import utils_plot
circuits = [
'SNI_H*',
]
kind_d = {
2: '.-',
3: '.-',
4: '.-',
5: '.-',
6: '.-',
7: '.-',
8: '.-',
16: '-',
32: '-',
}
for i, circuit in enumerate(circuits):
for d, kind in kind_d.items():
utils_plot.plot_line(circuit,
d,
utils_plot.colors[i],
kind,
label=utils_plot.LABEL_NAME,
obs_mis=np.logspace(-1.32, -1.22, 100))
utils_plot.setup_plot()
utils_plot.display()
# limitations under the License.
"""
"""
import numpy as np
from matplotlib import pyplot as plt
import runtime_costs
import utils_plot
ds = list(range(1, 32))
x = [d+1 for d in ds]
muls = [
('GreedyMult', 'C0.-'),
('GreedyMult_H*', 'C1.-'),
('PINI', 'C2.-'),
]
costs = np.array(
[[runtime_costs.cost_mul(d, mul) for d in ds] for mul, _ in muls]
)
base_costs = np.array([runtime_costs.cost_mul(d, 'GreedyMult') for d in ds])
y = costs / base_costs
for i, (_, markinfo) in enumerate(muls):
plt.plot(x, y[i,:], markinfo, markersize=2)
plt.legend([utils_plot.map_circ_name(mul) for mul, _ in muls])
plt.xlabel('Order $d$')
plt.ylabel('Relative runtime cost')
utils_plot.display('../presentation/figs/{}.tex')