import matplotlib.pyplot as plt
theta = math.atan2((q2 [1] - q1 [1]) , (q2 [0] - q1 [0]))
index = cl.robot.getConfigSize () - 3
NconeOne = [q1 [index]*math.cos(theta) + q1 [index+1]*math.sin(theta), q1 [index+2]]
pointsConeOne = [q1 [0]*math.cos(theta) + q1 [1]*math.sin(theta), q1 [2], xPlus_vector[0]*math.cos(theta) + xPlus_vector[0]*tanTheta*math.sin(theta), zPlus_vector[0], xMinus_vector[0]*math.cos(theta) + xMinus_vector[0]*tanTheta*math.sin(theta), zMinus_vector[0]]
NconeTwo = [q2 [index]*math.cos(theta) + q2 [index+1]*math.sin(theta), q2 [index+2]]
pointsConeTwo = [q2 [0]*math.cos(theta) + q2 [1]*math.sin(theta), q2 [2], xPlus_vector[1]*math.cos(theta) + xPlus_vector[1]*tanTheta*math.sin(theta), zPlus_vector[1], xMinus_vector[1]*math.cos(theta) + xMinus_vector[1]*tanTheta*math.sin(theta), zMinus_vector[1]]
parabPlotDoubleProjCones (cl, 0, theta, NconeOne, pointsConeOne, NconeTwo, pointsConeTwo, plt)
plt.show()
angles = parseAlphaAngles (num_log, '285: alpha_0_min: ', '286: alpha_0_max: ', '303: alpha_lim_minus: ', '302: alpha_lim_plus: ', '317: alpha_imp_inf: ', '318: alpha_imp_sup: ', '290: alpha_inf4: ')
i = 0
parabPlotOriginCones (cl, 0, theta, NconeOne, pointsConeOne, angles, i, 0.6, plt)
plt.show()
# --------------------------------------------------------------------#
## Video capture ##
import time
pp.dt = 0.01; pp.speed=0.5
r(q1)
r.startCapture ("capture","png")
r(q1); time.sleep(0.2); r(q1)
pp(0)
#pp(ps.numberPaths()-1)
r(q2); time.sleep(1);