change quotes

base_classes/NXdata.nxdl.xml

@@ -119,7 +119,7 @@
 
  **Axes examples:**
 
- `1. Single-dimensional axes`
+ ``1. Single-dimensional axes``
 
  :ref:`AXISNAME </NXdata/AXISNAME-field>` fields are typically one-dimensional arrays that span a single :ref:`DATA </NXdata/DATA-field>` dimension.
 
@@ -136,9 +136,9 @@
 
  In this example each data point ``data[i,j]`` has axis coordinates ``[x[i], y[j]]``.
 
- Note that `@x_indices` and `@y_indices` attributes can be omitted in this case. However it is strongly encouraged to provide them.
+ Note that ``@x_indices`` and ``@y_indices`` attributes can be omitted in this case. However it is strongly encouraged to provide them.
 
- `2. Data dimensions spanned by more than one axis`
+ ``2. Data dimensions spanned by more than one axis``
 
  A common case is the need to specify alternative axes for the same dimension
 
@@ -155,11 +155,11 @@
  tth: float[20] --> coordinates along the second dimension (alternative)
  q: float[20] --> coordinates along the second dimension (default)
 
- Note that to recognize `tth` as an axis, `@tth_indices` must be present. Readers that do
- not make used of the :ref:`AXISNAME_indices </NXdata@AXISNAME_indices-attribute>` attributes will
- not understand that `tth` is an axis and cannot take this field into account.
+ Note that to recognize ``tth`` as an axis, ``@tth_indices`` must be present. Readers that do
+ not make use of the :ref:`AXISNAME_indices </NXdata@AXISNAME_indices-attribute>` attributes will
+ not understand that ``tth`` is an axis and cannot take this field into account.
 
- `3. Multi-dimensional axes`
+ ``3. Multi-dimensional axes``
 
  When coordinates do not form a regular grid, multi-dimensional :ref:`AXISNAME </NXdata/AXISNAME-field>` fields
  can be used. Just remember that the shape of an :ref:`AXISNAME </NXdata/AXISNAME-field>` field must be equal to the shape
@@ -179,13 +179,13 @@
  y: float[10,20] --> coordinates along both dimensions
 
  In this example each data point ``data[i,j]`` has axis coordinates ``[x[i,j], y[i,j]]`` and when
- plotting, `x` is used along the first data dimension by default and `y` along the second data dimension.
- Since `x` and `y` span both dimensions, a reader could choose to use `y` for the first dimension
- and `x` for the second as an alternative to the default. A writer could also choose to not specify
- any default by defining `@axes = [".", "."]` and leave the decision up the the reader.
+ plotting, ``x`` is used along the first data dimension by default and `y` along the second data dimension.
+ Since ``x`` and ``y`` span both dimensions, a reader could choose to use ``y`` for the first dimension
+ and ``x`` for the second as an alternative to the default. A writer could also choose to not specify
+ any default by defining ``@axes = [".", "."]`` and leave the decision up the the reader.
 
- Note that omitting `@x_indices` would result in `@x_indices = [0]` as derived from the position of `"x"` in `@axes`.
- This would be invalid since the shape `[10,20]` of `x` is not equal to the shape `[10]` of the spanned data dimensions.
+ Note that omitting ``@x_indices`` would result in ``@x_indices = [0]`` as derived from the position of the string ``"x"`` in ``@axes``.
+ This would be invalid since the shape ``[10,20]`` of ``x`` is not equal to the shape ``[10]`` of the spanned data dimensions.
 
  Omitting indices for multi-dimensional axes can only be done by repeating the :ref:`AXISNAME </NXdata/AXISNAME-field>`
  name in all positions of the :ref:`axes </NXdata@axes-attribute>` attribute which they span. For example
@@ -202,7 +202,7 @@
  a reader would probably treat this particular example as a 1D signal and plot it as such.
 
  In the case of multi-dimensional axes, single-dimensional axes are often introduced as default axes
- to support readers that does not use the :ref:`AXISNAME_indices </NXdata@AXISNAME_indices-attribute>` attributes
+ to support readers that do not make use of the :ref:`AXISNAME_indices </NXdata@AXISNAME_indices-attribute>` attributes
  or cannot handle multi-dimensional axes.
 
  The 2D scatter example can be enriched as follows
@@ -222,12 +222,12 @@
  x_set: float[10] --> coordinates along the first dimension
  y_set: float[20] --> coordinates along the second dimension
 
- The first dimension is spanned by three axes: `x`, `y` and `x_set`. The second dimension is also
- spanned by three axes: `x`, `y` and `y_set`.
+ The first dimension is spanned by three axes: ``x``, ``y`` and ``x_set``. The second dimension is also
+ spanned by three axes: ``x``, ``y`` and ``y_set``.
 
- Technically `@x_set_indices` and `@y_set_indices` can be omitted. However it is strongly encouraged to provide them.
+ Technically ``@x_set_indices`` and ``@y_set_indices`` can be omitted. However it is strongly encouraged to provide them.
 
- `4. Axes without defaults`
+ ``4. Axes without defaults``
 
  Expanding on the 2D scatter example, a stack of 2D scatter data where the stack dimension
  does not have an axis can be described as follows