Aautomix::Aautomix(QIID qiid, char *name, AeffectInfo *info, Acapsule *capsule) : Aeffect(qiid, name, info, capsule)
{
image[0]=new Abitmap(getVideoWidth(), getVideoHeight());
image[1]=new Abitmap(getVideoWidth(), getVideoHeight());
front=new AautomixFront(qiid, "automix front", this, 48);
front->setTooltips("automix");
back=new AautomixBack(qiid, "automix back", this, 48);
back->setTooltips("automix");
settings(false);
}
Aflashp::Aflashp(QIID qiid, char *name, AeffectInfo *info, Acapsule *capsule) : Aeffect(qiid, name, info, capsule)
{
swf=null;
init(); // global init
text=strdup("ELEKTRONIKA LIVE");
front=new AflashFront(qiid, "flash front", this, 50);
front->setTooltips("flash module");
back=new AflashBack(qiid, "flash back", this, 50);
back->setTooltips("flash module");
//wflash=new Awflash(this, "flash", 400, 0, getVideoWidth(), getVideoHeight());
initSWF(getVideoWidth(), getVideoHeight());
if(swf)
{
swf->SetMenu(false);
{
long v=swf->FlashVersion();
if(v<70000)
{
char str[1024];
sprintf(str, "current flash version %x.%x [need 7.0 or more, please upgrade, visit macromedia.com]", (v>>16), (v&0xffff));
delete(swf);
swf=null;
front->notify(front, nyERROR, (dword)str);
}
}
}
void Afframe::settings(bool emergency)
{
if(imagedata)
free(imagedata);
imagedata=(byte*)malloc(getVideoWidth()*getVideoHeight()*3+32000);
{
AfframeFront *front=(AfframeFront *)this->front;
front->notify(front->feffect, nyCHANGE, 0);
}
}
void Aexample::action(double time, double dtime, double beat, double dbeat)
{
int w=getVideoWidth();
int h=getVideoHeight();
float l=((AexampleFront *)front)->level->get();
dword cl=((AexampleFront *)front)->color0->get();
dword cc=((AexampleFront *)front)->color1->get();
dword cr=((AexampleFront *)front)->color2->get();
Asample *snd=((AexampleBack *)back)->in;
Avideo *vin=((AexampleBack *)back)->vin;
Avideo *out=((AexampleBack *)back)->out;
sword smp[64*2];
sword bas[64*2];
sword med[64*2];
sword tre[64*2];
int nget=0;
l=(l<0.5f)?(l*2.f):((l-0.5f)*10.f+1.f);
if(snd->isConnected())
{
snd->enter(__FILE__,__LINE__);
snd->skip(maxi(snd->avaible()-64, 0));
nget=snd->getBuffer(smp, bas, med, tre, 64);
snd->leave();
}
out->enter(__FILE__,__LINE__);
vin->enter(__FILE__,__LINE__);
{
Abitmap *b=out->getBitmap();
Abitmap *bin=vin->getBitmap();
if(b)
{
int nx=b->w>>2;
int ny=b->h>>1;
int v=0;
if(bin)
{
bin->flags|=bitmapGLOBALALPHA;
bin->alpha=0.05f;
b->set(0, 0, bin, bitmapDEFAULT, bitmapDEFAULT);
}
else
b->boxfa(0, 0, b->w, b->h, 0xff000000, 0.05f);
setBox(b, v+=nx, ny, bas, nget, cl, l);
setBox(b, v+=nx, ny, med, nget, cc, l);
setBox(b, v+=nx, ny, tre, nget, cr, l);
}
}
vin->leave();
out->leave();
}
bool open( const tjs_char *filename ) {
if( wmv_encoder_ ) delete wmv_encoder_;
wmv_encoder_ = new CWMVEncoder();
video_tick_ = 0;
video_tick_per_frame_ = 10000000LL * (QWORD)getVideoTimeScale()/ (QWORD)getVideoTimeRate();
wmv_encoder_->SetVideoQuality( getVideoQuality() );
wmv_encoder_->SetMaxKeyFrameSpacing( getSecondPerKey() );
wmv_encoder_->SetVideoWidth( getVideoWidth() );
wmv_encoder_->SetVideoHeight( getVideoHeight() );
wmv_encoder_->SetVideoScale( getVideoTimeScale() );
wmv_encoder_->SetVideoRate( getVideoTimeRate() );
HRESULT hr = S_OK;
if( FAILED( hr = wmv_encoder_->Initial( filename ) ) ) {
SAFE_DELETE( wmv_encoder_ );
return false;
}
if( FAILED( hr = wmv_encoder_->Start() ) ) {
SAFE_DELETE( wmv_encoder_ );
return false;
}
return true;
}
void Aautomix::settings(bool emergency)
{
int i;
for(i=0; i<2; i++)
image[i]->size(getVideoWidth(), getVideoHeight());
}
void Awmp::settings(bool emergency)
{
dt->createDC(getVideoWidth(), getVideoHeight());
}
