qltAccuracyRegion Class Reference

Inheritance diagram for qltAccuracyRegion:

Public Member Functions
def	add_region_id (self, obj, id)
def	make_multipolygon (self, polygon_list, region_id, odm)
def	txt2polygon (self)

Public Attributes
	scriptName
	logger
	tempdir
	regionAttrOnODM

Static Public Attributes
	brief
	description
string	regionAttrOnODM = '_RegionID'
	files_in_directory = os.listdir(self.tempdir)
list	filtered_files = [file for file in files_in_directory if file.endswith(".mat")]
	path_to_file = os.path.join(self.tempdir, file)
list	output_acc = [""]
	ref_odm = pyDM.Datamanager.load(ref_odm_fn, True, False)
string	id_fmt = '%s%1d'
	regionAttr_indx = ref_odm.getAddInfoStatistics().layout().index(self.regionAttrOnODM)
	result_odm_fn = os.path.join(self.tempdir, 'absAcc_overview.odm')
	result_odm = pyDM.Datamanager.create(result_odm_fn)
	lf = pyDM.AddInfoLayoutFactory()
	result_layout = lf.getLayout()
list	list_failed_regions = []
list	list_failed_regions_redpoi = []
	region_id = int(geo.getAddInfo().get(regionAttr_indx))
string	fn_id_suffix = id_fmt % ('region_', region_id)
	win = pyDM.GeometricAlgorithms.getBoundingBox(geo)
list	BBox
tuple	meanRef_Z = (win.zmax + win.zmin)/2
string	temp = 'BBox'
list	log_output = [f"Region\t{temp:^40}"]
	screenLogLevel
	inFile
	als_merg_file = os.path.join(self.tempdir, fn_id_suffix + '_als.odm')
	outFile
	filter
	als_merg_cog_x = int((win.xmax + win.xmin)/2)
	als_merg_cog_y = int((win.ymax + win.ymin)/2)
int	pdist = 1/math.sqrt(pyDM.Datamanager.getHeaderODM(str(imp.outFile)).estimatedPointDensity())
	cellSize
	limit
	attribute
	ref_odm_file = os.path.join(self.tempdir, fn_id_suffix + '_ref.odm')
	icp = ICP.ICP()
	maxIter
	maxAngleDev
	searchRadius
	samplingDist
	trafoType
	outDirectory
	tempDirectory
	transformData
	scope
	cfgFile
	redPoint
	stats = icp.outTrafPars[1]
	trfo = stats.getTrafPars()
	qxx = stats.getQxx()
	trafo_pars = np.zeros((8, 2))
float	ro = 57.2957795130823
	shift_3d = math.sqrt(trafo_pars[3][0]**2 + trafo_pars[4][0]**2 + trafo_pars[5][0]**2)
	shift_3d_std = math.sqrt(trafo_pars[3][1]**2 + trafo_pars[4][1]**2 + trafo_pars[5][1]**2)
	pt = pyDM.Point(result_layout)
	x
	y
	z
	results_fn = os.path.join(self.outfile, "absAcc_overview.txt")
	results_fid = open(results_fn, 'w')
	formatFile_fn = os.path.join(self.tempdir, "referenceRegionsStatistics.xml")
	formatFile_fid = open(formatFile_fn, 'w')
string	regionAttrOnShape = self.regionAttrOnODM
	oFormat

Member Data Documentation

BBox

list BBox

static

Initial value:

=  [int(win.xmin-borderWidth), int(win.ymin-borderWidth), \
                    int(win.xmax+borderWidth), int(win.ymax+borderWidth)]