def DrawWrappedText(dc, text, rect, measurements=None):
"""
Simple wordwrap - draws the text into the current DC
returns the height of the text that was written
measurements is a FontMeasurements object as returned by
Styles.getMeasurements()
"""
if measurements is None:
measurements = Styles.getMeasurements(dc.GetFont())
lineHeight = measurements.height
spaceWidth = measurements.spaceWidth
(rectX, rectY, rectWidth, rectHeight) = rect
y = rectY
rectRight = rectX + rectWidth
rectBottom = rectY + rectHeight
# we hit this if you narrow the main window enough:
# assert rectHeight >= lineHeight, "Don't have enough room to write anything (have %d, need %d)" % (rectHeight, lineHeight)
if rectHeight < lineHeight: return 0 # Can't draw anything
for line in text.splitlines():
x = rectX
# accumulate text to be written on a line
thisLine = u''
for word in line.split():
width = dc.GetTextExtent(word)[0]
# if we wrapped but we still can't fit the word,
# just truncate it
if (width > rectWidth and x == rectX):
assert thisLine == u'', "Should be drawing first long word"
DrawClippedText(dc, word, rectX, y, rectWidth, width)
y += lineHeight
continue
# see if we want to jump to the next line
if (x + width > rectRight):
# wrapping, so draw the previous accumulated line if any
if thisLine:
dc.DrawText(thisLine, rectX, y)
thisLine = u''
y += lineHeight
x = rectX
# if we're out of vertical space, just return
if (y + lineHeight > rectBottom):
assert thisLine == u'', "shouldn't have any more to draw"
return
#return y - rectY # total height
availableWidth = rectRight - x
if width > availableWidth:
assert x == rectX and thisLine == u'', "should be writing a long word at the beginning of a line"
DrawClippedText(dc, word, rectX, y, availableWidth, width)
x += width
# x is now past rectRight, so this will force a wrap
else:
# rather than draw it, just accumulate it
thisLine += word + u' '
x += width + spaceWidth
# draw the last words on this line, if any
if thisLine:
dc.DrawText(thisLine, rectX, y)
y += lineHeight
def DrawWrappedText(dc, text, rect, measurements=None):
"""
Simple wordwrap - draws the text into the current DC
returns the height of the text that was written
measurements is a FontMeasurements object as returned by
Styles.getMeasurements()
"""
if measurements is None:
measurements = Styles.getMeasurements(dc.GetFont())
lineHeight = measurements.height
spaceWidth = measurements.spaceWidth
(rectX, rectY, rectWidth, rectHeight) = rect
y = rectY
rectRight = rectX + rectWidth
rectBottom = rectY + rectHeight
# we hit this if you narrow the main window enough:
# assert rectHeight >= lineHeight, "Don't have enough room to write anything (have %d, need %d)" % (rectHeight, lineHeight)
if rectHeight < lineHeight: return 0 # Can't draw anything
for line in text.splitlines():
x = rectX
# accumulate text to be written on a line
thisLine = u''
for word in line.split():
width = dc.GetTextExtent(word)[0]
# if we wrapped but we still can't fit the word,
# just truncate it
if (width > rectWidth and x == rectX):
assert thisLine == u'', "Should be drawing first long word"
DrawClippedText(dc, word, rectX, y, rectWidth, width)
y += lineHeight
continue
# see if we want to jump to the next line
if (x + width > rectRight):
# wrapping, so draw the previous accumulated line if any
if thisLine:
dc.DrawText(thisLine, rectX, y)
thisLine = u''
y += lineHeight
x = rectX
# if we're out of vertical space, just return
if (y + lineHeight > rectBottom):
assert thisLine == u'', "shouldn't have any more to draw"
return
#return y - rectY # total height
availableWidth = rectRight - x
if width > availableWidth:
assert x == rectX and thisLine == u'', "should be writing a long word at the beginning of a line"
DrawClippedText(dc, word, rectX, y, availableWidth, width)
x += width
# x is now past rectRight, so this will force a wrap
else:
# rather than draw it, just accumulate it
thisLine += word + u' '
x += width + spaceWidth
# draw the last words on this line, if any
if thisLine:
dc.DrawText(thisLine, rectX, y)
y += lineHeight
