def monosp():
range = [0,10]
x,y,Cx,Cy = splines.randomspline(num_points,sample_points, range[0],range[1])
#print 'Values from randomly generated spline',rspline[0],rspline[1]
#print 'Actual Control Points',sorted(list(izip(rspline[2],rspline[3])), cmp = lambda x,y: cmp(x[0],y[0]) )
M = splines.Monospline(num_points,x,y,uncert*numpy.ones_like(x))
for p in M.parameters():
p[1].range(min(y),max(y))
return M
def intmonosp():#interval monospline
range = [0,10]
x,y,Cx,Cy = splines.randomspline(num_points,sample_points, range[0],range[1])
#x,y = splines.invx(1000)
#print 'Values from randomly generated spline',rspline[0],rspline[1]
#print 'Actual Control Points',sorted(list(izip(rspline[2],rspline[3])), cmp = lambda x,y: cmp(x[0],y[0]) )
M = splines.MonosplineInterval(num_points,x,y,uncert*numpy.ones_like(x),targetpoints=(Cx,Cy))
#for p in M.parameters():
# p[1].range(-2,2)
return M
