def peakInfluenceSurface(peaksType):
from tools.Tools import getDictArray
import featuresMain as fm
data = fm.main()
surface = data.Surface.values
def surfaceToInt(surface):
if 'Woodchip' in surface:
return 0
if 'Asphalt' in surface:
return 1
if 'Track' in surface:
return 2
surface = map(surfaceToInt, surface)
features = getDictArray(data.Features)
def plot(name):
y = [v[peaksType + '.' + name] for v in features]
fig, ax = plt.subplots()
ax.scatter(surface, y)
fig.tight_layout()
ax.set_title("surface: " + name)
plot('varDist')
plot('varPeak')
plot('maxPeak')
plot('maxDist')
plot('minPeak')
plot('minDist')
plot('avPeak')
plot('avDist')
def peakInfluenceTrained(peaksType):
from tools.Tools import getDictArray
import app.featuresMain as fm
data = fm.main()
trained = data.Trained.values
features = getDictArray(data.Features)
def plot(name):
y = [v[peaksType + '.' + name] for v in features]
fig, ax = plt.subplots()
ax.scatter(trained, y)
fig.tight_layout()
ax.set_title("trained: " + name)
plot('varDist')
plot('varPeak')
plot('maxPeak')
plot('maxDist')
plot('minPeak')
plot('minDist')
plot('avPeak')
plot('avDist')
plt.show()
