Face Analyzer API

Analyze facial features and quality metrics in images with our comprehensive Face Analyzer API, providing detailed face location, attributes, and quality scores.

Our Face Analyzer API delivers advanced facial analysis by detecting and evaluating faces in given images. The API provides precise face location coordinates (x, y, w, h) and comprehensive facial attributes, including gender, age, expression, beauty, glasses, hairstyle, mask, and pose (pitch, roll, yaw). Additionally, it offers detailed face quality metrics such as overall quality score, sharpness, brightness, and feature completeness. Ideal for applications in security, social media, digital marketing, and more, the Face Analyzer API ensures accurate and insightful facial data analysis, enhancing your application's capability to interpret and utilize facial information. With seamless integration, high performance, and scalability, our API is designed to meet the demands of modern digital solutions.

Application Scenarios

  • Security and Surveillance: Face Analyzer can enhance security systems by accurately identifying individuals in real-time, enabling efficient access control and threat detection in public spaces, airports, or corporate environments.
  • Social Media and Marketing: By analyzing faces in user-generated content, Face Analyzer helps businesses gain valuable insights into consumer behavior, sentiment analysis, and demographic profiling. This information can be leveraged for targeted marketing campaigns and personalized customer experiences.
  • Healthcare and Biometrics: Face Analyzer can be utilized in medical diagnostics, monitoring patient well-being, and assisting in facial recognition for identity verification in healthcare systems, improving patient safety and reducing administrative burdens.
  • Entertainment and Gaming: The entertainment industry can harness Face Analyzer for interactive experiences, such as augmented reality (AR) filters, virtual makeup applications, or personalized character creation in video games.

Featured Advantages

  • Real-Time Response: Facial recognition possesses characteristics like high concurrency, high throughput, and low latency. Each request can be processed in just a few hundred milliseconds, meeting your real-time usage requirements.
  • Accuracy: Face Analyzer leverages advanced neural networks and deep learning techniques to achieve exceptional accuracy in detecting faces. It can reliably identify faces even in challenging scenarios, such as low light conditions, partial occlusions, or varying angles.
  • Efficiency: Powered by highly optimized algorithms, Face Analyzer delivers impressive performance in terms of processing speed and resource utilization. It can rapidly analyze large volumes of images, making it suitable for real-time applications, such as video surveillance or live streaming platforms.
  • Scalability: Face Analyzer is designed to handle diverse use cases, ranging from individual image analysis to bulk processing of image datasets. Its scalability enables seamless integration with existing workflows, ensuring flexibility and adaptability across different projects and applications.
  • Multi-Face Detection: With the ability to detect and analyze multiple faces simultaneously, Face Analyzer proves invaluable in scenarios where identification or analysis of multiple individuals is crucial. This capability makes it ideal for crowd monitoring, security applications, or social media analytics.

API Documentation

Endpoints


Analyze facial features and quality metrics in images with our comprehensive Face Analyzer API, providing detailed face location, attributes, and quality scores.

Request

Image requirements

  • Image format: JPG JPEG PNG BMP
  • Image size: No more than 5 MB.
  • Image resolution: Less than 2000x2000px.

Body

Field Required Type Scope Default Example Description
image YES file        
max_face_num NO integer [1, 120] 1   The maximum number of faces processed. When set to 1, only the largest face in the image is detected. A smaller value leads to faster processing speed.
face_attributes_type NO string
  • None
  • Age
  • Beauty
  • Emotion
  • Eye
  • Eyebrow
  • Gender
  • Hair
  • Hat
  • Headpose
  • Mask
  • Mouth
  • Moustache
  • Nose
  • Shape
  • Skin
  • Smile
None Age,Beauty Whether to return attributes such as age, gender, mood, etc. AttributesInfo is returned for up to 5 faces with the largest area, and AttributesInfo for more than 5 faces (the 6th and later faces) are not referenced.
need_rotate_detection NO integer
  • 0
  • 1
0   Whether to enable image rotation recognition support. When the face in the picture is rotated and there is no exif information in the picture, if you don't turn on the picture rotation recognition support, you can't detect and recognize the face in the picture correctly. If you are sure that the picture contains exif information or you are sure that the face in the input picture will not be rotated, please do not turn on this parameter. If this parameter is turned on, the overall time required may increase by hundreds of milliseconds.
  • 0: Close.
  • 1: Open.

Response

Public Parameters

Viewing Public Parameters and Error Codes

Business Parameters

Field Type Scope Description
image_width integer   Image width.
image_height integer   Image height.
face_detail_infos array   List of face information.
+face_rect object   Face frame position.
++x integer   The horizontal coordinate of the upper left corner of the face frame.The face frame contains the positions of the five senses of the face and expands on them, if the face frame is out of the range of the picture, it will lead to negative coordinates.If you need to intercept the complete face, you can take the negative coordinate to 0 if the complete subcompletess meets the demand.
++y integer   The vertical coordinate of the upper left corner of the face frame. The face frame contains the positions of the five senses of the face and expands them to a certain extent. If the face frame exceeds the range of the picture, it will lead to negative coordinates. If you need to intercept the complete face, you can take the negative coordinate to 0 if the complete subcompletess meets the demand.
++width integer   Face width.
++height integer   Face height.
+face_detail_attributes_info object   Face attribute information.
++age integer [0, 65] Age. 65: 65 years old and above. When face_attributes_type does not contain Age or when more than 5 faces are detected, this parameter is still returned but is not informative.
++beauty integer [0, 100] Beauty Score. When face_attributes_type does not contain Beauty or when more than 5 faces are detected, this parameter is still returned but is not informative.
++emotion object   Emotional information. When face_attributes_type does not contain Emotion or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++type integer
  • 0
  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 0: Neutral.
  • 1: Happy.
  • 2: Surprised.
  • 3: Angry.
  • 4: Sad.
  • 5: Disgusted.
  • 6: Fearful.
+++probability float [0, 1] Probability of being correct.
++eye object   Eye-related information. face_attributes_type does not contain Eye or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++glass object   Wearing glasses.
++++type integer
  • 0
  • 1
  • 2
  • 0: No glasses.
  • 1: Regular glasses.
  • 2: Sunglasses.
++++probability float [0, 1] Probability of being correct.
+++eye_open object   Closed eyes.
++++type integer
  • 0
  • 1
  • 0: No.
  • 1: Yes.
++++probability float [0, 1] Probability of being correct.
+++eyelid_type object   Double eyelids.
++++type integer
  • 0
  • 1
  • 0: No.
  • 1: Yes.
++++probability float [0, 1] Probability of being correct.
+++eye_size object   Eye size.
++++type integer
  • 0
  • 1
  • 2
  • 0: Small eyes.
  • 1: Regular eyes.
  • 2: Large eyes.
++++probability float [0, 1] Probability of being correct.
++eyebrow object   Eyebrow information. face_attributes_type does not contain Eyebrow or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++eyebrow_density object   Thick eyebrows.
++++type integer
  • 0
  • 1
  • 0: Sparse eyebrows.
  • 1: Thick eyebrows.
++++probability float [0, 1] Probability of being correct.
+++eyebrow_curve object   Curved eyebrows.
++++type integer
  • 0
  • 1
  • 0: Not curved.
  • 1: Curved eyebrows.
++++probability float [0, 1] Probability of being correct.
+++eyebrow_length object   Eyebrow length.
++++type integer
  • 0
  • 1
  • 0: Short eyebrows.
  • 1: Long eyebrows.
++++probability float [0, 1] Probability of being correct.
++gender object   Gender information. face_attributes_type does not contain Gender or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++type integer
  • 0
  • 1
  • 0: Male.
  • 1: Female.
+++probability float [0, 1] Probability of being correct.
++hair object   Hair information. face_attributes_type does not contain Hair or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++length object   Hair length information.
++++type integer
  • 0
  • 1
  • 2
  • 3
  • 4
  • 0: Bald.
  • 1: Short hair.
  • 2: Medium-length hair.
  • 3: Long hair.
  • 4: Tied hair.
++++probability float [0, 1] Probability of being correct.
+++bang object   Fringe (bangs) information.
++++type integer
  • 0
  • 1
  • 0: No fringe (bangs).
  • 1: Has fringe (bangs).
++++probability float [0, 1] Probability of being correct.
+++color object   Hair color information.
++++type integer
  • 0
  • 1
  • 2
  • 3
  • 0: Black.
  • 1: Blonde.
  • 2: Brown.
  • 3: Gray/White.
++++probability float [0, 1] Probability of being correct.
++hat object   Hat information. face_attributes_type does not contain Hat or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++style object   Hat wearing status information.
++++type integer
  • 0
  • 1
  • 2
  • 3
  • 0: No hat.
  • 1: Regular hat.
  • 2: Helmet.
  • 3: Security hat.
++++probability float [0, 1] Probability of being correct.
+++color object   Hat color.
++++type integer
  • 0
  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 0: No hat.
  • 1: Red shades.
  • 2: Yellow shades.
  • 3: Blue shades.
  • 4: Black shades.
  • 5: Gray/White shades.
  • 6: Mixed colors.
++++probability float [0, 1] Probability of being correct.
++head_pose object   Face offset information. face_attributes_type does not contain HeadPose or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++pitch integer [-30, 30] Vertical Offset.
+++yaw integer [-30, 30] Horizontal Offset.
+++pitch integer [-180, 180] Planar Rotation.
++mask object   Mask wearing information. face_attributes_type does not contain Mask or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++type integer
  • 0
  • 1
  • 2
  • 3
  • 4
  • 0: No mask.
  • 1: Mask without covering face.
  • 2: Mask covering chin.
  • 3: Mask covering mouth.
  • 4: Correctly worn mask.
+++probability float [0, 1] Probability of being correct.
++mouth object   Mouth information. face_attributes_type does not contain Mouth or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++mouth_open object   Mouth open.
++++type integer
  • 0
  • 1
  • 0: No.
  • 1: Yes.
++++probability float [0, 1] Probability of being correct.
++moustache object   Facial hair information. face_attributes_type does not contain Moustache or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++type integer
  • 0
  • 1
  • 0: No facial hair.
  • 1: Facial hair.
+++probability float [0, 1] Probability of being correct.
++nose object   Nose information. face_attributes_type does not contain Nose or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++type integer
  • 0
  • 1
  • 2
  • 3
  • 0: Upturned nose.
  • 1: Hooked nose.
  • 2: Normal.
  • 3: Round-tipped nose.
+++probability float [0, 1] Probability of being correct.
++shape object   Face shape information. face_attributes_type does not contain Shape or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++type integer
  • 0
  • 1
  • 2
  • 3
  • 4
  • 0: Square face.
  • 1: Triangular face.
  • 2: Oval face.
  • 3: Heart-shaped face.
  • 4: Round face.
+++probability float [0, 1] Probability of being correct.
++skin object   Skin color information. face_attributes_type does not contain Skin or when more than 5 faces are detected, this parameter is still returned but is not informative.
+++type integer
  • 0
  • 1
  • 2
  • 3
  • 0: Yellow skin.
  • 1: Brown skin.
  • 2: Black skin.
  • 3: White skin.
+++probability float [0, 1] Probability of being correct.
++smile integer [0,100] Smile Rating. face_attributes_type does not contain Smile or when more than 5 faces are detected, this parameter is still returned but is not informative.


                                                                            
POST https://zylalabs.com/api/4443/face+analyzer+api/5456/face+analyzer
                                                                            
                                                                        

Face Analyzer - Endpoint Features

Object Description
Request Body [Required] File Binary
Test Endpoint

API EXAMPLE RESPONSE

       
                                                                                                        
                                                                                                                                                                                                                            {
  "request_id":        "",
  "log_id":            "",
  "error_code":        0,
  "error_code_str":    "",
  "error_msg":         "",
  "error_detail":      {
    "status_code":  200,
    "code":         "",
    "code_message": "",
    "message":      ""
  },
  "image_width":       0,
  "image_height":      0,
  "face_detail_infos": [
    {
      "face_rect":                   {
        "x":      0,
        "y":      0,
        "width":  0,
        "height": 0
      },
      "face_detail_attributes_info": {
        "age":       0,
        "beauty":    0,
        "emotion":   {
          "type":        0,
          "probability": 0
        },
        "eye":       {
          "glass":       {
            "type":        0,
            "probability": 0.99936753511429
          },
          "eye_open":    {
            "type":        0,
            "probability": 0.99949336051941
          },
          "eyelid_type": {
            "type":        1,
            "probability": 0.75467920303345
          },
          "eye_size":    {
            "type":        2,
            "probability": 0.59152442216873
          }
        },
        "eyebrow":   {
          "eyebrow_density": {
            "type":        0,
            "probability": 0
          },
          "eyebrow_curve":   {
            "type":        0,
            "probability": 0
          },
          "eyebrow_length":  {
            "type":        0,
            "probability": 0
          }
        },
        "gender":    {
          "type":        0,
          "probability": 0
        },
        "hair":      {
          "length": {
            "type":        0,
            "probability": 0
          },
          "bang":   {
            "type":        0,
            "probability": 0
          },
          "color":  {
            "type":        0,
            "probability": 0
          }
        },
        "hat":       {
          "style": {
            "type":        0,
            "probability": 0
          },
          "color": {
            "type":        0,
            "probability": 0
          }
        },
        "head_pose": {
          "pitch": 0,
          "yaw":   0,
          "roll":  0
        },
        "mask":      {
          "type":        0,
          "probability": 0
        },
        "mouth":     {
          "mouth_open": {
            "type":        0,
            "probability": 0
          }
        },
        "moustache": {
          "type":        0,
          "probability": 0
        },
        "nose":      {
          "type":        2,
          "probability": 0.75233882665634
        },
        "shape":     {
          "type":        0,
          "probability": 0
        },
        "skin":      {
          "type":        0,
          "probability": 0
        },
        "smile":     0
      }
    }
  ]
}
                                                                                                                                                                                                                    
                                                                                                    

Face Analyzer - CODE SNIPPETS


    curl --location 'https://zylalabs.com/api/4443/face+analyzer+api/5456/face+analyzer' \
    --header 'Content-Type: application/json' \ 
    --form 'image=@"FILE_PATH"'


API Access Key & Authentication

After signing up, every developer is assigned a personal API access key, a unique combination of letters and digits provided to access to our API endpoint. To authenticate with the Face Analyzer API REST API, simply include your bearer token in the Authorization header.
Headers
Header Description
Authorization [Required] Should be Bearer access_key. See "Your API Access Key" above when you are subscribed.

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Our Face Analyzer API delivers advanced facial analysis by detecting and evaluating faces in given images. The API provides precise face location coordinates (x, y, w, h) and comprehensive facial attributes, including gender, age, expression, beauty, glasses, hairstyle, mask, and pose (pitch, roll, yaw). Additionally, it offers detailed face quality metrics such as overall quality score, sharpness, brightness, and feature completeness. Ideal for applications in security, social media, digital marketing, and more, the Face Analyzer API ensures accurate and insightful facial data analysis, enhancing your application's capability to interpret and utilize facial information.

Security and Surveillance: Identifying individuals in security footage and monitoring crowds for security purposes. Emotion Recognition: Analyzing facial expressions to gauge emotions for applications in human-computer interaction and market research. Marketing and Advertising: Analyzing facial reactions to advertisements and marketing campaigns to gauge effectiveness and consumer response. Entertainment: Creating personalized experiences in gaming and virtual reality by analyzing facial expressions and movements. Customer Service: Improving customer service interactions by analyzing customer emotions and reactions in real time.

High Accuracy: Utilizes advanced algorithms to accurately analyze facial features and expressions, leading to reliable results. Real-Time Analysis: Capable of analyzing facial data in real time, enabling applications such as emotion recognition and security monitoring. Versatility: Applicable to a wide range of fields, including security, healthcare, marketing, entertainment, customer service, and education. Customization: Provides options for customization to adapt to specific application requirements and user preferences. Scalability: Can analyze large volumes of facial data efficiently, making it suitable for deployment in various settings and scales.

Yes, we do have more detailed [API documentation](https://www.ailabtools.com/doc/ai-portrait/analysis/face-analyzer/api-marketplace) available. You can access it on our website or by contacting our support team for assistance.

Software Developers and AI Engineers: Professionals developing applications that require facial feature analysis, including those in security, entertainment, and social media. Market Researchers and Analysts: Individuals analyzing consumer data and trends using facial attributes to gather insights for targeted marketing and product development. Security and Surveillance Experts: Organizations requiring accurate face location and quality metrics for identity verification and monitoring purposes.

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