void addWorkTask(ThreadWorkModel md, int idx, ImageModel imgMd)
{
lock (md.lockCom) {
//md.queImg.Enqueue(img);
md.mapData[idx] = imgMd;
}
}
void workProc(object data)
{
ThreadWorkModel md = data as ThreadWorkModel;
ThreadCollectModel thCollect = mdThreadCollect;
do
{
if (md.needStop)
{
return;
}
const int waitTime = 10;
Dictionary <int, ImageModel> mapData = new Dictionary <int, ImageModel>();
lock (md.lockCom) {
foreach (int key in md.mapData.Keys)
{
mapData[key] = md.mapData[key];
}
md.mapData = new Dictionary <int, ImageModel>();
}
if (mapData.Count <= 0)
{
Thread.Sleep(waitTime);
continue;
}
foreach (int key in mapData.Keys)
{
PNG png = formatPng(mapData[key]);
lock (thCollect.lockCom) {
thCollect.mapData[key] = png;
}
}
} while(!md.needStop);
}
//Thread thManage = null;
//Thread thCollect = null;
//bool isThreadStop = false;
void initThread(string savePath, int startFrameIdx, int frameCount, int fps)
{
clearThread();
nowProgress = 0;
totalProgress = frameCount + 1;
mdThreadManage = new ThreadManageModel();
mdThreadManage.startFrameIdx = startFrameIdx;
mdThreadManage.frameCount = frameCount;
mdThreadManage.fps = fps;
mdThreadManage.isTransparency = true;
mdThreadManage.th = new Thread(manageProc);
mdThreadManage.th.Priority = ThreadPriority.BelowNormal;
mdThreadManage.th.Start(mdThreadManage);
mdThreadCollect = new ThreadCollectModel();
mdThreadCollect.th = new Thread(collectProc);
mdThreadCollect.frameCount = frameCount;
mdThreadCollect.fps = fps;
mdThreadCollect.savePath = savePath;
mdThreadCollect.th.Priority = ThreadPriority.BelowNormal;
mdThreadCollect.th.Start(mdThreadCollect);
int count = Environment.ProcessorCount - 1;
count = Math.Max(1, count);
for (int i = 0; i < count; ++i)
{
ThreadWorkModel md = new ThreadWorkModel();
md.idx = i;
md.th = new Thread(workProc);
md.th.Priority = ThreadPriority.BelowNormal;
lstThreadWork.Add(md);
md.th.Start(md);
}
}
void removeFirstWorkTask(ThreadWorkModel md, int idx)
{
lock (md.lockCom) {
md.mapData.Remove(idx);
}
}
