Merge pull request #723 from jonaslandsgesell/purge_bitrandom

removed bitrandom and bitseed

doc/tutorials/tcl/01-lennard_jones/01-lennard_jones.tex

@@ -904,8 +904,6 @@ \subsubsection{System Setup}
  blockfile $cfile write bonds
  blockfile $cfile write random
  blockfile $cfile write seed
- blockfile $cfile write bitrandom
- blockfile $cfile write bitseed
 }
 \end{lstlisting}\vspace{0,2cm}
 }
@@ -951,12 +949,6 @@ \subsubsection{System Setup}
 {seed 
 	{16838}
 }
-{bitrandom 
-	{0 147 2085679233 .... }
-}	
-{bitseed 
-	{16838}
-}
 ...
 \end{verbatim}
 \vspace{0,2cm}
@@ -968,11 +960,11 @@ \subsubsection{System Setup}
 script. In the third block we find the entire particle data we had
 told the \lstinline|save_sim| function to save (id: particle id, pos:
 position, v: velocity, : force, q: charge, type). \lstinline|save_sim|
-saves interactions, bonds, random, seed, bitrandom and bitseed.  In
+saves interactions, bonds, random and seed.  In
 our case the interaction is Lennard-Jones. The bonds block is empty
 because the particles are not bound to each other like, for example,
 in a polymer. The rest of the blocks contains information (random,
-seed, bitrandom and bitseed) to be able to restore the status of the
+seed) to be able to restore the status of the
 random generator as it was while writing these blocks.  What do we
 need that for? If we rerun the simulation we will get the same results
 after we have set our variables including the random generator

doc/tutorials/tcl/01-lennard_jones/scripts/lj_functions.tcl

@@ -40,6 +40,4 @@ proc save_sim {cfile parinfo range } {
  blockfile $cfile write bonds
  blockfile $cfile write random
  blockfile $cfile write seed
- blockfile $cfile write bitrandom
- blockfile $cfile write bitseed
 }

doc/tutorials/tcl/01-lennard_jones/solutions/lj_functions.tcl

@@ -40,6 +40,4 @@ proc save_sim {cfile parinfo range } {
  blockfile $cfile write bonds
  blockfile $cfile write random
  blockfile $cfile write seed
- blockfile $cfile write bitrandom
- blockfile $cfile write bitseed
 }

doc/ug/io.tex

@@ -427,7 +427,7 @@ \subsection{Reading blocks}
   \variant{3} blockfile \var{channel} read auto 
   \variant{4} blockfile \var{channel} read \alt{particles \asep
     interactions \asep bonds \asep variable \asep seed \asep random
-    \asep bitrandom \asep configs}
+    \asep configs}
 \end{essyntax}
 
 Variants \variant{1} and \variant{2} are the low-level block-reading
@@ -442,7 +442,7 @@ \subsection{Reading blocks}
   this procedure takes over (\var{tag} is the first expression in the
   block). For most block types, at least all mentioned above, \ie
   \keyword{particles}, \keyword{interactions}, \keyword{bonds},
-  \keyword{seed}, \keyword{random}, \keyword{bitrandom},
+  \keyword{seed}, \keyword{random},
   \keyword{configs}, and \keyword{variable}, the corresponding
   procedure will overwrite the current information with the
   information from the block.
@@ -481,7 +481,6 @@ \subsection{Reading blocks}
 blockfile $out write variable all
 blockfile $out write interactions
 blockfile $out write random
-blockfile $out write bitrandom
 blockfile $out write particles "id pos type q v f" all
 blockfile $out write bonds all
 blockfile $out write configs

packages/mbtools/examples/scripts/main.tcl

@@ -301,7 +301,6 @@ for {set k $startk } { $k <  $int_n_times } { incr k} {
     blockfile $out write tclvariable all
     blockfile $out write interactions
     blockfile $out write random
-    blockfile $out write bitrandom
     blockfile $out write particles "id pos type p v f" all
     blockfile $out write bonds all
     blockfile $out write configs

packages/mbtools/utils/warmup.tcl

@@ -89,7 +89,6 @@ proc ::mbtools::utils::warmup { steps times args } {
 	    blockfile $out write tclvariable all
 	    blockfile $out write interactions
 	    blockfile $out write random
-	    blockfile $out write bitrandom
 	    blockfile $out write particles "id pos type p v f" all
 	    blockfile $out write bonds all
 	    blockfile $out write configs
@@ -180,7 +179,6 @@ proc ::mbtools::utils::nptwarmup { steps times iparms fparms args } {
 	    blockfile $out write tclvariable all
 	    blockfile $out write interactions
 	    blockfile $out write random
-	    blockfile $out write bitrandom
 	    blockfile $out write particles "id pos type p v f" all
 	    blockfile $out write bonds all
 	    blockfile $out write configs
@@ -286,4 +284,4 @@ proc ::mbtools::utils::free_warmup { args } {
 	incr i
     }
 
-}
+}