def parseText(tmp_line):
obj_type = 'text'
# SubType: 0=left justified, 1=center justified, 2=right justified
subtype = int(tmp_line[1])
if subtype == 0: subtype = 'left'
elif subtype == 1: subtype = 'center'
elif subtype == 2: subtype = 'right'
else: e.die('subtype %s not supported' % subtype)
color = int(tmp_line[2]) # NOT USED
depth = int(tmp_line[3]) - 50 # default depth value
penstyle = int(tmp_line[4]) # NOT USED
font = int(tmp_line[5]) # NOT USED
font_size = float(tmp_line[6]) * 12.0 # a magic number
angle = float(tmp_line[7])
font_flags = int(tmp_line[8]) # NOT USED, bit vector
# text height and length
height = float(tmp_line[9])
length = float(tmp_line[10])
# Position (of text anchor), depends on SubType
# if SubType = 0 -> position is bottom left corner
# if SubType = 1 -> position is bottom center
# if SubType = 2 -> position is bottom right corner
x, y = int(tmp_line[11]), int(tmp_line[12])
string = ''
for i in range(13, len(tmp_line)): string += tmp_line[i] + ' '
string = string.strip()[:-4]
if font_size > 1:
e.avg_fontsize += font_size
e.num_fontsize += 1
res = {'type': obj_type,
# 'depth': depth,
# 'subtype': subtype,
# 'align': subtype,
# 'fontsize': font_size,
# 'angle': angle,
# 'height': height,
# 'length': length,
'pos': [x, y],
'string': string}
if depth != 0: res['depth'] = depth
if angle != 0.0: res['angle'] = int(angle * 180 / pi)
if subtype != 'center': res['align'] = subtype
return res
def parse_object(line):
tmpl = line.split(' ')
if tmpl[0] == '#':
res = parse_object(stdin.readline().strip())
res['meta'] = tmpl[1]
return res
t = int(tmpl[0])
if t == 2: return parse_polyline(tmpl) # polyline, polygon, box
elif t == 4: return parse_text(tmpl) # text
elif t == 6: # compound
res = {}
res['type'] = 'compound'
res['children'] = []
for l in stdin:
ls = l.strip()
if ls == '-6': break # end of compound
res['children'] += [parse_object(ls)]
return res
else:
die('type %s not supported' % typ)
def parse_polyline(tmp_line): # polyline, polygon, box
obj_type = 'polyline'
# SubType: 1=polyline, 2=box, 3=polygon, 4=arc-box, 5=pic
subtype = int(tmp_line[1])
if subtype == 1: subtype = 'polyline'
elif subtype == 2: subtype = 'box'
elif subtype == 3: subtype = 'polygon'
elif subtype == 4: subtype = 'arcbox'
else: die('subtype %s not supported' % subtype)
# LineStyle: -1=Default, 0=Solid, 1=Dashed, 2=Dotted, 3=Dash-dotted,
# 4=Dash-double-dotted, 5=Dash-triple-dotted
linestyle = int(tmp_line[2])
if linestyle == -1: linestyle = 'default'
elif linestyle == 0: linestyle = 'solid'
else: die('linestyle %s not supported' % linestyle)
thickness = int(tmp_line[3]) * 12
if thickness == 0:
visible = False
else:
visible = True
pencolor = int(tmp_line[4]) # NOT USED
fillcolor = int(tmp_line[5]) # NOT USED
depth = int(tmp_line[6]) # USED: 0...999
penstyle = int(tmp_line[7]) # NOT USED
areafill = int(tmp_line[8]) # NOT USED, -1=not filled
styleval = float(tmp_line[9]) # NOT USED
# JoinStyle: 0=Miter, 1=Round, 2=Bevel
joinstyle = int(tmp_line[10]) # NOT USED
# ONLY FOR POLYLINE
# CapStyle: 0=Butt, 1=Round, 2=Projecting
capstyle = int(tmp_line[11]) # NOT USED
# ONLY FOR ARCBOX
# radius of arc-box
radius = int(tmp_line[12]) * 12
# ONLY FOR POLYLINE
# ForwardArrow, BackwardArrow: 0=off, 1=on
forwardarrow = bool(int(tmp_line[13]))
backwardarrow = bool(int(tmp_line[14]))
# NPoints: number of points in line
npoints = int(tmp_line[15]) # USED ONLY HERE
if subtype == 'polyline':
# ignore arrow details, we'll draw them all the same
if forwardarrow:
for l in stdin: # skip forwardarrow line
break
if backwardarrow:
for l in stdin: # skip backwardarrow line
break
total = 0
points = []
for tmp_points_line in stdin:
points_line = tmp_points_line.strip().split(' ')
i = 0
while i < len(points_line):
x = int(points_line[i])
y = int(points_line[i + 1])
points += [[x, y]]
i += 2
total += 2
if (total / 2) == npoints:
break
if radius > 0:
extra.avg_radius += radius
extra.num_radius += 1
if thickness > 0:
extra.avg_thickness += thickness
extra.num_thickness += 1
res = {
'type': subtype,
# 'type': obj_type,
# 'subtype': subtype,
# 'linestyle': linestyle,
# 'thickness': thickness,
# 'visible': visible,
# 'depth': depth,
# 'radius': radius,
# 'farrow': forwardarrow,
# 'barrow': backwardarrow,
'points': points
}
if forwardarrow: res['farrow'] = True
if backwardarrow: res['barrow'] = True
return res
def parse_text(tmp_line): # text
obj_type = 'text'
# SubType: 0=left justified, 1=center justified, 2=right justified
subtype = int(tmp_line[1])
if subtype == 0: subtype = 'left'
elif subtype == 1: subtype = 'center'
elif subtype == 2: subtype = 'right'
else: die('subtype %s not supported' % subtype)
color = int(tmp_line[2])
depth = int(tmp_line[3]) # NOT USED: 0...999
penstyle = int(tmp_line[4]) # NOT USED
font = int(tmp_line[5]) # NOT USED
font_size = float(tmp_line[6]) * 12.0
angle = float(tmp_line[7])
font_flags = int(tmp_line[8]) # NOT USED, bit vector
# text height and length
height = float(tmp_line[9])
length = float(tmp_line[10])
# Position (of text anchor), depends on SubType
# if SubType = 0 -> position is bottom left corner
# if SubType = 1 -> position is bottom center
# if SubType = 2 -> position is bottom right corner
x = int(tmp_line[11])
y = int(tmp_line[12])
string = ''
i = 13
while i < len(tmp_line):
string += tmp_line[i] + ' '
i += 1
string = string.strip()[:-4]
if font_size > 1:
extra.avg_fontsize += font_size
extra.num_fontsize += 1
res = {
'type': obj_type,
# 'subtype': subtype,
# 'align': subtype,
# 'depth': depth,
# 'fontsize': font_size,
# 'angle': angle,
# 'height': height,
# 'length': length,
'pos': [x, y],
'string': string
}
if angle != 0.0:
angle = int(angle * 180 / pi)
res['angle'] = angle
if subtype != 'center': res['align'] = subtype
return res