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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def compute_jacobian(samples, transforms, inverse=False):
 """Computes the jacobian of the list of transforms at the given sample points. Parameters samples : {FieldArray, dict} Mapping object specifying points at which to compute jacobians. transforms : list List of BaseTransform instances to apply. Nested transforms are assumed to be in order for forward transforms. inverse : bool, optional Compute inverse jacobians. Default is False. Returns ------- float : The product of the jacobians of all fo the transforms. """

    j = 1.
    if inverse:
        for t in transforms:
            j *= t.inverse_jacobian(samples)
    else:
        for t in transforms:
            j *= t.jacobian(samples)
    return j