fic9doc): sphinx :mod: needs absolute package in README

README.rst

@@ -296,7 +296,7 @@ For information on the accepted model-data, check the :ref:`code:Schema`:
     ...
 
 
-You then have to feed this model-tree to the :class:`~.wltp.experiment.Experiment`
+You then have to feed this model-tree to the :class:`~wltp.experiment.Experiment`
 constructor. Internally the :class:`pandalone.pandel.Pandel` resolves URIs, fills-in default values and
 validates the data based on the project's pre-defined :term:`JSON-schema`:
 
@@ -540,7 +540,7 @@ till that point.
 
         It is composed by a stack of mergeable `JSON-schema` abiding trees of *string, numbers & pandas objects*,
         formed with python *sequences & dictionaries, and URI-references*.
-        It is implemented in :mod:`~.datamodel`, supported by :class:`pandalone.pandata.Pandel`.
+        It is implemented in :mod:`~wltp.datamodel`, supported by :class:`pandalone.pandata.Pandel`.
 
 
     WOT
@@ -553,18 +553,18 @@ till that point.
     Grid WOTs
         A dataframe produced from `WOT` for all gear-ratios, indexed by a grid of rounded velocities,
         and with 2-level columns ``(item, gear)``.
-        It is generated by :func:`~.engine.interpolate_wot_on_v_grid()`, and augmented
-        by :func:`~.engine.calc_p_avail_in_gwots()` & :func:`~.vehicle.calc_road_load_power()` .
+        It is generated by :func:`~wltp.engine.interpolate_wot_on_v_grid()`, and augmented
+        by :func:`~wltp.engine.calc_p_avail_in_gwots()` & :func:`~wltp.vehicle.calc_road_load_power()` .
 
         .. TODO::
-            Move `Grid WOTs` code in own module :mod:`~.gwots`.
+            Move `Grid WOTs` code in own module :mod:`~wltp.gwots`.
 
     cycle
     Cycle run
         A dataframe with all the time-series, indexed by the time of the samples.
         The velocities for each time-sample must exist in the `gwots`.
         The columns are the same 2-level columns like *gwots*.
-        it is implemented in :mod:`~.cycler`.
+        it is implemented in :mod:`~wltp.cycler`.
 
 Code Structure:
 ---------------
@@ -575,19 +575,19 @@ The computation code is roughly divided in these python modules:
     formulae
         Physics and engineering code, implemented in modules:
 
-        - :mod:`~.engine`
-        - :mod:`~.vmax`
-        - :mod:`~.downscale`
-        - :mod:`~.vehicle`
+        - :mod:`~wltp.engine`
+        - :mod:`~wltp.vmax`
+        - :mod:`~wltp.downscale`
+        - :mod:`~wltp.vehicle`
 
     - orchestration
         The code producing the actual gear-shifting, implemented in modules:
 
-        - :mod:`~.datamodel`
-        - :mod:`~.cycler`
-        - :mod:`~.gridwots` (TODO)
-        - :mod:`~.scheduler` (TODO)
-        - :mod:`~.experiment` (TO BE DROPPED, :mod:`~.datamodel` will assume all functionality)
+        - :mod:`~wltp.datamodel`
+        - :mod:`~wltp.cycler`
+        - :mod:`~wltp.gridwots` (TODO)
+        - :mod:`~wltp.scheduler` (TODO)
+        - :mod:`~wltp.experiment` (TO BE DROPPED, :mod:`~wltp.datamodel` will assume all functionality)
 
     scheduler
         (TODO) The internal software component which decides which `formulae` to execute