dropped superfluous properties
@@ -142,13 +142,6 @@ class WinstonLutz:
and couch were at 0 are used to determine this value."""
return self._minimize_axis(GANTRY).fun * 2
- @property
- def gantry_iso2bb_vector(self):
- """The 3D vector from the isocenter to the BB (located at the origin)."""
- min_fun = self._minimize_axis(GANTRY)
- # optimization result goes from origin TO the iso, thus to go from iso to bb (origin), invert sign
- return Vector(min_fun.x[0], min_fun.x[1], min_fun.x[2])
-
@property
def collimator_iso_size(self):
"""The 2D collimator isocenter size (diameter) in mm. The iso size is in the plane
@@ -158,15 +151,6 @@ class WinstonLutz:
else:
return 0
- @property
- def collimator_iso2bb_vector(self):
- """The 2D vector from the collimator isocenter to the BB (located at the origin)."""
- if self._get_images((COLLIMATOR, REFERENCE))[0] > 1:
- min_col = self._minimize_axis(COLLIMATOR)
- return Vector(min_col.x[0], min_col.x[1])
- else:
- return Vector()
-
@property
def couch_iso_size(self):
"""The diameter of the 2D couch isocenter size in mm. Only images where
@@ -176,15 +160,6 @@ class WinstonLutz:
else:
return 0
- @property
- def couch_iso2bb_vector(self):
- """The 2D vector from the couch isocenter to the BB (located at the origin)."""
- if self._get_images((COUCH, REFERENCE))[0] > 1:
- min_col = self._minimize_axis(COUCH)
- return Vector(min_col.x[0], min_col.x[1])
- else:
- return Vector()
-
@property
def bb_shift_vector(self):
"""The shift necessary to place the BB at the radiation isocenter"""
@@ -438,7 +413,7 @@ class WinstonLutz:
"Number of images: {}\n" \
"Maximum 2D CAX->BB distance: {:.2f}mm\n" \
"Median 2D CAX->BB distance: {:.2f}mm\n" \
- "Shift BB to iso (IEC 61217; facing gantry, gantry 0 points to floor): {}\n" \
+ "Shift BB to iso, facing gantry: {}\n" \
"Gantry 3D isocenter diameter: {:.2f}mm\n" \
"Maximum Gantry RMS deviation (mm): {:.2f}mm\n" \
"Maximum EPID RMS deviation (mm): {:.2f}mm\n" \
