* There are two functions for generating encapsulated Postscript
* (EPS) without the need for another graphics tool.
* #write_epsgrid# writes just the 2d grid - This is obsolete and
- * should be removed. The functionality is provided through write_eps
- * and eps_output_data now.
+ * should be removed. The functionality is provided through #write_eps#
+ * and #eps_output_data# now.
* #write_eps# can use one data vector for height information and one
* cell vector for shading information. Control is done through an
- * object of class eps_output_data as follows.
+ * object of class #eps_output_data# as follows.
*
* Vectors are added as usual by #add_data_vector#. Then one has to
* decide, wether to produce a 2D or 3D plot. This is done by setting
* \item[Vector] for 3D-Output.
* \end{description}
* For 3D-Output one has to set #azimuth# and #elevation# for the
- * angle of view and #height_vector# to the number of the dof_data
+ * angle of view and #height_vector# to the number of the #dof_data#
* vector that provides the height information to be used.
*
* The cells can be shaded in three different modes, controlled by the
- * attribute cell_type:
+ * attribute #cell_type#:
* \begin{description}
* \item[None] provides transparent shading.
* \item[Vector] uses a cell vector to do shading. The number of the
};
/**
- * Structure for the controll of
+ * Structure for the control of
* eps_output. See general
* documentation of class DataOut for
* description.