parse

angiography

class pymethods.parse.angiography.Data(data_file)

classmethod linesToArray(lines, dtypeMethod=<class 'float'>, delimeter=' ')

class pymethods.parse.angiography.Folder(folderPath)

BifCoreEllipseSetellipseSet

CrossSectionEllipseSet1

CrossSectionEllipseSet2

bifCenterline1

bifCenterline2

centerline1

centerline2

clean()

property filenames

property files

static fromNP(np_path)

get_filepath(filename)

abstract grabParseSave()

property numpy_files

parsable_classes = ['LkebCurve', 'LkebCurveSet']

parse_filepath(filename)

abstract quickrun()

save(filePath)

class pymethods.parse.angiography.CenterlinesA(folderPath)

bifur_centerline_id = 'bifCenterline2.data'

main_centerline_id = 'bifCenterline1.data'

class pymethods.parse.angiography.CenterlinesB(folderPath)

bifur_centerline_id = 'centerline2.data'

main_centerline_id = 'centerline1.data'

class pymethods.parse.angiography.MetaOrientCenterlines

class pymethods.parse.angiography.OrientCenterlinesBase(folderPath)

bifur_centerline_id = None

data()

main_centerline_id = None

parse(resolution=0.001)

ivoct

class pymethods.parse.ivoct.Image

get_contour(color=[0.5, 0.3, 0.3], check=['ge', 'le', 'le'])

get_landmark_vector(color=[0.3, 0.3, 0.5], check=['le', 'le', 'ge'])

class pymethods.parse.ivoct.Folder(path)

data()

data_scaled(pix_per_mm)

static grabContourOrLandmarkFromList(imageList, contourColor, contourCheck, landmarkColor, landmarkCheck, landmarkName=None, **kwargs)

load(filename='parsed_data.npy')

parse(contourColor=[0.5, 0.3, 0.3], contourCheck=['ge', 'le', 'le'], landmarkColor=[0.3, 0.3, 0.5], landmarkCheck=['le', 'le', 'ge'], processors=1, landmarkName=None)

save(filenmame='parsed_data.npy')