integer
===========

Definition
-------------

.. code-block:: xml
   :caption: Example of a integer type calculation result
   :name: result_example_int_def
   :linenos:

   <Output name="wet" caption="Wet">
     <Definition valueType="integer" position="node">
       <Enumeration value="0" caption="Dry" />
       <Enumeration value="1" caption="Wet" />
     </Definition>
   </Output>

Example code to output data
--------------------------------

FORTRAN
''''''''''

.. code-block:: fortran
   :caption: Code example to output a integer type calculation result defined at nodes FORTRAN
   :name: result_example_int_output_fortran
   :linenos:

   integer, dimension(:), allocatable:: wet

   ! Allocate memory
   allocate(wet(nodecount))
   ! Write data to memory
   wet = 0
   ! Output data
   call cg_iRIC_Write_Sol_Node_Integer(fid, "wet", wet, ier)

C/C++
'''''''

.. code-block:: c
   :caption: Code example to output a integer type calculation result defined at nodes C++
   :name: result_example_int_output_c
   :linenos:

   std::vector<int> wet;

   ! Allocate memory
   wet.assign(nodecount, 0);
   ! Output data
   ier = cg_iRIC_Write_Sol_Node_Integer(fid, "wet", wet.data())

Python
'''''''

.. code-block:: python
   :caption: Code example to output a integer type calculation result defined at nodes Python
   :name: result_example_int_output_python
   :linenos:

   import numpy
   
   # Allocate memory
   depth = numpy.zeros(shape=(nodecount,))
   # Output data
   cg_iRIC_Write_Sol_Node_Integer(fid, "wet", wet)