class TensorflowLite::Image::PoseEstimation::Output
- TensorflowLite::Image::PoseEstimation::Output
- Reference
- Object
Included Modules
- TensorflowLite::Image::Detection
- TensorflowLite::Image::Detection::Lines
- TensorflowLite::Image::Detection::Points
Defined in:
tflite_image/pose_estimation/output.crConstant Summary
- 
        LINES = [[BodyJoint::LeftEar, BodyJoint::LeftEye, BodyJoint::Nose, BodyJoint::RightEye, BodyJoint::RightEar], [BodyJoint::LeftWrist, BodyJoint::LeftElbow, BodyJoint::LeftShoulder, BodyJoint::RightShoulder, BodyJoint::RightElbow, BodyJoint::RightWrist], [BodyJoint::LeftShoulder, BodyJoint::LeftHip, BodyJoint::LeftKnee, BodyJoint::LeftAnkle], [BodyJoint::RightShoulder, BodyJoint::RightHip, BodyJoint::RightKnee, BodyJoint::RightAnkle], [BodyJoint::LeftHip, BodyJoint::RightHip]]
Constructors
Instance Method Summary
- #lines : Indexable(Detection::Line)
- 
        #markup(image : Canvas, minimum_score : Float32 = 0.3_f32) : Canvas
        
          add the detection details to an image 
- #points : Hash(String, Detection::Point)
- 
        #type : Symbol
        
          i.e. 
Instance methods inherited from module TensorflowLite::Image::Detection::Points
  
  
    
      adjust(canvas_width : Int, canvas_height : Int, offset_left : Int, offset_top : Int)adjust(image : Canvas, offset_left : Int, offset_top : Int) adjust, points : Hash(String, Detection::Point) points
Instance methods inherited from module TensorflowLite::Image::Detection::Lines
  
  
    
      lines : Indexable(Detection::Line)
    lines
    
  
    
    
  
    
  Instance methods inherited from module TensorflowLite::Image::Detection
  
  
    
      associated : Array(Detection)
    associated, 
    
  
    
      type : Symbol
    type
    
  
    
  Constructor methods inherited from module TensorflowLite::Image::Detection
  
  
    
      new(pull : JSON::PullParser)
    new
    
  
    
  
    
    
    
  
    
    
    
  
    
    
    
  
Constructor Detail
Instance Method Detail
add the detection details to an image
if marking up the original image, you'll need to take into account how it was scaled and provide offsets
        
        def type : Symbol
        #
      
      
        
              Description copied from module TensorflowLite::Image::Detection
            
          
          i.e. object, pose, face, age, class