void TSpit::xtakeit(const ArgumentArray &args) {
// Pick up and move a marble
// First, let's figure out what marble we're now holding
uint32 &marble = _vm->_vars["themarble"];
marble = 0;
for (uint32 i = 0; i < kMarbleCount; i++) {
RivenHotspot *marbleHotspot = _vm->getCard()->getHotspotByName(s_marbleNames[i]);
if (marbleHotspot->containsPoint(getMousePosition())) {
marble = i + 1;
break;
}
}
// xtakeit() shouldn't be called if we're not on a marble hotspot
assert(marble != 0);
// Redraw the background
_vm->getCard()->drawPicture(1);
// Loop until the player lets go (or quits)
while (mouseIsDown() && !_vm->hasGameEnded()) {
_vm->doFrame();
}
// Check if we landed in a valid location and no other marble has that location
uint32 &marblePos = _vm->_vars[s_marbleNames[marble - 1]];
bool foundMatch = false;
for (int y = 0; y < 25 && !foundMatch; y++) {
for (int x = 0; x < 25 && !foundMatch; x++) {
Common::Rect testHotspot = generateMarbleGridRect(x, y);
// Let's try to place the marble!
if (testHotspot.contains(getMousePosition())) {
// Set this as the position
setMarbleX(marblePos, x);
setMarbleY(marblePos, y);
// Let's make sure no other marble is in this spot...
for (uint16 i = 0; i < kMarbleCount; i++)
if (i != marble - 1 && _vm->_vars[s_marbleNames[i]] == marblePos)
marblePos = 0;
// We have a match
foundMatch = true;
}
}
}
// If we still don't have a match, reset it to the original location
if (!foundMatch)
marblePos = 0;
// Check the new hotspots and refresh everything
marble = 0;
setMarbleHotspots();
drawMarbles();
}
void Render::addDirtyRect(Common::Rect r) {
if (_fullRefresh)
return;
// Clip rectangle
r.clip(_backGroundSurface.w, _backGroundSurface.h);
// If it is empty after clipping, we are done
if (r.isEmpty())
return;
// Check if the new rectangle is contained within another in the list
Common::List<Common::Rect>::iterator it;
for (it = _dirtyRects.begin(); it != _dirtyRects.end(); ) {
// If we find a rectangle which fully contains the new one,
// we can abort the search.
if (it->contains(r))
return;
// Conversely, if we find rectangles which are contained in
// the new one, we can remove them
if (r.contains(*it))
it = _dirtyRects.erase(it);
else
++it;
}
// If we got here, we can safely add r to the list of dirty rects.
if (_vm->_interface->getFadeMode() != kFadeOut)
_dirtyRects.push_back(r);
}
void CSTimeHelp::mouseMove(Common::Point &pos) {
bool mouseIsDown = _vm->getEventManager()->getButtonState() & 1;
for (uint i = 0; i < _qars.size(); i++) {
Common::Rect thisRect = _vm->getInterface()->_dialogTextRect;
thisRect.top += 1 + i*15;
thisRect.bottom = thisRect.top + 15;
if (!thisRect.contains(pos))
continue;
if (mouseIsDown) {
if (i != _currEntry)
break;
highlightLine(i);
}
_vm->getInterface()->cursorOverHotspot();
_currHover = i;
return;
}
if (_currHover != 0xffff) {
if (_vm->getInterface()->cursorGetShape() != 3) {
unhighlightLine(_currHover);
_vm->getInterface()->cursorSetShape(1);
}
_currHover = 0xffff;
}
}
void ThemeEngine::addDirtyRect(Common::Rect r) {
// Clip the rect to screen coords
r.clip(_screen.w, _screen.h);
// If it is empty after clipping, we are done
if (r.isEmpty())
return;
// Check if the new rectangle is contained within another in the list
Common::List<Common::Rect>::iterator it;
for (it = _dirtyScreen.begin(); it != _dirtyScreen.end();) {
// If we find a rectangle which fully contains the new one,
// we can abort the search.
if (it->contains(r))
return;
// Conversely, if we find rectangles which are contained in
// the new one, we can remove them
if (r.contains(*it))
it = _dirtyScreen.erase(it);
else
++it;
}
// If we got here, we can safely add r to the list of dirty rects.
_dirtyScreen.push_back(r);
}
bool Script::hotspot(Common::Rect rect, uint16 address, uint8 cursor) {
// Test if the current mouse position is contained in the specified rectangle
Common::Point mousepos = _vm->_system->getEventManager()->getMousePos();
bool contained = rect.contains(mousepos);
// Show hotspots when debugging
if (Common::isDebugChannelEnabled(kGroovieDebugHotspots) ||
Common::isDebugChannelEnabled(kGroovieDebugAll)) {
rect.translate(0, -80);
_vm->_graphicsMan->_foreground.frameRect(rect, 250);
_vm->_system->copyRectToScreen((byte*)_vm->_graphicsMan->_foreground.getBasePtr(0, 0), 640, 0, 80, 640, 320);
_vm->_system->updateScreen();
}
// If there's an already planned action, do nothing
if (_inputAction != -1) {
return false;
}
if (contained) {
// Change the mouse cursor
if (_newCursorStyle == 5) {
_newCursorStyle = cursor;
}
// If clicked with the mouse, jump to the specified address
if (_mouseClicked) {
_inputAction = address;
}
}
return contained;
}
MenuInputState *run() {
if (_vm->_input->getLastButtonEvent() != kMouseLeftUp) {
return this;
}
int cell = -1;
Common::Point p;
_vm->_input->getCursorPos(p);
if (_menuRect.contains(p)) {
cell = (p.x - _menuRect.left) / _cellW + 3 * ((p.y - _menuRect.top) / _cellH);
}
bool close = false;
switch (cell) {
case 4: // resume
case -1: // invalid cell
close = true;
break;
case 0: // toggle music
if (_mscStatus != -1) {
_vm->enableMusic(!_mscStatus);
_mscStatus = _vm->getMusicStatus();
_vm->_gfx->setItemFrame(_mscMenuObjId, frameFromStatus(_mscStatus));
}
break;
case 1: // toggle sfx
if (_sfxStatus != -1) {
_vm->enableSfx(!_sfxStatus);
_sfxStatus = _vm->getSfxStatus();
_vm->_gfx->setItemFrame(_sfxMenuObjId, frameFromStatus(_sfxStatus));
}
break;
case 2: // save
warning("Saving is not supported yet");
_vm->_saveLoad->saveGame();
break;
case 3: // load
warning("Loading is not supported yet");
close = _vm->_saveLoad->loadGame();
break;
case 5: // quit
return _helper->getState("quitdialog");
}
if (close) {
_vm->_gfx->freeDialogueObjects();
return 0;
}
_vm->_input->setArrowCursor();
return this;
}
ItemPosition InventoryRenderer::hitTest(const Common::Point &p) const {
Common::Rect r;
getRect(r);
if (!r.contains(p))
return -1;
return ((p.x - _pos.x) / _props->_itemWidth) + (_props->_itemsPerLine * ((p.y - _pos.y) / _props->_itemHeight));
}
bool Animation::hitFrameRect(int x, int y) const {
if (!gfxobj) {
return false;
}
Common::Rect r;
getFrameRect(r);
return r.contains(x, y);
}
void CSTimeHelp::mouseDown(Common::Point &pos) {
for (uint i = 0; i < _qars.size(); i++) {
Common::Rect thisRect = _vm->getInterface()->_dialogTextRect;
thisRect.top += 1 + i*15;
thisRect.bottom = thisRect.top + 15;
if (!thisRect.contains(pos))
continue;
_currEntry = i;
highlightLine(i);
_vm->getInterface()->cursorSetShape(5);
}
}
void CSTimeHelp::mouseUp(Common::Point &pos) {
if (_currEntry == 0xffff || _qars[_currEntry].speech == 0) {
_vm->getInterface()->cursorSetShape(1);
end();
return;
}
Common::Rect thisRect = _vm->getInterface()->_dialogTextRect;
thisRect.top += 1 + _currEntry*15;
thisRect.bottom = thisRect.top + 15;
if (!thisRect.contains(pos))
return;
_vm->addEvent(CSTimeEvent(kCSTimeEventCharStartFlapping, _vm->getCase()->getCurrScene()->getHelperId(), 5900 + _qars[_currEntry].speech));
_nextToProcess = _currEntry;
_askedAlready.push_back(_qars[_currEntry].text);
}
const CloseData *LabEngine::getObject(Common::Point pos, const CloseData *closePtr) {
const CloseDataList *list;
if (!closePtr)
list = &(getViewData(_roomNum, _direction)->_closeUps);
else
list = &(closePtr->_subCloseUps);
CloseDataList::const_iterator wrkClosePtr;
for (wrkClosePtr = list->begin(); wrkClosePtr != list->end(); ++wrkClosePtr) {
Common::Rect objRect;
objRect = _utils->rectScale(wrkClosePtr->_x1, wrkClosePtr->_y1, wrkClosePtr->_x2, wrkClosePtr->_y2);
if (objRect.contains(pos))
return &(*wrkClosePtr);
}
return nullptr;
}
int32 HotSpot::isPointInRectsCube(const Common::Point &p) {
for (uint j = 0; j < rects.size(); j++) {
Common::Rect rect = Common::Rect(
rects[j].centerHeading - rects[j].width / 2,
rects[j].centerPitch - rects[j].height / 2,
rects[j].centerHeading + rects[j].width / 2,
rects[j].centerPitch + rects[j].height / 2);
// Make sure heading is in the correct range
Common::Point lookAt = p;
if (rect.right > 360 && lookAt.x <= rect.right - 360)
lookAt.x += 360;
if (rect.contains(lookAt))
return j;
}
return -1;
}
/**
* @brief Marks a dirty rectangle on the surface
* @param r The rectangle to be marked dirty
*/
void Surface::markDirtyRect(Common::Rect r) {
Common::List<Common::Rect>::iterator it;
r.clip(w, h);
if (r.isEmpty())
return;
it = _dirtyRects.begin();
while (it != _dirtyRects.end()) {
if (it->contains(r))
return;
if (r.contains(*it))
it = _dirtyRects.erase(it);
else
++it;
}
_dirtyRects.push_back(r);
}
int32 HotSpot::isPointInRectsFrame(GameState *state, const Common::Point &p) {
for (uint j = 0; j < rects.size(); j++) {
int16 x = rects[j].centerPitch;
int16 y = rects[j].centerHeading;
int16 w = rects[j].width;
int16 h = rects[j].height;
if (y < 0) {
x = state->getVar(x);
y = state->getVar(-y);
h = -h;
}
Common::Rect rect = Common::Rect(w, h);
rect.translate(x, y);
if (rect.contains(p))
return j;
}
return -1;
}
bool LabEngine::takeItem(Common::Point pos) {
const CloseDataList *list;
if (!_closeDataPtr) {
list = &(getViewData(_roomNum, _direction)->_closeUps);
} else if (_closeDataPtr->_closeUpType < 0) {
_conditions->inclElement(abs(_closeDataPtr->_closeUpType));
return true;
} else
list = &(_closeDataPtr->_subCloseUps);
CloseDataList::const_iterator closePtr;
for (closePtr = list->begin(); closePtr != list->end(); ++closePtr) {
Common::Rect objRect;
objRect = _utils->rectScale(closePtr->_x1, closePtr->_y1, closePtr->_x2, closePtr->_y2);
if (objRect.contains(pos) && (closePtr->_closeUpType < 0)) {
_conditions->inclElement(abs(closePtr->_closeUpType));
return true;
}
}
return false;
}
void LabEngine::setCurrentClose(Common::Point pos, const CloseData **closePtrList, bool useAbsoluteCoords, bool next) {
const CloseDataList *list;
if (!*closePtrList)
list = &(getViewData(_roomNum, _direction)->_closeUps);
else
list = &((*closePtrList)->_subCloseUps);
CloseDataList::const_iterator closePtr;
for (closePtr = list->begin(); closePtr != list->end(); ++closePtr) {
Common::Rect target;
if (!useAbsoluteCoords)
target = Common::Rect(closePtr->_x1, closePtr->_y1, closePtr->_x2, closePtr->_y2);
else
target = _utils->rectScale(closePtr->_x1, closePtr->_y1, closePtr->_x2, closePtr->_y2);
if (target.contains(pos) && (next || !closePtr->_graphicName.empty())) {
if (next) {
// cycle to the next one
++closePtr;
if (closePtr == list->end())
closePtr = list->begin();
}
*closePtrList = &(*closePtr);
return;
}
}
// If we got here, no match was found. If we want the "next" close-up,
// return the first one in the list, if any.
if (next) {
if (!list->empty())
*closePtrList = &(*list->begin());
}
}
void WidgetVerbs::highlightVerbControls() {
Events &events = *_vm->_events;
Screen &screen = *_vm->_screen;
Common::Point mousePos = events.mousePos();
// Get highlighted verb
_selector = -1;
Common::Rect bounds = _bounds;
bounds.grow(-3);
if (bounds.contains(mousePos))
_selector = (mousePos.y - bounds.top) / (screen.fontHeight() + 7);
// See if a new verb is being pointed at
if (_selector != _oldSelector) {
// Redraw the verb list
for (int idx = 0; idx < (int)_verbCommands.size(); ++idx) {
byte color = (idx == _selector) ? (byte)COMMAND_HIGHLIGHTED : (byte)INFO_TOP;
_surface.writeString(_verbCommands[idx], Common::Point((_bounds.width() - screen.stringWidth(_verbCommands[idx])) / 2,
(screen.fontHeight() + 7) * idx + 5), color);
}
_oldSelector = _selector;
}
}
void OSpit::xbookclick(const ArgumentArray &args) {
// Let's hook onto our video
RivenVideo *video = _vm->_video->getSlot(args[0]);
// Convert from the standard QuickTime base time to milliseconds
// The values are in terms of 1/600 of a second.
// Have I said how much I just *love* QuickTime? </sarcasm>
uint32 startTime = args[1] * 1000 / 600;
uint32 endTime = args[2] * 1000 / 600;
// Track down our hotspot
Common::String hotspotName = Common::String::format("touchBook%d", args[3]);
RivenHotspot *hotspot = _vm->getCard()->getHotspotByName(hotspotName);
Common::Rect hotspotRect = hotspot->getRect();
debug(0, "xbookclick:");
debug(0, "\tVideo Code = %d", args[0]);
debug(0, "\tStart Time = %dms", startTime);
debug(0, "\tEnd Time = %dms", endTime);
debug(0, "\tHotspot = %d -> %s", args[3], hotspotName.c_str());
// Just let the video play while we wait until Gehn opens the trap book for us
while (video->getTime() < startTime && !_vm->hasGameEnded()) {
_vm->doFrame();
}
// Break out if we're quitting
if (_vm->hasGameEnded())
return;
// OK, Gehn has opened the trap book and has asked us to go in. Let's watch
// and see what the player will do...
while (video->getTime() < endTime && !_vm->hasGameEnded()) {
if (hotspotRect.contains(getMousePosition()))
_vm->_cursor->setCursor(kRivenOpenHandCursor);
else
_vm->_cursor->setCursor(kRivenMainCursor);
if (mouseIsDown()) {
if (hotspotRect.contains(getMousePosition())) {
// OK, we've used the trap book! We go for ride lady!
_vm->_video->closeVideos(); // Stop all videos
_vm->_cursor->setCursor(kRivenHideCursor); // Hide the cursor
_vm->_gfx->scheduleTransition(kRivenTransitionBlend);
_vm->getCard()->drawPicture(3); // Black out the screen
_vm->_sound->playSound(0); // Play the link sound
_vm->delay(12000);
_vm->getCard()->playMovie(7); // Activate Gehn Link Video
RivenVideo *linkVideo = _vm->_video->openSlot(1); // Play Gehn Link Video
linkVideo->playBlocking();
_vm->_vars["ocage"] = 1;
_vm->_vars["agehn"] = 4; // Set Gehn to the trapped state
_vm->_vars["atrapbook"] = 1; // We've got the trap book again
_vm->_sound->playSound(0); // Play the link sound again
_vm->_gfx->scheduleTransition(kRivenTransitionBlend);
_vm->changeToCard(_vm->getStack()->getCardStackId(0x2885)); // Link out!
_vm->_inventory->forceVisible(true);
_vm->delay(2000);
_vm->_inventory->forceVisible(false);
_vm->_scriptMan->stopAllScripts(); // Stop all running scripts (so we don't remain in the cage)
return;
}
}
_vm->doFrame();
}
// Break out if we're quitting
if (_vm->hasGameEnded())
return;
// If there was no click and this is the third time Gehn asks us to
// use the trap book, he will shoot the player. Dead on arrival.
// Run the credits from here.
if (_vm->_vars["agehn"] == 3) {
runCredits(args[0], 5000, 995);
return;
}
// There was no click, so just play the rest of the video.
video->playBlocking();
}
TestExitStatus EventTests::mouseEvents() {
Testsuite::clearScreen();
Common::String info = "Testing Mouse events.\n "
"Any movement/click generated by L/R/M mouse buttons or the mouse wheel should be detected.\n"
"Press X to exit";
if (Testsuite::handleInteractiveInput(info, "OK", "Skip", kOptionRight)) {
Testsuite::logPrintf("Info! Skipping test : keyboard events\n");
return kTestSkipped;
}
Common::EventManager *eventMan = g_system->getEventManager();
Common::Point pt(0, 30);
Common::Rect rectInfo = Testsuite::writeOnScreen("Generate mouse events make L/R/M button clicks, move wheel", pt);
pt.y += 15;
Testsuite::writeOnScreen("Press X to exit", pt);
pt.y = 70;
Common::Rect rectLB = Testsuite::writeOnScreen("Left-button click : Not tested", pt);
pt.y += 15;
Common::Rect rectRB = Testsuite::writeOnScreen("Right-button click : Not tested", pt);
pt.y += 15;
Common::Rect rectMB = Testsuite::writeOnScreen("Middle-button click : Not tested", pt);
pt.y += 15;
Common::Rect rectWheel = Testsuite::writeOnScreen("Wheel Movements : Not tested", pt);
// Init Mouse Palette
GFXtests::initMousePalette();
Common::Rect finishZone = drawFinishZone();
bool quitLoop = false;
TestExitStatus passed = kTestPassed;
// handle all mouse events
Common::Event event;
while (!quitLoop) {
// Show mouse
CursorMan.showMouse(true);
g_system->updateScreen();
while (eventMan->pollEvent(event)) {
// Quit if explicitly requested
if (Engine::shouldQuit()) {
return passed;
}
switch (event.type) {
case Common::EVENT_MOUSEMOVE:
// Movements havee already been tested in GFX
break;
case Common::EVENT_LBUTTONDOWN:
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Mouse left-button pressed", Common::Point(rectInfo.left, rectInfo.top));
break;
case Common::EVENT_RBUTTONDOWN:
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Mouse right-button pressed", Common::Point(rectInfo.left, rectInfo.top));
break;
case Common::EVENT_WHEELDOWN:
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Mouse wheel moved down", Common::Point(rectInfo.left, rectInfo.top));
Testsuite::writeOnScreen("Wheel Movements : Done!", Common::Point(rectWheel.left, rectWheel.top));
break;
case Common::EVENT_MBUTTONDOWN:
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Mouse middle-button pressed ", Common::Point(rectInfo.left, rectInfo.top));
break;
case Common::EVENT_LBUTTONUP:
Testsuite::clearScreen(rectInfo);
if (finishZone.contains(eventMan->getMousePos())) {
quitLoop = true;
}
Testsuite::writeOnScreen("Mouse left-button released", Common::Point(rectInfo.left, rectInfo.top));
Testsuite::writeOnScreen("Left-button clicks : Done!", Common::Point(rectLB.left, rectLB.top));
break;
case Common::EVENT_RBUTTONUP:
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Mouse right-button released", Common::Point(rectInfo.left, rectInfo.top));
Testsuite::writeOnScreen("Right-button clicks : Done!", Common::Point(rectRB.left, rectRB.top));
break;
case Common::EVENT_WHEELUP:
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Mouse wheel moved up", Common::Point(rectInfo.left, rectInfo.top));
Testsuite::writeOnScreen("Wheel Movements : Done!", Common::Point(rectWheel.left, rectWheel.top));
break;
case Common::EVENT_MBUTTONUP:
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Mouse middle-button released ", Common::Point(rectInfo.left, rectInfo.top));
Testsuite::writeOnScreen("Middle-button clicks : Done!", Common::Point(rectMB.left, rectMB.top));
break;
case Common::EVENT_KEYDOWN:
if (event.kbd.keycode == Common::KEYCODE_x) {
Testsuite::clearScreen(rectInfo);
Testsuite::writeOnScreen("Exit requested", Common::Point(rectInfo.left, rectInfo.top));
quitLoop = true;
}
break;
default:
break;
}
}
}
CursorMan.showMouse(false);
// Verify results now!
if (Testsuite::handleInteractiveInput("Were mouse clicks (L/R/M buttons) and wheel movements identfied ?", "Yes", "No", kOptionRight)) {
Testsuite::logDetailedPrintf("Mouse clicks (L/R/M buttons) and wheel movements failed");
passed = kTestFailed;
}
return passed;
}
bool AgiEngine::handleMouseClicks(uint16 &key) {
// No mouse click? -> exit
if (key != AGI_MOUSE_BUTTON_LEFT)
return false;
if (!cycleInnerLoopIsActive()) {
// Only do this, when no inner loop is currently active
Common::Rect displayLineRect = _gfx->getFontRectForDisplayScreen(0, 0, FONT_COLUMN_CHARACTERS, 1);
// Common::Rect displayLineRect(_gfx->getDisplayScreenWidth(), _gfx->getDisplayFontHeight());
if (displayLineRect.contains(_mouse.pos)) {
// Mouse is inside first line of the screen
if (getFlag(VM_FLAG_MENUS_ACCESSIBLE) && _menu->isAvailable()) {
_menu->delayedExecuteViaMouse();
key = 0; // eat event
return true;
}
}
if (_text->promptIsEnabled()) {
// Prompt is currently enabled
int16 promptRow = _text->promptRow_Get();
displayLineRect.moveTo(0, promptRow * _gfx->getDisplayFontHeight());
if (displayLineRect.contains(_mouse.pos)) {
// and user clicked within the line of the prompt
showPredictiveDialog();
key = 0; // eat event
return true;
}
}
}
if (cycleInnerLoopIsActive()) {
// inner loop active, check what kind of loop it is. Then process / forward it
switch (_game.cycleInnerLoopType) {
case CYCLE_INNERLOOP_GETSTRING:
case CYCLE_INNERLOOP_GETNUMBER: {
// process in here
int16 stringRow, stringColumn, stringMaxLen;
_text->stringPos_Get(stringRow, stringColumn);
stringMaxLen = _text->stringGetMaxLen();
Common::Rect displayRect = _gfx->getFontRectForDisplayScreen(stringColumn, stringRow, stringMaxLen, 1);
if (displayRect.contains(_mouse.pos)) {
// user clicked inside the input space
showPredictiveDialog();
key = 0; // eat event
return true;
}
break;
}
case CYCLE_INNERLOOP_INVENTORY:
// TODO: forward
break;
case CYCLE_INNERLOOP_MENU_VIA_KEYBOARD:
_menu->mouseEvent(key);
key = 0; // eat event
break;
case CYCLE_INNERLOOP_SYSTEMUI_SELECTSAVEDGAMESLOT:
// TODO: forward
break;
default:
break;
}
}
return false;
}
void LabEngine::processMap(uint16 curRoom) {
byte place = 1;
uint16 curMsg = curRoom;
uint16 curFloor = _maps[curRoom]._pageNumber;
while (1) {
IntuiMessage *msg = _event->getMsg();
if (shouldQuit()) {
_quitLab = true;
return;
}
updateEvents();
_graphics->screenUpdate();
_system->delayMillis(10);
if (!msg) {
updateEvents();
byte newcolor[3];
if (place <= 14) {
newcolor[0] = 14 << 2;
newcolor[1] = place << 2;
newcolor[2] = newcolor[1];
} else {
newcolor[0] = 14 << 2;
newcolor[1] = (28 - place) << 2;
newcolor[2] = newcolor[1];
}
waitTOF();
_graphics->writeColorRegs(newcolor, 1, 1);
_interface->handlePressedButton();
waitTOF();
place++;
if (place >= 28)
place = 1;
} else {
uint32 msgClass = msg->_msgClass;
uint16 msgCode = msg->_code;
uint16 mouseX = msg->_mouse.x;
uint16 mouseY = msg->_mouse.y;
if ((msgClass == kMessageRightClick) || ((msgClass == kMessageRawKey) && (msgCode == Common::KEYCODE_ESCAPE)))
return;
if (msgClass == kMessageButtonUp) {
if (msgCode == 0) {
// Quit menu button
return;
} else if (msgCode == 1) {
// Up arrow
uint16 upperFloor = getUpperFloor(curFloor);
if (upperFloor != kFloorNone) {
curFloor = upperFloor;
_graphics->fade(false);
drawMap(curRoom, curMsg, curFloor, false);
_graphics->fade(true);
}
} else if (msgCode == 2) {
// Down arrow
uint16 lowerFloor = getLowerFloor(curFloor);
if (lowerFloor != kFloorNone) {
curFloor = lowerFloor;
_graphics->fade(false);
drawMap(curRoom, curMsg, curFloor, false);
_graphics->fade(true);
}
}
} else if (msgClass == kMessageLeftClick) {
if ((curFloor == kFloorLower) && _utils->mapRectScale(538, 277, 633, 352).contains(mouseX, mouseY)
&& floorVisited(kFloorSurMaze)) {
curFloor = kFloorSurMaze;
_graphics->fade(false);
drawMap(curRoom, curMsg, curFloor, false);
_graphics->fade(true);
} else if ((curFloor == kFloorMiddle) && _utils->mapRectScale(358, 71, 452, 147).contains(mouseX, mouseY)
&& floorVisited(kFloorCarnival)) {
curFloor = kFloorCarnival;
_graphics->fade(false);
drawMap(curRoom, curMsg, curFloor, false);
_graphics->fade(true);
} else if ((curFloor == kFloorMiddle) && _utils->mapRectScale(557, 325, 653, 401).contains(mouseX, mouseY)
&& floorVisited(kFloorMedMaze)) {
curFloor = kFloorMedMaze;
_graphics->fade(false);
drawMap(curRoom, curMsg, curFloor, false);
_graphics->fade(true);
} else if ((curFloor == kFloorUpper) && _utils->mapRectScale(524, 97, 645, 207).contains(mouseX, mouseY)
&& floorVisited(kFloorHedgeMaze)) {
curFloor = kFloorHedgeMaze;
_graphics->fade(false);
drawMap(curRoom, curMsg, curFloor, false);
_graphics->fade(true);
} else if (mouseX > _utils->mapScaleX(314)) {
uint16 oldMsg = curMsg;
Common::Rect curCoords;
for (int i = 1; i <= _maxRooms; i++) {
curCoords = roomCoords(i);
if ((_maps[i]._pageNumber == curFloor)
&& _roomsFound->in(i) && curCoords.contains(Common::Point(mouseX, mouseY))) {
curMsg = i;
}
}
if (oldMsg != curMsg) {
if (!_rooms[curMsg]._roomMsg.empty())
_resource->readViews(curMsg);
const char *sptr;
if ((sptr = _rooms[curMsg]._roomMsg.c_str())) {
_graphics->rectFillScaled(13, 148, 135, 186, 3);
_graphics->flowText(_msgFont, 0, 5, 3, true, true, true, true, _utils->vgaRectScale(14, 148, 134, 186), sptr);
if (_maps[oldMsg]._pageNumber == curFloor)
drawRoomMap(oldMsg, (bool)(oldMsg == curRoom));
curCoords = roomCoords(curMsg);
int right = (curCoords.left + curCoords.right) / 2;
int left = right - 1;
int top, bottom;
top = bottom = (curCoords.top + curCoords.bottom) / 2;
if ((curMsg != curRoom) && (_maps[curMsg]._pageNumber == curFloor))
_graphics->rectFill(left, top, right, bottom, 1);
}
}
}
}
_graphics->screenUpdate();
}
} // while
}
uint16 PopupMenu::Show(int numEntries, const char *actions[]) {
if (numEntries == 0) return 0xffff;
LureEngine &engine = LureEngine::getReference();
Events &e = Events::getReference();
Mouse &mouse = Mouse::getReference();
OSystem &system = *g_system;
Screen &screen = Screen::getReference();
Common::Rect r;
bool isEGA = LureEngine::getReference().isEGA();
byte bgColour = isEGA ? EGA_DIALOG_BG_COLOUR : 0;
byte textColour = isEGA ? EGA_DIALOG_TEXT_COLOUR : VGA_DIALOG_TEXT_COLOUR;
byte whiteColour = isEGA ? EGA_DIALOG_WHITE_COLOUR : VGA_DIALOG_WHITE_COLOUR;
const uint16 yMiddle = FULL_SCREEN_HEIGHT / 2;
#ifndef LURE_CLICKABLE_MENUS
uint16 oldX = mouse.x();
uint16 oldY = mouse.y();
mouse.cursorOff();
mouse.setPosition(FULL_SCREEN_WIDTH / 2, yMiddle);
// Round up number of lines in dialog to next odd number
uint16 numLines = (numEntries / 2) * 2 + 1;
if (numLines > 5) numLines = 5;
#else
mouse.pushCursorNum(CURSOR_ARROW);
// In WinCE, the whole menu is shown and the items are click-selectable
uint16 numLines = numEntries;
#endif
// Figure out the character width
uint16 numCols = 0;
for (int ctr = 0; ctr < numEntries; ++ctr) {
int len = strlen(actions[ctr]);
if (len > numCols)
numCols = len;
}
// Create the dialog surface
Common::Point size;
Surface::getDialogBounds(size, numCols, numLines, false);
Surface *s = new Surface(size.x, size.y);
s->createDialog(true);
int selectedIndex = 0;
bool refreshFlag = true;
r.left = Surface::textX();
r.right = s->width() - Surface::textX() + 1;
r.top = Surface::textY();
r.bottom = s->height() - Surface::textY() + 1;
for (;;) {
if (refreshFlag) {
// Set up the contents of the menu
s->fillRect(r, bgColour);
for (int index = 0; index < numLines; ++index) {
#ifndef LURE_CLICKABLE_MENUS
int actionIndex = selectedIndex - (numLines / 2) + index;
#else
int actionIndex = index;
#endif
if ((actionIndex >= 0) && (actionIndex < numEntries)) {
s->writeString(Surface::textX(), Surface::textY() + index * FONT_HEIGHT,
actions[actionIndex], true,
#ifndef LURE_CLICKABLE_MENUS
(index == (numLines / 2)) ? whiteColour : textColour,
#else
(index == selectedIndex) ? whiteColour : textColour,
#endif
false);
}
}
s->copyToScreen(0, yMiddle-(s->height() / 2));
system.updateScreen();
refreshFlag = false;
}
while (e.pollEvent()) {
if (engine.shouldQuit()) {
selectedIndex = 0xffff;
goto bail_out;
} else if (e.type() == Common::EVENT_WHEELUP) {
// Scroll upwards
if (selectedIndex > 0) {
--selectedIndex;
refreshFlag = true;
}
} else if (e.type() == Common::EVENT_WHEELDOWN) {
// Scroll downwards
if (selectedIndex < numEntries - 1) {
++selectedIndex;
refreshFlag = true;
}
} else if (e.type() == Common::EVENT_KEYDOWN) {
uint16 keycode = e.event().kbd.keycode;
if (((keycode == Common::KEYCODE_KP8) || (keycode == Common::KEYCODE_UP)) && (selectedIndex > 0)) {
--selectedIndex;
refreshFlag = true;
} else if (((keycode == Common::KEYCODE_KP2) || (keycode == Common::KEYCODE_DOWN)) &&
(selectedIndex < numEntries-1)) {
++selectedIndex;
refreshFlag = true;
} else if ((keycode == Common::KEYCODE_RETURN) || (keycode == Common::KEYCODE_KP_ENTER)) {
goto bail_out;
} else if (keycode == Common::KEYCODE_ESCAPE) {
selectedIndex = 0xffff;
goto bail_out;
}
#ifdef LURE_CLICKABLE_MENUS
} else if (e.type() == Common::EVENT_LBUTTONDOWN || e.type() == Common::EVENT_MOUSEMOVE) {
int16 x = mouse.x();
int16 y = mouse.y() - yMiddle + (s->height() / 2);
refreshFlag = true;
if (r.contains(x, y)) {
selectedIndex = (y - r.top) / FONT_HEIGHT;
if (e.type() == Common::EVENT_LBUTTONDOWN)
goto bail_out;
}
#else
} else if ((e.type() == Common::EVENT_LBUTTONDOWN) ||
(e.type() == Common::EVENT_MBUTTONDOWN)) {
//mouse.waitForRelease();
goto bail_out;
#endif
} else if (e.type() == Common::EVENT_RBUTTONDOWN) {
mouse.waitForRelease();
selectedIndex = 0xffff;
goto bail_out;
}
}
#ifndef LURE_CLICKABLE_MENUS
// Warping the mouse to "neutral" even if the top/bottom menu
// entry has been reached has both pros and cons. It makes the
// menu behave a bit more sensibly, but it also makes it harder
// to move the mouse pointer out of the ScummVM window.
if (mouse.y() < yMiddle - POPMENU_CHANGE_SENSITIVITY) {
if (selectedIndex > 0) {
--selectedIndex;
refreshFlag = true;
}
mouse.setPosition(FULL_SCREEN_WIDTH / 2, yMiddle);
} else if (mouse.y() > yMiddle + POPMENU_CHANGE_SENSITIVITY) {
if (selectedIndex < numEntries - 1) {
++selectedIndex;
refreshFlag = true;
}
mouse.setPosition(FULL_SCREEN_WIDTH / 2, yMiddle);
}
#endif
system.delayMillis(20);
}
bail_out:
delete s;
#ifndef LURE_CLICKABLE_MENUS
mouse.setPosition(oldX, oldY);
mouse.cursorOn();
#else
mouse.popCursor();
#endif
screen.update();
return selectedIndex;
}
bool ClickText::containsPoint(const Common::Point &point) const {
Common::Rect r = _bbox;
r.translate(_position.x, _position.y);
return r.contains(point);
}
