def setdata(self, x, y):
if self.canvas_width <> self.cached_canvas.width():
self.logger.push("spectplot : changed canvas width")
self.canvas_width = self.cached_canvas.width()
self.update_xscale()
if self.xmax <> x[-1]:
self.logger.push("spectplot : changing x scale")
self.xmax = x[-1]
self.update_xscale()
self.needfullreplot = True
y_interp = interp(self.xscaled, x, y)
#upsampling = 10.
#upsampled_freq = linspace(x.min(), x.max(), len(x)*upsampling)
#upsampled_xyzs = y.repeat(upsampling)
#y_interp = histogram(upsampled_freq, bins=self.xscaled, normed=False, weights=upsampled_xyzs, new=None)[0]
#y_interp /= upsampling
ClassPlot.setdata(self, self.xscaled, y_interp)
if self.peaks_enabled:
self.compute_peaks(y_interp)
self.curve_peak.setData(self.xscaled, self.peak)
if self.needfullreplot:
self.needfullreplot = False
self.replot()
else:
# self.replot() would call updateAxes() which is dead slow (probably because it
# computes label sizes); instead, let's just ask Qt to repaint the canvas next time
# This works because we disable the cache
self.cached_canvas.update()
def setdata(self, x, y):
if self.canvas_width <> self.cached_canvas.width():
self.logger.push("timeplot : changed canvas width")
self.canvas_width = self.cached_canvas.width()
self.update_xscale()
if self.dual_channel:
self.dual_channel = False
self.curve2.detach()
# disable the legend
# (useless when one channel is active)
self.insertLegend(None, Qwt.QwtPlot.RightLegend)
x_ms = 1e3*x
needfullreplot = False
if self.xmax <> x_ms[-1]:
self.logger.push("timeplot : changing x scale")
self.xmax = x_ms[-1]
self.setAxisScale(Qwt.QwtPlot.xBottom, 0., self.xmax)
self.update_xscale()
needfullreplot = True
y_interp = interp(self.xscaled, x_ms, y)
ClassPlot.setdata(self, self.xscaled, y_interp)
if needfullreplot:
self.replot()
else:
# self.replot() would call updateAxes() which is dead slow (probably because it
# computes label sizes); instead, let's just ask Qt to repaint the canvas next time
# This works because we disable the cache
self.cached_canvas.update()
def setdataTwoChannels(self, x, y, y2):
if self.canvas_width <> self.cached_canvas.width():
self.logger.push("timeplot : changed canvas width")
self.canvas_width = self.cached_canvas.width()
self.update_xscale()
if not self.dual_channel:
self.dual_channel = True
self.curve2.attach(self)
# enable the legend
# (to discrimate between the two channels)
self.insertLegend(Qwt.QwtLegend(), Qwt.QwtPlot.RightLegend)
x_ms = 1e3*x
needfullreplot = False
if self.xmax <> x_ms[-1]:
self.logger.push("timeplot : changing x scale")
self.xmax = x_ms[-1]
self.setAxisScale(Qwt.QwtPlot.xBottom, 0., self.xmax)
self.update_xscale()
needfullreplot = True
y_interp = interp(self.xscaled, x_ms, y)
y_interp2 = interp(self.xscaled, x_ms, y2)
ClassPlot.setdata(self, self.xscaled, y_interp)
self.curve2.setData(self.xscaled, y_interp2)
if needfullreplot:
self.replot()
else:
# self.replot() would call updateAxes() which is dead slow (probably because it
# computes label sizes); instead, let's just ask Qt to repaint the canvas next time
# This works because we disable the cache
self.cached_canvas.update()
def setdata(self, x, y):
if self.canvas_width <> self.cached_canvas.width():
self.logger.push("spectplot : changed canvas width")
self.canvas_width = self.cached_canvas.width()
self.update_xscale()
if self.xmax <> x[-1]:
self.logger.push("spectplot : changing x scale")
self.xmax = x[-1]
self.update_xscale()
self.needfullreplot = True
y_interp = interp(self.xscaled, x, y)
#upsampling = 10.
#upsampled_freq = linspace(x.min(), x.max(), len(x)*upsampling)
#upsampled_xyzs = y.repeat(upsampling)
#y_interp = histogram(upsampled_freq, bins=self.xscaled, normed=False, weights=upsampled_xyzs, new=None)[0]
#y_interp /= upsampling
ClassPlot.setdata(self, self.xscaled, y_interp)
if self.peaks_enabled:
self.compute_peaks(y_interp)
self.curve_peak.setData(self.xscaled, self.peak)
if self.needfullreplot:
self.needfullreplot = False
self.replot()
else:
# self.replot() would call updateAxes() which is dead slow (probably because it
# computes label sizes); instead, let's just ask Qt to repaint the canvas next time
# This works because we disable the cache
self.cached_canvas.update()
