def create_plot(self, graph_surface):
y_labels = []
max_y = self.plugin.max_total_mem
for x in range(0, int(max_y), int(max_y / 4)):
y_labels.append("%-4d" % int(float(x) / 1024.0 / 1024.0))
series_color, fill_color = self.get_colors()
if self.plugin.screen.driver.get_bpp() == 1:
alt_series_color = (1.0, 1.0, 1.0, 1.0)
alt_fill_color = (1.0, 1.0, 1.0, 1.0)
else:
alt_series_color = g15convert.get_alt_color(series_color)
alt_fill_color = g15convert.get_alt_color(fill_color)
return cairoplot.AreaPlot(
graph_surface,
[self.plugin.used_history, self.plugin.cached_history],
self.view_bounds[2],
self.view_bounds[3],
background=None,
grid=False,
x_labels=[],
y_labels=y_labels,
y_bounds=(0, max_y),
series_colors=[series_color, alt_series_color],
fill_colors=[fill_color, alt_fill_color])
def create_plot(self, graph_surface):
y_labels = []
max_y = max(
max(self.plugin.selected_net.max_send,
self.plugin.selected_net.max_recv), 102400)
for x in range(0, int(max_y), int(max_y / 4)):
y_labels.append("%-3.2f" % (float(x) / 102400.0))
series_color, fill_color = self.get_colors()
if self.plugin.screen.driver.get_bpp() == 1:
alt_series_color = (1.0, 1.0, 1.0, 1.0)
alt_fill_color = (1.0, 1.0, 1.0, 1.0)
else:
alt_series_color = g15convert.get_alt_color(series_color)
alt_fill_color = g15convert.get_alt_color(fill_color)
return cairoplot.AreaPlot(
graph_surface, [
self.plugin.selected_net.send_history,
self.plugin.selected_net.recv_history
],
self.view_bounds[2],
self.view_bounds[3],
background=None,
grid=False,
x_labels=[],
y_labels=y_labels,
y_bounds=(0, max_y),
series_colors=[series_color, alt_series_color],
fill_colors=[fill_color, alt_fill_color])
def create_plot(self, graph_surface):
series_color, fill_color = self.get_colors()
alt_series_color = g15convert.get_alt_color(series_color)
alt_fill_color = g15convert.get_alt_color(fill_color)
selected = self.plugin._menu.selected
pie_data = {}
if selected:
new_visits = float(selected.aggregates["ga:percentNewVisits"])
returning = 100.0 - new_visits
pie_data[_("New %0.2f%%" % new_visits)] = new_visits
pie_data[_("Returning %0.2f%%" % returning)] = returning
plot = cairoplot.PiePlot(graph_surface, pie_data,
self.view_bounds[2],
self.view_bounds[3],
background = None,
colors = [ series_color, alt_series_color ])
plot.font_size = 18
return plot
def create_plot(self, graph_surface):
y_labels = []
max_y = max(max(self.plugin.selected_net.max_send, self.plugin.selected_net.max_recv), 102400)
for x in range(0, int(max_y), int(max_y / 4)):
y_labels.append("%-3.2f" % ( float(x) / 102400.0 ) )
series_color, fill_color = self.get_colors()
if self.plugin.screen.driver.get_bpp() == 1:
alt_series_color = (1.0,1.0,1.0,1.0)
alt_fill_color = (1.0,1.0,1.0,1.0)
else:
alt_series_color = g15convert.get_alt_color(series_color)
alt_fill_color = g15convert.get_alt_color(fill_color)
return cairoplot.AreaPlot( graph_surface, [ self.plugin.selected_net.send_history, self.plugin.selected_net.recv_history ],
self.view_bounds[2],
self.view_bounds[3],
background = None,
grid = False,
x_labels = [],
y_labels = y_labels,
y_bounds = (0, max_y ),
series_colors = [ series_color, alt_series_color ],
fill_colors = [ fill_color, alt_fill_color ] )
def create_plot(self, graph_surface):
y_labels = []
max_y = self.plugin.max_total_mem
for x in range(0, int(max_y), int(max_y / 4)):
y_labels.append("%-4d" % int( float(x) / 1024.0 / 1024.0 ) )
series_color, fill_color = self.get_colors()
if self.plugin.screen.driver.get_bpp() == 1:
alt_series_color = (1.0,1.0,1.0,1.0)
alt_fill_color = (1.0,1.0,1.0,1.0)
else:
alt_series_color = g15convert.get_alt_color(series_color)
alt_fill_color = g15convert.get_alt_color(fill_color)
return cairoplot.AreaPlot( graph_surface, [ self.plugin.used_history, self.plugin.cached_history ],
self.view_bounds[2],
self.view_bounds[3],
background = None,
grid = False,
x_labels = [],
y_labels = y_labels,
y_bounds = (0, max_y ),
series_colors = [ series_color, alt_series_color ],
fill_colors = [ fill_color, alt_fill_color ] )
def get_alt_color(color):
return g15convert.get_alt_color(color)
