def histoline(self, x, y, *args, **kwds):
l = len(x)
doubledX = np.zeros(2 * l)
doubledY = np.zeros(2 * l)
for i in range(0, l):
doubledY[2 * i] = y.value[i]
doubledY[2 * i + 1] = y.value[i]
deltaX = x.value[1] - x.value[0]
doubledX[0] = x.value[0] - deltaX / 2
for i in range(0, l - 1):
doubledX[2 * i + 1] = (x.value[i] + x.value[i + 1]) / 2
doubledX[2 * i + 2] = (x.value[i] + x.value[i + 1]) / 2
deltaX = x.value[-1] - x.value[-2]
doubledX[-1] = x.value[-1] + deltaX / 2
doubledX = [doubledX[0]] + list(doubledX) + [doubledX[-1]]
doubledY = [0] + list(doubledY) + [0]
nx = Quantity(doubledX, 0, x.uvec)
nx.name(x.label, x.symbol, x.latex)
nx.preferredUnit = x.preferredUnit
ny = Quantity(doubledY, 0, y.uvec)
ny.name(y.label, y.symbol, y.latex)
ny.preferredUnit = y.preferredUnit
return self.line(nx, ny, *args, **kwds)
def histoline(self, x, y, *args, **kwds):
l = len(x)
doubledX = np.zeros(2*l)
doubledY = np.zeros(2*l)
for i in range(0, l):
doubledY[2*i] = y.value[i]
doubledY[2*i+1] = y.value[i]
deltaX = x.value[1] - x.value[0]
doubledX[0] = x.value[0] - deltaX / 2
for i in range(0, l-1):
doubledX[2*i+1] = (x.value[i] + x.value[i+1]) / 2
doubledX[2*i+2] = (x.value[i] + x.value[i+1]) / 2
deltaX = x.value[-1] - x.value[-2]
doubledX[-1] = x.value[-1] + deltaX / 2
doubledX = [doubledX[0]] + list(doubledX) + [doubledX[-1]]
doubledY = [0] + list(doubledY) + [0]
nx = Quantity(doubledX, 0, x.uvec)
nx.name(x.label, x.symbol, x.latex)
nx.preferredUnit = x.preferredUnit
ny = Quantity(doubledY, 0, y.uvec)
ny.name(y.label,y.symbol,y.latex)
ny.preferredUnit = y.preferredUnit
return self.line(nx, ny, *args, **kwds)
