If (percentageTop > m_calibrationTopLowerThd & percentageTop m_calibrationMiddleLowerThd & percentageMiddle m_calibrationBottomLowerThd & percentageBottom std::chrono::seconds(1)) Rect r3 = Rect(0, thd.rows * 2 / 3 + 1, thd.cols, thd.rows - thd.rows * 2 / 3 - 1) Īuto percentageTop = countNonZero(top) * 100.0 / top.size().area() Īuto percentageMiddle = countNonZero(middle) * 100.0 / middle.size().area() Īuto percentageBottom = countNonZero(bottom) * 100.0 / bottom.size().area()
Rect r2 = Rect(0, thd.rows / 3 + 1, thd.cols, thd.rows/3) Rect r1 = Rect(0, 0, thd.cols, thd.rows/3) Threshold(ch, ch, m_calibrationDiffThreshold, 255, 0) If (fingerWindowBackgroundGray.rows & !m_calibrationData->m_ready)Ībsdiff(frame(fingerWindow), fingerWindowBackground, diff) If (Xpos + windowSize >= ls || Ypos + windowSize*3 >= frame.rows)įrame(fingerWindow).copyTo(fingerWindowBackground) ĬvtColor(fingerWindowBackground, fingerWindowBackgroundGray, CV_BGR2GRAY) Rect fingerWindow(Point(Xpos, Ypos), Size(windowSize, windowSize*3))
PyrDown(frame, frame, Size(ls / 2, frame.rows / 2)) Std::chrono::system_clock::time_point start = std::chrono::system_clock::now() M_calibrationData.reset(new CalibrationData()) Mat fingerWindowBackground, fingerWindowBackgroundGray SetMouseCallback("RGB", MouseCallback, (void*)&buttonClicked) Throw std::runtime_error("Could not start camera capture") ĬreateTrackbar("X", "RGB", &Xpos, 320, TrackBarCallback, (void*)&update) ĬreateTrackbar("Y", "RGB", &Ypos, 240, TrackBarCallback, (void*)&update) ĬreateTrackbar("Size", "RGB", &windowSize, 100, TrackBarCallback, (void*)&update) Void EnhancedStereo::computeDynamicProgramming()ĬomputeDynamicStep(tableauRow + (u + 1)*dispMax, errorRow + u*dispMax, tableauRow + u*dispMax) ĬomputeDynamicStep((int*)(tableauCol.row(v+1).data), If (IOU(Rect(Point(w, h), size), objectsAtLevel) > 0.7)įeatureMaps.extractFeatureMap(Rect(Point(w, h), size), map) mo files as the source as usual.Void DeepPyramid::extractFeatureMap(const Mat &img, vector &objects, Size size,ĬonstructFeatureMapPyramid(img, featureMaps)
#POEDIT HACK UPDATE#
This entry is part 4 of 4 in the series Working with Zend_Translate and PoeditĪs an update to the method of having everything related to Zend_Translate and Zend_Locale in the Bootstrap, here is an alternative using an Controller Plugin that does the grunt work of validating, selecting and updating the Zend_Locale, Zend_Registry & Zend_Session using Zend_Session_Namespace. If you require team based the Pootle web-based translation tool and translation management solution might be what you want.Ĭheck out: Translate Toolkit & Pootle website. The developers are aiming to include terminology support in the next release and make it easier to configure the translation memory and terminology plugins. Features include translation memory from many sources, sophisticated searching, a simple and powerful navigation interface and more. Virtaal aims to be simple to use for first time localisers yet powerful for experienced localisers. Virtaal is an open source computer aided translation and localisation tool. Our goal is to make your life as a localizer easier, help you work faster and keep your work at a high quality.ĭemonstration of new features in the latest Virtaal release. Tools that work with standards based file formats like PO and XLIFF because you deserve the best.
The Translate project provides tools to make it easier for you to localize. I’ve got a whole lot of questions about what tools other than poedit that exists especially for teams, so I’ll start going through and try to review tools available and add them to the new Translation Tools article series. This entry is part 1 of 1 in the series Translation Tools
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