use of android.filterfw.core.FrameFormat in project android_frameworks_base by ParanoidAndroid.
the class ThroughputFilter method process.
@Override
public void process(FilterContext context) {
// Pass through input frame
Frame input = pullInput("frame");
pushOutput("frame", input);
// Update stats
++mTotalFrameCount;
++mPeriodFrameCount;
// Check clock
if (mLastTime == 0) {
mLastTime = SystemClock.elapsedRealtime();
}
long curTime = SystemClock.elapsedRealtime();
// Output throughput info if time period is up
if ((curTime - mLastTime) >= (mPeriod * 1000)) {
FrameFormat inputFormat = input.getFormat();
int pixelCount = inputFormat.getWidth() * inputFormat.getHeight();
Throughput throughput = new Throughput(mTotalFrameCount, mPeriodFrameCount, mPeriod, pixelCount);
Frame throughputFrame = context.getFrameManager().newFrame(mOutputFormat);
throughputFrame.setObjectValue(throughput);
pushOutput("throughput", throughputFrame);
mLastTime = curTime;
mPeriodFrameCount = 0;
}
}
use of android.filterfw.core.FrameFormat in project android_frameworks_base by ParanoidAndroid.
the class RedEyeFilter method process.
@Override
public void process(FilterContext context) {
// Get input frame
Frame input = pullInput("image");
FrameFormat inputFormat = input.getFormat();
// Create output frame
Frame output = context.getFrameManager().newFrame(inputFormat);
// Create program if not created already
if (mProgram == null || inputFormat.getTarget() != mTarget) {
initProgram(context, inputFormat.getTarget());
}
// Check if the frame size has changed
if (inputFormat.getWidth() != mWidth || inputFormat.getHeight() != mHeight) {
mWidth = inputFormat.getWidth();
mHeight = inputFormat.getHeight();
}
createRedEyeFrame(context);
// Process
Frame[] inputs = { input, mRedEyeFrame };
mProgram.process(inputs, output);
// Push output
pushOutput("image", output);
// Release pushed frame
output.release();
// Release unused frame
mRedEyeFrame.release();
mRedEyeFrame = null;
}
use of android.filterfw.core.FrameFormat in project android_frameworks_base by ParanoidAndroid.
the class ResizeFilter method process.
@Override
public void process(FilterContext env) {
// Get input frame
Frame input = pullInput("image");
createProgram(env, input.getFormat());
// Create output frame
MutableFrameFormat outputFormat = input.getFormat().mutableCopy();
if (mKeepAspectRatio) {
FrameFormat inputFormat = input.getFormat();
mOHeight = mOWidth * inputFormat.getHeight() / inputFormat.getWidth();
}
outputFormat.setDimensions(mOWidth, mOHeight);
Frame output = env.getFrameManager().newFrame(outputFormat);
// Process
if (mGenerateMipMap) {
GLFrame mipmapped = (GLFrame) env.getFrameManager().newFrame(input.getFormat());
mipmapped.setTextureParameter(GLES20.GL_TEXTURE_MIN_FILTER, GLES20.GL_LINEAR_MIPMAP_NEAREST);
mipmapped.setDataFromFrame(input);
mipmapped.generateMipMap();
mProgram.process(mipmapped, output);
mipmapped.release();
} else {
mProgram.process(input, output);
}
// Push output
pushOutput("image", output);
// Release pushed frame
output.release();
}
use of android.filterfw.core.FrameFormat in project android_frameworks_base by ParanoidAndroid.
the class SaturateFilter method process.
@Override
public void process(FilterContext context) {
// Get input frame
Frame input = pullInput("image");
FrameFormat inputFormat = input.getFormat();
// Create program if not created already
if (mBenProgram == null || inputFormat.getTarget() != mTarget) {
initProgram(context, inputFormat.getTarget());
initParameters();
}
// Create output frame
Frame output = context.getFrameManager().newFrame(inputFormat);
// Process
if (mScale > 0.0f) {
mHerfProgram.process(input, output);
} else {
mBenProgram.process(input, output);
}
// Push output
pushOutput("image", output);
// Release pushed frame
output.release();
}
use of android.filterfw.core.FrameFormat in project android_frameworks_base by ParanoidAndroid.
the class ImageSlicer method process.
@Override
public void process(FilterContext context) {
// Get input frame
if (mSliceIndex == 0) {
mOriginalFrame = pullInput("image");
calcOutputFormatForInput(mOriginalFrame);
}
FrameFormat inputFormat = mOriginalFrame.getFormat();
MutableFrameFormat outputFormat = inputFormat.mutableCopy();
outputFormat.setDimensions(mOutputWidth, mOutputHeight);
// Create output frame
Frame output = context.getFrameManager().newFrame(outputFormat);
// Create the program if not created already
if (mProgram == null) {
mProgram = ShaderProgram.createIdentity(context);
}
// Calculate the four corner of the source region
int xSliceIndex = mSliceIndex % mXSlices;
int ySliceIndex = mSliceIndex / mXSlices;
// TODO(rslin) : not sure shifting by 0.5 is needed.
float x0 = (xSliceIndex * mSliceWidth - mPadSize) / ((float) mInputWidth);
float y0 = (ySliceIndex * mSliceHeight - mPadSize) / ((float) mInputHeight);
((ShaderProgram) mProgram).setSourceRect(x0, y0, ((float) mOutputWidth) / mInputWidth, ((float) mOutputHeight) / mInputHeight);
// Process
mProgram.process(mOriginalFrame, output);
mSliceIndex++;
if (mSliceIndex == mXSlices * mYSlices) {
mSliceIndex = 0;
mOriginalFrame.release();
setWaitsOnInputPort("image", true);
} else {
// Retain the original frame so it can be used next time.
mOriginalFrame.retain();
setWaitsOnInputPort("image", false);
}
// Push output
pushOutput("image", output);
// Release pushed frame
output.release();
}
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