work_half_curve = {
    "Р-20-10А":np.asarray([
      (0.000, 0, 6.48),
      (1.000, 0, 0.387),
      (2.000, 0, 0.035),
      (3.000, 0, 1.429),
      (4.000, 0, 2.971),
      (5.000, 0, 4.121),
      (6.000, 0, 4.984),
      (7.000, 0, 5.664),
      (8.000, 0, 6.215),
      (9.000, 0, 6.643),
      (10.000, 0, 6.952),
      (11.000, 0, 7.146),
      (12.000, 0, 7.227),
      (13.000, 0, 7.2),
      (14.000, 0, 7.071),
      (15.000, 0, 6.844),
      (16.000, 0, 6.526),
      (17.000, 0, 6.123),
      (18.000, 0, 5.639),
      (19.000, 0, 5.078),
      (20.000, 0, 4.43),
      (21.000, 0, 3.68),
      (22.000, 0, 2.816),
      (23.000, 0, 1.823),
      (24.000, 0, 0.69),
      (25.000, 0, 0.3),

      ]),
    "Р-23-14А":np.asarray([
      (0.000, 0, 3.7),
      (1.000, 0, 0.5),
      (2.000, 0, 2.13),
      (3.000, 0, 3.368),
      (4.000, 0, 4.422),
      (5.000, 0, 5.305),
      (6.000, 0, 6.032),
      (7.000, 0, 6.617),
      (8.000, 0, 7.074),
      (9.000, 0, 7.417),
      (10.000, 0, 7.659),
      (11.000, 0, 7.816),
      (12.000, 0, 7.902),
      (13.000, 0, 7.925),
      (14.000, 0, 7.883),
      (15.000, 0, 7.767),
      (16.000, 0, 7.572),
      (17.000, 0, 7.29),
      (18.000, 0, 6.915),
      (19.000, 0, 6.438),
      (20.000, 0, 5.853),
      (21.000, 0, 5.153),
      (22.000, 0, 4.328),
      (23.000, 0, 3.366),
      (24.000, 0, 2.259),
      (25.950, 0, 0.2),
        ]),
    "Р-26-17А":np.asarray([
      (0.000, 0, 0.38),
      (1.000, 0, 0.534),
      (2.000, 0, 1.763),
      (3.000, 0, 2.836),
      (4.000, 0, 3.763),
      (5.000, 0, 4.554),
      (6.000, 0, 5.222),
      (7.000, 0, 5.776),
      (8.000, 0, 6.227),
      (9.000, 0, 6.58),
      (10.000, 0, 6.842),
      (11.000, 0, 7.02),
      (12.000, 0, 7.12),
      (13.000, 0, 7.149),
      (14.000, 0, 7.111),
      (15.000, 0, 7.004),
      (16.000, 0, 6.828),
      (17.000, 0, 6.582),
      (18.000, 0, 6.263),
      (19.000, 0, 5.865),
      (20.000, 0, 5.367),
      (21.000, 0, 4.75),
      (22.000, 0, 3.992),
      (23.000, 0, 3.073),
      (24.000, 0, 1.972),
      (25.720, 0, 0.2),
            ]),
    "Р-30-21А":np.asarray([
      (0.000, 0, 0.53),
      (1.000, 0, 0.286),
      (2.000, 0, 1.305),
      (3.000, 0, 2.207),
      (4.000, 0, 2.998),
      (5.000, 0, 3.687),
      (6.000, 0, 4.48),
      (7.000, 0, 4.786),
      (8.000, 0, 5.209),
      (9.000, 0, 5.553),
      (10.000, 0, 5.822),
      (11.000, 0, 6.017),
      (12.000, 0, 6.141),
      (13.000, 0, 6.197),
      (14.000, 0, 6.186),
      (15.000, 0, 6.109),
      (16.000, 0, 5.964),
      (17.000, 0, 5.75),
      (18.000, 0, 5.467),
      (19.000, 0, 5.114),
      (20.000, 0, 4.686),
      (21.000, 0, 4.169),
      (22.000, 0, 3.545),
      (23.000, 0, 2.795),
      (24.000, 0, 1.903),
      (25.950, 0, 0.2),
            ]),

    "Р-35-25А":np.asarray([
      (0.000, 0, 0.68),
      (1.000, 0, 0.08),
      (2.000, 0, 1.245),
      (3.000, 0, 2.21),
      (4.000, 0, 2.973),
      (5.000, 0, 3.572),
      (6.000, 0, 4.046),
      (7.000, 0, 4.431),
      (8.000, 0, 4.763),
      (9.000, 0, 5.046),
      (10.000, 0, 5.277),
      (11.000, 0, 5.449),
      (12.000, 0, 5.56),
      (13.000, 0, 5.602),
      (14.000, 0, 5.573),
      (15.000, 0, 5.473),
      (16.000, 0, 5.305),
      (17.000, 0, 5.074),
      (18.000, 0, 4.784),
      (19.000, 0, 4.439),
      (20.000, 0, 4.028),
      (21.000, 0, 3.532),
      (22.000, 0, 2.928),
      (23.000, 0, 2.196),
      (24.000, 0, 1.4),
      (25.410, 0, 0.2),
            ]),
    "Р-46-29А":np.asarray([
      (0.000, 0, 0.6),
      (1.000, 0, 0.153),
      (2.000, 0, 0.967),
      (3.000, 0, 1.704),
      (4.000, 0, 2.351),
      (5.000, 0, 2.913),
      (6.000, 0, 3.393),
      (7.000, 0, 3.798),
      (8.000, 0, 4.13),
      (9.000, 0, 4.394),
      (10.000, 0, 4.594),
      (11.000, 0, 4.733),
      (12.000, 0, 4.815),
      (13.000, 0, 4.845),
      (14.000, 0, 4.823),
      (15.000, 0, 4.747),
      (16.000, 0, 4.615),
      (17.000, 0, 4.424),
      (18.000, 0, 4.171),
      (19.000, 0, 3.854),
      (20.000, 0, 3.469),
      (21.000, 0, 3.01),
      (22.000, 0, 2.473),
      (23.000, 0, 1.852),
      (24.000, 0, 1.141),
      (25.600, 0, 0.2),
            ]),
    "Р-50-33А":np.asarray([
      (0.000, 0, 0.54),
      (1.000, 0, 0.234),
      (2.000, 0, 1.064),
      (3.000, 0, 1.776),
      (4.000, 0, 2.384),
      (5.000, 0, 2.901),
      (6.000, 0, 3.343),
      (7.000, 0, 3.72),
      (8.000, 0, 4.036),
      (9.000, 0, 4.291),
      (10.000, 0, 4.488),
      (11.000, 0, 4.628),
      (12.000, 0, 4.712),
      (13.000, 0, 4.742),
      (14.000, 0, 4.718),
      (15.000, 0, 4.639),
      (16.000, 0, 4.503),
      (17.000, 0, 4.311),
      (18.000, 0, 4.061),
      (19.000, 0, 3.751),
      (20.000, 0, 3.378),
      (21.000, 0, 2.935),
      (22.000, 0, 2.416),
      (23.000, 0, 1.814),
      (24.000, 0, 1.121),
      (25.610, 0, 0.17),
           ]),

    "Р-60-38А":np.asarray([
      (0.000, 0, 0.52),
      (1.000, 0, 0.237),
      (2.000, 0, 0.952),
      (3.000, 0, 1.584),
      (4.000, 0, 2.138),
      (5.000, 0, 2.621),
      (6.000, 0, 3.04),
      (7.000, 0, 3.4),
      (8.000, 0, 3.706),
      (9.000, 0, 3.957),
      (10.000, 0, 4.15),
      (11.000, 0, 4.283),
      (12.000, 0, 4.354),
      (13.000, 0, 4.36),
      (14.000, 0, 4.302),
      (15.000, 0, 4.185),
      (16.000, 0, 4.017),
      (17.000, 0, 3.805),
      (18.000, 0, 3.557),
      (19.000, 0, 3.278),
      (20.000, 0, 2.963),
      (21.000, 0, 2.604),
      (22.000, 0, 2.192),
      (23.000, 0, 1.72),
      (24.000, 0, 1.18),
      (25.000, 0, 0.565),
      (26.070, 0, 0.2),
           ])

}