def transform_coordinates(self, list_of_rois):
new_list_of_rois = []
for roi in list_of_rois:
new_list_of_rois.append(
np.flip(
CoordinateTransformations.transform(
np.flip(roi), self.transform)))
return new_list_of_rois
def transform_coordinates(self, list_of_rois):
laser = self.transform_for_laser_menu.selectedItems()[0].text()
new_list_of_rois = []
for roi in list_of_rois:
new_list_of_rois.append(
CoordinateTransformations.transform(roi,
self.transform[laser]))
return new_list_of_rois
def transform_coordinates(self, list_of_rois, for_which_laser):
"""
Receive a list of rois and targeted laser on which the DMD will be shined on, calculate the transformation.
"""
new_list_of_rois = []
for roi in list_of_rois:
new_list_of_rois.append(
CoordinateTransformations.transform(
roi, self.transform[for_which_laser]))
return new_list_of_rois
def transform_coordinates(self, list_of_rois):
"""
Given list of roi positions in camera image, transform into corrseponding
voltage positions.
Parameters
----------
list_of_rois : list
DESCRIPTION.
Returns
-------
new_list_of_rois : TYPE
DESCRIPTION.
"""
new_list_of_rois = []
for roi in list_of_rois:
new_list_of_rois.append(np.flip(CoordinateTransformations.transform(np.flip(roi), self.transform)))
return new_list_of_rois