Device Data Collection

Class CameraManager

Purpose

Manages camera access and data collection.

Data Fields

• mainCamera
  • Type: Camera
  • Purpose: Holds a reference to the main camera that the CameraManager class will manage.

Methods

• AccessCamera()

  • Purpose: Allowing access and manipulation of the camera's properties and settings.
  • Pre-conditions: The mainCamera field must be set to a valid Unity Camera object.
  • Post-conditions: None
  • Parameters and Data Types: None
  • Return Value and Output Variables:
    • Type: Void
  • Exceptions Thrown: None

• CollectVisualData()

  • Purpose: Collecting visual data from the camera.
  • Pre-conditions: The mainCamera field must be set to a valid Unity Camera object.
  • Post-conditions: The visual data is collected and can be further processed.
  • Parameters and Data Types: None
  • Return Value and Output Variables:
    • Type: ImageStream
    • Output: An object representing the visual data collected from the camera.
  • Exceptions Thrown: None

• ManageCameraSetting()

  • Purpose: Managing various camera settings or configurations.
  • Pre-conditions: The mainCamera field must be set to a valid Unity Camera object.
  • Post-conditions: None
  • Parameters and Data Types: None
  • Return Value and Output Variables:
    • Type: Void
  • Exceptions Thrown: None

Class SensorManager

Purpose

Manages the collection of data from various sensors like accelerometer and touch.

Data Fields

• accelerometerSensor
  • Type: Accelerometer
  • Purpose: Holds a reference to the accelerometer sensor, which is used to collect acceleration data.

Methods

• CollectAccelerometerData()

  • Purpose: Collecting data from the accelerometer sensor, which measures device acceleration.
  • Pre-conditions: The accelerometerSensor field must be properly initialized and configured.
  • Post-conditions: Acceleration data is collected and can be further processed.
  • Parameters and Data Types: None
  • Return Value and Output Variables:
    • Type: Acceleration
    • Output: An object representing acceleration data collected from the accelerometer.
  • Exceptions Thrown: None

• CollectTouchData()

  • Purpose: Collecting touch input data from the user's interaction.
  • Pre-conditions: The device's touch input system should be properly configured and active.
  • Post-conditions: Touch input data is collected and can be further processed.
  • Parameters and Data Types: None
  • Return Value and Output Variables:
    • Type: Touch
    • Output: An object representing touch input data collected.
  • Exceptions Thrown: None

• ManageSensorSetting()

  • Purpose: Managing various sensor settings or configurations.
  • Pre-conditions: The sensor(s) to be managed should be properly initialized and configured.
  • Post-conditions: None
  • Parameters and Data Types: None
  • Return Value and Output Variables:
    • Type: Void
  • Exceptions Thrown: None

Class DataInterpreter

Purpose

Interprets and processes the collected sensor and visual data.

Data Fields

• visualData
  • Type: Data
  • Purpose: Holds a reference to visual data that needs interpretation.

Methods

• InterpretVisualData()

  • Purpose: Interpreting visual data.
  • Pre-conditions: The visualData field must be properly initialized.
  • Post-conditions: The visual data is interpreted and returned.
  • Parameters and Data Types: None
  • Return Value and Output Variables:
    • Type: Object
    • Output: An object representing the interpretation of visual data.
  • Exceptions Thrown: None

• ProcessSensorData()

  • Purpose: Processing sensor data, which may include data from various sensors such as accelerometers or touch inputs.
  • Pre-conditions: Sensor data should be properly initialized and provided as input.
  • Post-conditions: The sensor data is processed and returned.
  • Parameters and Data Types:
    • Param: data
    • Type: Object
  • Return Value and Output Variables:
    • Type: Data
    • Output: An object representing the processed sensor data.
  • Exceptions Thrown: None

• AnalyzeData()

  • Purpose: Analyzing data.
  • Pre-conditions: Data to be analyzed should be provided as input.
  • Post-conditions: The data is analyzed.
  • Parameters and Data Types:
    • Param: data
    • Type: Object
  • Return Value and Output Variables:
    • Type: Information
    • Output: An object representing the results of data analysis.
  • Exceptions Thrown: None