small change to post

parent ef31063f
......@@ -354,7 +354,7 @@ Step 1: Parsing the JSON file
As JSON is widely supported, the first step is often straightforward,
regardless of your choice of programming language. In our case, though MATLAB
has only provided JSON support since R2016b (via the commands
`jsonencode`/`jsondecode`), theres a widely-used and well-tested toolbox
``jsonencode``/``jsondecode``), theres a widely-used and well-tested toolbox
called JSONlab that allows one to use JSON with older versions of MATLAB and
with Octave. Downloading JSONlab `from their website
<>`__ and adding it to our path allows us to
......@@ -603,7 +603,6 @@ the return value, ``terms``. Each cell in the return value is comprised of a
pair of elements: the root node of the sub-tree representing the additive node
and the sign preceding this node (``1`` or ``-1``).
Given the equation we want to estimate (shown here from
``Smets_Wouters_2007.mod`` as a reminder):
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