fix CI

CI/script/build-wheel.sh

@@ -3,7 +3,7 @@
 # build wheel
 #PATH=/opt/usr/bin/:/opt/python/cp27-cp27m/bin:${PATH}  pip wheel ./unsio/ -w wheelhouse
 
-rm -f wheel/*unsio*manylinux*.whl wheelhouse/*unsio*manylinux*.whl
+rm -f wheel/*unsio*manylinux*.whl wheel/*unsio*tar.gz wheelhouse/*unsio*manylinux*.whl
 
 # build wheel
 for PYBIN in /opt/python/*/bin/; do

README.md

@@ -23,7 +23,7 @@ UNSIO can be used from different languages (C,C++,Fortran and Python)
 
 ## Installing python wrapper
 ```console
-pip install python-unsio
+pip install python-unsio -U
 ```
 ## Usage
 
@@ -33,7 +33,7 @@ pip install python-unsio
 import unsio.input as uns_in  # unsio reading module
 
 myfile="/home/jcl/output_00004" # input RAMSES simulation
-# we instantiate object
+# we instantiate a CUNS_IN object
 my_in=uns_in.CUNS_IN(myfile,"gas,stars") # We select components GAS and STARS
 #
 # Reading
@@ -53,17 +53,17 @@ if my_in.nextFrame(): # load snapshot
 import unsio.output as uns_out # unsio writing module
 
 myoutfile="snapshot.g3" # output file name
-# we instantiate object
+# we instantiate a CUNS_OUT object
 my_out=uns_out.CUNS_OUT(myoutfile,"gadget3") # select gadget3 output format
 
 # prepare data to be saved
 # set time
 status=my_out.setData(timex,"time")
-# set positions for stars
+# set stars positions
 status=my_out.setData(poss,"stars","pos")
-# set positions for gas
+# set gas positions
 status=my_out.setData(posg,"gas","pos")
-# set density for gas
+# set gas densities
 status=my_out.setData(rho,"gas","rho")
 
 # write on file system