#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