void Player::advance(int phase)
{
if(!phase) return;
qreal xa = 0, ya =0;
if(pSpriteMove->getIsRunning()){
setSpeedWalking(DEFAULT_SPEED_WALKING *3);
}else{
setSpeedWalking(DEFAULT_SPEED_WALKING);
}
setAnimDelta(getAnimDelta()+1);
setAnimTime(getAnimTime()+ getSpeedWalking());
/* On gère l'animation de déplacement */
if(getAnimDelta() >= getAnimTime()){
setAnimFrame(getAnimFrame()+1);
setAnimDelta(0);
if(getAnimFrame() > DEFAULT_ANIME_FRAME){
setAnimFrame(0);
}
}
/*On définie les coordonnées de déplacement
*par rapport au sens où le player doit aller.*/
if(pSpriteMove->getIsLookingUp()){
ya -= getSpeedWalking();
}else if(pSpriteMove->getIsLookingDown()){
ya += getSpeedWalking();
}else if(pSpriteMove->getIsLookingLeft()){
xa -= getSpeedWalking();
}else if(pSpriteMove->getIsLookingRight()){
xa += getSpeedWalking();
}
/* On effectue le déplacement du player*/
if(xa != 0 || ya != 0){
pSpriteMove->setIsWalking(true);
move(xa,ya);
}else{
pSpriteMove->setIsWalking(false);
}
setAnimTime(DEFAULT_ANIME_TIME);
}
void MovieSprite::clear()
{
_clear();
_dirty = false;
_playing = false;
_paused = false;
_ready = false;
if (_textureUV)
_textureUV->release();
_textureUV = 0;
if (_textureYA)
_textureYA->release();
_textureYA = 0;
_movieRect = Rect(0, 0, 0, 0);
setAnimFrame(0);
_initialized = false;
{
MutexAutoLock m(_mutex);
_mtUV.cleanup();
_mtYA.cleanup();
}
}
void Sprite::setColumn(int column, int row)
{
const ResAnim* rs = getResAnim();
if (row == -1)
row = getRow();
setAnimFrame(rs, column, row);
}
void TreeInspectorPreview::init(spActor item)
{
//_item = item;
STDRenderer r(&_videoCache);
RenderState rs;
rs.renderer = &r;
rs.transform = item->getTransform();
r.begin(0);
//r.setTransform(rs.transform);
item->doRender(rs);
r.end();
r.drawBatch();
setSize(30, 30);
RectF itemRect = _videoCache._bounds;
if (itemRect.isEmpty())
{
itemRect = item->getDestRect();
if (itemRect.isEmpty())
itemRect.setSize(Vector2(10, 4));
}
Vector2 ns = fitSize(Vector2(50.0f, 50.0f), itemRect.size);
float scale = ns.x / itemRect.size.x;
_cacheTransform.identity();
_cacheTransform.scale(Vector2(scale, scale));
_cacheTransform.translate(-itemRect.pos);
AnimationFrame fr = _tree->_resSystem->getResAnim("checker")->getFrame(0, 0);
//Point itemSize(30, 30);// = _getItemRect().size;
RectF srcRect = fr.getSrcRect();
const Diffuse& df = fr.getDiffuse();
srcRect.size.x = ns.x / (float)df.base->getWidth();
srcRect.size.y = ns.y / (float)df.base->getHeight();
RectF destRect = fr.getDestRect();
destRect.size = ns;
AnimationFrame cfr;
cfr.init(0, df, srcRect, destRect, ns);
setAnimFrame(cfr);
/*
spEventHandler bh = new EventHandler();
bh->setCallbackEnter(CLOSURE(this, &TreeInspectorPreview::_onEvent));
bh->setCallbackExit(CLOSURE(this, &TreeInspectorPreview::_onEvent));
bh->setCallbackPressDown(CLOSURE(this, &TreeInspectorPreview::_onEvent));
bh->setCallbackPressUp(CLOSURE(this, &TreeInspectorPreview::_onEvent));
addEventHandler(bh);
*/
}
void Sprite::setRow(int row, int column)
{
const ResAnim* rs = getResAnim();
if (column == -1)
column = getColumn();
setAnimFrame(rs, column, row);
}
void Sprite::setResAnim(const ResAnim *resanim)
{
if (resanim)
{
if (resanim->getTotalFrames())
setAnimFrame(resanim);
else
{
AnimationFrame fr;
fr.init(0, Diffuse(), RectF(0,0,0,0), RectF(0,0,0,0), getSize());
setAnimFrame(fr);
}
}
else
setAnimFrame(AnimationFrame());
}
void NcpEnnemy::advance(int phase)
{
if(!phase) return;
if(!chasingMode){
targetInAgressiveZone();
}else{
setAnimDelta(getAnimDelta()+1);
setAnimTime(getAnimTime()+ getSpeedWalking());
if(getAnimDelta() >= getAnimTime()){
setAnimFrame(getAnimFrame()+1);
setAnimDelta(0);
if(getAnimFrame() > DEFAULT_ANIME_FRAME){
setAnimFrame(0);
}
findPathToTarget();
}
setAnimTime(DEFAULT_ANIME_E_TIME);
}
}
void MovieSprite::initPlayer()
{
if (_initialized)
return;
_initialized = true;
_initPlayer();
Point sz = _bufferSize;
//sz = Point(nextPOT(sz.x), nextPOT(sz.y));
Point uvSize = _bufferSize / 2;
//uvSize = Point(nextPOT(uvSize.x), nextPOT(uvSize.y));
//uvSize = sz;
_mtUV.init(uvSize.x, uvSize.y, TF_A8L8);
_mtUV.fill_zero();
_textureUV = IVideoDriver::instance->createTexture();
_textureUV->init(uvSize.x, uvSize.y, _mtUV.getFormat(), false);
_mtYA.init(sz.x, sz.y, _hasAlphaChannel ? TF_A8L8 : TF_L8);
_mtYA.fill_zero();
_textureYA = IVideoDriver::instance->createTexture();
_textureYA->init(sz.x, sz.y, _mtYA.getFormat(), false);
if (_hasAlphaChannel)
setBlendMode(blend_premultiplied_alpha);
else
setBlendMode(blend_disabled);
Diffuse d;
d.base = _textureYA;
d.alpha = _textureUV;
d.premultiplied = true;
AnimationFrame frame;
RectF mr = _movieRect.cast<RectF>();
Vector2 szf = sz.cast<Vector2>();
RectF tcYA = RectF(mr.pos.div(szf), mr.size.div(szf));
frame.init(0, d, tcYA, mr, mr.size);
_yaScale = Vector2(uvSize.x / szf.x, uvSize.y / szf.y);
_yaScale = Vector2(0.5f, 0.5f);
_yaScale = Vector2(1, 1);
Vector2 s = getSize();
setAnimFrame(frame);
setSize(s);
}
void Spaceship::nextAnimFrame()
{
if (_reverse)
{
if (_current_frame > 0)
setAnimFrame(_current_frame - 1);
else
{
_reverse = false;
setAnimFrame(_current_frame + 1);
}
}
else
{
if (_current_frame < 4)
setAnimFrame(_current_frame + 1);
else
{
_reverse = true;
setAnimFrame(_current_frame - 1);
}
}
}
void Sprite::deserialize(const deserializedata* data)
{
inherited::deserialize(data);
pugi::xml_node node = data->node;
const char* res = node.attribute("resanim").as_string(0);
if (res && *res)
{
int col = node.attribute("column").as_int(0);
int row = node.attribute("row").as_int(0);
AnimationFrame frame = data->factory->getFrame(res, col, row);
setAnimFrame(frame);
}
setFlipped(node.attribute("flipX").as_bool(false), node.attribute("flipY").as_bool(false));
}
void Sprite::setResAnim(const ResAnim* resanim, int col, int row)
{
setAnimFrame(resanim, col, row);
}
void Sprite::setColumnRow(int column, int row)
{
const ResAnim* rs = getResAnim();
setAnimFrame(rs, column, row);
}
void Sprite::setRow(int row)
{
const ResAnim* rs = getResAnim();
setAnimFrame(rs, getColumn(), row);
}
void Sprite::setColumn(int column)
{
const ResAnim* rs = getResAnim();
setAnimFrame(rs, column, getRow());
}