def endDraw(self, style, tflist):
# fill should be painted first, then the stroke, and then the marker symbols
fill = self.getStyleAttr('fill', style)
stroke = self.getStyleAttr('stroke', style)
fillRule = self.getStyleAttr('fill-rule', style)
# fill attrs
brush = None
rop = None
if fill is not None and fill != 'none':
contextFill = self.getStyleAttr('fill')
if contextFill != fill:
brush = wingdi.CreateSolidBrush(fill)
brush = self.dc.SelectObject(brush)
try:
if stroke and stroke != 'none':
# keep path for stroke
dcid = self.dc.SaveDC()
if fillRule == 'nonzero':
self.dc.SetPolyFillMode(win32con.WINDING)
else:
self.dc.SetPolyFillMode(win32con.ALTERNATE)
self.dc.FillPath()
self.dc.RestoreDC(dcid)
else:
if fillRule == 'nonzero':
self.dc.SetPolyFillMode(win32con.WINDING)
else:
self.dc.SetPolyFillMode(win32con.ALTERNATE)
self.dc.FillPath()
except wingdi.error, arg:
print arg, style, tflist
if brush:
wingdi.DeleteObject(self.dc.SelectObject(brush))
def _paintOnDC(self, dc):
# clip self to ancestors and dc, in device coordinates
ltrb = self.getClipDR(dc)
if ltrb is None or ltrb[0] == ltrb[2] or ltrb[1] == ltrb[3]:
return
# clip self to parent, device coordinates
xywh_dst = self.getDR()
if self._active_displist:
entry = self._active_displist._list[0]
bgcolor = None
if entry[0] == 'clear' and entry[1]:
bgcolor = entry[1]
elif not self._transparent:
bgcolor = self._bgcolor
if bgcolor:
x, y, w, h = xywh_dst
rgb = winstruct.RGB(self._bgcolor)
dc.FillSolidRect((x, y, x + w, y + h), rgb)
self._active_displist._render(dc, ltrb, xywh_dst, start=1)
if self._showing:
brush = wingdi.CreateSolidBrush((255, 0, 0))
dc.FrameRect(ltrb, brush)
wingdi.DeleteObject(brush)
elif self._transparent == 0 and self._bgcolor:
x, y, w, h = xywh_dst
rgb = winstruct.RGB(self._bgcolor)
dc.FillSolidRect((x, y, x + w, y + h), rgb)
def tkOnEndContext(self):
# restore dc to its previous state before deleting objects
self.dc.RestoreDC(self.tk.saveid)
if self.tk.pen:
wingdi.DeleteObject(self.tk.pen)
if self.tk.brush:
wingdi.DeleteObject(self.tk.brush)
if self.tk.font:
wingdi.DeleteObject(self.tk.font)
# restore previous tk
self.restoreTk()
# establish tk transform
self.dc.SetWorldTransform(self.ctm.getElements())
def _paintOnSurf(self, surf, wnd_dc=None, xywh_clip=None):
if wnd_dc is None:
wnd_dc = wingdi.GetDesktopDC()
release_wnd_dc = 1
else:
release_wnd_dc = 0
dc = wnd_dc.CreateCompatibleDC()
oldsurf = dc.SelectObject(surf)
ws, hs = surf.GetSize()
xywh_dst = 0, 0, ws, hs
if xywh_clip is None:
ltrb = 0, 0, ws, hs
else:
ltrb = self.ltrb(xywh_clip)
if self._active_displist:
entry = self._active_displist._list[0]
bgcolor = None
if entry[0] == 'clear' and entry[1]:
bgcolor = entry[1]
elif not self._transparent:
bgcolor = self._bgcolor
if bgcolor:
x, y, w, h = xywh_dst
rgb = winstruct.RGB(self._bgcolor)
dc.FillSolidRect((x, y, x + w, y + h), rgb)
self._active_displist._render(dc, ltrb, xywh_dst, start=1)
if self._showing:
brush = wingdi.CreateSolidBrush((255, 0, 0))
dc.FrameRect(ltrb, brush)
wingdi.DeleteObject(brush)
elif self._transparent == 0 and self._bgcolor:
x, y, w, h = xywh_dst
rgb = winstruct.RGB(self._bgcolor)
dc.FillSolidRect((x, y, x + w, y + h), rgb)
dc.SelectObject(oldsurf)
dc.DeleteDC()
if release_wnd_dc:
wnd_dc.DeleteDC()
def close(self):
if self._hfont and Sdk:
wingdi.DeleteObject(self._hfont)
self._hfont = 0
def __del__(self):
if self._hfont:
wingdi.DeleteObject(self._hfont)
def drawText(self, text, pos, style, tflist, a=0):
if tflist:
tm = self.ctm.copy()
tm.applyTfList(tflist)
self.dc.SetWorldTransform(tm.getElements())
font = None
fontFamily = self.getStyleAttr('font-family', style)
fontSize = self.getStyleAttr('font-size', style)
if fontFamily is not None:
contextFontFamily = self.getStyleAttr('font-family')
contextFontSize = self.getStyleAttr('font-size')
if contextFontFamily != fontFamily or contextFontSize != fontSize:
fontSizeObj = self.getStyleAttrObj('font-size', style)
dsize = fontSize # fontSizeObj.getDeviceValue(self.ctm, 'h')
font = wingdi.CreateFontIndirect({
'name':
fontFamily,
'height':
dsize,
'outprecision':
win32con.OUT_OUTLINE_PRECIS
})
self.dc.SelectObject(font)
fill = self.getStyleAttr('fill', style)
stroke = self.getStyleAttr('stroke', style)
# whats the default?
if fill is None and stroke is None:
# text will be invisible
# make it visible as black
fill = 0, 0, 0
oldcolor = self.dc.SetTextColor(fill)
self.dc.TextOut(pos, text)
self.dc.SetTextColor(oldcolor)
elif fill is not None:
oldcolor = self.dc.SetTextColor(fill)
self.dc.TextOut(pos, text)
self.dc.SetTextColor(oldcolor)
pen = None
strokeWidth = self.getStyleAttr('stroke-width', style)
if stroke:
# create path
self.dc.BeginPath()
self.dc.TextOut(pos, text)
self.dc.EndPath()
# stroke path
contextStroke = self.getStyleAttr('stroke')
contextStrokeWidth = self.getStyleAttr('stroke-width')
if contextStroke != stroke or contextStrokeWidth != strokeWidth:
pen = wingdi.ExtCreatePen(strokeWidth, stroke)
pen = self.dc.SelectObject(pen)
self.dc.StrokePath()
if pen:
wingdi.DeleteObject(self.dc.SelectObject(pen))
if font:
wingdi.DeleteObject(self.dc.SelectObject(font))
if tflist:
self.dc.SetWorldTransform(self.ctm.getElements())
class SVGWinGraphics(svggraphics.SVGGraphics):
#
# platform toolkit interface
#
# called to intialize platform toolkit before rendering
def tkStartup(self, params):
hdc = params
self.dc = wingdi.CreateDCFromHandle(hdc)
# context vars
self.tk = Tk()
self.saveidorg = self.tk.saveid = self.dc.SaveDC()
self._tkstack = []
self.dc.SetGraphicsMode(win32con.GM_ADVANCED)
self.dc.SetBkMode(win32con.TRANSPARENT)
self.dc.SetTextAlign(win32con.TA_BASELINE)
# called to dispose platform toolkit objects after rendering
def tkShutdown(self):
self.dc.SetGraphicsMode(win32con.GM_COMPATIBLE)
self.dc.SetMapMode(win32con.MM_TEXT)
self.dc.RestoreDC(self.tk.saveid)
self.dc.Detach()
# we start rendering
def tkOnBeginRendering(self):
self.dc.SetMapMode(win32con.MM_ISOTROPIC)
vcx, vcy = self.dc.GetViewportExtEx()
if vcy < 0: vcy = -vcy
self.dc.SetWindowExtEx((vcx, vcy))
self.dc.SetViewportExtEx((vcx, vcy))
self.dc.SetViewportOrgEx((0, 0))
# we finished rendering
def tkOnEndRendering(self):
pass
def delRegion(self, rgn):
rgn.DeleteObject()
def inside(self, rgn, pt):
return rgn.PtInRegion(pt)
# new graphics context
# self state reflects this new context
def tkOnBeginContext(self):
# push current tkctx
self.saveTk()
# save dc and hold its id for restore
self.tk.saveid = self.dc.SaveDC()
# establish tk pen
stroke = self.getStyleAttr('stroke')
strokeWidth = self.getStyleAttr('stroke-width')
if stroke is not None and stroke != 'none':
self.tk.pen = wingdi.ExtCreatePen(strokeWidth, stroke)
self.dc.SelectObject(self.tk.pen)
# establish tk brush
fill = self.getStyleAttr('fill')
if fill is not None and fill != 'none':
self.tk.brush = wingdi.CreateSolidBrush(fill)
self.dc.SelectObject(self.tk.brush)
# establish tk font
fontFamily = self.getStyleAttr('font-family')
fontSize = self.getStyleAttr('font-size')
if fontFamily is not None:
self.tk.font = wingdi.CreateFontIndirect({
'name':
fontFamily,
'height':
fontSize,
'outprecision':
win32con.OUT_OUTLINE_PRECIS,
})
self.dc.SelectObject(self.tk.font)
# establish tk transform
self.dc.SetWorldTransform(self.ctm.getElements())
# end of context
# self state reflects the restored context
def tkOnEndContext(self):
# restore dc to its previous state before deleting objects
self.dc.RestoreDC(self.tk.saveid)
if self.tk.pen:
wingdi.DeleteObject(self.tk.pen)
if self.tk.brush:
wingdi.DeleteObject(self.tk.brush)
if self.tk.font:
wingdi.DeleteObject(self.tk.font)
# restore previous tk
self.restoreTk()
# establish tk transform
self.dc.SetWorldTransform(self.ctm.getElements())
# init toolkit objects for 'other'
def tkInitInstance(self, other):
other.dc = self.dc
other.tk = self.tk
other._tkstack = self._tkstack
def tkClipBox(self, clipbox):
if clipbox is not None:
tmprev = svgtypes.TM(self.dc.GetWorldTransform())
self.dc.SetWorldTransform(self.ctm.getElements())
x, y, w, h = clipbox
ltrb = x, y, x + w, y + h
tm = svgtypes.TM(self.dc.GetWorldTransform())
ltrb = tm.URtoDR(ltrb)
self.dc.SetWorldTransform([1, 0, 0, 1, 0, 0])
rgn = wingdi.CreateRectRgn(ltrb)
self.dc.SelectClipRgn(rgn)
rgn.DeleteObject()
self.dc.SetWorldTransform(tmprev.getElements())
#
# platform line art interface
#
def beginDraw(self, style, tflist):
if tflist:
tm = self.ctm.copy()
tm.applyTfList(tflist)
self.dc.SetWorldTransform(tm.getElements())
def endDraw(self, style, tflist):
# fill should be painted first, then the stroke, and then the marker symbols
fill = self.getStyleAttr('fill', style)
stroke = self.getStyleAttr('stroke', style)
fillRule = self.getStyleAttr('fill-rule', style)
# fill attrs
brush = None
rop = None
if fill is not None and fill != 'none':
contextFill = self.getStyleAttr('fill')
if contextFill != fill:
brush = wingdi.CreateSolidBrush(fill)
brush = self.dc.SelectObject(brush)
try:
if stroke and stroke != 'none':
# keep path for stroke
dcid = self.dc.SaveDC()
if fillRule == 'nonzero':
self.dc.SetPolyFillMode(win32con.WINDING)
else:
self.dc.SetPolyFillMode(win32con.ALTERNATE)
self.dc.FillPath()
self.dc.RestoreDC(dcid)
else:
if fillRule == 'nonzero':
self.dc.SetPolyFillMode(win32con.WINDING)
else:
self.dc.SetPolyFillMode(win32con.ALTERNATE)
self.dc.FillPath()
except wingdi.error, arg:
print arg, style, tflist
if brush:
wingdi.DeleteObject(self.dc.SelectObject(brush))
# stroke attrs
pen = None
strokeWidth = self.getStyleAttr('stroke-width', style)
if stroke is not None and stroke != 'none':
contextStroke = self.getStyleAttr('stroke')
contextStrokeWidth = self.getStyleAttr('stroke-width')
strokeMiterlimit = self.getStyleAttr('stroke-miterlimit', style)
if strokeMiterlimit:
oldStrokeMiterlimit = self.dc.SetMiterLimit(strokeMiterlimit)
if contextStroke != stroke or contextStrokeWidth != strokeWidth:
pen = wingdi.ExtCreatePen(strokeWidth, stroke)
pen = self.dc.SelectObject(pen)
try:
self.dc.StrokePath()
except wingdi.error, arg:
print arg, style, tflist
if pen:
wingdi.DeleteObject(self.dc.SelectObject(pen))
if strokeMiterlimit:
self.dc.SetMiterLimit(oldStrokeMiterlimit)