BlazePose model test program for Intel Distribution of Intel OpenVINO toolkit
WIP
The BlazePose OpenVINO IR model can be obtained from PINTO model zoo.
Current program doesn't support command line options.
You can modify the source code to change input media/file and device to use for inferencing. Those configurations can be found on top of the main.cpp code.
#define FULL_POSE
#include "blazepose.h"
#define IMAGE_INPUT (1)
#define VIDEO_INPUT (2)
#define CAM_INPUT (3)
#ifndef FULL_POSE
const std::string MODEL_POSE_DET = "../pose_detection/128x128/FP32/pose_detection";
const std::string MODEL_LM_DET = "../pose_landmark_upper_body/256x256/FP32/pose_landmark_upper_body";
#else
const std::string MODEL_POSE_DET = "../pose_detection_full/128x128/FP16/pose_detection_full";
const std::string MODEL_LM_DET = "../pose_landmark_full_body/256x256/FP16/pose_landmark_full_body";
#endif
// INPUT_TYPE = { IMAGE_INPUT | VIDEO_INPUT | CAM_INPUT }
#define INPUT_TYPE VIDEO_INPUT
const std::string INPUT_FILE = "../boy.mp4"; /* Image or movie file */
// 'output.mp4' will be generated when this macro is defined and the input source is either one of VIDEO_INPUT or CAM_INPUT
#define VIDEO_OUTPUT
#define VIDEO_SIZE (400) /* output video size = (VIDEO_SIZE, VIDEO_SIZE) */
// Device to use for inferencing. Possible options = "CPU", "GPU", "MYRIAD", "HDDL", "HETERO:FPGA,CPU", ...
const std::string DEVICE_PD = "CPU";
const std::string DEVICE_LM = "CPU";
// ** Define or Undefine to control the items to display
//#define RENDER_ROI
#define RENDER_TIME
#define RENDER_POINTS