Révision 14

Portal/configurations/demo/html/Home_srcmf.jsp (revision 14)
1 
<jsp:directive.page contentType="text/html;charset=UTF-8" />
2 
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
3 
<html xmlns="http://www.w3.org/1999/xhtml">
4 
<head>
5 
<meta http-equiv="Content-Type" content="text/html; charset=UTF-8" />
6 
<title></title>
7 
</head>
8 

  		





  9
  
  
    
<body>


  		





  10
  
  
    
<div style="padding-left:25px;">


  		





  11
  
  
    
<h1>Welcome to the SRCMF demo</h1>


  		





  12
  
  
    
<p>


  		





  13
  
  
    
In this portal you will be able to query the syntactic annotations of the SRCMF sample corpus (Beroul) with the TigerSearch search engine.


  		





  14
  
  
    
</p>


  		





  15
  
  
    

  		





  16
  
  
    
<h1> Use of TXM portal interface </h1>


  		





  17
  
  
    

  		





  18
  
  
    
<p>


  		





  19
  
  
    
To begin a TigerSearch query:


  		





  20
  
  
    
<ul>


  		





  21
  
  
    
<li> right click on the "SRCMF2" corpus icon in the left panel.</li>


  		





  22
  
  
    
<li> select the "Tiger Search" menu item</li>


  		





  23
  
  
    
<li> A new search tab will open, and allow you to type TigerSearch queries</li>


  		





  24
  
  
    
<li> The "Search" button will run the query</li>


  		





  25
  
  
    
<li> The first matching tree will be displayed in the panel below</li>


  		





  26
  
  
    
</ul>


  		





  27
  
  
    
</p>


  		





  28
  
  
    

  		





  29
  
  
    
<p>


  		





  30
  
  
    
The central bar then allows you to navigate through the results.


  		





  31
  
  
    
<ul>


  		





  32
  
  
    
<li>the "|<" button shows the first match</li>


  		





  33
  
  
    
<li>the "<" button shows the previous match</li>


  		





  34
  
  
    
<li>the ">" button shows the next match</li>


  		





  35
  
  
    
<li>the ">|" button show the last match</li>


  		





  36
  
  
    
<li>the "Export" button opens a new window with the current tree, that you can save in a file</li>


  		





  37
  
  
    
</ul>


  		





  38
  
  
    
</p>


  		





  39
  
  
    

  		





  40
  
  
    
<p>


  		





  41
  
  
    
In the left panel, all the usual TXM commands are also available on the "SRCMF2" corpus (by right clicking on the corpus):


  		





  42
  
  
    
<ul>


  		





  43
  
  
    
<li> Dimensions: gives the number of tokens and the number of types of the corpus</li>


  		





  44
  
  
    
<li> Index: gives the frequency list of results of CQL patterns</li>


  		





  45
  
  
    
<li> Lexicon: gives the frequency list of word properties</li>


  		





  46
  
  
    
<li> Concordances: builds a KWIC concordance of the results of a CQL query</li>


  		





  47
  
  
    
<li> Tiger Search: displays the matching trees of a TIGERSearch query</li>


  		





  48
  
  
    
<li> Context: builds a concordance of the results of a CQL query</li>


  		





  49
  
  
    
<li> Edition: displays the corpus text</li>


  		





  50
  
  
    
</ul>


  		





  51
  
  
    
</p>


  		





  52
  
  
    

  		





  53
  
  
    
<h1>SRCMF corpus: TIGERSearch web interface</h1>


  		





  54
  
  
    

  		





  55
  
  
    
<h2>Query format</h2>


  		





  56
  
  
    

  		





  57
  
  
    
<p>Type query using standard TIGERSearch syntax in the format <tt>#node:[ properties ] operator #node:[ properties ]</tt>.


  		





  58
  
  
    
Full documentation for the query language may be found <a href = "http://www.ims.uni-stuttgart.de/projekte/TIGER/TIGERSearch/doc/html/QueryLanguage.html">here</a>;  


  		





  59
  
  
    
see also the <a href = "http://www.ims.uni-stuttgart.de/projekte/TIGER/TIGERSearch/doc/html/QueryLanguage_QuickReference.html">quick reference</a>.


  		





  60
  
  
    
</p>


  		





  61
  
  
    

  		





  62
  
  
    
<h2>Model semantics</h2>


  		





  63
  
  
    

  		





  64
  
  
    
<h3>Non-terminal nodes</h3>


  		





  65
  
  
    

  		





  66
  
  
    
<p>The corpus contains two main types of non-terminal node: <strong>heads</strong> and <strong>structures</strong>.  


  		





  67
  
  
    
These alternate in the hierarchy: <tt>structure >M head >D structure(s)... >M head</tt>.


  		





  68
  
  
    

  		





  69
  
  
    
<p>Each non-terminal node has a <tt>cat</tt> property.</p>


  		





  70
  
  
    
The <tt>cat</tt> property of a head gives its morphological type: 


  		





  71
  
  
    
<span title="Finite verb"><tt>VFin</tt></span>, 


  		





  72
  
  
    
<span title="Infinitive"><tt>VInf</tt></span>, 


  		





  73
  
  
    
<span title="Participle"><tt>VPar</tt></span>, 


  		





  74
  
  
    
<span title="Noun"><tt>Nom</tt></span>, 


  		





  75
  
  
    
<span title="Adjective"><tt>Adj</tt></span>, 


  		





  76
  
  
    
<span title="Adverb"><tt>Adv</tt></span>.


  		





  77
  
  
    
<p>The <tt>cat</tt> property of a structure node gives its function relative to the head on which it depends: 


  		





  78
  
  
    
<span title="Auxiliated non-finite verb (neither passive nor active)"><tt>Aux</tt></span>,


  		





  79
  
  
    
<span title="Auxiliated non-finite verb (active)"><tt>AuxA</tt></span>,


  		





  80
  
  
    
<span title="Auxiliated non-finite verb (passive)"><tt>AuxP</tt></span>,


  		





  81
  
  
    
<span title="Determiner"><tt>Det</tt></span>,


  		





  82
  
  
    
<span title="Modifier"><tt>ModA</tt></span>,


  		





  83
  
  
    
<span title="Dislocated modifier"><tt>ModD</tt></span>,


  		





  84
  
  
    
<span title="Object attribute"><tt>AtObj</tt></span>,


  		





  85
  
  
    
<span title="Subject attribute"><tt>AtSj</tt></span>,


  		





  86
  
  
    
<span title="Non-finite clause"><tt>Regim</tt></span>,


  		





  87
  
  
    
<span title="Complement"><tt>Cmpl</tt></span>,


  		





  88
  
  
    
<span title="Object"><tt>Obj</tt></span>,


  		





  89
  
  
    
<span title="Reflexive"><tt>Refl</tt></span>,


  		





  90
  
  
    
<span title="Impersonal / expletive subject"><tt>SjImp</tt></span>,


  		





  91
  
  
    
<span title="Personal subject"><tt>SjPer</tt></span>,


  		





  92
  
  
    
<span title="Adjunct"><tt>Circ</tt></span>,


  		





  93
  
  
    
<span title="Negative particle (e.g. pas, mie)"><tt>NgPrt</tt></span>,


  		





  94
  
  
    
<span title="Negative"><tt>Ng</tt></span>,


  		





  95
  
  
    
<span title="Apostrophe (vocative)"><tt>Apst</tt></span>,


  		





  96
  
  
    
<span title="Inserted clause"><tt>Insrt</tt></span>,


  		





  97
  
  
    
<span title="Interjection"><tt>Intj</tt></span>.</p>


  		





  98
  
  
    

  		





  99
  
  
    
<p>The head of each sentence (a finite verb) is the daughter of a <strong>maximal structure</strong> (<tt>cat = <span title="Sentence">Snt</span></tt>).</p>


  		





  100
  
  
    

  		





  101
  
  
    
<p>Relating words such a prepositions, conjunctions and subordinated conjunctions (<span title="Non-coordinating relator"><tt>RelNC</tt></span>,


  		





  102
  
  
    
<span title="Coordinating relator"><tt>RelC</tt></span>) are daughters of a structure node: structure >R relator.</p>


  		





  103
  
  
    

  		





  104
  
  
    
<p>Coordinated structures are linked to a <strong>group</strong> node by a secondary arc, labelled <tt>coord</tt>: group >~coord structure.</p>


  		





  105
  
  
    

  		





  106
  
  
    
<h3>Terminal nodes</h3>


  		





  107
  
  
    

  		





  108
  
  
    
<p><strong>Words</strong> are terminal nodes. Each terminal node has a <tt>word</tt> property, containing its lexical form, and a <tt>pos</tt> property, containing its part-of-speech (Cattex–TreeTagger).</p>


  		





  109
  
  
    

  		





  110
  
  
    
<h2>Sample queries</h2>


  		





  111
  
  
    
<p>


  		





  112
  
  
    
The following sample queries may be tested by copying and pasting into the query panel.


  		





  113
  
  
    
</p>


  		





  114
  
  
    
<p>Find all main clause verbs:<br/>


  		





  115
  
  
    
<tt>[cat = "Snt"] >M #vfin:[cat = "VFin"]</tt></p>


  		





  116
  
  
    

  		





  117
  
  
    
<p>Find all structures introduced by a preposition:<br/>


  		





  118
  
  
    
<tt>#n >R #relnc:[cat = "RelNC"]<br/>


  		





  119
  
  
    
&amp; #relnc >L [pos = /PRE.*/]</tt><br/>


  		





  120
  
  
    
</p>


  		





  121
  
  
    

  		





  122
  
  
    
<p>Find all post-verbal NP subjects:<br/>


  		





  123
  
  
    
<tt>#verb:[cat = "VFin"] >D #suj:[cat = "SjPer"]<br/>


  		





  124
  
  
    
&amp; #suj >M [cat = "Nom"]<br/>


  		





  125
  
  
    
&amp; #suj >@l #sword<br/>


  		





  126
  
  
    
&amp; #verb >L #vword<br/>


  		





  127
  
  
    
&amp; #vword .* #sword</tt></p>


  		





  128
  
  
    

  		





  129
  
  
    
<p>Find indefinite subjects introduced by <q>qui</q>:<br/>


  		





  130
  
  
    
<tt>[cat = "VFin"] >D #suj:[cat = "SjPer"]<br/>


  		





  131
  
  
    
&amp; #suj >R #relnc:[cat = "RelNC"]<br/>


  		





  132
  
  
    
&amp; ( #relnc >L [word = /[QqKk]u?i/]<br/>


  		





  133
  
  
    
| #relnc >~dupl [word = /[QqKk]u?i/] )</tt><br/></p>


  		





  134
  
  
    

  		





  135
  
  
    
<p>Find sentences with coordinated subjects:<br/>


  		





  136
  
  
    
<tt>#coo:[cat = "Coo"] >~coord #sj1:[cat = "SjPer"]<br/>


  		





  137
  
  
    
&amp; #coo >~coord #sj2:[cat = "SjPer"]<br/>


  		





  138
  
  
    
&amp; #sj1 $ #sj2</tt></p>


  		





  139
  
  
    

  		





  140
  
  
    
<p>Find sentences with possible <q>gapping</q> of the finite verb (i.e. coordination of subject–predicate pairs):<br/>


  		





  141
  
  
    
<tt>#gpcoo1:[cat = "GpCoo"] >~coord #suj1:[cat = "SjPer"]<br/>


  		





  142
  
  
    
&amp; #gpcoo1 $.* #gpcoo2:[cat = "GpCoo"]<br/>


  		





  143
  
  
    
&amp; #gpcoo2 >~coord #suj2:[cat = "SjPer"]<br/>


  		





  144
  
  
    
&amp; #gpcoo1 >~coord #pred1:[cat = /Cmpl|Obj|AtSj/]<br/>


  		





  145
  
  
    
&amp; #gpcoo2 >~coord #pred2:[cat = /Cmpl|Obj|AtSj/]<br/>


  		





  146
  
  
    
</p>


  		





  147
  
  
    

  		





  148
  
  
    
<h1> Useful links</h1>


  		





  149
  
  
    
<p>


  		





  150
  
  
    
<ul>


  		





  151
  
  
    
<li><a href = "https://listes.cru.fr/wiki/srcmf/index">SRCMF wiki</a></li>


  		





  152
  
  
    
<li><a href = "https://textometrie.svn.sourceforge.net/svnroot/textometrie/trunk/doc/Tutoriel%20TXM%20pour%20la%20BFM%20V0.9_Web.odt">TXM tutorial (FR)</a> </li>


  		





  153
  
  
    
<li><a href = "http://www.ims.uni-stuttgart.de/projekte/TIGER/TIGERSearch/oldindex.shtml">TIGERSearch project website</a></li>


  		





  154
  
  
    
<li><a href = "http://bfm.ens-lyon.fr/">BFM project website</a></li>


  		





  155
  
  
    
<li><a href = "http://textometrie.ens-lyon.fr/?lang=en">TXM project website</a></li>


  		





  156
  
  
    
</ul>


  		





  157
  
  
    
</p>


  		





  158
  
  
    
</div>


  		





  159
  
  
    
</body>


  		





  160
  
  
    
</html>


  		












  

    
      Portal/configurations/demo/html/Help_srcmf.jsp	(revision 14)
    
  






  1
  
  
    
<jsp:directive.page contentType="text/html;charset=UTF-8" />


  		





  2
  
  
    
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">


  		





  3
  
  
    
<html xmlns="http://www.w3.org/1999/xhtml">


  		





  4
  
  
    
<head>


  		





  5
  
  
    
<meta http-equiv="Content-Type" content="text/html; charset=UTF-8" />


  		





  6
  
  
    
<title></title>


  		





  7
  
  
    
</head>


  		





  8
  
  
    
<body>


  		





  9
  
  
    
<div style="padding-left:25px;">


  		





  10
  
  
    
<h1>SRCMF corpus: TIGERSearch web interface</h1>


  		





  11
  
  
    

  		





  12
  
  
    
<h2>Query format</h2>


  		





  13
  
  
    

  		





  14
  
  
    
<p>Type query using standard TIGERSearch syntax in the format <tt>#node:[ properties ] operator #node:[ properties ]</tt>.


  		





  15
  
  
    
Full documentation for the query language may be found <a href = "http://www.ims.uni-stuttgart.de/projekte/TIGER/TIGERSearch/doc/html/QueryLanguage.html">here</a>;  


  		





  16
  
  
    
see also the <a href = "http://www.ims.uni-stuttgart.de/projekte/TIGER/TIGERSearch/doc/html/QueryLanguage_QuickReference.html">quick reference</a>.


  		





  17
  
  
    
</p>


  		





  18
  
  
    

  		





  19
  
  
    
<h2>Model semantics</h2>


  		





  20
  
  
    

  		





  21
  
  
    
<h3>Non-terminal nodes</h3>


  		





  22
  
  
    

  		





  23
  
  
    
<p>The corpus contains two main types of non-terminal node: <strong>heads</strong> and <strong>structures</strong>.  


  		





  24
  
  
    
These alternate in the hierarchy: <tt>structure >M head >D structure(s)... >M head</tt>.


  		





  25
  
  
    

  		





  26
  
  
    
<p>Each non-terminal node has a <tt>cat</tt> property.</p>


  		





  27
  
  
    
The <tt>cat</tt> property of a head gives its morphological type: 


  		





  28
  
  
    
<span title="Finite verb"><tt>VFin</tt></span>, 


  		





  29
  
  
    
<span title="Infinitive"><tt>VInf</tt></span>, 


  		





  30
  
  
    
<span title="Participle"><tt>VPar</tt></span>, 


  		





  31
  
  
    
<span title="Noun"><tt>Nom</tt></span>, 


  		





  32
  
  
    
<span title="Adjective"><tt>Adj</tt></span>, 


  		





  33
  
  
    
<span title="Adverb"><tt>Adv</tt></span>.


  		





  34
  
  
    
<p>The <tt>cat</tt> property of a structure node gives its function relative to the head on which it depends: 


  		





  35
  
  
    
<span title="Auxiliated non-finite verb (neither passive nor active)"><tt>Aux</tt></span>,


  		





  36
  
  
    
<span title="Auxiliated non-finite verb (active)"><tt>AuxA</tt></span>,


  		





  37
  
  
    
<span title="Auxiliated non-finite verb (passive)"><tt>AuxP</tt></span>,


  		





  38
  
  
    
<span title="Determiner"><tt>Det</tt></span>,


  		





  39
  
  
    
<span title="Modifier"><tt>ModA</tt></span>,


  		





  40
  
  
    
<span title="Dislocated modifier"><tt>ModD</tt></span>,


  		





  41
  
  
    
<span title="Object attribute"><tt>AtObj</tt></span>,


  		





  42
  
  
    
<span title="Subject attribute"><tt>AtSj</tt></span>,


  		





  43
  
  
    
<span title="Non-finite clause"><tt>Regim</tt></span>,


  		





  44
  
  
    
<span title="Complement"><tt>Cmpl</tt></span>,


  		





  45
  
  
    
<span title="Object"><tt>Obj</tt></span>,


  		





  46
  
  
    
<span title="Reflexive"><tt>Refl</tt></span>,


  		





  47
  
  
    
<span title="Impersonal / expletive subject"><tt>SjImp</tt></span>,


  		





  48
  
  
    
<span title="Personal subject"><tt>SjPer</tt></span>,


  		





  49
  
  
    
<span title="Adjunct"><tt>Circ</tt></span>,


  		





  50
  
  
    
<span title="Negative particle (e.g. pas, mie)"><tt>NgPrt</tt></span>,


  		





  51
  
  
    
<span title="Negative"><tt>Ng</tt></span>,


  		





  52
  
  
    
<span title="Apostrophe (vocative)"><tt>Apst</tt></span>,


  		





  53
  
  
    
<span title="Inserted clause"><tt>Insrt</tt></span>,


  		





  54
  
  
    
<span title="Interjection"><tt>Intj</tt></span>.</p>


  		





  55
  
  
    

  		





  56
  
  
    
<p>The head of each sentence (a finite verb) is the daughter of a <strong>maximal structure</strong> (<tt>cat = <span title="Sentence">Snt</span></tt>).</p>


  		





  57
  
  
    

  		





  58
  
  
    
<p>Relating words such a prepositions, conjunctions and subordinated conjunctions (<span title="Non-coordinating relator"><tt>RelNC</tt></span>,


  		





  59
  
  
    
<span title="Coordinating relator"><tt>RelC</tt></span>) are daughters of a structure node: structure >R relator.</p>


  		





  60
  
  
    

  		





  61
  
  
    
<p>Coordinated structures are linked to a <strong>group</strong> node by a secondary arc, labelled <tt>coord</tt>: group >~coord structure.</p>


  		





  62
  
  
    

  		





  63
  
  
    
<h3>Terminal nodes</h3>


  		





  64
  
  
    

  		





  65
  
  
    
<p><strong>Words</strong> are terminal nodes. Each terminal node has a <tt>word</tt> property, containing its lexical form, and a <tt>pos</tt> property, containing its part-of-speech (Cattex–TreeTagger).</p>


  		





  66
  
  
    

  		





  67
  
  
    
<h2>Sample queries</h2>


  		





  68
  
  
    
<p>


  		





  69
  
  
    
The following sample queries may be tested by copying and pasting into the query panel.


  		





  70
  
  
    
</p>


  		





  71
  
  
    
<p>Find all main clause verbs:<br/>


  		





  72
  
  
    
<tt>[cat = "Snt"] >M #vfin:[cat = "VFin"]</tt></p>


  		





  73
  
  
    

  		





  74
  
  
    
<p>Find all structures introduced by a preposition:<br/>


  		





  75
  
  
    
<tt>#n >R #relnc:[cat = "RelNC"]<br/>


  		





  76
  
  
    
&amp; #relnc >L [pos = /PRE.*/]</tt><br/>


  		





  77
  
  
    
</p>


  		





  78
  
  
    

  		





  79
  
  
    
<p>Find all post-verbal NP subjects:<br/>


  		





  80
  
  
    
<tt>#verb:[cat = "VFin"] >D #suj:[cat = "SjPer"]<br/>


  		





  81
  
  
    
&amp; #suj >M [cat = "Nom"]<br/>


  		





  82
  
  
    
&amp; #suj >@l #sword<br/>


  		





  83
  
  
    
&amp; #verb >L #vword<br/>


  		





  84
  
  
    
&amp; #vword .* #sword</tt></p>


  		





  85
  
  
    

  		





  86
  
  
    
<p>Find indefinite subjects introduced by <q>qui</q>:<br/>


  		





  87
  
  
    
<tt>[cat = "VFin"] >D #suj:[cat = "SjPer"]<br/>


  		





  88
  
  
    
&amp; #suj >R #relnc:[cat = "RelNC"]<br/>


  		





  89
  
  
    
&amp; ( #relnc >L [word = /[QqKk]u?i/]<br/>


  		





  90
  
  
    
| #relnc >~dupl [word = /[QqKk]u?i/] )</tt><br/></p>


  		





  91
  
  
    

  		





  92
  
  
    
<p>Find sentences with coordinated subjects:<br/>


  		





  93
  
  
    
<tt>#coo:[cat = "Coo"] >~coord #sj1:[cat = "SjPer"]<br/>


  		





  94
  
  
    
&amp; #coo >~coord #sj2:[cat = "SjPer"]<br/>


  		





  95
  
  
    
&amp; #sj1 $ #sj2</tt></p>


  		





  96
  
  
    

  		





  97
  
  
    
<p>Find sentences with possible <q>gapping</q> of the finite verb (i.e. coordination of subject–predicate pairs):<br/>


  		





  98
  
  
    
<tt>#gpcoo1:[cat = "GpCoo"] >~coord #suj1:[cat = "SjPer"]<br/>


  		





  99
  
  
    
&amp; #gpcoo1 $.* #gpcoo2:[cat = "GpCoo"]<br/>


  		





  100
  
  
    
&amp; #gpcoo2 >~coord #suj2:[cat = "SjPer"]<br/>


  		





  101
  
  
    
&amp; #gpcoo1 >~coord #pred1:[cat = /Cmpl|Obj|AtSj/]<br/>


  		





  102
  
  
    
&amp; #gpcoo2 >~coord #pred2:[cat = /Cmpl|Obj|AtSj/]<br/>


  		





  103
  
  
    
</p>


  		





  104
  
  
    

  		





  105
  
  
    
<h1> Useful links</h1>


  		





  106
  
  
    
<p>


  		





  107
  
  
    
<ul>


  		





  108
  
  
    
<li><a href = "https://listes.cru.fr/wiki/srcmf/index">SRCMF wiki</a></li>


  		





  109
  
  
    
<li><a href = "https://textometrie.svn.sourceforge.net/svnroot/textometrie/trunk/doc/Tutoriel%20TXM%20pour%20la%20BFM%20V0.9_Web.odt">TXM tutorial (FR)</a> </li>


  		





  110
  
  
    
<li><a href = "http://www.ims.uni-stuttgart.de/projekte/TIGER/TIGERSearch/oldindex.shtml">TIGERSearch project website</a></li>


  		





  111
  
  
    
<li><a href = "http://bfm.ens-lyon.fr/">BFM project website</a></li>


  		





  112
  
  
    
<li><a href = "http://textometrie.ens-lyon.fr/?lang=en">TXM project website</a></li>


  		





  113
  
  
    
</ul>


  		





  114
  
  
    
</p>


  		





  115
  
  
    
</div>


  		





  116
  
  
    

  		





  117
  
  
    
</body>


  		





  118
  
  
    
</html>


  		












Formats disponibles :
  Unified diff