->drawBackgroundSprite(-1, -1, 2);
_vm->_graphics->refreshBackground();
_vm->_sequence->first_show(2);
_vm->_sequence->then_show(1);
_vm->_sequence->then_show(3);
_vm->_sequence->start_to_close();
}
break;
case r__entrancehall:
case r__insideabbey:
case r__yourhall:
if (ped == 2) {
#if 0
// It was the original:
_vm->_celer->show_one(-1, -1, 2);
_vm->_sequence->first_show(1);
_vm->_sequence->then_show(3);
_vm->_sequence->start_to_close();
#endif
_vm->_celer->drawBackgroundSprite(-1, -1, 2);
_vm->_graphics->refreshBackground();
_vm->_sequence->first_show(2);
_vm->_sequence->then_show(1);
_vm->_sequence->then_show(3);
_vm->_sequence->start_to_close();
}
break;
case r__aylesoffice:
if (_vm->_gyro->_dna._aylesIsAwake)
_vm->_celer->drawBackgroundSprite(-1, -1, 2);
_vm->_graphics->refreshBackground();
break; // Ayles awake.
case r__geidas:
put_geida_at(2, ped);
break; // load Geida
case r__easthall:
case r__westhall:
if (_vm->_gyro->_dna._geidaFollows)
put_geida_at(ped + 2, ped);
break;
case r__lusties:
if (_vm->_gyro->_dna._geidaFollows)
put_geida_at(ped + 6, ped);
break;
case r__nottspub:
if (_vm->_gyro->_dna._sittingInPub) _vm->_celer->drawBackgroundSprite(-1, -1, 3);
_vm->_gyro->_dna._dogFoodPos = 1; // Actually, du Lustie pos.
break;
case r__outsideducks:
if (ped == 2) {
// Shut the door
_vm->_celer->drawBackgroundSprite(-1, -1, 3);
_vm->_graphics->refreshBackground();
_vm->_sequence->first_show(3);
_vm->_sequence->first_show(2);
_vm->_sequence->then_show(1);
_vm->_sequence->then_show(4);
_vm->_sequence->start_to_close();
}
break;
case r__ducks:
_vm->_gyro->_dna._dogFoodPos = 1;
break; // Actually, Duck pos.
}
_vm->_gyro->_seeScroll = false; // Now it can work again!
if (_vm->_gyro->isLoaded)
_vm->_gyro->isLoaded = false;
}
void Lucerna::thinkabout(byte z, bool th) { // Hey!!! Get it and put it!!!
const int16 picsize = 966;
const ByteField thinkspace = {25, 170, 32, 200};
_vm->_gyro->_thinks = z;
z--;
_vm->_gyro->setMousePointerWait();
if (th) {
if (!f.open("thinks.avd")) {
warning("AVALANCHE: Lucerna: File not found: thinks.avd");
return;
}
} else {
if (!f.open("folk.avd")) {
warning("AVALANCHE: Lucerna: File not found: folk.avd");
return;
}
z = z - 149;
if (z >= 25)
z -= 8;
if (z == 20)
z--; // Last time...
}
f.seek(z * picsize + 65);
::Graphics::Surface picture = _vm->_graphics->loadPictureGraphic(f);
_vm->_graphics->drawPicture(_vm->_graphics->_surface, picture, 205, 170);
picture.free();
f.close();
CursorMan.showMouse(false);
#if 0
setactivepage(3);
putimage(x, y, p, 0);
setactivepage(1 - cp);
#endif
for (byte fv = 0; fv <= 1; fv++)
_vm->_trip->getset[fv].remember(thinkspace);
CursorMan.showMouse(true);
_vm->_gyro->_thinkThing = th;
}
void Lucerna::load_digits() { // Load the scoring digits & rwlites
const byte digitsize = 134;
const byte rwlitesize = 126;
if (!f.open("digit.avd")) {
warning("AVALANCHE: Lucerna: File not found: digit.avd");
return;
}
for (byte fv = 0; fv < 10; fv++) {
f.seek(fv * digitsize);
#if 0
_vm->_gyro->digit[fv] = new byte[digitsize];
f.read(_vm->_gyro->digit[fv], digitsize);
#endif
_vm->_gyro->_digits[fv] = _vm->_graphics->loadPictureGraphic(f);
}
for (byte ff = 0; ff < 9; ff++) {
f.seek(10 * digitsize + ff * rwlitesize);
#if 0
_vm->_gyro->rwlite[ff] = new byte[rwlitesize];
f.read(_vm->_gyro->rwlite[ff], rwlitesize);
#endif
_vm->_gyro->_directions[ff] = _vm->_graphics->loadPictureGraphic(f);
}
f.close();
}
void Lucerna::toolbar() {
if (!f.open("useful.avd")) {
warning("AVALANCHE: Lucerna: File not found: useful.avd");
return;
}
f.seek(40);
// off;
::Graphics::Surface picture = _vm->_graphics->loadPictureGraphic(f);
_vm->_graphics->drawPicture(_vm->_graphics->_surface, picture, 5, 169);
picture.free();
f.close();
// on;
_vm->_gyro->_oldDirection = 177;
showrw();
}
void Lucerna::showscore() {
const ByteField scorespace = {33, 177, 39, 200};
if (_vm->_gyro->kDemo)
return;
uint16 score = _vm->_gyro->_dna._score;
int8 numbers[3] = {0, 0, 0};
for (byte i = 0; i < 2; i++) {
byte divisor = 1;
for (byte j = 0; j < (2 - i); j++)
divisor *= 10;
numbers[i] = score / divisor;
score -= numbers[i] * divisor;
}
numbers[2] = score;
CursorMan.showMouse(false);
//setactivepage(3);
for (byte fv = 0; fv < 3; fv++)
if (_vm->_gyro->_scoreToDisplay[fv] != numbers[fv])
_vm->_graphics->drawPicture(_vm->_graphics->_surface, _vm->_gyro->_digits[numbers[fv]], 250 + (fv + 1) * 15, 177);
for (byte fv = 0; fv < 2; fv++)
_vm->_trip->getset[fv].remember(scorespace);
//setactivepage(1 - cp);
CursorMan.showMouse(true);
for (byte i = 0; i < 3; i++)
_vm->_gyro->_scoreToDisplay[i] = numbers[i];
}
void Lucerna::points(byte num) { // Add on no. of points
for (byte q = 1; q <= num; q++) {
_vm->_gyro->_dna._score++;
#if 0
if (soundfx) {
for (byte fv = 1; fv <= 97; fv++)
sound(177 + dna.score * 3);
}
nosound;
#endif
}
warning("STUB: Lucerna::points()");
showscore();
}
void Lucerna::topcheck(Common::Point cursorPos) {
_vm->_dropdown->_menuBar.chooseMenuItem(cursorPos.x);
}
void Lucerna::mouseway(const Common::Point &cursorPos) {
byte col = *(byte *)_vm->_graphics->_surface.getBasePtr(cursorPos.x, cursorPos.y / 2);
switch (col) {
case kColorGreen: {
_vm->_gyro->_dna._direction = _vm->_trip->up;
_vm->_trip->rwsp(0, _vm->_trip->up);
showrw();
}
break;
case kColorBrown: {
_vm->_gyro->_dna._direction = _vm->_trip->down;
_vm->_trip->rwsp(0, _vm->_trip->down);
showrw();
}
break;
case kColorCyan: {
_vm->_gyro->_dna._direction = _vm->_trip->left;
_vm->_trip->rwsp(0, _vm->_trip->left);
showrw();
}
break;
case kColorLightmagenta: {
_vm->_gyro->_dna._direction = _vm->_trip->right;
_vm->_trip->rwsp(0, _vm->_trip->right);
showrw();
}
break;
case kColorRed:
case kColorWhite:
case kColorLightcyan:
case kColorYellow: { // Fall-throughs are intended.
_vm->_trip->stopwalking();
showrw();
}
break;
}
}
void Lucerna::posxy() {
warning("STUB: Lucerna::posxy()");
}
void Lucerna::fxtoggle() {
warning("STUB: Lucerna::fxtoggle()");
}
void Lucerna::objectlist() {
_vm->_gyro->_dna._carryNum = 0;
if (_vm->_gyro->_thinkThing && !_vm->_gyro->_dna._objects[_vm->_gyro->_thinks - 1])
thinkabout(_vm->_gyro->kObjectMoney, _vm->_gyro->kThing); // you always have money
for (byte fv = 0; fv < kObjectNum; fv++)
if (_vm->_gyro->_dna._objects[fv]) {
_vm->_gyro->_dna._carryNum++;
_vm->_gyro->_objectList[_vm->_gyro->_dna._carryNum] = fv + 1;
}
}
void Lucerna::verte(Common::Point cursorPos) {
if (! _vm->_gyro->_dna._userMovesAvvy)
return;
cursorPos.y /= 2;
byte what;
// _vm->_trip->tr[0] : that's the only one we're interested in here. (It's Avalot.)
if (cursorPos.x < _vm->_trip->tr[0].x)
what = 1;
else if (cursorPos.x > (_vm->_trip->tr[0].x + _vm->_trip->tr[0]._info._xLength))
what = 2;
else
what = 0; // On top
if (cursorPos.y < _vm->_trip->tr[0].y)
what += 3;
else if (cursorPos.y > (_vm->_trip->tr[0].y + _vm->_trip->tr[0]._info._yLength))
what += 6;
switch (what) {
case 0:
_vm->_trip->stopwalking();
break; // Clicked on Avvy: no movement.
case 1:
_vm->_trip->rwsp(0, _vm->_trip->left);
break;
case 2:
_vm->_trip->rwsp(0, _vm->_trip->right);
break;
case 3:
_vm->_trip->rwsp(0, _vm->_trip->up);
break;
case 4:
_vm->_trip->rwsp(0, _vm->_trip->ul);
break;
case 5:
_vm->_trip->rwsp(0, _vm->_trip->ur);
break;
case 6:
_vm->_trip->rwsp(0, _vm->_trip->down);
break;
case 7:
_vm->_trip->rwsp(0, _vm->_trip->dl);
break;
case 8:
_vm->_trip->rwsp(0, _vm->_trip->dr);
break;
} // No other values are possible.
showrw();
}
void Lucerna::checkclick() {
Common::Point cursorPos = _vm->getMousePos();
_vm->_gyro->_onToolbar = _vm->_gyro->kSlowComputer && ((cursorPos.y >= 169) || (cursorPos.y <= 10));
/*if (_vm->_gyro->mrelease > 0)
_vm->_gyro->after_the_scroll = false;*/
if ((0 <= cursorPos.y) && (cursorPos.y <= 21))
_vm->_gyro->newMouse(1); // up arrow
else if ((317 <= cursorPos.y) && (cursorPos.y <= 339))
_vm->_gyro->newMouse(8); //I-beam
else if ((340 <= cursorPos.y) && (cursorPos.y <= 399))
_vm->_gyro->newMouse(2); // screwdriver
else if (!_vm->_gyro->_dropdownActive) { // Dropdown can handle its own pointers.
if (holdLeftMouse) {
_vm->_gyro->newMouse(7); // Mark's crosshairs
verte(cursorPos); // Normally, if you click on the picture, you're guiding Avvy around.
} else
_vm->_gyro->newMouse(4); // fletch
}
if (holdLeftMouse) {
if ((0 <= cursorPos.y) && (cursorPos.y <= 21)) { // Click on the dropdown menu.
if (_vm->_gyro->_dropsOk)
_vm->_dropdown->updateMenu();
} else if ((317 <= cursorPos.y) && (cursorPos.y <= 339)) { // Click on the command line.
_vm->_parser->_inputTextPos = (cursorPos.x - 23) / 8;
if (_vm->_parser->_inputTextPos > _vm->_parser->_inputText.size() + 1)
_vm->_parser->_inputTextPos = _vm->_parser->_inputText.size() + 1;
if (_vm->_parser->_inputTextPos < 1)
_vm->_parser->_inputTextPos = 1;
_vm->_parser->_inputTextPos--;
_vm->_parser->plotText();
} else if ((340 <= cursorPos.y) && (cursorPos.y <= 399)) { // Check the toolbar.
if ((137 <= cursorPos.x) && (cursorPos.x <= 207)) { // Control Avvy with the compass.
if (_vm->_gyro->_alive && _vm->_gyro->_dna._avvyIsAwake)
mouseway(cursorPos);
} else if ((208 <= cursorPos.x) && (cursorPos.x <= 260)) { // Examine the _thing.
do {
_vm->updateEvents();
} while (holdLeftMouse);
if (_vm->_gyro->_thinkThing) {
_vm->_acci->_thing = _vm->_gyro->_thinks;
_vm->_acci->_thing += 49;
_vm->_acci->_person = _vm->_acci->kPardon;
} else {
_vm->_acci->_person = _vm->_gyro->_thinks;
_vm->_acci->_thing = _vm->_acci->kPardon;
}
callVerb(_vm->_acci->kVerbCodeExam);
} else if ((261 <= cursorPos.x) && (cursorPos.x <= 319)) { // Display the score.
do {
_vm->updateEvents();
} while (holdLeftMouse);
callVerb(_vm->_acci->kVerbCodeScore);
} else if ((320 <= cursorPos.x) && (cursorPos.x <= 357)) { // Change speed.
_vm->_trip->tr[0].xs = _vm->_gyro->kWalk;
_vm->_trip->newspeed();
} else if ((358 <= cursorPos.x) && (cursorPos.x <= 395)) { // Change speed.
_vm->_trip->tr[0].xs = _vm->_gyro->kRun;
_vm->_trip->newspeed();
} else if ((396 <= cursorPos.x) && (cursorPos.x <= 483))
fxtoggle();
else if ((535 <= cursorPos.x) && (cursorPos.x <= 640))
_vm->_gyro->_mouseText = Common::String(13) + _vm->_gyro->_mouseText;
} else if (!_vm->_gyro->_dropsOk)
_vm->_gyro->_mouseText = Common::String(13) + _vm->_gyro->_mouseText;
}
}
void Lucerna::mouse_init() {
_vm->_gyro->setMousePointerWait();
}
void Lucerna::mousepage(uint16 page_) {
warning("STUB: Lucerna::mousepage()");
}
void Lucerna::errorled() {
warning("STUB: Lucerna::errorled()");
}
int8 Lucerna::fades(int8 x) {
byte r = x / 16;
x = x % 16;
byte g = x / 4;
byte b = x % 4;
if (r > 0)
r--;
if (g > 0)
g--;
if (b > 0)
b--;
return (16 * r + 4 * g + b);
// fades = x - 1;
}
void Lucerna::fadeout(byte n) {
warning("STUB: Lucerna::fadeout()"); // I'll bother with colors later.
}
void Lucerna::dusk() {
warning("STUB: Lucerna::dusk()"); // I'll bother with colors later.
}
void Lucerna::fadein(byte n) {
warning("STUB: Lucerna::fadein()");
}
void Lucerna::dawn() {
warning("STUB: Lucerna::dawn()");
}
void Lucerna::showrw() { // It's data is loaded in load_digits().
if (_vm->_gyro->_oldDirection == _vm->_gyro->_dna._direction)
return;
_vm->_gyro->_oldDirection = _vm->_gyro->_dna._direction;
CursorMan.showMouse(false);
#if 0
for (byte page_ = 0; page_ <= 1; page_++) {
setactivepage(page_);
putimage(0, 161, rwlite[with.rw], 0);
}
#endif
_vm->_graphics->drawPicture(_vm->_graphics->_surface, _vm->_gyro->_directions[_vm->_gyro->_dna._direction], 0, 161);
CursorMan.showMouse(true);
//setactivepage(1 - cp);
warning("STUB: Lucerna::showrw()");
}
void Lucerna::calchand(uint16 ang, uint16 length, Common::Point &a, byte c) {
if (ang > 900) {
a.x = 177;
return;
}
a = _vm->_graphics->drawArc(_vm->_graphics->_surface, _clockCenterX, _clockCenterY, 449 - ang, 450 - ang, length, c);
}
void Lucerna::hand(const Common::Point &a, byte c) {
if (a.x == 177)
return;
_vm->_graphics->_surface.drawLine(_clockCenterX, _clockCenterY, a.x, a.y, c);
}
void Lucerna::refresh_hands() {
const ByteField clockspace = {61, 166, 66, 200};
for (byte page_ = 0; page_ < 2; page_++)
_vm->_trip->getset[page_].remember(clockspace);
}
void Lucerna::plothands() {
// off;
//setactivepage(3);
calchand(_vm->_gyro->_onh, 14, ah, kColorYellow);
calchand(_vm->_gyro->_om * 6, 17, am, kColorYellow);
hand(ah, kColorBrown);
hand(am, kColorBrown);
calchand(nh, 14, ah, kColorBrown);
calchand(_vm->_gyro->_minutes * 6, 17, am, kColorBrown);
hand(ah, kColorYellow);
hand(am, kColorYellow);
//setactivepage(1 - cp);
refresh_hands();
// on;
}
void Lucerna::chime() {
warning("STUB: Lucerna::chime()");
}
void Lucerna::clock_lucerna() {
// ...Clock.
TimeDate t;
_vm->_system->getTimeAndDate(t);
_vm->_gyro->_hours = t.tm_hour;
_vm->_gyro->_minutes = t.tm_min;
_vm->_gyro->_seconds = t.tm_sec;
nh = (_vm->_gyro->_hours % 12) * 30 + _vm->_gyro->_minutes / 2;
if (_vm->_gyro->_oh != _vm->_gyro->_hours) {
plothands();
chime();
}
if (_vm->_gyro->_om != _vm->_gyro->_minutes)
plothands();
if ((_vm->_gyro->_hours == 0) && (_vm->_gyro->_oh != 0) && (_vm->_gyro->_oh != 17717))
_vm->_scrolls->display(Common::String("Good morning!\n\nYes, it's just past midnight. Are you having an all-night Avvy session? Glad you like the game that much!"));
_vm->_gyro->_oh = _vm->_gyro->_hours;
_vm->_gyro->_onh = nh;
_vm->_gyro->_om = _vm->_gyro->_minutes;
}
void Lucerna::delavvy() {
CursorMan.showMouse(false);
// triptype &with = _vm->_trip->tr[0];
// for (byte page_ = 0; page_ <= 1; page_++)
// mblit(with.x / 8, with.y, (with.x + with._info.xl) / 8 + 1, with.y + with._info.yl, 3, page_);
CursorMan.showMouse(true);
}
void Lucerna::gameover() {
_vm->_gyro->_dna._userMovesAvvy = false;
int16 sx = _vm->_trip->tr[0].x;
int16 sy = _vm->_trip->tr[0].y;
_vm->_trip->tr[0].done();
_vm->_trip->tr[0].init(12, true, _vm->_trip); // 12 = Avalot falls
_vm->_trip->tr[0].step = 0;
_vm->_trip->tr[0].appear(sx, sy, 0);
_vm->_timeout->set_up_timer(3, _vm->_timeout->procavalot_falls, _vm->_timeout->reason_falling_over);
_vm->_gyro->_alive = false;
}
/* OK. There are two kinds of redraw: Major and Minor. Minor is what happens
when you load a game, etc. Major redraws EVERYTHING. */
void Lucerna::minor_redraw() {
dusk();
enterroom(_vm->_gyro->_dna._room, 0); // Ped unknown or non-existant.
for (byte fv = 0; fv <= 1; fv++) {
_vm->_gyro->_cp = 1 - _vm->_gyro->_cp;
_vm->_trip->getback();
}
for (byte i = 0; i < 3; i++)
_vm->_gyro->_scoreToDisplay[i] = -1; // impossible digits
showscore();
dawn();
}
void Lucerna::major_redraw() {
warning("STUB: Lucerna::major_redraw()");
}
uint16 Lucerna::bearing(byte whichped) {
byte pedId = whichped - 1; // Different array indexes in Pascal and C.
const double rad2deg = 180 / 3.14; // Pi
if (_vm->_trip->tr[0].x == _vm->_gyro->_peds[pedId]._x)
return 0;
else if (_vm->_trip->tr[0].x < _vm->_gyro->_peds[pedId]._x) {
return (uint16)((atan(double((_vm->_trip->tr[0].y - _vm->_gyro->_peds[pedId]._y))
/ (_vm->_trip->tr[0].x - _vm->_gyro->_peds[pedId]._x)) * rad2deg) + 90);
} else {
return (uint16)((atan(double((_vm->_trip->tr[0].y - _vm->_gyro->_peds[pedId]._y))
/ (_vm->_trip->tr[0].x - _vm->_gyro->_peds[pedId]._x)) * rad2deg) + 270);
}
}
void Lucerna::sprite_run() {
/* A sprite run is performed before displaying a scroll, if not all the
sprites are still. It performs two fast cycles, only using a few of
the links usually used, and without any extra animation. This should
make the sprites the same on both pages. */
_vm->_gyro->_doingSpriteRun = true;
_vm->_trip->get_back_loretta();
_vm->_trip->trippancy_link();
_vm->_gyro->_doingSpriteRun = false;
}
void Lucerna::fix_flashers() {
_vm->_gyro->_ledStatus = 177;
_vm->_gyro->_oldDirection = 177;
_vm->_scrolls->state(2);
showrw();
}
} // End of namespace Avalanche
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