def drawAll(self, widget=None, event=None, cr=None, cursor=True):
#?????? Must enhance (only draw few cells, not all cells)
#print(now(), 'drawAll'#, tuple(event.area), tuple(self.get_allocation()))
if event:
xu, yu, wu, hu = tuple(event.area)
#print('expose-event area:', xu, yu, wu, hu)
self.calcCoord()
w = self.get_allocation().width
h = self.get_allocation().height
if not cr:
cr = self.get_window().cairo_create()
#cr.set_line_width(0)#??????????????
#cr.scale(0.5, 0.5)
wx = ui.winX
wy = ui.winY
if ui.bgUseDesk:## FIXME
### ????????????????? Need for mainWin !!!!!
coord = self.translate_coordinates(self, wx, wy)
if len(coord)==2:
from scal2.ui_gtk import desktop
x0, y0 = coord
try:
bg = desktop.get_wallpaper(x0, y0, w, h)
except:
print('Could not get wallpaper!')
myRaise(__file__)
#os.popen('gnome-settings-daemon')
ui.bgUseDesk = False ##??????????????????
#self.prefDialog.checkDeskBg.set_active(False)##??????????????????
else:
cr.set_source_pixbuf(bg, 0, 0)
cr.paint()
#else:
# print(coord)
cr.rectangle(0, 0, w, h)
fillColor(cr, ui.bgColor)
status = getCurrentMonthStatus()
#################################### Drawing Border
if ui.mcalTopMargin>0:
##### Drawing border top background
##menuBgColor == borderColor ##???????????????
cr.rectangle(0, 0, w, ui.mcalTopMargin)
fillColor(cr, ui.borderColor)
######## Drawing weekDays names
setColor(cr, ui.borderTextColor)
dx = 0
wdayAb = (self.wdaysWidth > w)
for i in range(7):
wday = newTextLayout(self, core.getWeekDayAuto(i, wdayAb))
try:
fontw, fonth = wday.get_pixel_size()
except:
myRaise(__file__)
fontw, fonth = wday.get_pixel_size()
cr.move_to(
self.cx[i]-fontw/2.0,
(ui.mcalTopMargin-fonth)/2.0-1,
)
cr.show_layout(wday)
######## Drawing "Menu" label
setColor(cr, ui.menuTextColor)
text = newTextLayout(self, _('Menu'))
fontw, fonth = text.get_pixel_size()
if rtl:
cr.move_to(
w-(ui.mcalLeftMargin+fontw)/2.0 - 3,
(ui.mcalTopMargin-fonth)/2.0 - 1,
)
else:
cr.move_to(
(ui.mcalLeftMargin-fontw)/2.0,
(ui.mcalTopMargin-fonth)/2.0 - 1,
)
cr.show_layout(text)
if ui.mcalLeftMargin>0:
##### Drawing border left background
if rtl:
cr.rectangle(
w - ui.mcalLeftMargin,
ui.mcalTopMargin,
ui.mcalLeftMargin,
h - ui.mcalTopMargin,
)
else:
cr.rectangle(
0,
ui.mcalTopMargin,
ui.mcalLeftMargin,
h - ui.mcalTopMargin,
)
fillColor(cr, ui.borderColor)
##### Drawing week numbers
setColor(cr, ui.borderTextColor)
for i in range(6):
lay = newTextLayout(self, _(status.weekNum[i]))
fontw, fonth = lay.get_pixel_size()
if rtl:
cr.move_to(
w - (ui.mcalLeftMargin+fontw)/2.0,
self.cy[i]-fonth/2.0 + 2,
)
else:
cr.move_to(
(ui.mcalLeftMargin-fontw)/2.0,
self.cy[i]-fonth/2.0 + 2,
)
cr.show_layout(lay)
selectedCellPos = ui.cell.monthPos
if ui.todayCell.inSameMonth(ui.cell):
tx, ty = ui.todayCell.monthPos ## today x and y
x0 = self.cx[tx] - self.dx/2.0
y0 = self.cy[ty] - self.dy/2.0
cr.rectangle(x0, y0, self.dx, self.dy)
fillColor(cr, ui.todayCellColor)
for yPos in range(6):
for xPos in range(7):
c = status[yPos][xPos]
x0 = self.cx[xPos]
y0 = self.cy[yPos]
cellInactive = (c.month != ui.cell.month)
cellHasCursor = (cursor and (xPos, yPos) == selectedCellPos)
if cellHasCursor:
##### Drawing Cursor
cx0 = x0 - self.dx/2.0 + 1
cy0 = y0 - self.dy/2.0 + 1
cw = self.dx - 1
ch = self.dy - 1
######### Circular Rounded
drawCursorBg(cr, cx0, cy0, cw, ch)
fillColor(cr, ui.cursorBgColor)
######## end of Drawing Cursor
if not cellInactive:
iconList = c.getMonthEventIcons()
if iconList:
iconsN = len(iconList)
scaleFact = 1.0 / sqrt(iconsN)
fromRight = 0
for index, icon in enumerate(iconList):
## if len(iconList) > 1 ## FIXME
try:
pix = gdk.pixbuf_new_from_file(icon)
except:
myRaise(__file__)
continue
pix_w = pix.get_width()
pix_h = pix.get_height()
## right buttom corner ?????????????????????
x1 = (self.cx[xPos] + self.dx/2.0)/scaleFact - fromRight - pix_w # right side
y1 = (self.cy[yPos] + self.dy/2.0)/scaleFact - pix_h # buttom side
cr.scale(scaleFact, scaleFact)
cr.set_source_pixbuf(pix, x1, y1)
cr.rectangle(x1, y1, pix_w, pix_h)
cr.fill()
cr.scale(1.0/scaleFact, 1.0/scaleFact)
fromRight += pix_w
#### Drawing numbers inside every cell
#cr.rectangle(
# x0-self.dx/2.0+1,
# y0-self.dy/2.0+1,
# self.dx-1,
# self.dy-1,
#)
mode = calTypes.primary
params = ui.mcalTypeParams[0]
daynum = newTextLayout(self, _(c.dates[mode][2], mode), params['font'])
fontw, fonth = daynum.get_pixel_size()
if cellInactive:
setColor(cr, ui.inactiveColor)
elif c.holiday:
setColor(cr, ui.holidayColor)
else:
setColor(cr, params['color'])
cr.move_to(
x0 - fontw/2.0 + params['pos'][0],
y0 - fonth/2.0 + params['pos'][1],
)
cr.show_layout(daynum)
if not cellInactive:
for mode, params in ui.getMcalMinorTypeParams()[1:]:
daynum = newTextLayout(self, _(c.dates[mode][2], mode), params['font'])
fontw, fonth = daynum.get_pixel_size()
setColor(cr, params['color'])
cr.move_to(
x0 - fontw/2.0 + params['pos'][0],
y0 - fonth/2.0 + params['pos'][1],
)
cr.show_layout(daynum)
if cellHasCursor:
##### Drawing Cursor Outline
cx0 = x0-self.dx/2.0+1
cy0 = y0-self.dy/2.0+1
cw = self.dx-1
ch = self.dy-1
######### Circular Rounded
drawCursorOutline(cr, cx0, cy0, cw, ch)
fillColor(cr, ui.cursorOutColor)
##### end of Drawing Cursor Outline
################ end of drawing cells
##### drawGrid
if ui.mcalGrid:
setColor(cr, ui.mcalGridColor)
for i in range(7):
cr.rectangle(self.cx[i]+rtlSgn()*self.dx/2.0, 0, 1, h)
cr.fill()
for i in range(6):
cr.rectangle(0, self.cy[i]-self.dy/2.0, w, 1)
cr.fill()
return False
def paintEvent(self, event):
self.updateTextWidth()
self.calcCoord()
w = self.width()
h = self.height()
#####
painter = qt.QPainter()
painter.begin(self)
#####
#painter.setPen(qt.QColor(*ui.bgColor))
painter.setBrush(qt.QColor(*ui.bgColor))
painter.drawRect(0, 0, w, h)
#####
status = getCurrentMonthStatus()
#################################### Drawing Border
if ui.mcalTopMargin>0:
##### Drawing border top background
##menuBgColor == borderColor ##???????????????
painter.setBrush(qt.QColor(*ui.borderColor))
painter.drawRect(0, 0, w, ui.mcalTopMargin)
######## Drawing weekDays names
painter.setPen(qt.QColor(*ui.borderTextColor))
dx = 0
wdayAb = (self.wdaysWidth > w)
for i in xrange(7):
painter.drawText(self.cx[i]-self.dx/2.0, 0, self.dx, ui.mcalTopMargin,
qc.Qt.AlignCenter, core.getWeekDayAuto(i, wdayAb))
######## Drawing "Menu" label
painter.setPen(qt.QColor(*ui.menuTextColor))
painter.drawText(
w - ui.mcalLeftMargin if rtl else 0,
0,
ui.mcalLeftMargin,
ui.mcalTopMargin,
qc.Qt.AlignCenter,
_('Menu')
)
if ui.mcalLeftMargin>0:
##### Drawing border left background
painter.setBrush(qt.QColor(*ui.borderColor))
if rtl:
painter.drawRect(w-ui.mcalLeftMargin, ui.mcalTopMargin, ui.mcalLeftMargin, h-ui.mcalTopMargin)
else:
painter.drawRect(0, ui.mcalTopMargin, ui.mcalLeftMargin, h-ui.mcalTopMargin)
##### Drawing week numbers
painter.setPen(qt.QColor(*ui.borderTextColor))
for i in xrange(6):
painter.drawText(
w - ui.mcalLeftMargin if rtl else 0,
self.cy[i]-self.dy/2.0,
ui.mcalLeftMargin,
self.dy,
qc.Qt.AlignCenter,
_(status.weekNum[i])
)
cursor = True ## FIXME
quad = 90 ## 90*16
selectedCellPos = ui.cell.monthPos
for yPos in xrange(6):
for xPos in xrange(7):
c = status[yPos][xPos]
x0 = self.cx[xPos]
y0 = self.cy[yPos]
cellInactive = (c.month != ui.cell.month)
cellHasCursor = (cursor and (xPos, yPos) == selectedCellPos)
if cellHasCursor:
##### Drawing Cursor
d=ui.cursorD
if ui.cursorFixed:
cx0 = x0-ui.cursorW/2.0 - d
cy0 = y0-ui.cursorH/2.0 - d
cw = ui.cursorW + 2*d
ch = ui.cursorH + 2*d
else:
eps = 0.3 ## ????????????
cx0 = x0 - self.dx/2.0 + eps
cy0 = y0 - self.dy/2.0 + eps
cw = self.dx - 1 - 2*eps
ch = self.dy - 1 - 2*eps
painter.setBrush(qt.QColor(*ui.cursorBgColor))
if ui.cursorR==0:
painter.drawRect(cx0, cy0, cw, ch)
else:
## if round_oval: ## ??????
######### Circular Rounded
ro = min(ui.cursorR, cw/2, ch/2)
#a = min(cw, ch); ri = ro*(a-2*d)/a
ri = max(ro-d, 0)
######### Outline:
path = qt.QPainterPath()
path.moveTo(cx0+ro, cy0)
path.lineTo(cx0+cw-ro, cy0)
path.arcTo(cx0+cw-2*ro, cy0, 2*ro, 2*ro, quad, -quad)## up right corner
path.lineTo(cx0+cw, cy0+ch-ro)
path.arcTo(cx0+cw-2*ro, cy0+ch-2*ro, 2*ro, 2*ro, 0, -quad)## down right corner
path.lineTo(cx0+ro, cy0+ch)
path.arcTo(cx0, cy0+ch-2*ro, 2*ro, 2*ro, -quad, -quad)## down left corner
path.lineTo(cx0, cy0+ro)
path.arcTo(cx0, cy0, 2*ro, 2*ro, -2*quad, -quad)## up left corner
####
painter.drawPath(path)
##if round_oval:##???????
##### end of Drawing Cursor
'''
if not cellInactive:
## right buttom corner ?????????????????????
targetRect = QRectF()
pix = qt.QPixmap(join(pixDir, ui.customdayModes[c.customday['type']][1]))
painter.drawPixmap(self.cx[xPos]+self.dx/2.0-pix.width(),# right side
self.cy[yPos]+self.dy/2.0-pix.height(),# buttom side
self.customdayPixmaps[c.customday['type']])
'''
params = ui.mcalTypeParams[0]
if params['enable']:
mode = core.primaryMode
num = _(c.dates[mode][2], mode)
qfont = qfontEncode(params['font'])
met = qt.QFontMetrics(qfont)
fontw = met.maxWidth() * len(num)
fonth = met.height()
painter.setFont(qfont)
if not cellInactive:
painter.setPen(qt.QColor(*ui.inactiveColor))
elif c.holiday:
painter.setPen(qt.QColor(*ui.holidayColor))
else:
painter.setPen(qt.QColor(*params['color']))
painter.drawText(
x0 - fontw/2.0 + params['x'],
y0 - fonth/2.0 + params['y'],
fontw,
fonth,
qc.Qt.AlignCenter,
num,
)
if not cellInactive:
for mode, params in ui.getMcalMinorTypeParams()[1:]:
if params['enable']:
num = _(c.dates[mode][2], mode)
qfont = qfontEncode(params['font'])
met = qt.QFontMetrics(qfont)
fontw = met.maxWidth() * len(num)
fonth = met.height()
painter.setFont(qfont)
painter.setPen(qt.QColor(*params['color']))
painter.drawText(
x0 - fontw/2.0 + params['x'],
y0 - fonth/2.0 + params['y'],
fontw,
fonth,
qc.Qt.AlignCenter,
num,
)
if cellHasCursor:
##### Drawing Cursor Outline
d = ui.cursorD
if ui.cursorFixed:
cx0 = x0 - ui.cursorW/2.0 - d
cy0 = y0 - ui.cursorH/2.0 - d
cw = ui.cursorW + 2*d
ch = ui.cursorH + 2* d
else:
eps = 0.3 ## ????????????
cx0 = x0-self.dx/2.0 + eps
cy0 = y0-self.dy/2.0 + eps
cw = self.dx - 1 - 2*eps
ch = self.dy - 1 - 2*eps
painter.setBrush(qt.QColor(*ui.cursorOutColor))
path = qt.QPainterPath()
if ui.cursorR==0:
path.moveTo(cx0, cy0)
path.lineTo(cx0+cw, cy0)
path.lineTo(cx0+cw, cy0+ch)
path.lineTo(cx0, cy0+ch)
path.lineTo(cx0, cy0)
#####
path.moveTo(cx0+d, cy0+d)
path.lineTo(cx0+d, cy0+ch-d)
path.lineTo(cx0+cw-d, cy0+ch-d)
path.lineTo(cx0+cw-d, cy0+d)
path.lineTo(cx0+d, cy0+d)
else:
## if round_oval: #??????????
######### Circular Rounded
ro = min(ui.cursorR, cw/2, ch/2)
#a = min(cw, ch); ri = ro*(a-2*d)/a
d = min(d, ro)
ri = ro-d
######### Outline:
path.moveTo(cx0+ro, cy0)
path.lineTo(cx0+cw-ro, cy0)
path.arcTo(cx0+cw-2*ro, cy0, 2*ro, 2*ro, quad, -quad) ## up right corner
path.lineTo(cx0+cw, cy0+ch-ro)
path.arcTo(cx0+cw-2*ro, cy0+ch-2*ro, 2*ro, 2*ro, 0, -quad) ## down right corner
path.lineTo(cx0+ro, cy0+ch)
path.arcTo(cx0, cy0+ch-2*ro, 2*ro, 2*ro, -quad, -quad) ## down left corner
path.lineTo(cx0, cy0+ro)
path.arcTo(cx0, cy0, 2*ro, 2*ro, -2*quad, -quad) ## up left corner
#### Inline:
path.moveTo(cx0+ro, cy0+d) ## or line to?
path.arcTo(cx0+d, cy0+d, 2*ri, 2*ri, quad, quad) ## up left corner
path.lineTo(cx0+d, cy0+ch-ro)
path.arcTo(cx0+d, cy0+ch-ro-ri, 2*ri, 2*ri, 2*quad, quad) ## down left
path.lineTo(cx0+cw-ro, cy0+ch-d)
path.arcTo(cx0+cw-ro-ri, cy0+ch-ro-ri, 2*ri, 2*ri, 3*quad, quad) ## down right
path.lineTo(cx0+cw-d, cy0+ro)
path.arcTo(cx0+cw-ro-ri, cy0+d, 2*ri, 2*ri, 0, quad) ## up right
path.lineTo(cx0+ro, cy0+d)
####
painter.drawPath(path)
## if round_oval: ## ??????
##### end of Drawing Cursor Outline
##### drawGrid
if ui.mcalGrid:
painter.setBrush(qt.QColor(*ui.mcalGridColor))
for i in xrange(7):
painter.drawRect(self.cx[i]+rtlSgn()*self.dx/2.0, 0, 1, h)
for i in xrange(6):
painter.drawRect(0, self.cy[i]-self.dy/2.0, w, 1)
def drawAll(self, widget=None, gevent=None, cr=None, cursor=True):
#?????? Must enhance (only draw few cells, not all cells)
#print(now(), 'drawAll'#, tuple(gevent.area), tuple(self.get_allocation()))
if gevent:
xu, yu, wu, hu = tuple(gevent.area)
#print('expose-event area:', xu, yu, wu, hu)
self.calcCoord()
w = self.get_allocation().width
h = self.get_allocation().height
if not cr:
cr = self.get_window().cairo_create()
#cr.set_line_width(0)#??????????????
#cr.scale(0.5, 0.5)
wx = ui.winX
wy = ui.winY
if ui.bgUseDesk:## FIXME
### ????????????????? Need for mainWin !!!!!
coord = self.translate_coordinates(self, wx, wy)
if len(coord)==2:
from scal2.ui_gtk import desktop
x0, y0 = coord
try:
bg = desktop.get_wallpaper(x0, y0, w, h)
except:
print('Could not get wallpaper!')
myRaise(__file__)
#os.popen('gnome-settings-daemon')
ui.bgUseDesk = False ##??????????????????
#if ui.prefDialog
# ui.prefDialog.checkDeskBg.set_active(False)##??????????????????
else:
cr.set_source_pixbuf(bg, 0, 0)
cr.paint()
#else:
# print(coord)
cr.rectangle(0, 0, w, h)
fillColor(cr, ui.bgColor)
status = getCurrentMonthStatus()
#################################### Drawing Border
if ui.mcalTopMargin>0:
##### Drawing border top background
##menuBgColor == borderColor ##???????????????
cr.rectangle(0, 0, w, ui.mcalTopMargin)
fillColor(cr, ui.borderColor)
######## Drawing weekDays names
setColor(cr, ui.borderTextColor)
dx = 0
wdayAb = (self.wdaysWidth > w)
for i in range(7):
wday = newTextLayout(self, core.getWeekDayAuto(i, wdayAb))
try:
fontw, fonth = wday.get_pixel_size()
except:
myRaise(__file__)
fontw, fonth = wday.get_pixel_size()
cr.move_to(
self.cx[i]-fontw/2.0,
(ui.mcalTopMargin-fonth)/2.0-1,
)
cr.show_layout(wday)
######## Drawing "Menu" label
setColor(cr, ui.menuTextColor)
text = newTextLayout(self, _('Menu'))
fontw, fonth = text.get_pixel_size()
if rtl:
cr.move_to(
w-(ui.mcalLeftMargin+fontw)/2.0 - 3,
(ui.mcalTopMargin-fonth)/2.0 - 1,
)
else:
cr.move_to(
(ui.mcalLeftMargin-fontw)/2.0,
(ui.mcalTopMargin-fonth)/2.0 - 1,
)
cr.show_layout(text)
if ui.mcalLeftMargin>0:
##### Drawing border left background
if rtl:
cr.rectangle(
w - ui.mcalLeftMargin,
ui.mcalTopMargin,
ui.mcalLeftMargin,
h - ui.mcalTopMargin,
)
else:
cr.rectangle(
0,
ui.mcalTopMargin,
ui.mcalLeftMargin,
h - ui.mcalTopMargin,
)
fillColor(cr, ui.borderColor)
##### Drawing week numbers
setColor(cr, ui.borderTextColor)
for i in range(6):
lay = newTextLayout(self, _(status.weekNum[i]))
fontw, fonth = lay.get_pixel_size()
if rtl:
cr.move_to(
w - (ui.mcalLeftMargin+fontw)/2.0,
self.cy[i]-fonth/2.0 + 2,
)
else:
cr.move_to(
(ui.mcalLeftMargin-fontw)/2.0,
self.cy[i]-fonth/2.0 + 2,
)
cr.show_layout(lay)
selectedCellPos = ui.cell.monthPos
if ui.todayCell.inSameMonth(ui.cell):
tx, ty = ui.todayCell.monthPos ## today x and y
x0 = self.cx[tx] - self.dx/2.0
y0 = self.cy[ty] - self.dy/2.0
cr.rectangle(x0, y0, self.dx, self.dy)
fillColor(cr, ui.todayCellColor)
for yPos in range(6):
for xPos in range(7):
c = status[yPos][xPos]
x0 = self.cx[xPos]
y0 = self.cy[yPos]
cellInactive = (c.month != ui.cell.month)
cellHasCursor = (cursor and (xPos, yPos) == selectedCellPos)
if cellHasCursor:
##### Drawing Cursor
cx0 = x0 - self.dx/2.0 + 1
cy0 = y0 - self.dy/2.0 + 1
cw = self.dx - 1
ch = self.dy - 1
######### Circular Rounded
drawCursorBg(cr, cx0, cy0, cw, ch)
fillColor(cr, ui.cursorBgColor)
######## end of Drawing Cursor
if not cellInactive:
iconList = c.getMonthEventIcons()
if iconList:
iconsN = len(iconList)
scaleFact = 1.0 / sqrt(iconsN)
fromRight = 0
for index, icon in enumerate(iconList):
## if len(iconList) > 1 ## FIXME
try:
pix = gdk.pixbuf_new_from_file(icon)
except:
myRaise(__file__)
continue
pix_w = pix.get_width()
pix_h = pix.get_height()
## right buttom corner ?????????????????????
x1 = (self.cx[xPos] + self.dx/2.0)/scaleFact - fromRight - pix_w # right side
y1 = (self.cy[yPos] + self.dy/2.0)/scaleFact - pix_h # buttom side
cr.scale(scaleFact, scaleFact)
cr.set_source_pixbuf(pix, x1, y1)
cr.rectangle(x1, y1, pix_w, pix_h)
cr.fill()
cr.scale(1.0/scaleFact, 1.0/scaleFact)
fromRight += pix_w
#### Drawing numbers inside every cell
#cr.rectangle(
# x0-self.dx/2.0+1,
# y0-self.dy/2.0+1,
# self.dx-1,
# self.dy-1,
#)
mode = calTypes.primary
params = ui.mcalTypeParams[0]
daynum = newTextLayout(self, _(c.dates[mode][2], mode), params['font'])
fontw, fonth = daynum.get_pixel_size()
if cellInactive:
setColor(cr, ui.inactiveColor)
elif c.holiday:
setColor(cr, ui.holidayColor)
else:
setColor(cr, params['color'])
cr.move_to(
x0 - fontw/2.0 + params['pos'][0],
y0 - fonth/2.0 + params['pos'][1],
)
cr.show_layout(daynum)
if not cellInactive:
for mode, params in ui.getMcalMinorTypeParams()[1:]:
daynum = newTextLayout(self, _(c.dates[mode][2], mode), params['font'])
fontw, fonth = daynum.get_pixel_size()
setColor(cr, params['color'])
cr.move_to(
x0 - fontw/2.0 + params['pos'][0],
y0 - fonth/2.0 + params['pos'][1],
)
cr.show_layout(daynum)
if cellHasCursor:
##### Drawing Cursor Outline
cx0 = x0-self.dx/2.0+1
cy0 = y0-self.dy/2.0+1
cw = self.dx-1
ch = self.dy-1
######### Circular Rounded
drawCursorOutline(cr, cx0, cy0, cw, ch)
fillColor(cr, ui.cursorOutColor)
##### end of Drawing Cursor Outline
################ end of drawing cells
##### drawGrid
if ui.mcalGrid:
setColor(cr, ui.mcalGridColor)
for i in range(7):
cr.rectangle(self.cx[i]+rtlSgn()*self.dx/2.0, 0, 1, h)
cr.fill()
for i in range(6):
cr.rectangle(0, self.cy[i]-self.dy/2.0, w, 1)
cr.fill()
return False
