Dose Analysis

The dose analysis object is defined as follows:

{
  "max_dose": 75.49002838134766,         # The maximum dose over the entire dose grid
  "max_dose_loc": [                      # The coordinates of the max dose within the dose grid
    4.2400054931640625,
    -584.0599975585938,
    -351.6500244140625
  ],
  "volume": 35281.664000000004,          # The volume of the dose grid
  "plan": {                              # Additional plan details
    "estimated_delivery_time": null,
    "cumulative_meterset": 0
  },
  "curve": [                             # Curve data rendered as an array of two-element arrays
    [ 0, 100 ],                          # i.e., [[x_1, y_1], [x_2, y_2], ...]
    [ 0.01, 32.37180709838867 ],
    ...
  ],
  "rois": [                              # The list of ROIs included in the analysis
    {
      "id": "5e5ebb801140e067f327445dfeac3888",
      "name": "BRAIN_STEM",                       # The name of the ROI
      "dose_grid_bound": true,                    # Whether the structure is entirely enclosed within the dose grid
      "integral_dose": 339.91525629891083,        # The integral dose (Gy * cc) delivered to the ROI
      "max_dose": 43.51894,                       # The maximum dose to the ROI
      "max_dose_loc": [                           # The coordinates of the maximum dose within the ROI
        -0.5,
        -451.20001220703125,
        -404.6000061035156
      ],
      "mean_dose": 17.549470901489258,            # The mean dose to the ROI
      "min_dose": 2.232161521911621,              # The minimum dose to the ROI
      "min_dose_loc": [                           # The coordinates of the minimum dose within the ROI
        -8.199999809265137,
        -415.20001220703125,
        -424
      ],
      "volume": 19.368974609375,                  # The volume of the ROI
      "curve": [                                  # Curve data rendered as an array of two-element arrays
        [ 0, 100 ],                               # i.e., [[x_1, y_1], [x_2, y_2], ...]
        [ 2.23, 100 ],
        ...
      ]
    }
  ],
  ...
}