def buildCanvasMaps(self, plot, canvasRect):
maps = []
for axisId in range(QwtPlot.axisCnt):
map_ = QwtScaleMap()
map_.setTransformation(
plot.axisScaleEngine(axisId).transformation())
sd = plot.axisScaleDiv(axisId)
map_.setScaleInterval(sd.lowerBound(), sd.upperBound())
if plot.axisEnabled(axisId):
s = plot.axisWidget(axisId)
scaleRect = plot.plotLayout().scaleRect(axisId)
if axisId in (QwtPlot.xTop, QwtPlot.xBottom):
from_ = scaleRect.left() + s.startBorderDist()
to = scaleRect.right() - s.endBorderDist()
else:
from_ = scaleRect.bottom() - s.endBorderDist()
to = scaleRect.top() + s.startBorderDist()
else:
margin = 0
if not plot.plotLayout().alignCanvasToScale(axisId):
margin = plot.plotLayout().canvasMargin(axisId)
if axisId in (QwtPlot.yLeft, QwtPlot.yRight):
from_ = canvasRect.bottom() - margin
to = canvasRect.top() + margin
else:
from_ = canvasRect.left() + margin
to = canvasRect.right() - margin
map_.setPaintInterval(from_, to)
maps.append(map_)
return maps
def buildCanvasMaps(self, plot, canvasRect):
maps = []
for axisId in range(QwtPlot.axisCnt):
map_ = QwtScaleMap()
map_.setTransformation(
plot.axisScaleEngine(axisId).transformation())
sd = plot.axisScaleDiv(axisId)
map_.setScaleInterval(sd.lowerBound(), sd.upperBound())
if plot.axisEnabled(axisId):
s = plot.axisWidget(axisId)
scaleRect = plot.plotLayout().scaleRect(axisId)
if axisId in (QwtPlot.xTop, QwtPlot.xBottom):
from_ = scaleRect.left() + s.startBorderDist()
to = scaleRect.right() - s.endBorderDist()
else:
from_ = scaleRect.bottom() - s.endBorderDist()
to = scaleRect.top() + s.startBorderDist()
else:
margin = 0
if not plot.plotLayout().alignCanvasToScale(axisId):
margin = plot.plotLayout().canvasMargin(axisId)
if axisId in (QwtPlot.yLeft, QwtPlot.yRight):
from_ = canvasRect.bottom() - margin
to = canvasRect.top() + margin
else:
from_ = canvasRect.left() + margin
to = canvasRect.right() - margin
map_.setPaintInterval(from_, to)
maps.append(map_)
return maps
def canvasMap(self, axisId):
map_ = QwtScaleMap()
if not self.__data.canvas:
return map_
map_.setTransformation(self.axisScaleEngine(axisId).transformation())
sd = self.axisScaleDiv(axisId)
map_.setScaleInterval(sd.lowerBound(), sd.upperBound())
if self.axisEnabled(axisId):
s = self.axisWidget(axisId)
if axisId in (self.yLeft, self.yRight):
y = s.y() + s.startBorderDist() - self.__data.canvas.y()
h = s.height() - s.startBorderDist() - s.endBorderDist()
map_.setPaintInterval(y+h, y)
else:
x = s.x() + s.startBorderDist() - self.__data.canvas.x()
w = s.width() - s.startBorderDist() - s.endBorderDist()
map_.setPaintInterval(x, x+w)
else:
canvasRect = self.__data.canvas.contentsRect()
if axisId in (self.yLeft, self.yRight):
top = 0
if not self.plotLayout().alignCanvasToScale(self.xTop):
top = self.plotLayout().canvasMargin(self.xTop)
bottom = 0
if not self.plotLayout().alignCanvasToScale(self.xBottom):
bottom = self.plotLayout().canvasMargin(self.xBottom)
map_.setPaintInterval(canvasRect.bottom()-bottom,
canvasRect.top()+top)
else:
left = 0
if not self.plotLayout().alignCanvasToScale(self.yLeft):
left = self.plotLayout().canvasMargin(self.yLeft)
right = 0
if not self.plotLayout().alignCanvasToScale(self.yRight):
right = self.plotLayout().canvasMargin(self.yRight)
map_.setPaintInterval(canvasRect.left()+left,
canvasRect.right()-right)
return map_
def buildCanvasMaps(self, plot, canvasRect):
"""
Calculated the scale maps for rendering the canvas
:param qwt.plot.QwtPlot plot: Plot widget
:param QRectF canvasRect: Target rectangle
:return: Calculated scale maps
"""
maps = []
for axisId in QwtPlot.validAxes:
map_ = QwtScaleMap()
map_.setTransformation(
plot.axisScaleEngine(axisId).transformation())
sd = plot.axisScaleDiv(axisId)
map_.setScaleInterval(sd.lowerBound(), sd.upperBound())
if plot.axisEnabled(axisId):
s = plot.axisWidget(axisId)
scaleRect = plot.plotLayout().scaleRect(axisId)
if axisId in (QwtPlot.xTop, QwtPlot.xBottom):
from_ = scaleRect.left() + s.startBorderDist()
to = scaleRect.right() - s.endBorderDist()
else:
from_ = scaleRect.bottom() - s.endBorderDist()
to = scaleRect.top() + s.startBorderDist()
else:
margin = 0
if not plot.plotLayout().alignCanvasToScale(axisId):
margin = plot.plotLayout().canvasMargin(axisId)
if axisId in (QwtPlot.yLeft, QwtPlot.yRight):
from_ = canvasRect.bottom() - margin
to = canvasRect.top() + margin
else:
from_ = canvasRect.left() + margin
to = canvasRect.right() - margin
map_.setPaintInterval(from_, to)
maps.append(map_)
return maps
def buildCanvasMaps(self, plot, canvasRect):
"""
Calculated the scale maps for rendering the canvas
:param qwt.plot.QwtPlot plot: Plot widget
:param QRectF canvasRect: Target rectangle
:return: Calculated scale maps
"""
maps = []
for axisId in QwtPlot.validAxes:
map_ = QwtScaleMap()
map_.setTransformation(
plot.axisScaleEngine(axisId).transformation())
sd = plot.axisScaleDiv(axisId)
map_.setScaleInterval(sd.lowerBound(), sd.upperBound())
if plot.axisEnabled(axisId):
s = plot.axisWidget(axisId)
scaleRect = plot.plotLayout().scaleRect(axisId)
if axisId in (QwtPlot.xTop, QwtPlot.xBottom):
from_ = scaleRect.left() + s.startBorderDist()
to = scaleRect.right() - s.endBorderDist()
else:
from_ = scaleRect.bottom() - s.endBorderDist()
to = scaleRect.top() + s.startBorderDist()
else:
margin = 0
if not plot.plotLayout().alignCanvasToScale(axisId):
margin = plot.plotLayout().canvasMargin(axisId)
if axisId in (QwtPlot.yLeft, QwtPlot.yRight):
from_ = canvasRect.bottom() - margin
to = canvasRect.top() + margin
else:
from_ = canvasRect.left() + margin
to = canvasRect.right() - margin
map_.setPaintInterval(from_, to)
maps.append(map_)
return maps
