def create_line_plot(label, ycol):
return line_plot.T(
label=label,
tick_mark=tocslib.get_tick_mark(label),
line_style=tocslib.get_line_style(label),
data=data,
ycol=ycol,
)
data = chart_data.read_str(" ",
"2 56.11176043 19.72962276 26.27090859 14.99",
"4 108.040603 41.39483239 55.59 47.5618015",
"8 224.4335486 80.348324 110.23 89.62",
"16 425.6517423 148.7731912 207.34 169.24",
"30 790.9817461 273.8225464 385.24 289.93")
ar = area.T(size=(tocslib.width2, tocslib.height),
x_axis = axis.X(label="/bCluster size"),
y_axis = axis.Y(label="/bMessages//second", tic_interval=200,
label_offset=(tocslib.xlabel_offset, None)),
legend=legend.T())
ar.add_plot(line_plot.T(label="Porcupine no replication",
tick_mark=tocslib.get_tick_mark("PN"),
line_style=tocslib.get_line_style("PN"),
data=data, ycol=1),
line_plot.T(label="Porcupine with\nreplication, NVRAM",
tick_mark=tocslib.get_tick_mark("PRV"),
line_style=tocslib.get_line_style("PRV"),
data=data, ycol=3),
line_plot.T(label="Porcupine with replication",
tick_mark=tocslib.get_tick_mark("PR"),
line_style=tocslib.get_line_style("PR"),
data=data, ycol=2),
line_plot.T(label="Sendmail+popd",
data=data, ycol=4,
tick_mark=tocslib.get_tick_mark("SP"),
line_style=tocslib.get_line_style("SP")))
ar.draw()
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
from pychart import *
import tocslib
data = chart_data.read_str(" ",
"2 663.8954 466.1732719",
"4 1136.591805 767.7338263",
"8 1975.892086 1562.30366",
"16 3095.491197 2401.061551",
"30 4838.670793 3836.058")
ar = area.T(size=(tocslib.width2, tocslib.height),
x_axis = axis.X(label="/bCluster size"),
y_axis = axis.Y(label="/bMessages//second", tic_interval=1000,
label_offset=(tocslib.xlabel_offset*1.2, None)),
legend=legend.T())
ar.add_plot(line_plot.T(label="No replication",
tick_mark=tocslib.get_tick_mark("PN"),
line_style=tocslib.get_line_style("PN"),
data=data, ycol=1),
line_plot.T(label="With replication",
tick_mark=tocslib.get_tick_mark("PR"),
line_style=tocslib.get_line_style("PR"),
data=data, ycol=2))
ar.draw()
def create_line_plot(label, ycol):
return line_plot.T(label=label,
tick_mark=tocslib.get_tick_mark(label),
line_style=tocslib.get_line_style(label),
data=data, ycol=ycol)
# for more details.
#
from pychart import *
import tocslib
data = chart_data.read_str(" ", "2 663.8954 466.1732719",
"4 1136.591805 767.7338263",
"8 1975.892086 1562.30366",
"16 3095.491197 2401.061551",
"30 4838.670793 3836.058")
ar = area.T(size=(tocslib.width2, tocslib.height),
x_axis=axis.X(label="/bCluster size"),
y_axis=axis.Y(label="/bMessages//second",
tic_interval=1000,
label_offset=(tocslib.xlabel_offset * 1.2, None)),
legend=legend.T())
ar.add_plot(
line_plot.T(label="No replication",
tick_mark=tocslib.get_tick_mark("PN"),
line_style=tocslib.get_line_style("PN"),
data=data,
ycol=1),
line_plot.T(label="With replication",
tick_mark=tocslib.get_tick_mark("PR"),
line_style=tocslib.get_line_style("PR"),
data=data,
ycol=2))
ar.draw()
data = chart_data.read_str(" ", "2 56.11176043 19.72962276 26.27090859 14.99",
"4 108.040603 41.39483239 55.59 47.5618015",
"8 224.4335486 80.348324 110.23 89.62",
"16 425.6517423 148.7731912 207.34 169.24",
"30 790.9817461 273.8225464 385.24 289.93")
ar = area.T(size=(tocslib.width2, tocslib.height),
x_axis=axis.X(label="/bCluster size"),
y_axis=axis.Y(label="/bMessages//second",
tic_interval=200,
label_offset=(tocslib.xlabel_offset, None)),
legend=legend.T())
ar.add_plot(
line_plot.T(label="Porcupine no replication",
tick_mark=tocslib.get_tick_mark("PN"),
line_style=tocslib.get_line_style("PN"),
data=data,
ycol=1),
line_plot.T(label="Porcupine with\nreplication, NVRAM",
tick_mark=tocslib.get_tick_mark("PRV"),
line_style=tocslib.get_line_style("PRV"),
data=data,
ycol=3),
line_plot.T(label="Porcupine with replication",
tick_mark=tocslib.get_tick_mark("PR"),
line_style=tocslib.get_line_style("PR"),
data=data,
ycol=2),
line_plot.T(label="Sendmail+popd",
data=data,
ycol=4,