void IrrlichtGraphics::drawImage(const Image* image,
int srcX,
int srcY,
int dstX,
int dstY,
int width,
int height)
{
if (mClipStack.empty())
{
throw FCN_EXCEPTION("Clip stack is empty, perhaps you called a draw funtion outside of _beginDraw() and _endDraw()?");
}
const ClipRectangle& top = mClipStack.top();
const IrrlichtImage* srcImage = dynamic_cast<const IrrlichtImage*>(image);
if (srcImage == NULL)
{
throw FCN_EXCEPTION("Trying to draw an image of unknown format, must be an IrrlichtImage.");
}
irr::core::position2d<irr::s32> destPos(dstX + top.xOffset, dstY + top.yOffset);
irr::core::rect<irr::s32> sourceRect(srcX, srcY, srcX + width, srcY + height);
irr::core::rect<irr::s32> clipRect(top.x, top.y, top.x + top.width, top.y + top.height);
irr::video::SColor color(255, 255, 255, 255);
mDriver->draw2DImage(srcImage->getTexture(), destPos, sourceRect, &clipRect, color, true);
}
// allCandidates contains the previous positions, scaled to the original
// dimension of image of the found face
// thus we can exploit this thing to skip a big section of the level = the
// intersection of the candidates
// scaled by factor (thus is compatible with level) with level
void FaceClassifier::_slidingSearch(cv::Mat1b& level,
float factor,
std::vector<cv::Rect>& allCandidates) {
cv::Size winSize(std::ceil(_windowSize.width * factor),
std::ceil(_windowSize.height * factor));
std::vector<cv::Rect> toSkip;
for (const cv::Rect& r : allCandidates) {
toSkip.push_back(cv::Rect(r.x / factor, r.y / factor, r.width / factor,
r.height / factor));
}
for (auto y = 0; y < level.rows - _windowSize.height; y += _step) {
for (auto x = 0; x < level.cols - _windowSize.width; x += _step) {
cv::Rect roi_rect(x, y, _windowSize.width, _windowSize.height);
// if roi_rect intersect a toSkip element, lets continue
auto exists =
std::find_if(toSkip.begin(), toSkip.end(), [&](const cv::Rect& skip) {
cv::Rect intersection(skip & roi_rect);
if (intersection.area() > 0) {
x += intersection.width + _step;
return true;
}
return false;
});
if (exists != toSkip.end()) { // intersection exists, we can skip
continue;
}
cv::Mat1b roi = level(roi_rect);
if (_vc->classify(roi)) { // variance
// std::cout << "V";
if (_fc->classify(roi)) { // features (shape)
// std::cout << "F";
if (_sc->classify(roi)) { // svm to refine
// std::cout << "S";
cv::Rect destPos(std::floor(x * factor), std::floor(y * factor),
winSize.width + 1, winSize.height + 1);
allCandidates.push_back(destPos);
// add current roi to toSkip vector
toSkip.push_back(roi_rect);
x += _windowSize.height;
}
}
// std::cout << std::endl;
}
}
}
}
void TickerTape::setPositions(TextAction &action) {
Vec2i txtDims = Vec2i(textDims(this, getText(action.m_targetIndex)));
Vec2i widgetSize = getSize() - getBordersAll();
int yPos = (widgetSize.h - txtDims.h) / 2;
int aPos;
if (m_anchor.isPercentage()) {
if (m_anchor.getPercentage() == -1) {
aPos = widgetSize.w;
} else {
aPos = int(m_anchor.getPercentage() / 100.f * widgetSize.w);
}
} else {
aPos = m_anchor.getAbsolute();
}
if (m_align == Alignment::CENTERED) {
aPos -= txtDims.w / 2;
} else if (m_align == Alignment::FLUSH_LEFT) {
// nop
} else if (m_align == Alignment::FLUSH_RIGHT) {
aPos -= txtDims.w;
} else {
assert(false);
}
Vec2i destPos(getBorderLeft() + aPos, getBorderTop() + yPos);
TextWidget::setTextPos(destPos, action.m_targetIndex);
Vec2f targetPos = Vec2f(destPos);
Vec2f startOffset, endOffset;
if (m_alternateOrigin && action.m_actionNumber % 2 == 1) {
startOffset = m_endOffset;
endOffset = m_startOffset;
} else {
startOffset = m_startOffset;
endOffset = m_endOffset;
}
if (action.m_phaseNumber == 0) {
action.m_startPos = targetPos + startOffset;
action.m_destPos = targetPos;
} else if (action.m_phaseNumber == 1) {
action.m_startPos = action.m_destPos = targetPos;
} else if (action.m_phaseNumber == 2) {
action.m_startPos = targetPos;
action.m_destPos = targetPos + endOffset;
}
setTextPos(Vec2i(action.m_startPos), action.m_targetIndex);
setTextFade(action.m_startAlpha, action.m_targetIndex);
}
void CGame::interpView ()
{
CVector3 viewPos, viewCtr;
CVector3 destPos(3, 40, 3);
CVector3 sourcePos(m_tolleyPos.x + m_tolleyForward.x*10 , 5, m_tolleyPos.z + m_tolleyForward.z*10);
if (m_viewInterp < 1) {
m_viewInterp+=m_deltaT;
viewPos = sourcePos *(1-m_viewInterp) + destPos * m_viewInterp;
viewCtr = m_aimPos *(1-m_viewInterp) + m_tolleyPos * m_viewInterp;
} else {
viewCtr = m_tolleyPos;
viewPos = destPos;//CCamera::Instance().LookAt( 3, 20, 3, 0, 0, 0, 0, 1, 0 );
}
CCamera::Instance().LookAt(viewPos.x, viewPos.y, viewPos.z,
viewCtr.x, viewCtr.y, viewCtr.z,
0, 1, 0);
}
void DirtyAreas::copy(MSurface *srcSurface, MSurface *destSurface, const Common::Point &posAdjust) {
for (uint i = 0; i < size(); ++i) {
const Common::Rect &srcBounds = (*this)[i]._bounds;
// Check if this is a sane rectangle before attempting to create it
if (srcBounds.left >= srcBounds.right || srcBounds.top >= srcBounds.bottom)
continue;
Common::Rect bounds(srcBounds.left + posAdjust.x, srcBounds.top + posAdjust.y,
srcBounds.right + posAdjust.x, srcBounds.bottom + posAdjust.y);
Common::Point destPos(bounds.left, bounds.top);
if ((*this)[i]._active && bounds.isValidRect()) {
srcSurface->copyTo(destSurface, bounds, destPos);
}
}
}
CFPos CMemberAI::GetSelfCorrectPos()
{
CFPos destPos(0.0f,0.0f);
CDummyAI* pDummyAI = GetGroupLeaderDummyAI();
if (!pDummyAI)
return destPos;
CFPos dummyPos;
pDummyAI->GetCharacter()->GetPixelPos(dummyPos);
uint uSubDir = pDummyAI->GetCharacter()->GetActionDir();
float newdir = (float)((float)uSubDir/255.0f * TWO_PI);
if(pDummyAI->m_eMoveType == ENpcMove_Trip && !pDummyAI->m_bMoveDir && pDummyAI->m_uCurrentPoint != pDummyAI->m_mapMovePath.size())
destPos = pDummyAI->ChangeLocalPosToWorldPos(dummyPos,m_LocalMirrorPos,newdir);
else if(pDummyAI->m_eMoveType == ENpcMove_Trip && pDummyAI->m_bMoveDir && pDummyAI->m_uCurrentPoint == 1)
destPos = pDummyAI->ChangeLocalPosToWorldPos(dummyPos,m_LocalMirrorPos,newdir);
else
destPos = pDummyAI->ChangeLocalPosToWorldPos(dummyPos,m_LocalPos,newdir);
return destPos;
}
// CraterParticle2D
//---------------------------------------------------------------------------
CraterParticle2D::CraterParticle2D(const fXYZ &pos) : Particle2D(pos)
{
packedSurface.setData(staticPackedCrater);
packedSurface.setDrawModeSolid();
packedSurface.setFrame(rand() % staticPackedCrater.getFrameCount());
// Check to see if this is valid crater ground.
// Check the crater cache for a hit.
iXY destPos((int) pos.x, (int) pos.z);
for (int i = 0; i < craterCache.getCount(); i++) {
if (craterCache[i].bounds.contains(destPos)) {
// Since a crater already exists near this point, do not add another.
isAlive = false;
cacheHitCount++;
//ConsoleInterface::postMessage("Crater Cache Hit");
}
}
// If there was a cache miss, add the crater location to the cache.
if (isAlive) {
cacheMissCount++;
craterCache[curCraterIndex].bounds = iRect(destPos.x - halfBoundsSize, destPos.y - halfBoundsSize, destPos.x + halfBoundsSize, destPos.y + halfBoundsSize);
craterCache[curCraterIndex].pos = destPos;
// Save the cache position.
cacheIndex = curCraterIndex;
if (++curCraterIndex >= craterCache.getCount()) {
curCraterIndex = 0;
}
lifetime = 60.0f * float((rand() % 4) + 2);
}
} // end CraterParticle2D::CraterParticle2D
wxBitmap* DialogReplacePiece::PackImage(const wxSize& bmpSize, const TV_PACKING_PIECE_INFO& vPackingInfo)
{
wxBitmap* pNewBitmap = new wxBitmap(bmpSize);
pNewBitmap->UseAlpha();
wxMemoryDC memDC(*pNewBitmap);
wxGCDC dc(memDC);
dc.SetBackground(*wxTRANSPARENT_BRUSH);
dc.Clear();
for (TV_PACKING_PIECE_INFO::const_iterator it = vPackingInfo.begin(); it != vPackingInfo.end(); ++it)
{
const PACKING_PIECE_INFO* pPackingInfo = (*it);
wxPoint destPos(pPackingInfo->pNode->x, pPackingInfo->pNode->y);
wxBitmap& subBitmap = (wxBitmap)pPackingInfo->subBitmap;
wxMemoryDC memSubDC(subBitmap);
dc.Blit(destPos, pPackingInfo->subBitmap.GetSize(), &memSubDC, wxPoint(0, 0));
}
return pNewBitmap;
}
Pathway PathwayHelper::randomWay(CityPtr city, TilePos startPos, int walkRadius)
{
int loopCounter = 0; //loop limiter
do
{
const Tilemap& tmap = city->getTilemap();
TilePos destPos( std::rand() % walkRadius - walkRadius / 2, std::rand() % walkRadius - walkRadius / 2 );
destPos = (startPos+destPos).fit( TilePos( 0, 0 ), TilePos( tmap.getSize()-1, tmap.getSize()-1 ) );
if( tmap.at( destPos ).isWalkable( true) )
{
Pathway pathway = create( city, startPos, destPos, PathwayHelper::allTerrain );
if( pathway.isValid() )
{
return pathway;
}
}
}
while( ++loopCounter < 20 );
return Pathway();
}
void SequenceManager::signal() {
if (g_globals->_sceneObjects->contains(&_sceneText))
_sceneText.hide();
bool continueFlag = true;
while (continueFlag) {
if (_sequenceOffset >=_sequenceData.size()) {
// Reached the end of the sequence
if (!_keepActive)
remove();
break;
}
uint16 idx = static_cast<uint16>(getNextValue() - 32000);
int16 v1, v2, v3;
switch (idx) {
case 0:
// Stop sequence
continueFlag = false;
break;
case 1:
_sceneObject->animate(ANIM_MODE_1, NULL);
break;
case 2:
_sceneObject->animate(ANIM_MODE_2, NULL);
break;
case 3:
_sceneObject->animate(ANIM_MODE_3);
break;
case 4:
v1 = getNextValue();
v2 = getNextValue();
_sceneObject->animate(ANIM_MODE_8, v1, v2 ? this : NULL);
break;
case 5:
v1 = getNextValue();
v2 = getNextValue();
_sceneObject->animate(ANIM_MODE_7, v1, v2 ? this : NULL);
break;
case 6:
v2 = getNextValue();
_sceneObject->animate(ANIM_MODE_5, v2 ? this : NULL);
break;
case 7:
v2 = getNextValue();
_sceneObject->animate(ANIM_MODE_6, v2 ? this : NULL);
break;
case 8:
v1 = getNextValue();
v3 = getNextValue();
v2 = getNextValue();
_sceneObject->animate(ANIM_MODE_4, v1, v3, v2 ? this : NULL);
break;
case 9:
v1 = getNextValue();
v3 = getNextValue();
v2 = getNextValue();
g_globals->_sceneManager._scene->_sceneBounds.moveTo(v3, v2);
g_globals->_sceneManager._scene->loadScene(v1);
break;
case 10: {
int resNum= getNextValue();
int lineNum = getNextValue();
int color = getNextValue();
int xp = getNextValue();
int yp = getNextValue();
int width = getNextValue();
setMessage(resNum, lineNum, color, Common::Point(xp, yp), width);
break;
}
case 11:
v1 = getNextValue();
v2 = getNextValue();
setAction(globalManager(), v2 ? this : NULL, v1, _objectList[0], _objectList[1], _objectList[2], _objectList[3], NULL);
break;
case 12:
v1 = getNextValue();
setDelay(v1);
break;
case 13: {
v1 = getNextValue();
v3 = getNextValue();
v2 = getNextValue();
NpcMover *mover = new NpcMover();
Common::Point destPos(v1, v3);
_sceneObject->addMover(mover, &destPos, v2 ? this : NULL);
break;
}
case 14:
v1 = getNextValue();
_sceneObject->_numFrames = v1;
break;
case 15:
v1 = getNextValue();
_sceneObject->_moveRate = v1;
break;
case 16:
v1 = getNextValue();
v2 = getNextValue();
_sceneObject->_moveDiff = Common::Point(v1, v2);
break;
case 17:
_sceneObject->hide();
break;
case 18:
_sceneObject->show();
break;
case 19:
v1 = getNextValue();
_sceneObject->setVisage(v1);
break;
case 20:
v1 = getNextValue();
_sceneObject->setStrip(v1);
break;
case 21:
v1 = getNextValue();
_sceneObject->setFrame(v1);
break;
case 22:
v1 = getNextValue();
_sceneObject->fixPriority(v1);
break;
case 23:
v1 = getNextValue();
_sceneObject->changeZoom(v1);
break;
case 24:
v1 = getNextValue();
v2 = getNextValue();
v3 = getNextValue();
_sceneObject->setPosition(Common::Point(v1, v2), v3);
break;
case 25: {
int yStart = getNextValue();
int minPercent = getNextValue();
int yEnd = getNextValue();
int maxPercent = getNextValue();
g_globals->_sceneManager._scene->setZoomPercents(yStart, minPercent, yEnd, maxPercent);
break;
}
case 26:
v1 = getNextValue();
v2 = getNextValue();
_soundHandler.play(v1, v2 ? this : NULL, 127);
break;
case 27: {
v1 = getNextValue();
v3 = getNextValue();
v2 = getNextValue();
PlayerMover *mover = new PlayerMover();
Common::Point destPos(v1, v3);
_sceneObject->addMover(mover, &destPos, v2 ? this : NULL);
break;
}
case 28:
_objectIndex = getNextValue();
assert((_objectIndex >= 0) && (_objectIndex < 6));
_sceneObject = _objectList[_objectIndex];
assert(_sceneObject);
break;
case 29:
_sceneObject->animate(ANIM_MODE_NONE);
break;
case 30:
v1 = getNextValue();
g_globals->_scrollFollower = (v1 == -1) ? NULL : _objectList[v1];
break;
case 31:
_sceneObject->setObjectWrapper(new SceneObjectWrapper());
break;
case 32:
_sceneObject->setObjectWrapper(NULL);
break;
case 33:
v1 = getNextValue();
if (_keepActive)
setDelay(1);
else {
_sceneText.remove();
g_globals->_sceneManager._scene->_stripManager.start(v1, this);
}
break;
case 34: {
v1 = getNextValue();
v2 = getNextValue();
int objIndex1 = getNextValue() - 1;
int objIndex2 = getNextValue() - 1;
int objIndex3 = getNextValue() - 1;
int objIndex4 = getNextValue() - 1;
int objIndex5 = getNextValue() - 1;
int objIndex6 = getNextValue() - 1;
setAction(globalManager(), v2 ? this : NULL, v1, _objectList[objIndex1], _objectList[objIndex2],
_objectList[objIndex3], _objectList[objIndex4], _objectList[objIndex5], _objectList[objIndex6], NULL);
break;
}
/* Following indexes were introduced for Blue Force */
case 35:
v1 = getNextValue();
_sceneObject->updateAngle(_objectList[v1]->_position);
break;
case 36:
_sceneObject->animate(ANIM_MODE_9, NULL);
break;
case 37:
v1 = getNextValue();
v2 = getNextValue();
if (_onCallback)
_onCallback(v1, v2);
break;
case 38: {
int resNum = getNextValue();
int lineNum = getNextValue();
int fontNum = getNextValue();
int color1 = getNextValue();
int color2 = getNextValue();
int color3 = getNextValue();
int xp = getNextValue();
int yp = getNextValue();
int width = getNextValue();
setMessage(resNum, lineNum, fontNum, color1, color2, color3, Common::Point(xp, yp), width);
break;
}
default:
error("SequenceManager::signal - Unknown action %d at offset %xh", idx, _sequenceOffset - 2);
break;
}
}
}
void CppiaStackVar::genDefault(CppiaCompiler *compiler, const CppiaConst &inDefault)
{
if (argType==etString)
{
if (inDefault.type == CppiaConst::cString)
{
JumpId notNull = compiler->compare(cmpP_NOT_ZERO, JitFramePos(defaultStackPos+offsetof(String,__s)).as(jtPointer),(void *)0);
String val = module->strings[ inDefault.ival ];
compiler->move(JitFramePos(defaultStackPos).as(jtInt), (int)val.length);
compiler->move(JitFramePos(defaultStackPos+offsetof(String,__s)).as(jtPointer), (void *)val.__s);
compiler->comeFrom(notNull);
}
}
else
{
JitFramePos srcPos(defaultStackPos);
JitFramePos destPos(stackPos);
compiler->move( sJitTemp0, srcPos.as(jtPointer) );
JumpId notNull = compiler->compare(cmpP_NOT_ZERO, sJitTemp0, (void *)0);
switch(storeType)
{
case fsByte:
case fsBool:
compiler->move( destPos.as(jtByte), JitVal(inDefault.ival).as(jtByte));
break;
case fsInt:
compiler->move( destPos.as(jtInt), inDefault.ival);
break;
case fsFloat:
compiler->move( sJitTemp0, (void *)&inDefault.dval);
compiler->move( destPos.as(jtFloat), sJitTemp0.star(jtFloat));
break;
case fsObject:
if (inDefault.type==CppiaConst::cInt)
compiler->callNative( (void *)intToObject, inDefault.ival );
else if (inDefault.type==CppiaConst::cFloat)
compiler->callNative( (void *)floatToObject, (void *)&inDefault.dval );
else if (inDefault.type==CppiaConst::cString)
compiler->callNative( (void *)stringToObject, (void *)&module->strings[ inDefault.ival ] );
else
break;
compiler->move(destPos.as(jtPointer), sJitReturnReg.as(jtPointer));
break;
case fsString: // handled
case fsUnknown: // ?
break;
}
JumpId defaultDone = compiler->jump();
compiler->comeFrom(notNull);
switch(storeType)
{
case fsByte:
case fsBool:
compiler->callNative( (void *)objToInt, sJitTemp0.as(jtPointer) );
//compiler->move( destPos.as(jtByte), sJitReturnReg.as(jtByte));
compiler->move( destPos.as(jtInt), sJitReturnReg.as(jtInt));
break;
case fsInt:
compiler->callNative( (void *)objToInt, sJitTemp0.as(jtPointer) );
compiler->move( destPos.as(jtInt), sJitReturnReg.as(jtInt));
break;
case fsFloat:
compiler->callNative( (void *)objToFloat, sJitTemp0.as(jtPointer), destPos.as(jtFloat)) ;
break;
case fsObject:
// Should be same pos
//compiler->move(destPos.as(jtPointer), sJitTemp0.as(jtPointer));
break;
case fsString: // handled
case fsUnknown: // ?
break;
}
compiler->comeFrom(defaultDone);
}
}
//-------------------------------------------------------------------------------------
bool MoveToPointHandler::update()
{
if(pController_ == NULL)
{
delete this;
return false;
}
Entity* pEntity = pController_->pEntity();
const Position3D& dstPos = destPos();
Position3D currpos = pEntity->getPosition();
Direction3D direction = pEntity->getDirection();
Vector3 movement = dstPos - currpos;
if (!moveVertically_) movement.y = 0.f;
bool ret = true;
if(KBEVec3Length(&movement) < velocity_ + range_)
{
float y = currpos.y;
currpos = dstPos;
if(range_ > 0.0f)
{
// 单位化向量
KBEVec3Normalize(&movement, &movement);
movement *= range_;
currpos -= movement;
}
if (!moveVertically_)
currpos.y = y;
ret = false;
}
else
{
// 单位化向量
KBEVec3Normalize(&movement, &movement);
// 移动位置
movement *= velocity_;
currpos += movement;
}
// 是否需要改变面向
if (faceMovement_ && (movement.x != 0.f || movement.z != 0.f))
direction.yaw(movement.yaw());
// 设置entity的新位置和面向
if(pController_)
pEntity->setPositionAndDirection(currpos, direction);
// 非navigate都不能确定其在地面上
if(pController_)
pEntity->isOnGround(isOnGround());
// 通知脚本
if(pController_)
pEntity->onMove(pController_->id(), pyuserarg_);
// 如果达到目的地则返回true
if(!ret)
{
return !requestMoveOver();
}
return true;
}
//-------------------------------------------------------------------------------------
bool MoveToPointHandler::update(TimerHandle& handle)
{
if(pEntity_ == NULL)
{
handle.cancel();
return false;
}
Entity* pEntity = pEntity_;
const Position3D& dstPos = destPos();
Position3D currpos = pEntity->position();
Position3D currpos_backup = currpos;
Direction3D direction = pEntity->direction();
Vector3 movement = dstPos - currpos;
if (!moveVertically_) movement.y = 0.f;
bool ret = true;
if(KBEVec3Length(&movement) < velocity_ + distance_)
{
float y = currpos.y;
currpos = dstPos;
if(distance_ > 0.0f)
{
// 单位化向量
KBEVec3Normalize(&movement, &movement);
movement *= distance_;
currpos -= movement;
}
if (!moveVertically_)
currpos.y = y;
ret = false;
}
else
{
// 单位化向量
KBEVec3Normalize(&movement, &movement);
// 移动位置
movement *= velocity_;
currpos += movement;
}
// 是否需要改变面向
if (faceMovement_ && (movement.x != 0.f || movement.z != 0.f))
direction.yaw(movement.yaw());
// 设置entity的新位置和面向
pEntity_->position(currpos);
pEntity_->direction(direction);
// 非navigate都不能确定其在地面上
pEntity_->isOnGound(false);
// 通知脚本
pEntity->onMove(scriptCallbacks_.getIDForHandle(handle), layer_, currpos_backup, pyuserarg_);
// 如果达到目的地则返回true
if(!ret)
{
return !requestMoveOver(handle, currpos_backup);
}
return true;
}
ff::RectInt OptimizedTextureInfo::FindPlacement(ff::PointInt size)
{
ff::PointInt destPos(-1, -1);
if (size.x > 0 && size.x <= _size.x &&
size.y > 0 && size.y <= _size.y)
{
ff::PointInt cellSize(
(size.x + s_gridSize - 1) / s_gridSize,
(size.y + s_gridSize - 1) / s_gridSize);
for (int y = 0; y + cellSize.y <= _size.y / s_gridSize; y++)
{
for (int attempt = 0; attempt < 2; attempt++)
{
// Try to put the sprite as far left as possible in each row
int x;
if (attempt)
{
x = _rowRight[y];
if (x)
{
// don't touch the previous sprite
x++;
}
}
else
{
x = _rowLeft[y];
x -= cellSize.x + 1;
}
if (x >= 0 && x + cellSize.x <= _size.x / s_gridSize)
{
bool found = true;
// Look for intersection with another sprite
for (int checkY = y + cellSize.y; checkY >= y - 1; checkY--)
{
if (checkY >= 0 &&
checkY < _size.y / s_gridSize &&
checkY < _countof(_rowRight) &&
_rowRight[checkY] &&
_rowRight[checkY] + 1 > x &&
x + cellSize.x + 1 > _rowLeft[checkY])
{
found = false;
break;
}
}
// Prefer positions further to the left
if (found && (destPos.x == -1 || destPos.x > x * s_gridSize))
{
destPos.SetPoint(x * s_gridSize, y * s_gridSize);
}
}
}
}
}
return (destPos.x == -1)
? ff::RectInt(0, 0, 0, 0)
: ff::RectInt(destPos.x, destPos.y, destPos.x + size.x, destPos.y + size.y);
}