def py_planning_item():
plan_dict = PyDicomParser(filename=rp).GetPlan()
rs_dvh = os.path.join(DATA_DIR, 'RS_dvh.dcm')
structures_tmp1 = PyDicomParser(filename=rs_dvh).GetStructures()
criteria1 = pd.read_excel(file_path, sheet_name='calc_dvh')
rt_case_tmp = RTCase("H&N", 123, structures_tmp1, criteria1)
dose_values = PyDicomParser(filename=rd).get_dose_matrix()
grid = PyDicomParser(filename=rd).get_grid_3d()
dose = Dose3D(dose_values, grid, pq.Gy)
dvh_calc = DVHCalculator(rt_case_tmp, calculation_options)
return PyPlanningItem(plan_dict, rt_case_tmp, dose, dvh_calc)
def setup_planing_item(self):
if self.dcm_files is not None and self.case is not None:
if self.dvh_calculator is not None:
# TODO refactor this into abstractions
plan_dcm = PyDicomParser(filename=self.dcm_files['rtplan'])
dose_dcm = PyDicomParser(filename=self.dcm_files['rtdose'])
plan_dict = plan_dcm.GetPlan()
dose_3d = dose_dcm.get_dose_3d()
self._planning_item = PyPlanningItem(plan_dict, self.case,
dose_3d,
self.dvh_calculator)
def get_dicom_data(root_path: str) -> Dict[str, List[str]]:
"""
Provide all participant required files (RP,RS an RD DICOM FILES)
:param root_path: participant folder
:return: Pandas DataFrame containing path to files
"""
files = [
os.path.join(root, name) for root, dirs, files in os.walk(root_path)
for name in files if name.endswith(('.dcm', '.DCM'))
]
filtered_files = []
for f in files:
obj = PyDicomParser(filename=f)
rt_type = obj.GetSOPClassUID()
# fix halcyon SOP class UI
if rt_type is None:
rt_type = obj.ds.Modality.lower()
if rt_type in ['rtdose', 'rtplan', 'rtss']:
filtered_files.append([rt_type, f])
# filter rtdose
rd_files = [d[1] for d in filtered_files if d[0] == 'rtdose']
rp_files = [d[1] for d in filtered_files if d[0] == 'rtplan']
rs_files = [d[1] for d in filtered_files if d[0] == 'rtss']
dcm_files = {'rtdose': rd_files, 'rtplan': rp_files, 'rtss': rs_files}
return dcm_files
def test_gk_dvh():
# Given
slicer_dvh_file = r'C:\Users\Victor\Dropbox\Plan_Competition_Project\tests\tests_data\gk_plan\SLICER_RT_DVH.csv'
plan_folder = r'C:\Users\Victor\Dropbox\Plan_Competition_Project\tests\tests_data\gk_plan'
slicer_dvh = read_slicer_dvh(slicer_dvh_file)
# strip columns names
slicer_dvh.columns = [
'Skull Value', 'CerebelarDir', 'FrontalEsq ', 'Tumor', 'Tumor 2',
'Tumor 3', 'Tumor 4', 'Tumor 5'
]
dcm_files, flag = get_participant_folder_data(plan_folder)
plan_dict = PyDicomParser(filename=dcm_files['rtplan']).GetPlan()
structures = PyDicomParser(filename=dcm_files['rtss']).GetStructures()
rd_dcm = PyDicomParser(filename=dcm_files['rtdose'])
dose = rd_dcm.get_dose_3d()
structures_py = [
PyStructure(s, end_cap=s['thickness'] / 2)
for k, s in structures.items()
]
grid = (0.1, 0.1, 0.1)
dvh_pyplan = {}
for s in structures_py[:-1]:
dvh_calci = DVHCalculation(s, dose, calc_grid=grid)
dvh_l = dvh_calci.calculate(verbose=True)
dvh_pyplan[dvh_l['name']] = dvh_l
# plot_dvh(dvh_l, dvh_l['name'])
for target_name, dvh_calc in dvh_pyplan.items():
dose_t5 = slicer_dvh.index
t5 = slicer_dvh.loc[:, target_name].values
x_calc = np.arange(len(dvh_calc['data'])) * float(dvh_calc['scaling'])
py_t5 = dvh_calc['data']
plt.plot(dose_t5, t5, label='Slicer-RT')
plt.plot(x_calc, py_t5, label='PyPlanScoring')
plt.title(target_name)
plt.legend()
plt.show()
def test_dvh_comparisson(setup_calculation_options):
# Given plan DVH
folder = os.path.join(DATA_DIR, 'lungSBRT')
# parse DICOM folder
# plan_folder = r'C:\Users\Victor\Dropbox\Plan_Competition_Project\tests\tests_data\pinnacle\plan1'
plan_folder = r'C:\Users\Victor\Dropbox\Plan_Competition_Project\tests\tests_data\pinnacle\plan2'
dcm_files, flag = get_participant_folder_data(plan_folder)
rs_dvh = os.path.join(folder, 'RS.dcm')
plan_dict = PyDicomParser(filename=dcm_files['rtplan']).GetPlan()
# structures = PyDicomParser(filename=dcm_files['rtss']).GetStructures()
structures = PyDicomParser(filename=rs_dvh).GetStructures()
rd_dcm = PyDicomParser(filename=dcm_files['rtdose'])
dose = rd_dcm.get_dose_3d()
# criteria file
file_path = os.path.join(folder, 'Scoring_criteria.xlsx')
criteria = pd.read_excel(file_path, sheet_name='BiLateralLungSBRTCase')
# setup RT case
rt_case_tmp = RTCase("SBRT", 123, structures, criteria)
dvh_calc = DVHCalculator(rt_case_tmp, setup_calculation_options)
# when calculate DVH using pyplanScoring
planning_obj = PyPlanningItem(plan_dict, rt_case_tmp, dose, dvh_calc)
planning_obj.calculate_dvh()
# for k, v in planning_obj.dvh_data.items():
# plot_dvh(v, v['name'])
# plt.show()
# # Calculating the score
plan_eval = PlanEvaluation()
plan_eval.criteria = criteria
df = plan_eval.eval_plan(planning_obj)
raw_score = df['Raw score'].sum()
pass
def setup_planing_item(self):
if self.dcm_files is not None and self.case is not None:
if self.dvh_calculator is not None:
# TODO refactor this into abstractions
plan_dict = {}
if self.dcm_files['rtdose']:
dcm_objs = [
PyDicomParser(filename=f)
for f in self.dcm_files['rtdose']
]
if len(dcm_objs) == 1:
dose_3d = dcm_objs[0].get_dose_3d()
else:
# add 3D doses
doses_3d = [obj.get_dose_3d() for obj in dcm_objs]
# Sum DVHs
acc = DoseAccumulation(doses_3d)
dose_3d = acc.get_plan_sum()
self._planning_item = PyPlanningItem(
plan_dict, self.case, dose_3d, self.dvh_calculator)
if __name__ == '__main__':
# Given
# planIQ dvh
dvh_ref_path = '/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/ptv_based_SRS/PTV Based - PlanIQ DVH - Eclipse VMAT - Body included - Ahmad March 24.txt'
plan_iq_dvh = read_planiq_dvh(dvh_ref_path)
# compare against SLICER DV
plan_folder = r'/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/ptv_based_SRS'
# dcm_files, flag = get_participant_folder_data(plan_folder)
rtss = r'/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/ptv_based_SRS/RS.1.2.246.352.205.5644208623194161296.369175407993399980.dcm'
rt_dose = '/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/ptv_based_SRS/RD.1.2.246.352.71.7.584747638204.1898898.20180324182516.dcm'
ini_file = '/home/victor/Dropbox/Plan_Competition_Project/gui/cases/BrainMetSRSCase/PyPlanScoring.ini'
setup_calculation_options = get_calculation_options(ini_file)
structures = PyDicomParser(filename=rtss).GetStructures()
rd_dcm = PyDicomParser(filename=rt_dose)
dose = rd_dcm.get_dose_3d()
plan_dict = {}
# criteria file
file_path = '/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/ptv_based_SRS/Scoring_criteria.xlsx'
criteria = pd.read_excel(file_path, sheet_name='BrainSRS')
# setup RT case
rt_case_tmp = RTCase("SRS", 123, structures, criteria)
dvh_calc = DVHCalculator(rt_case_tmp, setup_calculation_options)
# when calculate DVH using pyplanScoring
planning_obj = PyPlanningItem(plan_dict, rt_case_tmp, dose, dvh_calc)
planning_obj.calculate_dvh()
def test_lung_case_dvh(setup_calculation_options):
# Given plan DVH
folder = os.path.join(DATA_DIR, 'lungSBRT')
# DVH reference
dvh_ref_path = os.path.join(folder,
'PlanIQ DVH - Ahmad Plan - March 12.txt')
plan_dvh = read_planiq_dvh(dvh_ref_path)
# parse DICOM folder
rp = os.path.join(folder, 'RP.dcm')
rs_dvh = os.path.join(folder, 'RS.dcm')
rd = os.path.join(folder, 'RD.dcm')
plan_dict = PyDicomParser(filename=rp).GetPlan()
structures = PyDicomParser(filename=rs_dvh).GetStructures()
dose_values = PyDicomParser(filename=rd).get_dose_matrix()
grid = PyDicomParser(filename=rd).get_grid_3d()
dose = Dose3D(dose_values, grid, pq.Gy)
# criteria file
file_path = os.path.join(folder, 'Scoring_criteria.xlsx')
criteria = pd.read_excel(file_path, sheet_name='BiLateralLungSBRTCase')
# setup RT case
rt_case_tmp = RTCase("SBRT", 123, structures, criteria)
dvh_calc = DVHCalculator(rt_case_tmp, setup_calculation_options)
# when calculate DVH using pyplanScoring
planning_obj = PyPlanningItem(plan_dict, rt_case_tmp, dose, dvh_calc)
planning_obj.calculate_dvh()
# compare against PLANIQ
for roi_number, dvh in planning_obj.dvh_data.items():
name = dvh['name']
plot_dvh_comp(dvh, plan_dvh, name, folder)
# plt.show()
# compare clinical DVH data
#
dvhs = PyDicomParser(filename=rd).GetDVHs()
# compare against Eclipse DVH
dvh_calculated = planning_obj.dvh_data
res = {}
res_eclipse = {}
for roi_number in dvhs.keys():
if roi_number in dvh_calculated:
dvh_calc = dvh_calculated[roi_number]
planiq_dvh = plan_dvh[structures[roi_number]['name']]
x_calc = np.arange(len(dvh_calc['data'])) * float(
dvh_calc['scaling'])
x_planiq = plan_dvh.index
cmp = CurveCompare(x_planiq, planiq_dvh, x_calc, dvh_calc['data'])
# cmp.plot_results("PlanIQ", "PyPlanScoring", structures[roi_number]['name'])
# plt.show()
res[structures[roi_number]['name']] = cmp.stats_paper
# Eclipse
eclipse_dvh = dvhs[roi_number]
x_eclipse = np.arange(len(eclipse_dvh['data'])) * float(
eclipse_dvh['scaling'])
cmp1 = CurveCompare(x_eclipse, eclipse_dvh['data'], x_calc,
dvh_calc['data'])
# cmp.plot_results("PlanIQ", "PyPlanScoring", structures[roi_number]['name'])
res_eclipse[structures[roi_number]['name']] = cmp1.stats_paper
res_plan_iq = pd.DataFrame.from_dict(res)
res_plan_iq.to_csv(os.path.join(folder, "PyPlanScoringXPlanIQ.csv"))
res_eclipsedf = pd.DataFrame.from_dict(res_eclipse)
res_eclipsedf.to_csv(os.path.join(folder, "PyPlanScoringXEclipse.csv"))
piq = [
res_plan_iq.min().min(),
res_plan_iq.max().max(),
res_plan_iq.mean().mean()
]
ecl = [
res_eclipsedf.min().min(),
res_eclipsedf.max().max(),
res_eclipsedf.mean().mean()
]
# # # then Get dvh data and compare with plan_data
# for roi_number, dvh in planning_obj.dvh_data.items():
# name = dvh['name']
# plot_dvh_comp(dvh, plan_dvh, name, folder)
#
# plt.show()
#
# # compare it abainst eclipse data
# # compare with TPS DVH
dvhs = PyDicomParser(filename=rd).GetDVHs()
# compare against Eclipse DVH
dvh_calculated = planning_obj.dvh_data
for roi_number in dvhs.keys():
if roi_number in dvh_calculated:
plot_dvh_comp1(dvh_calculated[roi_number], dvhs[roi_number],
structures[roi_number]['name'], folder)
# plt.show()
# # lung SBRT case
#
# # Calculating the score
plan_eval = PlanEvaluation()
plan_eval.criteria = criteria
df = plan_eval.eval_plan(planning_obj)
assert df['Raw score'].sum() == 88.612
def dose_3d():
dose_values = PyDicomParser(filename=rd).get_dose_matrix()
grid = PyDicomParser(filename=rd).get_grid_3d()
return Dose3D(dose_values, grid, pq.Gy)
# GETTING dvh DATA FROM DOSE
import os
import numpy as np
from pyplanscoring.constraints.metrics import PlanningItem
from pyplanscoring.core.dicom_reader import PyDicomParser
from pyplanscoring.core.types import DoseUnit, DoseValuePresentation, VolumePresentation, DoseValue
from tests.conftest import DATA_DIR, rp
# given
rd_dvh = os.path.join(DATA_DIR, 'RD_dvh.dcm')
rs_dvh = os.path.join(DATA_DIR, 'RS_dvh.dcm')
planning_item = PlanningItem(PyDicomParser(filename=rp),
PyDicomParser(filename=rs_dvh),
PyDicomParser(filename=rd_dvh))
def test_planning_item_general_info(test_case):
ap = planning_item.approval_status
test_case.assertEqual(ap, "UNAPPROVED")
a_dt = planning_item.creation_date_time
assert a_dt == '20171128'
assert planning_item.plan
assert planning_item.dose_data
# test property beams
assert len(planning_item.beams) > 0
assert planning_item.dose_value_presentation == 1
test_case.assertAlmostEqual(planning_item.total_prescribed_dose.value,
70.0)
def dvh_calculator():
rs_dvh = os.path.join(DATA_DIR, 'RS_dvh.dcm')
structures_tmp1 = PyDicomParser(filename=rs_dvh).GetStructures()
rt_case_tmp = RTCase("H&N", 123, structures_tmp1, criteria)
return DVHCalculator(rt_case_tmp, calculation_options)
return filtered_files
if __name__ == '__main__':
# slicer/RT DVH
file_path = r'/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/left_chest_wall/photon_electron/Absolute DVH Photon and electron plan sum.txt'
eclipse_dvh = read_eclipse_dvh(file_path)
# path to dicom files
folder = '/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/left_chest_wall/photon_electron'
dicom_data = get_dicom_data(folder)
# filter rtdose
rd_files = [d[1] for d in dicom_data if d[0] == 'rtdose']
dcm_objs = [PyDicomParser(filename=rd_file) for rd_file in rd_files]
doses_3d = [obj.get_dose_3d() for obj in dcm_objs]
# Sum DVHs
acc = DoseAccumulation(doses_3d)
plan_sum = acc.get_plan_sum()
# TODO compare with slicerRT plan sum DVH
rs_file = '/home/victor/Dropbox/Plan_Competition_Project/tests/tests_data/left_chest_wall/photon_electron/RS.1.2.246.352.71.4.584747638204.283643.20180405155645.dcm'
structures = PyDicomParser(filename=rs_file).GetStructures()
structures_py = [
PyStructure(s, end_cap=s['thickness']) for k, s in structures.items()
]
dvh_pyplan = {}
def setup_case(self, rs_file_path, file_path, sheet_name):
structures = PyDicomParser(filename=rs_file_path).GetStructures()
self._plan_eval.read(file_path, sheet_name=sheet_name)
# todo implement setup case by id
self._case = RTCase(sheet_name, 1, structures,
self._plan_eval.criteria)
rs = os.path.join(DATA_DIR, 'RS.dcm')
rd = os.path.join(DATA_DIR, 'RD.dcm')
rp = os.path.join(DATA_DIR, 'RP.dcm')
str_names = [
'LENS LT', 'PAROTID LT', 'BRACHIAL PLEXUS', 'OPTIC N. RT PRV',
'OPTIC CHIASM PRV', 'OPTIC N. RT', 'ORAL CAVITY', 'BRAINSTEM',
'SPINAL CORD', 'OPTIC CHIASM', 'LENS RT', 'LARYNX', 'SPINAL CORD PRV',
'EYE LT', 'PTV56', 'BRAINSTEM PRV', 'PTV70', 'OPTIC N. LT PRV', 'EYE RT',
'PTV63', 'OPTIC N. LT', 'LIPS', 'ESOPHAGUS', 'PTV70'
]
rs_dvh = os.path.join(DATA_DIR, 'RS_dvh.dcm')
structures_tmp = PyDicomParser(filename=rs_dvh).GetStructures()
to_index = {v['name']: k for k, v in structures_tmp.items()}
# fixtures
@pytest.fixture(scope="session")
def rp_dcm():
"""
Fixture to return DICOM-RTPLAN obj
:return:
"""
return PyDicomParser(filename=rp)
@pytest.fixture(scope="session")
def rs_dcm():
def rd_dcm():
"""
Fixture to return DICOM-RTDOSE obj
:return:
"""
return PyDicomParser(filename=rd)
def rs_dcm():
"""
Fixture to return DICOM-RTSTRUCT obj
:return:
"""
return PyDicomParser(filename=rs)
def rp_dcm():
"""
Fixture to return DICOM-RTPLAN obj
:return:
"""
return PyDicomParser(filename=rp)
def dvh1():
rd_dvh = os.path.join(DATA_DIR, 'RD_dvh.dcm')
dvh_all = PyDicomParser(filename=rd_dvh).GetDVHs()
return DVHData(dvh_all[61])