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Diff for /OpenXM/src/kan96xx/Kan/dr.sm1 between version 1.40 and 1.55

version 1.40, 2004/09/14 01:57:15 version 1.55, 2013/09/22 01:06:20
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 % $OpenXM: OpenXM/src/kan96xx/Kan/dr.sm1,v 1.39 2004/09/12 02:47:45 takayama Exp $  % $OpenXM: OpenXM/src/kan96xx/Kan/dr.sm1,v 1.54 2013/01/26 10:48:26 takayama Exp $
 %% dr.sm1 (Define Ring) 1994/9/25, 26  %% dr.sm1 (Define Ring) 1994/9/25, 26
 %% This file is error clean.  %% This file is error clean.
   
 @@@.quiet {   }  @@@.quiet {   }
 { (macro package : dr.sm1,   9/26,1995 --- Version 12/10, 2000. ) message } ifelse  { (macro package : dr.sm1,   9/26,1995 --- Version 09/22, 2013. ) message } ifelse
   
 /ctrlC-hook {  /ctrlC-hook {
 %%% define your own routing in case of error.  %%% define your own routing in case of error.
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      0 1 << set0 length 1 sub >>       0 1 << set0 length 1 sub >>
      {       {
         /i set          /i set
         << set0 i get >> a eq          set0 i get tag , a tag , eq {
         {            << set0 i get >> a eq
            /flag 1 def            {
          }               /flag 1 def  exit
         { }             }
         ifelse            { }
             ifelse
           } {  } ifelse
      } for       } for
   ] pop    ] pop
   /arg1 flag def    /arg1 flag def
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   (one may use the command )    (one may use the command )
   (          f (ring) data_conversion /R set)    (          f (ring) data_conversion /R set)
   (cf. define_ring, define_qring, system_variable, poly (ring) data_conversion)    (cf. define_ring, define_qring, system_variable, poly (ring) data_conversion)
   (cf. << __ >>)    (cf. << __ >>, getRing)
  ]   ]
 ] putUsages  ] putUsages
   
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   (type?) data_conversion  RingP eq    (type?) data_conversion  RingP eq
 } def  } def
   
   [(isByteArray)
    [(obj isByteArray bool) ]
   ] putUsages
   /isByteArray {
     (type?) data_conversion  ByteArrayP eq
   } def
   
 /toString.tmp {  /toString.tmp {
   /arg1 set    /arg1 set
   [/obj /fname] pushVariables    [/obj /fname] pushVariables
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     { obj (string) data_conversion } { } ifelse      { obj (string) data_conversion } { } ifelse
     obj isRational      obj isRational
     { obj (string) data_conversion } { } ifelse      { obj (string) data_conversion } { } ifelse
       obj isByteArray
       { obj (array) data_conversion toString } { } ifelse
     obj tag 0 eq      obj tag 0 eq
     { (null) } { } ifelse      { (null) } { } ifelse
   
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 /RationalFunctionP 16 def  /RationalFunctionP 16 def
 /ClassP 17 def  /ClassP 17 def
 /DoubleP 18 def  /DoubleP 18 def
   /ByteArrayP 19 def
 /@.datatypeConstant.usage [  /@.datatypeConstant.usage [
  (IntegerP, LiteralP, StringP, ExecutableArrayP, ArrayP, PolyP, FileP, RingP,)   (IntegerP, LiteralP, StringP, ExecutableArrayP, ArrayP, PolyP, FileP, RingP,)
  (UniversalNumberP, RationalFunctionP, ClassP, DoubleP)   (UniversalNumberP, RationalFunctionP, ClassP, DoubleP, ByteArrayP)
  (      return data type identifiers.)   (      return data type identifiers.)
  (Example:  7 tag IntegerP eq  ---> 1)   (Example:  7 tag IntegerP eq  ---> 1)
 ] def  ] def
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 [(RationalFunctionP) @.datatypeConstant.usage ] putUsages  [(RationalFunctionP) @.datatypeConstant.usage ] putUsages
 [(ClassP) @.datatypeConstant.usage ] putUsages  [(ClassP) @.datatypeConstant.usage ] putUsages
 [(DoubleP) @.datatypeConstant.usage ] putUsages  [(DoubleP) @.datatypeConstant.usage ] putUsages
   [(ByteArrayP) @.datatypeConstant.usage ] putUsages
   
 [(__)  [(__)
  [( string ring __ polynomial)   [( string ring __ polynomial)
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  [( string .. universalNumber)   [( string .. universalNumber)
   (Parse the << string >> as a universalNumber.)    (Parse the << string >> as a universalNumber.)
   (Example:  (123431232123123).. /n set)    (Example:  (123431232123123).. /n set)
     ({ commands }..  executes the commands.  << .. >> is equivalent to exec.)
 ]] putUsages  ]] putUsages
 /.. { (universalNumber) data_conversion } def  /.. { dup tag 3 eq { exec } { (universalNumber) data_conversion} ifelse } def
   
 [(dc)  [(dc)
  [(Abbreviation of data_conversion.)   [(Abbreviation of data_conversion.)
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 } def  } def
 [(getRing)  [(getRing)
 [(obj getRing rr)  [(obj getRing rr)
  (ring rr;)   (ring rr; )
  (getRing obtains the ring structure from obj.)   (getRing obtains the ring structure from obj.)
  (If obj is a polynomial, it returns the ring structure associated to)   (If obj is a polynomial, it returns the ring structure associated to)
  (the polynomial.)   (the polynomial.)
  (If obj is an array, it recursively looks for the ring structure.)   (If obj is an array, it recursively looks for the ring structure.)
    (cf. ring_def)
 ]] putUsages  ]] putUsages
 /toVectors {  /toVectors {
   /arg1 set    /arg1 set
Line 4151  $ [ff ff] fromVectors :: $ 
Line 4166  $ [ff ff] fromVectors :: $ 
 /getNode {  /getNode {
   /arg2 set    /arg2 set
   /arg1 set    /arg1 set
   [/in-getNode /ob /key /rr /rr /ii] pushVariables    [/in-getNode /ob /key /rr /tt /ii] pushVariables
   [    [
     /ob arg1 def      /ob arg1 def
     /key arg2 def      /key arg2 def
     /rr null def      /rr null def
     {      {
         ob isArray {
           ob length 1 gt {
             ob 0 get isString {
               ob 0 get , key eq {
                 /rr ob 1 get def exit
               } {  } ifelse
             } { } ifelse
           }{ } ifelse
           ob { key getNode , dup tag 0 eq {pop} { } ifelse }  map /tt set
           tt length 0 gt { /rr tt 0 get def exit }
           {/rr null def exit } ifelse
         } { } ifelse
   
       ob isClass {        ob isClass {
         ob (array) dc /ob set          ob (array) dc /ob set
       } { exit } ifelse        } { } ifelse
         ob isClass , ob isArray or { } { exit } ifelse
       ob 0 get key eq {        ob 0 get key eq {
         /rr ob def          /rr ob def
         exit          exit
Line 4178  $ [ff ff] fromVectors :: $ 
Line 4207  $ [ff ff] fromVectors :: $ 
   arg1    arg1
 } def  } def
 [(getNode)  [(getNode)
 [(ob key getNode)  [(ob key getNode node-value)
  (ob is a class object.)   (ob is a class object or an array.)
  (The operator getNode returns the node with the key in ob.)   (The operator getNode returns the node with the key in ob.)
  (The node is an array of the format [key attr-list node-list])   (When ob is a class, the node is an array of the format [key attr-list node-list])
    (When ob is an array, the node is a value of key-value pairs.)
  (Example:)   (Example:)
  (  /dog [(dog) [[(legs) 4] ] [ ]] [(class) (tree)] dc def)   (  /dog [(dog) [[(legs) 4] ] [ ]] [(class) (tree)] dc def)
  (  /man [(man) [[(legs) 2] ] [ ]] [(class) (tree)] dc def)   (  /man [(man) [[(legs) 2] ] [ ]] [(class) (tree)] dc def)
  (  /ma [(mammal) [ ] [man dog]] [(class) (tree)] dc def)   (  /ma [(mammal) [ ] [man dog]] [(class) (tree)] dc def)
  (  ma (dog) getNode )   (  ma (dog) getNode )
    (Example 2:)
    ( [ [1 ] [2 3] [[(dog) 2]]] (dog) getNode ::)
 ]] putUsages  ]] putUsages
   
 /cons {  /cons {
Line 4252  $ [ff ff] fromVectors :: $ 
Line 4284  $ [ff ff] fromVectors :: $ 
 [(list listToArray a)  [(list listToArray a)
 ]] putUsages  ]] putUsages
   
 /makeInfix {  % Body is moved to smacro.sm1
   [(or_attr) 4   4 -1 roll ] extension  
 } def  
 [(makeInfix)  [(makeInfix)
 [(literal makeInfix)  [(literal makeInfix)
  (Change literal to an infix operator.)   (Change literal to an infix operator.)
Line 4273  $ [ff ff] fromVectors :: $ 
Line 4303  $ [ff ff] fromVectors :: $ 
     {  % begin loop      {  % begin loop
   
        name isArray {         name isArray {
          /ukeys @.usages { 0 get } map def           /ukeys @.usages { 0 get } map shell def
          name { /key set [(regexec) key ukeys] extension           name { /key set [(regexec) key ukeys] extension
                 { 0 get } map } map /sss set                  { 0 get } map } map /sss set
          exit           exit
Line 4322  $ [ff ff] fromVectors :: $ 
Line 4352  $ [ff ff] fromVectors :: $ 
   (num usages list-of-key-words)    (num usages list-of-key-words)
   ([key1 key2 ... ] usages list-of-key-words  : it accepts regular expressions.)    ([key1 key2 ... ] usages list-of-key-words  : it accepts regular expressions.)
 ]] putUsages  ]] putUsages
   
   /setMinus {
     /arg2 set /arg1 set
     [/aa /bb /i ] pushVariables
     [
       /aa arg1 def /bb arg2 def
       [
         0 1 aa length 1 sub {
           /i set
           aa i get bb memberQ {
           } { aa i get } ifelse
         } for
       ] /arg1 set
     ] pop
     popVariables
     arg1
   } def
   [(setMinus)
   [(a b setMinus c)
   ]] putUsages
   
   % Define  some infix operators
   /~add~ { add } def /~add~ makeInfix
   /~sub~ { sub } def /~sub~ makeInfix
   /~mul~ { mul } def /~mul~ makeInfix
   /~div~ { div } def /~div~ makeInfix
   /~power~ { power } def /~power~ makeInfix
   /~put~ {
     dup tag 3 eq { exec } {  } ifelse  put
   } def
   /~put~ makeInfix
   
   /toTokensBySpace {
     /arg1 set
     [(cgiToTokens) arg1 [ ]] extension
   } def
   [(toTokensBySpace)
   [
    ( string toTokensBySpace token_array )
   ]] putUsages
   
   /setAttributeList {
     /arg2 set
     /arg1 set
     [
       [(setAttributeList) arg1 arg2] extension /arg1 set
     ] pop
     arg1
   } def
   /getAttributeList {
     /arg1 set
     [(getAttributeList) arg1] extension
   } def
   /setAttribute {
     /arg3 set
     /arg2 set
     /arg1 set
     [
       [(setAttribute) arg1 arg2 arg3] extension /arg1 set
     ] pop
     arg1
   } def
   /getAttribute {
     /arg2 set
     /arg1 set
     [(getAttribute) arg1 arg2] extension
   } def
   [(setAttributeList)
   [
    (ob attr setAttributeList new-obj )
    (Example: [(x-1) (y-1)] [(gb) 1] setAttributeList /ff set )
   ]] putUsages
   [(setAttribute)
   [
    (ob key value setAttribute new-obj )
    (Example: [(x-1) (y-1)] (gb) 1 setAttribute /ff set )
   ]] putUsages
   [(getAttributeList)
   [
    (ob getAttributeList attr-obj )
    (Example: [(x-1) (y-1)] [(gb) 1] setAttributeList /ff set )
    (         ff getAttributeList :: )
   ]] putUsages
   [(getAttribute)
   [
    (ob key getAttribute value )
    (Example: [(x-1) (y-1)] (gb) 1 setAttribute /ff set )
    (         ff (gb) getAttribute :: )
   ]] putUsages
   
   % [(gbCheck) 1 (needSyz) 1 (countDown) 100]  (attribute format)
   % --> [(gbCheck) (needSyz) (countDown) 100]  (groebner option format)
   % cf. gb
   /configureGroebnerOption {
     /arg1 set
     [/opt /i] pushVariables
     [
       /opt arg1 def
       opt tag 0 eq {
        /arg1 null def
       } {
        [
         0 2 opt length 1 sub {
           /i set
           opt i get
           opt i get (countDown) eq {
              opt i 1 add get
           } { } ifelse
           opt i get (stopDegree) eq {
              opt i 1 add get
           } { } ifelse
         } for
        ] /arg1 set
       } ifelse
     ] pop
     popVariables
     arg1
   } def
   
   [(getFileType)
   [
    (string getFileType type)
    $Example: (/www/prog/cohom.sm1) getFileType ==> (sm1)$
   ]] putUsages
   /getFileType {
     /arg1 set
     [/ss ] pushVariables
     [ /ss arg1 def
       [(stringToArgv2) ss (.)] extension /ss set
       ss, ss length 1 sub, get /arg1 set
     ] pop
     popVariables
     arg1
   } def
   
   % Default initial value.
   /localizedString.file null def
   /localizedString.dic [ ] def
   /localizedString.local { } def
   
   % Clear and load
   /localizedString.load {
     /localizedString.dic [ ] def
     /localizedString.local { } def
     localizedString.file tag 0 eq { }
     { [(parse) localizedString.file pushfile] extension pop  } ifelse
   } def
   
   
   [(localizedString)
    [
     (string localizedString translatedString)
     (It returns localizedString if localizedString.dic [array] and)
     (localizedString.local [function] are set.)
    ]
   ] putUsages
   /localizedString {
     /arg1 set
     [/ss /ans /tt] pushVariables
     [
       arg1 /ss set
       /ans ss def
       {
         localizedString.dic length 0  eq { exit } { } ifelse
         localizedString.dic ss getNode /tt set
         tt tag 0 eq {  } { tt /ans set exit } ifelse
         ss localizedString.local /ans set
         exit
       } loop
       ans /arg1 set
     ] pop
     popVariables
     arg1
   } def
   
   [(univ2poly)
   [(list univ2poly list2)
    (Change universal numbers in list to an element of a ring of polynomials)
    (defined by other elements in list. If there is no polynomial element,)
    (the current ring is used.)
   ]] putUsages
   /univ2poly {
     /arg1 set
     [/aa /rg /ag /ans] pushVariables
     [
       arg1 /aa set
       [(CurrentRingp)] system_variable /rg set
       aa getRing /ag set
       ag tag 0 { } {
         ag ring_def
       } ifelse
       aa univ2poly.aux /ans set
       rg ring_def
       ans /arg1 set
     ] pop
     popVariables
     arg1
   } def
   
   /univ2poly.aux {
     /arg1 set
     [/aa /ans] pushVariables
     [
       arg1 /aa set
       aa getRing
       aa tag 6 eq {
         aa { univ2poly.aux} map /ans set
       }{
         aa tag 15 eq, aa tag 1 eq, or { aa toString . /ans set } {
           aa /ans set
         } ifelse
       } ifelse
       ans /arg1 set
     ] pop
     popVariables
     arg1
   } def
   
   /sm1log {
     /arg1 set
     [/ss /fd ] pushVariables
     [
       arg1 /ss set
       (/tmp/sm1log.txt) (a) file /fd set
       fd , ss (string) dc , writestring
       fd closefile
     ] pop
     popVariables
   } def
   
 ;  ;
   
Legend:
Removed from v.1.40  
changed lines
  Added in v.1.55
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