FIX: fix notebook-links

wradlib/atten.py

@@ -253,7 +253,7 @@ def correctAttenuationKraemer(gateset, a_max=1.67e-4, a_min=2.33e-5,
 def correctAttenuationHJ(gateset, a_max=1.67e-4, a_min=2.33e-5, b=0.7,
                          n=30, gate_length=1.0, mode='zero', thrs_dBZ=59.0,
                          max_PIA=20.0):
-    """Gate-by-Gate attenuation correction based on :cite:`Kraemer2008`, \
+    """Gate-by-Gate attenuation correction based on :cite:`Harrison2000`, \
     expanded by :cite:`Jacobi2012`.
 
     Parameters
@@ -440,12 +440,12 @@ def correctAttenuationConstrained(gateset, a_max=1.67e-4, a_min=2.33e-5,
         Per default set to 'zero'. Any other mode will raise an Exception.
     constraints : list(func)
         list of constraint functions. The signature of these functions has to
-        be constraint_function(`gateset`, `k`, *`constr_args`). Their return
+        be constraint_function(`gateset`, `k`, `*constr_args`). Their return
         value must be a boolean array of shape gateset.shape[:-1] set to True
         for beams, which do not fulfill the constraint.
     constr_args : list
         list of lists, which are to be passed to the individual constraint
-        functions using the *args mechanism
+        functions using the `*args` mechanism
         (len(constr_args) == len(constraints))
     diagnostics : dict
         dictionary of variables, which are usually not returned by the function
@@ -892,12 +892,12 @@ def correctAttenuationConstrained2(gateset, a_max=1.67e-4, a_min=2.33e-5,
         Per default set to 1.0.
     constraints : list
         List of constraint functions. The signature of these functions has to
-        be constraint_function(`gateset`, `k`, *`constr_args`). Their return
+        be constraint_function(`gateset`, `k`, `*constr_args`). Their return
         value must be a boolean array of shape gateset.shape[:-1] set to True
         for beams, which do not fulfill the constraint.
     constraint_args : list
         List of lists, which are to be passed to the individual constraint
-        functions using the *args mechanism
+        functions using the `*args` mechanism
         (len(constr_args) == len(constraints)).
     sector_thr : int
         Number of adjacent beams, for which in case of breaching the

wradlib/ipol.py

@@ -1173,7 +1173,7 @@ def cart2irregular_spline(cartgrid, values, newgrid, **kwargs):
     Examples
     --------
     See :ref:`notebooks/beamblockage/wradlib_beamblock.ipynb#\
-Read-DEM-Raster-Data`.
+Preprocessing-the-digitial-elevation-model`.
     """
 
     # TODO: dimension checking

wradlib/vpr.py

@@ -29,7 +29,7 @@
 Analoguous, we will refer to the elements in a three dimensional Cartesian grid
 as *voxels*. In wradlib, you can create
 CAPPIS (:class:`~wradlib.vpr.CAPPI`) and Pseudo CAPPIs
-(:classh:`~wradlib.vpr.PseudoCAPPI`) for different altitudes at once.
+(:class:`~wradlib.vpr.PseudoCAPPI`) for different altitudes at once.
 
 Here's an example how a set of CAPPIs can be created from synthetic polar
 volume data::
@@ -109,7 +109,7 @@ class CartesianVolume():
         The maximum radar range (must be the same for each elevation angle)
     Ipclass : object
         an interpolation class from :mod:`wradlib.ipol`
-    ipargs : **kwargs
+    ipargs : `**kwargs`
         keyword arguments corresponding to ``Ipclass``
 
     Returns
@@ -209,7 +209,7 @@ class CAPPI(CartesianVolume):
         The maximum radar range (must be the same for each elevation angle)
     Ipclass : object
         an interpolation class from :mod:`wradlib.ipol`
-    ipargs : **kwargs
+    ipargs : `**kwargs`
         keyword arguments corresponding to ``Ipclass``
 
     Examples
@@ -257,7 +257,7 @@ class PseudoCAPPI(CartesianVolume):
         The maximum radar range (must be the same for each elevation angle)
     Ipclass : object
         an interpolation class from :mod:`wradlib.ipol`
-    ipargs : **kwargs
+    ipargs : `**kwargs`
         keyword arguments corresponding to ``Ipclass``
 
     """