:py:mod:`hypso.experimental.chlorophyll.indices`
================================================

.. py:module:: hypso.experimental.chlorophyll.indices


Module Contents
---------------


Functions
~~~~~~~~~

.. autoapisummary::

   hypso.experimental.chlorophyll.indices.TBVI
   hypso.experimental.chlorophyll.indices.BR
   hypso.experimental.chlorophyll.indices.FBM
   hypso.experimental.chlorophyll.indices.SINGLE
   hypso.experimental.chlorophyll.indices.BDRATIO
   hypso.experimental.chlorophyll.indices.BR_LOG
   hypso.experimental.chlorophyll.indices.BDIFF
   hypso.experimental.chlorophyll.indices.BDIFF_LOG
   hypso.experimental.chlorophyll.indices.BR_DIFF
   hypso.experimental.chlorophyll.indices.BR_DIFF_LOG
   hypso.experimental.chlorophyll.indices.TBM
   hypso.experimental.chlorophyll.indices.EXG
   hypso.experimental.chlorophyll.indices.GLI
   hypso.experimental.chlorophyll.indices.OCVI
   hypso.experimental.chlorophyll.indices.EVI



.. py:function:: TBVI(refl)

   Two Band Vegetation Index

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: BR(refl)

   Band Ratio Feature

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: FBM(refl)

   Four Band Model

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: SINGLE(refl)

   Single Band (No features purely reflectance)

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: BDRATIO(refl)

   Band Difference Ratio

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: BR_LOG(refl)

   Log of Band Ratio

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: BDIFF(refl)

   Band Difference

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: BDIFF_LOG(refl)

   Log of Band Difference

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: BR_DIFF(refl)

   Band Ratio Difference

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: BR_DIFF_LOG(refl)

   Log of Band Ratio Difference

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: TBM(refl)

   Three Band Model

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: EXG(refl)

   Excess Green Index

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: GLI(refl)

   Green Leaf Index

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: OCVI(refl)

   Optimized Chlorophyll Vegetation Index

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array


.. py:function:: EVI(refl)

   Enhanced Vegetation Index

   :param refl: Numpy array with reflectances per column

   :return: Features calculated either a single value or a 1D array