def left_aligned_table(source):
assert source.rows() == 1 and source.columns() == 1
bounds = source.bounds()
contents = source.get_at(0, 0)[:]
contents.sort(key=cmp_to_key(sort_topdown_ltr))
table = []
row = []
columns = []
last_y = contents[0].bounds().y1()
for item in contents:
item_bounds = item.bounds()
if not pdftable.pretty_much_equal(item_bounds.y1(), last_y):
break
columns.append(item_bounds.x1())
last_y = contents[0].bounds().y1()
row = [[]] * len(columns)
for item in contents:
item_bounds = item.bounds()
if not pdftable.pretty_much_equal(item_bounds.y1(), last_y):
if any((len(c) == 0 for c in row)):
for i in range(0, len(columns)):
table[-1][i] += row[i]
else:
table.append(row)
row = [[]] * len(columns)
last_y = item_bounds.y1()
for i in range(0, len(columns)):
if pdftable.pretty_much_equal(item_bounds.x1(), columns[i]):
col_index = i
break
else:
print(columns)
print(contents)
# RG: Comment out and it works
# TODO_: Find what pretty_much_equal() checks
#raise Exception("No matching column!")
row[col_index] = [item]
if any((len(c) == 0 for c in row)):
for i in range(0, len(columns)):
table[-1][i] += row[i]
else:
table.append(row)
return pdftable.ImplicitTable(bounds, table)
def __merge_text(self, lines):
def sort_text(a, b):
if pdftable.pretty_much_equal(a.rect.x1(), b.rect.x1()):
if a.rect.y1() < b.rect.y1():
return -1
if a.rect.y1() == b.rect.y1():
return 1
return 0
if a.rect.x1() < b.rect.x1():
return -1
return 1
if len(lines) == 0: return
lines.sort(key=cmp_to_key(sort_topdown_ltr))
merged = [lines[0]]
for line in lines[1:]:
last = merged[-1]
same_x = pdftable.pretty_much_equal(line.rect.x1(), last.rect.x1())
same_size = last.font_size() == line.font_size()
decent_descent = line.approx_rect.y1() - last.approx_rect.y2(
) < 1.2
if same_x and same_size and decent_descent:
lastChar = last.chars[-1].get_text()[-1]
if not (lastChar == "-" or lastChar == "/"):
last.append_char(" ")
last.append(line)
else:
merged.append(line)
return merged
def __merge_text(self, lines):
def sort_text(a, b):
if pdftable.pretty_much_equal(a.rect.x1(), b.rect.x1()):
if a.rect.y1() < b.rect.y1():
return -1
if a.rect.y1() == b.rect.y1():
return 1
return 0
if a.rect.x1() < b.rect.x1():
return -1
return 1
if len(lines) == 0: return
lines.sort(cmp=sort_topdown_ltr)
merged = [lines[0]]
for line in lines[1:]:
last = merged[-1]
same_x = pdftable.pretty_much_equal(line.rect.x1(), last.rect.x1())
same_size = last.font_size() == line.font_size()
decent_descent = line.approx_rect.y1() - last.approx_rect.y2() < 1.2
if same_x and same_size and decent_descent:
lastChar = last.chars[-1].get_text()[-1]
if not (lastChar == "-" or lastChar == "/"):
last.append_char(" ")
last.append(line)
else:
merged.append(line)
return merged
def left_aligned_table(source):
assert source.rows() == 1 and source.columns() == 1
bounds = source.bounds()
contents = source.get_at(0, 0)[:]
contents.sort(cmp=sort_topdown_ltr)
table = []
row = []
columns = []
last_y = contents[0].bounds().y1()
for item in contents:
item_bounds = item.bounds()
if not pdftable.pretty_much_equal(item_bounds.y1(), last_y):
break
columns.append(item_bounds.x1())
last_y = contents[0].bounds().y1()
row = [[]] * len(columns)
for item in contents:
item_bounds = item.bounds()
if not pdftable.pretty_much_equal(item_bounds.y1(), last_y):
if any((len(c) == 0 for c in row)):
for i in xrange(0, len(columns)):
table[-1][i] += row[i]
else: table.append(row)
row = [[]] * len(columns)
last_y = item_bounds.y1()
for i in xrange(0, len(columns)):
if pdftable.pretty_much_equal(item_bounds.x1(), columns[i]):
col_index = i
break
else:
print columns
print contents
raise Exception("No matching column!")
row[col_index] = [item]
if any((len(c) == 0 for c in row)):
for i in xrange(0, len(columns)):
table[-1][i] += row[i]
else: table.append(row)
return pdftable.ImplicitTable(bounds, table)
def sort_text(a, b):
if pdftable.pretty_much_equal(a.rect.x1(), b.rect.x1()):
if a.rect.y1() < b.rect.y1():
return -1
if a.rect.y1() == b.rect.y1():
return 1
return 0
if a.rect.x1() < b.rect.x1():
return -1
return 1
def sort_text(a, b): if pdftable.pretty_much_equal(a.rect.x1(), b.rect.x1()): if a.rect.y1() < b.rect.y1(): return -1 if a.rect.y1() == b.rect.y1(): return 1 return 0 if a.rect.x1() < b.rect.x1(): return -1 return 1
def center_aligned_table(source):
assert source.rows() == 1 and source.columns() == 1
bounds = source.bounds()
contents = source.get_at(0, 0)[:]
contents.sort(key=cmp_to_key(sort_topdown_ltr))
column_centers = []
last_y = contents[0].bounds().y1()
for item in contents:
if not pdftable.pretty_much_equal(last_y, item.bounds().y1()): break
column_centers.append(item.bounds().xmid())
table = []
row = [[]] * len(column_centers)
for item in contents:
item_bounds = item.bounds()
if not pdftable.pretty_much_equal(item_bounds.y1(), last_y):
if any((len(c) == 0 for c in row)):
for i in range(0, len(column_centers)):
table[-1][i] += row[i]
else:
table.append(row)
row = [[]] * len(column_centers)
last_y = item_bounds.y1()
col_index = None
min_dist = float("inf")
for i in range(0, len(column_centers)):
distance = abs(item_bounds.xmid() - column_centers[i])
if distance < min_dist:
min_dist = distance
col_index = i
row[col_index] = [item]
if any((len(c) == 0 for c in row)):
for i in range(0, len(column_centers)):
table[-1][i] += row[i]
else:
table.append(row)
return pdftable.ImplicitTable(bounds, table)
def center_aligned_table(source):
assert source.rows() == 1 and source.columns() == 1
bounds = source.bounds()
contents = source.get_at(0, 0)[:]
contents.sort(cmp=sort_topdown_ltr)
column_centers = []
last_y = contents[0].bounds().y1()
for item in contents:
if not pdftable.pretty_much_equal(last_y, item.bounds().y1()): break
column_centers.append(item.bounds().xmid())
table = []
row = [[]] * len(column_centers)
for item in contents:
item_bounds = item.bounds()
if not pdftable.pretty_much_equal(item_bounds.y1(), last_y):
if any((len(c) == 0 for c in row)):
for i in xrange(0, len(column_centers)):
table[-1][i] += row[i]
else: table.append(row)
row = [[]] * len(column_centers)
last_y = item_bounds.y1()
col_index = None
min_dist = float("inf")
for i in xrange(0, len(column_centers)):
distance = abs(item_bounds.xmid() - column_centers[i])
if distance < min_dist:
min_dist = distance
col_index = i
row[col_index] = [item]
if any((len(c) == 0 for c in row)):
for i in xrange(0, len(column_centers)):
table[-1][i] += row[i]
else: table.append(row)
return pdftable.ImplicitTable(bounds, table)
