.. CAPS AUTO-GENERATED FILE -- DO NOT EDIT!

.. raw:: html

    <!-- Block section -->
    <table border='1' class='docutils' style='width:100%'>
    <colgroup><col width='25%'/><col width='75%'/></colgroup>
    <tbody valign='top'>
    <tr class='row-odd'>
    <td><a class='reference internal' href='process/caps.diffusion_estimation.tensor_estimation.LSTensorEstimation.html'><em>tensor_estimation.LSTensorEstimation</em></a></td>

    <td> Ordinary least square tensor fiting</td>
    </tr>
    <tr class='row-odd'>
    <td><a class='reference internal' href='process/caps.diffusion_estimation.tensor_estimation.QUARTICTensorEstimation.html'><em>tensor_estimation.QUARTICTensorEstimation</em></a></td>

    <td> Fits a diffusion tensor given diffusion-weighted signals and</td>
    </tr>
    <tr class='row-odd'>
    <td><a class='reference internal' href='process/caps.diffusion_estimation.tensor_scalars.FourthOrderScalarParameters.html'><em>tensor_scalars.FourthOrderScalarParameters</em></a></td>

    <td> Compute the Generalized Anisotropy (GA) and</td>
    </tr>
    <tr class='row-odd'>
    <td><a class='reference internal' href='process/caps.diffusion_estimation.tensor_scalars.SecondOrderScalarParameters.html'><em>tensor_scalars.SecondOrderScalarParameters</em></a></td>

    <td> Compute the Fractional Anisotropy [1]_ (FA),</td>
    </tr>
    <tr class='row-odd'>
    <td><a class='reference internal' href='process/caps.diffusion_estimation.tensor_utils.DecomposeSecondOrderTensor.html'><em>tensor_utils.DecomposeSecondOrderTensor</em></a></td>

    <td> Compute the eigenvalues and eigenvectors of a given diffusion tensor.</td>
    </tr>
    </tbody>


    </table>