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Enabled Vital Signs ​

Enabled Vital Signs is a list of vital signs that are set to be measured in the course of a specific session. The Enabled Vital Signs list is the intersection of all vital signs that are supported according to the following criteria:

  • Device - vital signs that are supported by the current device.
  • Measurement Mode - vital signs that are supported by the current measurement mode (face/finger).
  • License - vital signs that are determined by the current license, as specified in Binah's license agreement.

Receiving Enabled Vital Signs ​

The application can receive information regarding the enabled vital signs by implementing onEnabledVitalSigns as part of SessionInfoListener:

Kotlin
override fun onSessionStateChange(sessionState: SessionState) { 
    // Receive session state updates
}

override fun onWarning(warningData: WarningData) {
    // Receive warnings
}

override fun onError(errorData: ErrorData) {
    // Receive errors
}

override fun onLicenseInfo(licenseInfo: LicenseInfo) {
    // Receive license info 
}

override fun onEnabledVitalSigns(enabledVitalSigns: SessionEnabledVitalSigns) { 
    // Receive the enabled vital signs for the session 
}
Java
@Override
public void onSessionStateChange(SessionState sessionState) {
    // Receive session state updates
}

@Override
public void onWarning(WarningData warningData) {
    // Receive warnings
}

@Override
public void onError(ErrorData errorData) {
    // Receive errors
}

@Override
public void onLicenseInfo(LicenseInfo licenseInfo) {
    // Receive license info 
}

@Override 
public void onEnabledVitalSigns(SessionEnabledVitalSigns sessionEnabledVitalSigns) { 
    // Receive the enabled vital signs for the session
}

Checking if a Vital Sign is Enabled ​

The following code can be used to determine the supported vital signs:

Kotlin
override fun onEnabledVitalSigns(enabledVitalSigns: SessionEnabledVitalSigns) {
    runOnUiThread {
        // Checking if pulse rate is enabled
        Log.i("ENABLED_VITALS", "Is pulse rate enabled: ${enabledVitalSigns.isEnabled(VitalSignTypes.PULSE_RATE)}")

        // Checking if pulse rate is enabled for the specific device:
        Log.i("ENABLED_VITALS", "Is pulse rate device enabled: ${enabledVitalSigns.isDeviceEnabled(VitalSignTypes.PULSE_RATE)}")

        // Checking if pulse rate is enabled for the measurement mode:
        Log.i("ENABLED_VITALS", "Is pulse rate mode enabled: ${enabledVitalSigns.isMeasurementModeEnabled(VitalSignTypes.PULSE_RATE)}")

        // Checking if pulse rate is enabled for the license:
        Log.i("ENABLED_VITALS", "Is pulse rate license enabled: ${enabledVitalSigns.isLicenseEnabled(VitalSignTypes.PULSE_RATE)}")
    }
}
Java
@Override
public void onEnabledVitalSigns(@NonNull SessionEnabledVitalSigns enabledVitalSigns) {
    runOnUiThread(() -> {
        // Checking if pulse rate is enabled
        Log.i("ENABLED_VITALS", "Is pulse rate enabled: " + enabledVitalSigns.isEnabled(VitalSignTypes.PULSE_RATE));

        // Checking if pulse rate is enabled for the specific device:
        Log.i("ENABLED_VITALS", "Is pulse rate device enabled: " + enabledVitalSigns.isDeviceEnabled(VitalSignTypes.PULSE_RATE));

        // Checking if pulse rate is enabled for the measurement mode:
        Log.i("ENABLED_VITALS", "Is pulse rate mode enabled: " + enabledVitalSigns.isMeasurementModeEnabled(VitalSignTypes.PULSE_RATE));

        // Checking if pulse rate is enabled for the license:
        Log.i("ENABLED_VITALS", "Is pulse rate license enabled: " + enabledVitalSigns.isLicenseEnabled(VitalSignTypes.PULSE_RATE));
    });
}