Added missing links Re #27840

docs/source/interfaces/Indirect Fitting.rst

@@ -230,6 +230,8 @@ The fit types available for use in IqtFit are :ref:`Exponentials <func-ExpDecay>
   :width: 450
   :widget: tabIqtFit
 
+.. _iqtfit-example-workflow:
+
 I(Q, t) Fit Example Workflow
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 The I(Q, t) Fit tab operates on ``_iqt`` files. The files used in this workflow are produced on the
@@ -299,6 +301,44 @@ Resolution
   Either a resolution file (_res.nxs) or workspace (_res) or an :math:`S(Q,
   \omega)` file (*_sqw.nxs*, *_sqw.dave*) or workspace (*_sqw*).
 
+.. _convfit-example-workflow:
+
+ConvFit Example Workflow
+~~~~~~~~~~~~~~~~~~~~~~~~
+The Conv Fit tab allows ``_red`` and ``_sqw`` for its sample file, and allows ``_red``, ``_sqw`` and
+``_res`` for the resolution file. The sample file used in this workflow can be produced using the run
+number 26176 on the :doc:`Indirect Data Reduction <Indirect Data Reduction>` interface in the ISIS
+Energy Transfer tab. The resolution file is created in the ISIS Calibration tab using the run number
+26173. The instrument used to produce these files is IRIS, the analyser is graphite
+and the reflection is 002.
+
+1. Click **Browse** for the sample and select the file ``iris26176_graphite002_red``. Then click **Browse**
+   for the resolution and select the file ``iris26173_graphite002_res``.
+
+2. Choose the **Fit Type** to be One Lorentzian. Tick the **Delta Function** checkbox. Set the background
+   to be a **Flat Background**.
+
+3. Expand the variables called **f0-Lorentzian** and **f1-DeltaFunction**. To tie the delta functions Centre
+   to the PeakCentre of the Lorentzian, right click on the Centre parameter and go to Tie->Custom Tie and then
+   enter f0.PeakCentre.
+
+4. Tick **Plot Guess** to get a prediction of what your fit will look like.
+
+5. Click **Run** and wait for the interface to finish processing. This should generate a
+   _Parameters table workspace and two group workspaces with end suffixes _Results and
+   _Workspaces. The mini-plots should also update, with the upper plot displaying the
+   calculated fit and the lower mini-plot displaying the difference between the input data and the
+   fit.
+
+6. Choose a default save directory and then click **Save Result** to save the _result workspaces 
+   found inside of the group workspace ending with _Results. The saved workspace will be used in
+   the :ref:`fqfit-example-workflow`.
+
+Theory
+~~~~~~
+
+For more on the theory of Conv Fit see the :ref:`ConvFitConcept` concept page.
+
 ConvFit fitting model
 ~~~~~~~~~~~~~~~~~~~~~
 
@@ -364,42 +404,6 @@ The Temperature Correction is a :ref:`UserFunction <func-UserFunction>` with the
 formula :math:`((x * 11.606) / T) / (1 - exp(-((x * 11.606) / T)))` where
 :math:`T` is the temperature in Kelvin.
 
-ConvFit Example Workflow
-~~~~~~~~~~~~~~~~~~~~~~~~
-The Conv Fit tab allows ``_red`` and ``_sqw`` for its sample file, and allows ``_red``, ``_sqw`` and
-``_res`` for the resolution file. The sample file used in this workflow can be produced using the run
-number 26176 on the :doc:`Indirect Data Reduction <Indirect Data Reduction>` interface in the ISIS
-Energy Transfer tab. The resolution file is created in the ISIS Calibration tab using the run number
-26173. The instrument used to produce these files is IRIS, the analyser is graphite
-and the reflection is 002.
-
-1. Click **Browse** for the sample and select the file ``iris26176_graphite002_red``. Then click **Browse**
-   for the resolution and select the file ``iris26173_graphite002_res``.
-
-2. Choose the **Fit Type** to be One Lorentzian. Tick the **Delta Function** checkbox. Set the background
-   to be a **Flat Background**.
-
-3. Expand the variables called **f0-Lorentzian** and **f1-DeltaFunction**. To tie the delta functions Centre
-   to the PeakCentre of the Lorentzian, right click on the Centre parameter and go to Tie->Custom Tie and then
-   enter f0.PeakCentre.
-
-4. Tick **Plot Guess** to get a prediction of what your fit will look like.
-
-5. Click **Run** and wait for the interface to finish processing. This should generate a
-   _Parameters table workspace and two group workspaces with end suffixes _Results and
-   _Workspaces. The mini-plots should also update, with the upper plot displaying the
-   calculated fit and the lower mini-plot displaying the difference between the input data and the
-   fit.
-
-6. Choose a default save directory and then click **Save Result** to save the _result workspaces 
-   found inside of the group workspace ending with _Results. The saved workspace will be used in
-   the :ref:`fqfit-example-workflow`.
-
-Theory
-~~~~~~
-
-For more on the theory of Conv Fit see the :ref:`ConvFitConcept` concept page.
-
 F(Q) Fit
 --------
 
@@ -419,6 +423,8 @@ The fit types available in F(Q)Fit are :ref:`ChudleyElliot <func-ChudleyElliot>`
   :width: 450
   :widget: tabJumpFit
 
+.. _fqfit-example-workflow:
+
 F(Q) Fit Example Workflow
 ~~~~~~~~~~~~~~~~~~~~~~~~~
 The F(Q) Fit tab operates on ``_result`` files which can be produced on the ConvFit tab.  The