def tagSeparatorRegion(lPages):
"""
tag separatorRegion
"""
for page in lPages:
lSeparators = MultiPageXml.getChildByName(page, 'SeparatorRegion')
lTables = MultiPageXml.getChildByName(page, 'TableRegion')
if lTables == []:
print("no table for %s" % sys.argv[1])
sys.exit(0)
# default O
[x.set(sDUSep, lLabels_OI[0]) for x in lSeparators]
for table in lTables:
lPolygonTables = [
ShapePo(MultiPageXml.getPointList(x)) for x in lTables
]
lPolygonSep = [
LineString(MultiPageXml.getPointList(x)) for x in lSeparators
]
for table in lPolygonTables:
table_prep = prep(table)
[
lSeparators[i].set(sDUSep, lLabels_OI[1])
for i, x in enumerate(lPolygonSep)
if table_prep.intersects(x)
]
## fix bindings
for table in lTables:
lCells = MultiPageXml.getChildByName(table, 'TableCell')
lCells = list(filter(lambda x: int(x.get('rowSpan')) > 6, lCells))
lPolygonCells = [
ShapePo(MultiPageXml.getPointList(x)) for x in lCells
]
for cell in lPolygonCells:
cell_prep = prep(scale(cell, xfact=0.5))
for i, x in enumerate(lPolygonSep):
if cell_prep.intersects(x) and (
x.bounds[3] - x.bounds[1]) > (x.bounds[2] -
x.bounds[0]):
lSeparators[i].set(sDUSep, lLabels_OI[0])
def tagSeparatorRegion(lPages):
"""
tag separatorRegion
"""
for page in lPages:
lSeparators = MultiPageXml.getChildByName(page, 'SeparatorRegion')
lTables = MultiPageXml.getChildByName(page, 'TableRegion')
if lTables == []:
print("no table for %s" % sys.argv[1])
sys.exit(0)
# default O
[x.set(sDUSep, lLabels_OI[0]) for x in lSeparators]
for table in lTables:
polygonTable = ShapePo(MultiPageXml.getPointList(table))
lPolygonSep = [
ShapePo(LineString(MultiPageXml.getPointList(x)).buffer(10))
for x in lSeparators
]
table_prep = prep(polygonTable)
[
lSeparators[i].set(sDUSep, lLabels_OI[1])
for i, x in enumerate(lPolygonSep) if table_prep.intersects(x)
]
# ## given some thickness to the table borders?
# lT, lR, lB, lL = getVerHorBorders(table)
# lH = [];lV= []
# [lH.append(ShapePo(LineString(((x[0][0],x[0][1]),(x[0][2],x[0][3]))).buffer(10))) for x in [lT,lB]]
# [lV.append(ShapePo(LineString(((x[0][0],x[0][1]),(x[0][2],x[0][3]))).buffer(10))) for x in [lL,lR]]
col1, colN, row1, RowN = defineTableBordersFromCells(table)
## vertical borders
# intersection of vertical sep with vertival border
for v in [col1, colN]:
v_prep = prep(v)
for i, x in enumerate(lPolygonSep):
if v_prep.intersects(x) and (x.bounds[3] - x.bounds[1]) > (
x.bounds[2] - x.bounds[0]):
lSeparators[i].set(sDUSep, lLabels_OI[2])
## horizontal borders
for h in [row1, RowN]:
h_prep = prep(h)
for i, x in enumerate(lPolygonSep):
if h_prep.intersects(x) and (x.bounds[3] - x.bounds[1]) < (
x.bounds[2] - x.bounds[0]):
lSeparators[i].set(sDUSep, lLabels_OI[2])
## fix bindings
for table in lTables:
lCells = MultiPageXml.getChildByName(table, 'TableCell')
lCells = list(filter(lambda x: int(x.get('rowSpan')) > 6, lCells))
lPolygonCells = [
ShapePo(MultiPageXml.getPointList(x)) for x in lCells
]
for cell in lPolygonCells:
cell_prep = prep(scale(cell, xfact=0.5))
for i, x in enumerate(lPolygonSep):
if cell_prep.intersects(x) and (
x.bounds[3] - x.bounds[1]) > (x.bounds[2] -
x.bounds[0]):
lSeparators[i].set(sDUSep, lLabels_OI[0])
