Date: 2022-12-21T14:56:09Z

run time in seconds: 425.309
Cpm documentation file for selection 2 of program classicalscattering

 and run a_4901

What follows is obtained by concatenating all input files and all output files

Input file ./control/classicalscattering.ini: 

// classicalscattering.ini

/////////////////////////////////////////////////
   about
/////////////////////////////////////////////////
W file=classicalscattering.ini
Ws line1=classical version of the crossway system
Ws line2=...
Ws line3=...
Ws line4=...

//////////////////////////////////////////////////////////////////////////
   selection
//////////////////////////////////////////////////////////////////////////

R tWaitAnnounceScreen=3
// Time in seconds for inspecting the introductory screen
// which shows the data from the previous 'about' section
// and some other informations.

Z sel=2
// a selector for the 'depth' of auto-generated documentation files.
// Control of auto-generated documentation files is based on the
// two entries sel, runName. These are the rules:
// 1. for sel<0 no documentation files will be created.
// 2. for sel==0 a light documentation file is created that
//   covers all the input so that the program run can be repeated.
// 3. for sel>0, in addition to the light documentation file
//    a more detailed one will be created that also can made to
//    list computational results.
// 4. All documentation files have names which contain runName
//    appended to the name of the calling program

Z cpmverbose=2
// controls the degree of detail with which program run
// information will be written to log file cpmcerr.txt

Z cpmdbg=2
// controls the reaction of the cpmassert macro:
// 1: warning on failing assertion
// 2: error stop on failing assertion

W runName=a

// identifier for the program run that will be appended to
// the names of documentation files.
// If the value of this quantity is "auto" this value will
// be replaced by an autogenerated name.
// The drawback of using "auto" that careless experimentation
// will create a large number of files which sometimes have to be
// deleted manually.

Z mode=-1
// don't change

//////////////////////////////////////////////////////////////////////////
input
//////////////////////////////////////////////////////////////////////////

Z numberOfFiles=0
// number of input files, if 0 no futher data from 'input'
// If >0 this is a flexible mechanism to get data from elsewhere
// (in addition to those from the present file).
// Not used in the present program.
// For numberOfFiles=0, the following data in this section have
// no influence.
W files1=input1
W files2=input2
W files3=input3
Z doc1=0
Z doc2=0
Z doc2=0

//////////////////////////////////////////////////////////////////////////
output
//////////////////////////////////////////////////////////////////////////

Z numberOfFiles=0
// number of output files
// Can be used to store data created during program run.
// E.g. for creation of diagrams.
// Not used in the present program.
// For numberOfFiles=0, the following data in this section have
// no influence.
W files1=data1
W files2=data2
W files3=data3
Z doc1=1
Z doc2=0
Z doc2=0

/// now we come to sections wich are specific to the present program /////

//////////////////////////////////////////////////////////////////////////
   biotope
//////////////////////////////////////////////////////////////////////////

R L1=60.
R L2=1.

/////////////////////////////////////////////////////////////////////////
   initial conditions
/////////////////////////////////////////////////////////////////////////

R x10=-1.5

R sigma1=0.1875

//////////////////////////////////////////////////////////////////////////
      system data
///////////////////////////////////////////////////////////////////////////

R m1=7.5
R m2=8.
//R lambda=-2.2598
R lambda=-2.2598
//R lambda=0.
//R dtRel=0.25
R dt=0.00106798566
//R dt=0.0001
Z ni=1
Z nf=5
Z np=8000
R beta=308.83

///////////////////////////////////////////////////////////////////////////
      run data
///////////////////////////////////////////////////////////////////////////

Z imgUpdate1=50
      // for movie
Z imgUpdate2=10

Z nSteps=8000
R gamma=0.4
B makeMovie=1
R tWait0=6.
R tWait1=0.001
   // for movie
R tWait2=6.
R tWait3=30.
R tWait4=0


// Full content of rch:

about
//------------------------------------------------------------------------

W file=classicalscattering.ini
Ws line1=classical version of the crossway system 
Ws line2=... 
Ws line3=... 
Ws line4=... 

biotope
//------------------------------------------------------------------------

R L1=60
R L2=1

initial conditions
//------------------------------------------------------------------------

R sigma1=0.1875
R x10=-1.5

input
//------------------------------------------------------------------------

Z doc1=0
Z doc2=0
Z numberOfFiles=0
W files1=input1
W files2=input2
W files3=input3

output
//------------------------------------------------------------------------

Z doc1=1
Z doc2=0
Z numberOfFiles=0
W files1=data1
W files2=data2
W files3=data3

run data
//------------------------------------------------------------------------

B makeMovie=1
Z imgUpdate1=50
Z imgUpdate2=10
Z nSteps=8000
R gamma=0.4
R tWait0=6
R tWait1=0.001
R tWait2=6
R tWait3=30
R tWait4=0

selection
//------------------------------------------------------------------------

Z cpmdbg=2
Z cpmverbose=2
Z mode=-1
Z sel=2
R tWaitAnnounceScreen=3
W runName=a

system data
//------------------------------------------------------------------------

Z nf=5
Z ni=1
Z np=8000
R beta=308.83
R dt=0.00106799
R lambda=-2.2598
R m1=7.5
R m2=8