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III. All components

In this section, you will discover a comprehensive collection of components designed for the effective creation and customization of your ontology. These components function as fundamental building blocks, enabling the development of robust and sophisticated AI applications. To further enhance your ontology development experience, we continuously update and expand our component library.

Input field​

To use this field in your ontology you need to use the following data types:

  • String
  • Integer
  • Float
  • Double
  • BigDecimal
  • BigInteger
{
  "properties" : {
    "<property-name>" : "String",
    "<property-name>" : "Integer",
    "<property-name>" : "Float",
    "<property-name>" : "Double",
    "<property-name>" : "BigDecimal",
    "<property-name>" : "BigInteger"
  }
}

Text fields

Fig. 10: Text fields

Textarea field​

To use this field in your ontology you need to use the following data types:

  • Text
{
  "properties" : {
    "<property-name>" : "Text"
  }
}

Textarea fields

Fig. 11:Textarea fields

Boolean field​

The boolean primitive is designed to render dropdown menus, offering a compact and interactive way to present selectable options within your application.

To use this field in your ontology you need to use the following data types:

  • Text
  • Short
{
  "properties" : {
    "<property-name>" : "Boolean",
    "<property-name>" : "Short"
  }
}

Boolean fields

Fig. 12: Dropdown fields

Date field​

To use this field in your ontology you need to use the following data types:

  • Date
  • Time
  • Timestamp
  • Datetime
{
  "properties" : {
    "<property-name>" : "Date",
    "<property-name>" : "Time",
    "<property-name>" : "Timestamp",
    "<property-name>" : "Datetime"
  }
}

Date fields

Fig. 13: Date fields

Camera field​

The camera primitive utilizes a webcam feed as the image source, enabling real-time capture and processing of visual data from the connected device.

To use this field in your ontology you need to use the following data types:

  • Camera
{
  "properties" : {
    "<property-name>" : "Camera"
  }
}

Camera fields

Fig. 14: Camera field

Recording field​

The recording primitive utilizes a webcam feed as the video source, enabling real-time video capturing from the connected device.

To use this field in your ontology you need to use the following data types:

  • Recording
{
  "properties" : {
    "<property-name>" : "Recording"
  }
}

Camera fields

Fig. 15: Recording field

Blob field​

The Blob data type will be presented as an upload input field, allowing users to select and upload files of various types, such as images, audio, video, archives, and other data files.

To use this field in your ontology you need to use the following data types:

  • Blob
{
  "properties" : {
    "<property-name>" : "Blob"
  }
}

  • The Blob data type will be presented as an upload input field, allowing users to select and upload files of various types, such as images, audio, video, archives, and other data files.

  • Upload videos Blob fields

  • Fig. 16: Upload videos

  • Upload images Blob fields

  • Fig. 17: Upload images

  • Upload archives Blob fields

  • Fig. 18: Upload archives

  • Upload audio files Blob fields

  • Fig. 19: Upload audio


Microphone​

The microphone primitive leverages the output from your connected microphone to produce audio, facilitating real-time capture and processing of acoustic data.

To use this field in your ontology you need to use the following data types:

  • Microphone
{
  "properties" : {
    "<property-name>" : "Microphone"
  }
}

Microphone fields

Fig. 20: Microphone field

Webgl​

The webgl primitive is employed to render 3D models within your application, enabling interactive and immersive visualization of complex geometries and graphics using web-based technologies.

To use this field in your ontology you need to use the following data types:

  • Webgl
{
  "properties" : {
    "<property-name>" : "Webgl"
  }
}

Webgl fields

Fig. 21: Webgl field



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