Correct typos

Author: enekomartinmartinez

docs/development/guidelines.rst

@@ -35,7 +35,7 @@ complementary tests in the corresponding `pytest_*.py` file.
 
 .. note::
   If your changes correct some existing bug related to the translation or running
-  of a Vensim (or Xmile) model. You should add a new test in the `test suite repo <https://github.com/SDXorg/test-models>`_ reproducing the solved bug and addthe necessary lines in `pytest_integration/pytest_integration_test_vensim_pathway.py` (or `pytest_integration/pytest_integration_test_xmile_pathway.py`) to run the new test. Then, it is encoraged to add also unit test in `pytest_translators` reproducing the translation of the new function and test of the workflow in
+  of a Vensim (or Xmile) model. You should add a new test in the `test suite repo <https://github.com/SDXorg/test-models>`_ reproducing the solved bug and addthe necessary lines in `pytest_integration/pytest_integration_test_vensim_pathway.py` (or `pytest_integration/pytest_integration_test_xmile_pathway.py`) to run the new test. Then, it is encouraged to add also unit test in `pytest_translators` reproducing the translation of the new function and test of the workflow in
   `pytest_types/functions/pytest_functions.py` (or `pytest_types/statefuls/pytest_statefuls.py`).
 
 Speed Tests

docs/getting_started.rst

@@ -239,7 +239,7 @@ There are times when we may choose to overwrite a stock with a constant value (i
 
 Querying current values
 -----------------------
-We can easily access the current value of a model component using curly brackets. For instance, to find the temperature of the teacup, we simply call::
+We can easily access the current value of a model component using square brackets. For instance, to find the temperature of the teacup, we simply call::
 
    >>> model['Teacup Temperature']
 

docs/structure/structure_index.rst

@@ -21,11 +21,11 @@ Translation
    xmile_translation
    abstract_model
 
-PySD currentlty supports translation :doc:`from Vensim <vensim_translation>` amb :doc:`from Xmile <xmile_translation>`.
+PySD currentlty supports translation :doc:`from Vensim <vensim_translation>` and :doc:`from Xmile <xmile_translation>`.
 
 PySD can import models in Vensim's \*.mdl file format and in XMILE format (\*.xml, \*.xmile, or \*.stmx file). `Parsimonious <https://github.com/erikrose/parsimonious>`_ is the Parsing Expression Grammar `(PEG) <https://en.wikipedia.org/wiki/Parsing_expression_grammar>`_ parser library used in PySD to parse the original models and construct an abstract syntax tree. The translators then crawl the tree, using a set of classes to define the :doc:`Abstract Model <abstract_model>`.
 
-When parsing the expressions of any language, the order of operations must be taken into account. The order is shown in the following table and is used to create :py:class:`ArithmeticStructure` and :py:class:`LogicalStructure` objects correctly. The following expression :py:data:`1+2*3-5`` will be translated to::
+When parsing the expressions of any language, the order of operations must be taken into account. The order is shown in the following table and is used to create :py:class:`ArithmeticStructure` and :py:class:`LogicalStructure` objects correctly. The following expression :py:data:`1+2*3-5` will be translated to::
 
    ArithmeticStructure(operators=['+', '-'], arguments=(1, ArithmeticStructure(operators=['*'], arguments=(2, 3)), 5))
 

docs/whats_new.rst

@@ -18,6 +18,7 @@ Bug fixes
 
 Documentation
 ~~~~~~~~~~~~~
+- Correct typos.
 
 Performance
 ~~~~~~~~~~~