def getContents(self):
pie = self.pie
data = [v for v in pie.data]
total = sum(data)
ndata = len(data)
lv = [' %.2f%%' % v for v in data]
labels = self._labels[:]
labels += max(len(lv) - len(labels), 0) * ['']
labels = [lab + lv[i] for i, lab in enumerate(labels)]
fontName = self._fontName
legend = self.legend
legend.fontName = fontName
colors = list(map(toColor, self._colors))
ncolors = len(colors)
colors += [
Whiter(colors[i % ncolors], 0.7**(1 + i // ncolors))
for i in range(max(ndata - ncolors, 0))
]
for i in range(ndata):
self.pie.slices[i].fillColor = colors[i]
for i in range(ndata):
legend.colorNamePairs.append((colors[i], labels[i]))
if total < 99.9: data.append(100 - total)
if total < 99.9: self.pie.slices[ndata].fillColor = None
if total < 99.9:
legend.colorNamePairs.append(
(Auto(obj=self.pie), 'Unknown %.2f%%' % (100 - total)))
self.pie.data = data
return Drawing.getContents(self)
def checkboxAP(
self,
key, #N/D/R
value, #Yes/Off
buttonStyle='circle',
shape='square',
fillColor=None,
borderColor=None,
textColor=None,
borderWidth=1,
borderStyle='solid',
size=20,
dashLen=3,
):
stream = [].append
ds = size
if shape == 'square':
stream('q')
streamFill = self.streamFillColor(fillColor)
stream('1 g 1 G %(streamFill)s 0 0 %(size)s %(size)s re f')
if borderWidth != None:
streamStroke = self.streamStrokeColor(borderColor)
hbw = borderWidth * 0.5
smbw = size - borderWidth
ds = smbw
if borderStyle == 'underlined':
stream(
'%(streamStroke)s %(borderWidth)s w 0 %(hbw)s m %(size)s %(hbw)s l s'
)
elif borderStyle in ('dashed', 'inset', 'bevelled', 'solid'):
if borderStyle == 'dashed':
dash = ' [%s ] 0 d' % fp_str(dashLen)
else:
dash = ''
stream(
'%(streamStroke)s%(dash)s %(borderWidth)s w %(hbw)s %(hbw)s %(smbw)s %(smbw)s re s'
)
if borderStyle in ('bevelled', 'inset'):
_2bw = 2 * borderWidth
sm2bw = size - _2bw
ds = sm2bw
bbs0 = Blacker(fillColor, 0.5)
bbs1 = fillColor
if key != 'D':
bbs0, bbs1 = bbs1, bbs0
bbs0 = self.streamFillColor(bbs0)
bbs1 = self.streamFillColor(bbs1)
stream(
'%(bbs0)s %(borderWidth)s %(borderWidth)s m %(borderWidth)s %(smbw)s l %(smbw)s %(smbw)s l %(sm2bw)s %(sm2bw)s l %(_2bw)s %(sm2bw)s l %(_2bw)s %(_2bw)s l f %(bbs1)s %(smbw)s %(smbw)s m %(smbw)s %(borderWidth)s l %(borderWidth)s %(borderWidth)s l %(_2bw)s %(_2bw)s l %(sm2bw)s %(_2bw)s l %(sm2bw)s %(sm2bw)s l f'
)
stream('Q')
elif shape == 'circle':
cas = lambda _r, **_casKwds: self.circleArcStream(
size, _r, **_casKwds)
r = size * 0.5
streamFill = self.streamFillColor(fillColor)
stream('q 1 g 1 G %(streamFill)s')
stream(cas(r))
stream('f')
stream('Q')
if borderWidth != None:
stream('q')
streamStroke = self.streamStrokeColor(borderColor)
hbw = borderWidth * 0.5
ds = size - borderWidth
if borderStyle == 'underlined':
stream(
'q %(streamStroke)s %(borderWidth)s w 0 %(hbw)s m %(size)s %(hbw)s l s Q'
)
elif borderStyle in ('dashed', 'inset', 'bevelled', 'solid'):
if borderStyle == 'dashed':
dash = ' [3 ] 0 d'
else:
dash = ''
stream('%(streamStroke)s%(dash)s %(borderWidth)s w')
stream(cas(r - hbw))
stream('s')
stream('Q')
if borderStyle in ('bevelled', 'inset'):
_3bwh = 3 * hbw
ds = size - _3bwh
bbs0 = Blacker(fillColor, 0.5)
bbs1 = Whiter(fillColor, 0.5)
a0 = (0, 1)
a1 = (2, 3)
if borderStyle == 'inset':
bbs0, bbs1 = bbs1, bbs0
if key != 'D':
bbs0, bbs1 = bbs1, bbs0
bbs0 = self.streamStrokeColor(bbs0)
bbs1 = self.streamStrokeColor(bbs1)
stream('q %(bbs0)s %(borderWidth)s w')
stream(cas(r - _3bwh, rotated=True, arcs=a0))
stream('S Q %(bbs1)s q')
stream(cas(r - _3bwh, rotated=True, arcs=a1))
stream('S Q')
if value == 'Yes':
textFillColor = self.streamFillColor(textColor)
textStrokeColor = self.streamStrokeColor(textColor)
stream('q %(textFillColor)s %(textStrokeColor)s')
cbm = cbmarks[buttonStyle]
if shape == 'circle' and buttonStyle == 'circle':
stream(cas((max(r - (size - ds), 1)) * 0.5))
stream('f')
else:
stream(cbm.scaledRender(size, size - ds))
stream('Q')
stream = ('\n'.join(stream.__self__) % vars()).replace(
' ', ' ').replace('\n\n', '\n')
return self.makeStream(
size,
size,
stream,
Resources=PDFFromString('<< /ProcSet [/PDF] >>'),
)
def _getLit(col, shd=None, lighting=0.1):
if shd is None:
from reportlab.lib.colors import Whiter
if col: shd = Whiter(col, 1 - lighting)
return shd
