Import Geant4 9.2.0 source tree

examples/extended/biasing/README

@@ -89,62 +89,9 @@ the scoring. In this example one scorer creates a histogram.
 
 Compiling and running
 ---------------------
-Can be compiled and executed on a RedHat-7.3 system with gcc-3.2.3
-compiler and the tcsh shell.
-To compile this example you need AIDA 3.2.1 installed. To link 
-and run it you need a AIDA compliant analysis package. The
-GNUmakefile of this example shows how to use AIDA through PI as
-analysis interface.
-Histograms are saved in HBOOK format. It can be displayed with PAW or
-compatible packages.
-You need to set the following variables in your environment:
+To compile this example you need AIDA installed. To link 
+and run it you need a AIDA compliant analysis package.
+Histograms are saved in HBOOK format.
+You need to set the following variable in your environment:
    "G4ANALYSIS_USE"
-   "PI_BASE_DIR" (where PI has been installed)
-Finally, source the script setupPI.csh.
-
-Now you should be able to run gmake and to run exampleB02.
-
 The example stores the plot in the file b02.hbook.
-To look at the histogram using lizard you also may use PI 1.2.1
-http://cern.ch/PI.
-
-
-Example B03
-===========
-
-This example uses Geant4 and in particular importance sampling and
-scoring through python. It creates a simple histogram. It's meant
-to demonstrate how to use a customized scorer and importance sampling 
-in combination with a scripting language, python.
-Geant4 code is executed from a python session. Therefore, swig is used 
-to create python shadow classes and to generate the code necessary to 
-use the Geant4 libraries from a python session.
-It can be built and run using PI:  http://cern.ch/PI.
-At the end a histogram called "trackentering.hbook" is created and can be 
-displayed using standard packages (such as PAW).
-
-Building, compiling and running
--------------------------------
-
-You need to set the following variables in your environment:
-   "G4ANALYSIS_USE"
-   "PI_BASE_DIR"    (where PI has been installed)
-   "SWIG_BASE_DIR"  (where SWIG 1.3.15 has been installed)
-Finally source the script setupPI.csh.
-
-You may run gmake now.
-You should be able to execute the file B03RunApplication.py from your 
-shell or from a lizard session now.
-  
-At the moment the plotting is not available using a python script, but
-it is planned in future releases. A histogram is created and later displayed
-using standard analysis packages.
-
-To clean all the added files, just type gmake clean_all.
-
-Files in B03;
-B03Application.py: Is a example class utilizing importance sampling
-   and scoring using python.
-B03RunApplication.py: Is a python script running the example. 
-   It may be executed from the shell or in a python session.
-B03App.py: Is created by swig using swig.