func sample_wipe(vsw *libvsw.Vsw, src1, src2 int) {
log.Printf("wipeTest src1=%d src2=%d\n", src1, src2)
vsw.Cut(src1)
for wipe_type := 0; wipe_type < libvsw.WIPE_TYPE_NUM; wipe_type++ {
log.Printf("wipe_type=%d\n", wipe_type)
vsw.Wipe(rate, src2, wipe_type)
time.Sleep((rate + wait) * time.Millisecond)
vsw.Wipe(rate, src1, wipe_type)
time.Sleep((rate + wait) * time.Millisecond)
}
}
func loop(vsw *libvsw.Vsw, pa Params, notify chan Params) {
index := 0
for {
select {
case pa = <-notify:
log.Printf("got from chan\n")
saveParams(pa)
if pa.StartLiveBroadcast {
vsw.ChangeLiveBroadcastState(1)
} else {
vsw.ChangeLiveBroadcastState(0)
}
if pa.UploadStillPicture {
vsw.UploadFile(pa.Picture)
}
case <-time.After(time.Second * time.Duration(pa.Interval)):
log.Printf("periodic timer\n")
}
index = (index + 1) % 4
i := 0
for ; i < 4; i++ {
if pa.Input[i] == true {
break
}
}
if i == 4 {
// no input checked
pa.Interval = 1000000
continue
}
for pa.Input[index] == false {
index = (index + 1) % 4
}
switch pa.Trans & 0xff {
case 0:
vsw.Cut(index + 1)
case 1:
vsw.Mix(pa.Rate, index+1)
case 2:
vsw.Dip(pa.Rate, index+1, ((pa.Trans>>8)&3)+1)
case 255:
vsw.Wipe(pa.Rate, index+1, random(0, libvsw.WIPE_TYPE_NUM-1))
default:
vsw.Wipe(pa.Rate, index+1, pa.Trans-libvsw.TRANSITION_TYPE_WIPE)
}
}
}
