@Override
public void process(FilterContext context) {
if (mLogVerbose) Log.v(TAG, "Processing new frame");
// First, get new frame if available
if (mWaitForNewFrame || mFirstFrame) {
boolean gotNewFrame;
if (mWaitTimeout != 0) {
gotNewFrame = mNewFrameAvailable.block(mWaitTimeout);
if (!gotNewFrame) {
if (!mCloseOnTimeout) {
throw new RuntimeException("Timeout waiting for new frame");
} else {
if (mLogVerbose) Log.v(TAG, "Timeout waiting for a new frame. Closing.");
closeOutputPort("video");
return;
}
}
} else {
mNewFrameAvailable.block();
}
mNewFrameAvailable.close();
mFirstFrame = false;
}
mSurfaceTexture.updateTexImage();
mSurfaceTexture.getTransformMatrix(mFrameTransform);
Matrix.multiplyMM(
mMappedCoords, 0,
mFrameTransform, 0,
mSourceCoords, 0);
mFrameExtractor.setSourceRegion(
mMappedCoords[0], mMappedCoords[1],
mMappedCoords[4], mMappedCoords[5],
mMappedCoords[8], mMappedCoords[9],
mMappedCoords[12], mMappedCoords[13]);
// Next, render to output
Frame output = context.getFrameManager().newFrame(mOutputFormat);
mFrameExtractor.process(mMediaFrame, output);
output.setTimestamp(mSurfaceTexture.getTimestamp());
pushOutput("video", output);
output.release();
}
@Override
public boolean process(
FilterContext context, VideoEventFilter myfilter, boolean isRenderOutput, GLFrame output) {
super.process(context, myfilter, isRenderOutput, output);
GLFrame camera = myfilter.getInputCameraGLFrame();
FrameFormat inputFormat;
inputFormat = camera.getFormat();
if (null == mMainFrame) {
MutableFrameFormat outputFormat = inputFormat.mutableCopy();
mMainFrame = (GLFrame) context.getFrameManager().newFrame(outputFormat);
mMainFrame.focus();
mCopyProgramWithColor.process(camera, mMainFrame);
}
if (null == mPreviousFrame) {
MutableFrameFormat outputFormat = inputFormat.mutableCopy();
mPreviousFrame = (GLFrame) context.getFrameManager().newFrame(outputFormat);
mPreviousFrame.focus();
}
Frame[] subtractInputs = {camera, mPreviousFrame};
long currentTimeStamp = myfilter.getNowTimeStamp();
long cameraPhoto;
if (this.containsKey("camera_photo")) {
try {
cameraPhoto = ((Long) this.get("camera_photo")).longValue() + mStart;
} catch (ClassCastException e) {
e.printStackTrace();
return false;
}
// get fix frame
if (currentTimeStamp >= cameraPhoto) {
if (false == mGotMainFrame) {
mMainFrame.focus();
mColor[3] = 1.0f;
mCopyProgramWithColor.setHostValue("ccc", mColor);
mCopyProgramWithColor.process(camera, mMainFrame);
mGotMainFrame = true;
mTool.log('d', "Got CameraInput:" + currentTimeStamp);
}
subtractInputs[0] = mMainFrame;
}
if (false == mIsGotPreviousFrame
|| true == mIsGotPreviousFrame && currentTimeStamp < mEffectStart) {
mPreviousFrame.focus();
if (isRenderOutput) {
mCopyProgramWithColor.process(output, mPreviousFrame);
} else {
mCopyProgramWithColor.process(camera, mPreviousFrame);
}
mIsGotPreviousFrame = true;
mTool.log('d', "Got PreviousInput:" + currentTimeStamp);
}
// finished, no need to do
if (currentTimeStamp >= mEffectEnd || currentTimeStamp < mEffectStart) {
return false;
}
float center_r = 0.0f;
if (cameraPhoto >= currentTimeStamp) {
center_r =
1.0f - (float) (currentTimeStamp - mEffectStart) / (float) (cameraPhoto - mEffectStart);
subtractInputs[0] = mPreviousFrame;
} else {
center_r = (float) (currentTimeStamp - cameraPhoto) / (float) (mEffectEnd - cameraPhoto);
subtractInputs[0] = mMainFrame;
}
mCopyProgram.setHostValue("center_r", center_r);
if (null != output && isRenderOutput == false) {
mCopyProgram.process(subtractInputs, output);
}
return true;
}
return false;
}