(control_timestep, physics_timestep, tolerance=1e-8)
return int(round(control_timestep / physics_timestep))
Returns the number of physics timesteps in a single control timestep.

  Args:
    control_timestep: Control time-step, should be an integer multiple of the
      physics timestep.
    physics_timestep: The time-step of the physics simulation.
    tolerance: Optional tolerance value for checking if `physics_timestep`
      divides `control_timestep`.

  Returns:
    The number of physics timesteps in a single control timestep.

  Raises:
    ValueError: If `control_timestep` is smaller than `physics_timestep` or if
      `control_timestep` is not an integer multiple of `physics_timestep`.
Returns the number of physics timesteps in a single control timestep.
Returns the number of physics timesteps in a single control timestep .
def compute_n_steps(control_timestep, physics_timestep, tolerance=1e-8):
  """Returns the number of physics timesteps in a single control timestep.

  Args:
    control_timestep: Control time-step, should be an integer multiple of the
      physics timestep.
    physics_timestep: The time-step of the physics simulation.
    tolerance: Optional tolerance value for checking if `physics_timestep`
      divides `control_timestep`.

  Returns:
    The number of physics timesteps in a single control timestep.

  Raises:
    ValueError: If `control_timestep` is smaller than `physics_timestep` or if
      `control_timestep` is not an integer multiple of `physics_timestep`.
  """
  if control_timestep < physics_timestep:
    raise ValueError(
        'Control timestep ({}) cannot be smaller than physics timestep ({}).'.
        format(control_timestep, physics_timestep))
  if abs((control_timestep / physics_timestep - round(
      control_timestep / physics_timestep))) > tolerance:
    raise ValueError(
        'Control timestep ({}) must be an integer multiple of physics timestep '
        '({})'.format(control_timestep, physics_timestep))
  return int(round(control_timestep / physics_timestep))
def compute_n_steps ( control_timestep , physics_timestep , tolerance = 1e-8 ) : if control_timestep < physics_timestep : raise ValueError ( 'Control timestep ({}) cannot be smaller than physics timestep ({}).' . format ( control_timestep , physics_timestep ) ) if abs ( ( control_timestep / physics_timestep - round ( control_timestep / physics_timestep ) ) ) > tolerance : raise ValueError ( 'Control timestep ({}) must be an integer multiple of physics timestep ' '({})' . format ( control_timestep , physics_timestep ) ) return int ( round ( control_timestep / physics_timestep ) )