The ElectronRT App allows for users with certain permissions to view and edit organization level configuration settings. The Organization Configuration block is located in the main page of the app and is only visible to users with Physics or higher level permissions.

Fig. 1: Organization Configuration UI

The Organization Settings block allows the user to view and edit settings that affect the entire organization. These settings include organization name, PDF report logo, CT override materials, and electron device materials.

Fig. 2: Organization Settings

While editing the settings in the Organization Configuration block, the UI is changed such that the user cannot click on other sections of the UI until confirming edits with “Done” or canceling edits with “Cancel”. Some settings are grouped into tabs, such as the “General” and “Materials” tabs in the Organization Settings.

Fig. 3: Organization Edit UI

The Materials definitions allow specifying the device materials and CT override materials. The materials are represented as json in the following example format:

Device Material

{
   "bolus": {
      "density": 0.920,
      "name": "BlueWax",
      "relative_scattering_power": 0.920,
      "relative_stopping_power": 0.920
   }
}

Override Material Example

{
   "Water": {
      "density": 1,
      "name": "Water",
      "relative_scattering_power": 1.0,
      "relative_stopping_power": 1.0
   }
}

The Export Logs block allows the user to export a file containing logs of user activity within the app. This .csv file contains data exported from the app database that keeps track of critical user activity, including (but not limited to): opening of patients and plans, plan approvals, report/DICOM exports, and hardware ordering.

Fig. 6: Export Logs UI

The Site Facility Settings section of the Organization Configuration allows users to view and edit settings for each site in the organization. After selecting a Site ID, the site level settings are divided into five categories: Site Settings, DICOM Settings, CT Curves, QA Options, and Machine Settings.

Fig. 7: Site Facility Settings

The Site Settings block allows for the viewing and editing of miscellaneous site level settings including the site address, physicians, and treatment sites. In order to edit physicians, the user must first click on the physician name on the list of physicians on left side UI and then click on “Edit Physician” on the right side UI (this is also the case with treatment sites). Users can add or remove physicians and treatment sites using the left side UI.

Fig. 8: Site Settings UI

The DICOM Settings block allows the user to view and edit settings related to the export of DICOM files. These settings include the default DICOM export directory and a list of DICOM server AE titles.

Fig. 10: DICOM Settings UI

The CT Curves block allows for the viewing and editing of CT conversion curves. These curves must contain samples for both stopping and scattering power. The stopping power data for the selected curve is displayed on a graph on the right side UI.

Fig. 11: CT Curves UI

The CT Curves are defined as json as shown in the below example (note: this curve is provided as a user guide reference only and should not be used in a commissioned treatment planning system. As such, it does not contain full values of CT curve data):

CT Curve Example

{
   "scattering_power_curve": [
      {
         "key": -1000.0,
         "value": 0.0010
      },
      {
         "key": -706.0,
         "value": 0.2920
      },
      .
      .
      .
   ],
   "stopping_power_curve": [
      {
         "key": -10000.0,
         "value": 0.0010
      },
      {
         "key": -1000.0,
         "value": 0.0010
      },
      .
      .
      .
   ]
}

The QA Options block allows the user to view and edit settings related to Dose QA. These settings include the dimensions of the water phantom, dose grid spacing, and the default measurement plane depth.

Fig. 13: QA Options UI

The Machine Settings block allows the user to view and edit machines for the selected site. The machine settings are divided into five tabs: General, Geometry, Applicators, Commissioning, and Advanced.

The General tab of the Machine Settings block allows for the viewing and/or editing of general machine information such as the machine name, description, serial, type, and physical SAD.

Fig. 14: General Machine Settings UI

The Geometry tab of the Machine Settings block allows the user to view and edit IEC coordinate system settings. These settings include the reference gantry angle, reference couch angle, reference collimator angle, and the rotation direction of each axis.

Fig. 15: Machine Geometry Settings UI

The Applicators tab of the Machine Settings blocks allows for the viewing and/or editing of applicator and beamline device settings. Information regarding blocks, intensity modulators, and applicators of varying sizes are displayed and the user can choose which applicators are available when creating a treatment plan using the current machine. The available applicators are dependent on type of machine (Siemens, Varian, or Elekta) chosen during the creation of a new machine.

Users are unable to change manufacturer specific settings (such as physical block size).

Fig. 16: Applicator Settings UI

The Commissioning tab of the Machine Settings block allows the user to view and edit commissioning energy data. The user can view the nominal energy and R90 values of the current commission data or import new commissioning data from a local file. The ElectronRT App currently only has support for commissioning data from the Pinnacle treatment planning system.

Fig. 17: Commissioning Data Settings UI

The Advanced tab of the Machine Settings block allows for the view and editing of advanced machine configuration parameters. These settings include tolerance tables, wedge tray information, blocking tray information, and room imaging parameters.

Fig. 18: Advanced Machine Settings UI