// // Copyright © 2020 Arm Ltd and Contributors. All rights reserved. // SPDX-License-Identifier: MIT // #pragma once #include "DetectedObject.hpp" #include "Types.hpp" #include #include const cv::InterpolationFlags DefaultResizeFlag = cv::INTER_NEAREST; /** * @brief Function to process the decoded results from the inference, and overlay the detail onto the provided frame * @param[in] decodedResults the decoded results from the inference output. * @param[in] inputFrame the frame to overlay the inference output details onto. * @param[in] labels the label set associated with the trained model used. */ void AddInferenceOutputToFrame(od::DetectedObjects& decodedResults, cv::Mat& inputFrame, std::vector>& labels); /** * @brief Function to resize a frame while keeping aspect ratio. * * @param[in] frame the frame we want to resize from. * @param[out] dest the frame we want to resize into. * @param[in] aspectRatio aspect ratio to use when resizing. */ void ResizeFrame(const cv::Mat& frame, cv::Mat& dest, const common::Size& aspectRatio); /** * @brief Function to pad a frame. * @param[in] src the frame we want to pad. * @param[out] dest the frame we want to store the result. * @param[in] bottom padding to use on bottom of the frame. * @param[in] right padding to use on the right of the frame. */ void PadFrame(const cv::Mat& src, cv::Mat& dest, int bottom, int right); /** * Resize frame to the destination size and pad if necessary to preserve initial frame aspect ratio. * * @param frame input frame to resize * @param dest output frame to place resized and padded result * @param cache operation requires intermediate data container. * @param destSize size of the destination frame */ void ResizeWithPad(const cv::Mat& frame, cv::Mat& dest, cv::Mat& cache, const common::Size& destSize); /** * @brief Function to retrieve the cv::scalar color from a RGB tuple. * @param[in] color the tuple form of the RGB color */ static cv::Scalar GetScalarColorCode(std::tuple color);